PK
b"@ refs.MYD
? Bridge, J.S.
Tye, R.S. 2000u Interpreting the dimensions of ancient fluvial channel bars, channels, and channel belts from wireline-logs and cores 1205-12285 American Association of Petroleum Geologists Bulletin 84 8- case-studies; channels-; clastic-rocks; Colorado-; Comanchean-; conglomerate-; cores-; Cretaceous-; fluvial-environment; lithofacies-; Lower-Cretaceous; Mesaverde-Group; Mesozoic-; models-; modern-analogs; North-Appleby-Field; oil-and-gas-fields; petroleum-; petroleum-exploration; Piceance-Creek-basin; planar-bedding-structures; reservoir-rocks; sand-bodies; sandstone-; sedimentary-rocks; sedimentary-structures; Texas-; Travis-Peak-Formation; United-States; Upper-Cretaceous; well-logs; Economic-geology,-geology-of-energy-sources; Sedimentary-petrology Clastic sedimentology A primary objective in exploration for and development of fluvial reservoirs is determining the thickness and width of sandstone-conglomerate bodies (mainly channel-belt deposits). Most of the existing techniques for estimating the dimensions of fluvial reservoirs have major drawbacks. A fresh approach to the problem is made using recent theoretical, experimental, and field studies. This new approach involves (1) new models for the lateral and vertical variation of lithofacies and petrophysical-log response of river-channel deposits with explicit recognition of the different superimposed scales of strata, (2) distinction among single and superimposed channel bars, channels, and channel belts, (3) interpretation of maximum paleochannel depth from the thickness of channel bars and the thickness of sets of cross-strata formed by dunes, and (4) evaluation of various methods for estimation of widths of sandstone-conglomerate bodies that represent either single or connected channel belts (outcrop analogs; correlation of sandstone-conglomerate bodies between wells; use of empirical equations relating channel depth, channel width, and channel-belt width; theoretical models; and three-dimensional seismic data). Two fluvial reservoirs were reinterpreted using this new approach. In the first example from the Mesaverde Group, Colorado, maximum paleochannel depth had been underestimated because the degree of superposition of channel bars had been overestimated. As a result, channel-belt widths determined from empirical equations were underestimated. In the second example from the Travis Peak Formation, Texas, channel-belt width and connectivity of channel-belt sandstone bodies had been overestimated because of overzealous well-to-well correlation and inappropriate use of width and thickness data from supposed analogs. These examples demonstrate the potential value of this new approach in reservoir characterization and management. Generic Generic? Allen, J. R. L. 1978 Studies in fluviatile sedimentation; an exploratory quantitative model for the architecture of avulsion-controlled alluvial sites 129-147 Sedimentary Geology 21 2 alluvium-; avulsion-; changes-; channels-; clastic-sediments; coastal-plains; drainage-patterns; experimental-studies; fluvial-features; geomorphology-; mathematical-models; models-; physical-models; planar-bedding-structures; processes-; rivers-; sand-bodies; sedimentary-structures; sedimentation-; sediments-; stream-transport; theoretical-studies; transport-; Sedimentary-petrology Clastic sedimentology Generic Generic7 internal-pdf://Allen (1978)-0775222550/Allen (1978).pdf h? Kędzior, A 2001 Identification of the fluvial-channel tracts based on thickness analysis: Zabrze beds (Namurian B) in the main anticline and Bytom-Dąbrowa trough of Upper Silesia coal basin, Poland. 21-34' Annales Societatis Geologorum Poloniae 71 1 Clastic sedimentology Poland
_
? o $ Aitken, J.F.
Quirk, D.G.
Guion, P.D. 1999p Regional correlation of Westphalian sandbodies onshore UK; implications for reservoirs in the southern North Sea 747-756I Petroleum Geology of North-West Europe: Proceedings of the 5th Conference Fleet, A.J.
Boldy, S.A.R. London The Geological Society% Atlantic-Ocean; Carboniferous-; clastic-rocks; coal-; coal-fields; correlation-; England-; Europe-; geophysical-methods; Great-Britain; Lincolnshire-England; Midlands-; North-Atlantic; North-Sea; offshore-; oil-and-gas-fields; onshore-; Paleozoic-; Pennines-; petroleum-; petroleum-engineering; petroleum-exploration; reservoir-properties; reservoir-rocks; sandstone-; sedimentary-rocks; seismic-methods; southern-North-Sea; United-Kingdom; Upper-Carboniferous; well-logging; Western-Europe; Westphalian-; Economic-geology,-geology-of-energy-sources Petroleum Geology
1-86239-039-8 UK
CarboniferousG internal-pdf://Aitken et al. (1999)-3679706173/Aitken et al. (1999).pdf ? Birrel, S.
Courtier, J. 1999 Structural analysis of 3D seismic data, using the correlation attribute: a case study -Carboniferous of the Southern North Sea (UK) 789-797I Petroleum Geology of North-West Europe: Proceedings of the 5th Conference Fleet, A.J.
Boldy, S.A.R. London Geological Society London
Geophysics UK North Sea
CarboniferousO internal-pdf://Birrel & Courtier (1999)-1029285437/Birrel & Courtier (1999).pdf ? C Bramwell, N.P.
Caillet, G.
Meciani, L.
Judge, N.
Green, M.
Adam, P. 19990 Chalk exploration, the search for a subtle trap 911-937I Petroleum Geology of North-West Europe: Proceedings of the 5th Conference Fleet, A.J.
Boldy, S.A.R. London Geological Society London Petroleum Geology UK North Sea
CretaceousK internal-pdf://Bramwell et al. (1999)-0761195325/Bramwell et al. (1999).pdf ? ' Kadolsky, D.
Johansen, S.J.
Duxbury, S. 1999 Sequence stratigraphy and sedimentary history of the Humber Group (Late Jurassic-Ryazanian) in the Outer Moray Firth (UKCS, North Sea) 839-860I Petroleum Geology of North-West Europe: Proceedings of the 5th Conference Fleet, A.J.
Boldy, S.A.R. London Geological Society London Stratigraphy UK North Sea JurassicK internal-pdf://Kadolsky et al. (1999)-2390194493/Kadolsky et al. (1999).pdf # ? > Lasocki, J.
Guemene, J.M.
Hedayati, A.
Legorius, C.
Page, W.M. 1999B The Elgin and Franklin fields: UK Blocks 22/30c, 22/30b and 29/5b 1008-1020I Petroleum Geology of North-West Europe: Proceedings of the 5th Conference Fleet, A.J.
Boldy, S.A.R. London Geologica) ? o + Bartholomew, I.D.
Peters, J.M.
Powell, C.M. 1993h Regional structural evolution of the North Sea: oblique slip and the reactivation of basement lineaments 1109-1122I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference 4 Parker, J.R. London The Geological Society Structural Geology North Sea GenericO internal-pdf://Bartholomew et al (1993)-3438009866/Bartholomew et al (1993).pdf? Bodenhausen, J.W.A.
Ott, W.F. 1981> Habitat of the Rijswijk oil province, onshore, the Netherlands 301-309b Petroleum Geology of the continental Shelf of North-West Europe: Proceedings of the 2nd Conference Illing, L.V.
Hobson, G.D. London Institute of Petroleum Petroleum Geology Netherlands GenericO internal-pdf://Bodenhausen & Ott (1981)-0154841856/Bodenhausen & Ott (1981).pdf ]? Bénard, F.
Bouché, P. 1991K Aspects of the petroleum geology of the Variscan foreland of Western Europe 119-137@ Generation, accumulation and production of Europe's hydrocarbons 1
Spencer, A.M. BerlinJ Special Publication of the European Association of Petroleum Geoscientists basement-; basins-; black-shale; cap-rocks; carbonate-rocks; Carboniferous-; Central-Europe; chemically-precipitated-rocks; clastic-rocks; coal-; compression-tectonics; deformation-; deltaic-environment; Devonian-; Dinantian-; distribution-; England-; Europe-; evaporites-; evolution-; faults-; foreland-basins; genesis-; geochemistry-; Germany-; Great-Britain; heat-flow; Hercynian-Orogeny; lacustrine-environment; limestone-; lithofacies-; maturity-; Midland-Valley; Namurian-; organic-residues; orogeny-; paleogeography-; Paleozoic-; petroleum-; petroleum-engineering; Poland-; possibilities-; reactivation-; reservoir-properties; sandstone-; Scotland-; sea-level-changes; sediment-supply; sedimentary-rocks; sedimentation-; shale-; siltstone-; Sole-Pit-Basin; source-rocks; subsidence-; tectonics-; Tornquist-Fault; transgression-; United-Kingdom; Upper-Carboniferous; Western-Europe; Economic-geology,-geology-of-energy-sources Petroleum Geology Western Europe
CarboniferousK internal-pdf://Benard & Bouche (1991)-2751055361/Benard & Bouche (1991).tif ? o # Besly, B.M.
Burley, S.D.
Turner, P. 1993W The Late Carboniferous "barren red bed" play of the Silver Pit area, southern North Sea 727-740I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference 4 Parker, J.R. London The Geological SocietyR alluvium-; Atlantic-Ocean; Carboniferous-; clastic-rocks; clastic-sediments; natural-gas; North-Atlantic; North-Sea; Paleozoic-; petroleum-; red-beds; reservoir-rocks; sedimentary-rocks; sediments-; Silver-Pit-Basin; southern-North-Sea; Upper-Carboniferous; Westphalian-; Economic-geology,-geology-of-energy-sources; Sedimentary-petrology Petroleum Geology UK
Carboniferous ?
Cocks, L. R. M.
Torsvik, T. H. 2005d Baltica from the late Precambrian to mid-Palaeozoic times: The gain and loss of a terrane's identity 39-66 Earth Science Reviews 72 1-2J Baltica
Cambrian
Ordovician
Silurian
paleogeography
Avalonia
Iapetus Ocean Palaeogeography The old terrane of Baltica occupies the mass of northern Europe eastwards to the Urals and lies mostly to the north of the Trans-European Suture Zone. The core, the East European Craton, is thick and formed of rocks dating back to well over 3 billion yr, and Protobaltica can be identified as forming part of the supercontinent of Rodinia at about 1 billion yr ago. Following Rodinia's break up at about 800 Ma, Protobaltica remained attached to Laurentia until it became the newly independent Baltica at between 570 and 550 Ma, with the inauguration of plate spreading to form the northern part of the Iapetus Ocean. To the south, during the Early Cambrian, Baltica was separated from Gondwana by the relatively narrow Ran Ocean. Baltica remained a separate terrane until its docking, firstly with Avalonia at the very end of the Ordovician (443 Ma), and then with Laurentia during the Silurian in the Scandian part of the Caledonide Orogeny. The terrane was much enlarged in the Vendian to include the areas such as Timan-Pechora now lying to the north as they became accreted to Baltica during the late Precambrian Timanide Orogeny. During the Cambrian and Ordovician, Baltica firstly rotated through more than 120[degree sign] and then drifted northwards from high to low palaeolatitudes. New maps present Baltica's outline and progressive positioning, its late Precambrian and Lower Palaeozoic history, and the Cambrian, Ordovician and Silurian land, basins and biofacies belts within and around it. Some of the Lower Palaeozoic faunas are reviewed briefly: the oceans surrounding Baltica were so wide during the Early Ordovician that a substantial part of the benthic fauna of trilobites, brachiopods and other phyla were endemic. As those oceans narrowed, so the faunas of Baltica became progressively more similar to those of adjacent terranes. Some plankton distributions augment the palaeomagnetic data in latitudinal positioning. Europe
PalaeozoicK internal-pdf://Cocks & Torsvik (2005)-2024988728/Cocks & Torsvik (2005).pdf ? o W Collinson, J.D.
Jones, C. M.
Blackbourn, G.A.
Besly, B.M.
Archard, G. M.
McMahon, A. H. 1993< Carboniferous depositional systems of the southern North Sea 677-687I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference 4 Parker, J.R. London The Geological Society Atlantic-Ocean; block-structures; Carboniferous-; depositional-environment; faults-; lithostratigraphy-; Mid-North-Sea-High; Namurian-; North-Atlantic; North-Sea; onshore-; Paleozoic-; petroleum-; petroleum-exploration; provenance-; reservoir-properties; sedimentation-; southern-North-Sea; systems-; Upper-Carboniferous; Westphalian-; Economic-geology,-geology-of-energy-sources; Stratigraphy Palaeogeography Southern North Sea
CarboniferousK internal-pdf://Collinson et al (1993)-3804381000/Collinson et al (1993).pdf ?
Cowan, G. 1989F Diagenesis of Upper Carboniferous sandstones; southern North Sea Basin 57-73) Deltas - Sites and Traps for Fossil Fuels 41 Whateley, M.K.G
Pickering, K.T. London' Geological Society Special Publications$ acidic-composition; Atlantic-Ocean; authigenic-minerals; Carboniferous-; channels-; clastic-rocks; clay-minerals; diagenesis-; early-diagenesis; environment-; European-Atlantic; feldspar-group; fluid-phase; framework-silicates; materials-; maturity-; meteoric-water; mica-group; minerals-; models-; North-Atlantic; North-Sea; Paleozoic-; permeability-; porosity-; quartz-; reservoir-rocks; sandstone-; sedimentary-petrology; sedimentary-rocks; sedimentation-; sheet-silicates; silica-minerals; silicates-; Upper-Carboniferous; Sedimentary-petrology
Diagenesis Southern North Sea
Carboniferous7 internal-pdf://Cowan (1989)-3626451513/Cowan (1989).pdf ? L Drozdzewski, Günter
Klostermann, J.
Ribbert, Karl.-H.
Wrede, V.
Zeller, M. 1998[ Sedimentation und Tektonik im Palaeozoikum und Postpalaeozoikum der Niederrheinischen Bucht 573-5838 Fortschritte in der Geologie von Rheinland und Westfalen 37 Alpine-Orogeny; areal-geology; Caledonian-Orogeny; Carboniferous-; Cenozoic-; Central-Europe; Devonian-; Europe-; Germany-; Hercynian-Orogeny; lithostratigraphy-; North-Rhine-Westphalia-Germany; orogeny-; paleogeography-; Paleozoic-; Quaternary-; Rhine-Westphalian-Basin; sedimentary-petrology; stratigraphic-gaps; structural-geology; Tertiary-; Stratigraphy; Structural-geology; Sedimentary-petrology Clastic sedimentology Germany
Carboniferous ? % Drozdzewski, Guenter
Zeller, Matthias 1998A War die Krefelder Achsenaufwölbung im Oberkarbon ein Hochgebiet? 459-4738 Fortschritte in der Geologie von Rheinland und Westfalen 37 basement-; basins-; bituminous-coal; block-structures; Carboniferous-; Central-Europe; coal-; coal-seams; Europe-; faults-; foreland-basins; Germany-; isopach-maps; lithofacies-; maps-; normal-faults; North-Rhine-Westphalia-Germany; paleocurrents-; paleogeography-; Paleozoic-; Rhine-Westphalian-Basin; sedimentary-rocks; shear-; style-; systems-; Upper-Carboniferous; Westphalian-; Stratigraphy; Sedimentary-petrology; Structural-geology Structural Geology Germany
Carboniferous ? Fraser, A. J.
Gawthorpe, R. L. 1990b Tectono-stratigraphic development and hydrocarbon habitat of the Carboniferous in northern England 49-86> Tectonic events responsible for Britain's oil and gas reserves 55 Hardman, R.F.P.
Brooks, J. London& Geological Society Special Publication< Carboniferous-; economic-geology; England-; Europe-; Great-Britain; northern-England; Paleozoic-; petroleum-; petroleum-exploration; possibilities-; reserves-; stratigraphy-; structural-geology; tectonics-; United-Kingdom; Western-Europe; Economic-geology,-geology-of-energy-sources; Stratigraphy; Structural-geology Petroleum Geology UK
Carboniferous8?E
Warr, L.N. 1993_ Basin Inversion and foreland basin development in the Rhenohercynian zone of south-west England 197-224( Rhenohercynian and Subvariscan Foldbelts& Gayer, R.A.
Greiling, R.O.
Vogel, A.K. Wiesbaden International Monograph Series Structural Geology UK
Carboniferous s X?F ) Hoth, K.A.
Lindert, W.
Hoth, P.
Weyer, D. 2005k Das Oberkarbon des Nordrandes der Mitteleuropäischen Senke im Bereich Vorpommern, Rügen, Pommersche Bucht 355-368O Stratigraphie von Deutschland V - Das Oberkarbon (Pennsylvanium) in Deutschland 254 Wrede, V. Frankfurt am Main& Courier Forschungsinstitut Senckenberg Palaeogeography Germa ?@ Praeg, D. 2004 Diachronous Variscan late-orogenic collapse as a response to multiple detachments; a view from the internides in France to the foreland in the Irish Sea 89-1383 Permo-Carboniferous Magmatism and Rifting in Europe 223P Wilson, M.
Neumann, E.R.
Davies, G.R.
Timmerman, M.J.
Heeremans, M.
Larsen, B.T. London* The Geological Society Special Publication Armorican-Massif; Atlantic-Ocean; Carboniferous-; Central-Massif; Chateaulin-Basin; collapse-structures; detachment-faults; Dinantian-; Europe-; faults-; Finistere-France; forelands-; France-; Irish-Sea; Morlaix-Basin; Namurian-; North-Atlantic; orogeny-; Paleozoic-; Permian-; plate-collision; plate-tectonics; Stephanian-; uplifts-; Upper-Carboniferous; Variscides-; Vouvant-Basin; Western-Europe; Westphalian-; Structural-geology Structural Geologyf Models of the collapse of orogenic belts imply diachronous tectonism in which crustal uplift and extension may be compensated by peripheral compression. This first-order prediction is tested against published data on Varsican late-orogenic extensional and compressive structures along a 1500 km transect from the Variscan central internides in France to the foreland in the Irish Sea area. The collapse of the orogen is shown to have expanded northward over time, via three main stages: (i) collapse of the central internides (late Visean-mid-Westphalian, c. 335-310 Ma) -- crustal thinning took place by NW-SE extension within a relatively narrow (<500 km) central axis, accompanied to the north by passive infill of basins spanning a broad seaway inherited from extension during closure of the Rheic Ocean; (ii) reorientation and expansion of collapse (mid-Westphalian-late Stephanian, c. 310-300 Ma) -- in the mid-Westphalian, a 90 degrees rotation to NE-SW extension in the central internides was accompanied by changes across the northern internides (episodic basin formation and deformation), the externides (onset of thrust propagation) and the foreland (Westphalian C inversion), while from the early Stephanian, basins began to form in the central internides and expanded to the externides, coeval with final nappe emplacement along the orogenic front; and (iii) collapse of the foreland (late Stephanian-Early Permian, c. 300-290 Ma) -- km-scale uplift and erosion of the foreland took place, prior to widespread basin formation in the Early Permian (<290+ or -5 Ma). These three stages are argued to support a model of Variscan late-orogenic collapse in response to three successive detachments of negatively buoyant lithospheric material: of a collisionally thickened orogenic root, and of two (Rheic) oceanic slabs subducted, previously, southward (beneath the orogen) and northward (beneath the foreland). Multiple detachments are a predictable consequence of ocean closure and continental collision, so that episodic collapse may be a common process in the rise and fall of orogenic belts and the tectonic evolution of their forelands. Western Europe
Carboniferous ? Guion, P.D.
Fielding, C.R. 1988: Westphalian A and B sedimentation in the Pennine Basin, UK 153-177Y Sedimentation in a synorogenic basin complex; the Upper Carboniferous of Northwest Europe Besly, B.M.
Kelling, G. Glasgow Blackie Carboniferous-; channels-; clastic-rocks; coal-; controls-; deltaic-environment; England-; Europe-; faults-; Great-Britain; northern-England; organic-residues; Paleozoic-; Pennine-Basin; sandstone-; sea-level-changes; sedimentary-petrology; sedimentary-rocks; sedimentation-; structural-controls; subsidence-; transgression-; United-Kingdom; Upper-Carboniferous; Western-Europe; Westphalian-; Sedimentary-petrology Palaeogeography UK
Carboniferous ? M Hayward, R.D.
Martin, C.A.L.
Harrison, D.
van Dort, G.
Guthrie, S.
Padget, N. 2003x The Flora Field, blocks 31-26a, 31-26c, UK North Sea.; United Kingdom oil and gas fields commemorative millennium volume 549-555% Geological Society of London, Memoirs 20@ Atlantic-Ocean; Chalk-Group; Cretaceous-; Europe-; Flora-Field; Flora-Sandstone; Grensen-Nose; Mesozoic-; natural-gas; North-Atlantic; North-Sea; oil-and-gas-fields; Paleozoic-; petroleum-; reserves-; structural-traps; traps-; United-Kingdom; Upper-Cretaceous; Western-Europe; Economic-geology,-geology-of-energy-sources Petroleum GeologyN The Flora Field straddles Blocks 31/26a and 31/26c of the UK sector of the North Sea on the southern margin of the Central Graben. The field is located on the Grensen Nose, a long-lived structural high, and was discovered by the Amerada Hess operated well 31/26a-12 in mid-1997. The Flora Field accumulation is reservoired within the Flora Sandstone, an Upper Carboniferous fluvial deposit, and a thin Upper Jurassic veneer, trapped within a tilted fault block. Oil is sourced principally from the Kimmeridge Clay Formation of the Central Graben and is sealed by overlying Lower Cretaceous marls and Upper Cretaceous Chalk Group. Reservoir quality is generally good with average net/gross of 85% and porosity of 21%, although permeability (Kh) exhibits a great deal of heterogeneity with a range of 0.1 to >10000 mD (average 300 mD). The reservoir suffers both sub-horizontal (floodplain shales) and vertical (faults) compartmentalization, as well as fracturing and a tar mat at the oil-water contact modifying flow and sweep of the reservoir. Expected recoverable reserves currently stand at 13 MMBBL. UK
Carboniferous 6? ' Hoffmann, N.
Joedicke, H.
Horejschi, L. 2005 Regional distribution of the Lower Carboniferous Culm and Carboniferous limestone facies in the North German Basin; derived from magnetotelluric soundings 323-3393 Zeitschrift der Deutschen Geologischen Gesellschaft 156 2
black-shale; boreholes-; carbonate-rocks; Carboniferous-; Central-Europe; clastic-rocks; cross-sections; Culm-; depositional-environment; Dinantian-; electrical-conductivity; electrical-methods; electrical-sounding; Europe-; geophysical-methods; Germany-; limestone-; lithofacies-; lithostratigraphy-; magnetotelluric-methods; marine-environment; models-; North-German-Basin; paleogeography-; Paleozoic-; resistivity-; sedimentary-rocks; spatial-variations; tectonics-; Stratigraphy; Structural-geology; Applied-geophysics
Geophysics Since about 10 years, magnetotelluric (MT) soundings have been carried out within the area of the North German Basin, in order to detect electrically highly conducting layers in pre-Permian sediments. As shown in detail, such conductors are most probably caused by highly coalified bitumen-and pyrite-rich black shales. Utilizing their high conductivity, the MT method may allow discriminating between the Lower Carboniferous stillwater (black/alum shales) facies and the less conductive Carboniferous limestone or flysch facies. Highly conducting layers in pre-Permian sediments are encountered in the most north-easterly part of the basin, on the islands of Rugen and Usedom and the mainland adjacent to the south, up to the Anklam fault. Here they are correlated with Cambro-Ordovician black shales (Scandinavian Alum shales). In contrast, good conductors southwest of the Lower Elbe may be correlated with black shales of the Lower Carboniferous stillwater facies (Rhenohercynian Alum shales). In the centre of the basin, good conductors are missing in the pre-Permian. Particularly the missing of the Lower Carboniferous conductor may be explained by the formation of a "North German Carbonate Platform", which was encountered in numerous drill holes on Rugen Island, and by the distribution of the Lower Carboniferous flysch facies, also known from many drill holes in North Germany. Recent MT results from the Emsland and East Friesland profiles are of specific interest for the understanding of the regional distribution of Lower Carboniferous black shales in the North German Basin. MT models suggest that the good conductor observed in the area of the Pompeckj-Block at depths of 7 to 9 km may be correlated with Lower Carboniferous black shales. This deep conductor is missing underneath the more mobile Lower Saxony Block to the south, but is replaced by another conductor at shallower depths between 5 and 6 km. This seems to be a regional peculiarity and may be correlated with Westphalian coal seams that acquired high coalification by deep subsidence during the Jurassic and Lower Cretaceous followed by Upper Cretaceous inversion of this block. The absence of the deeper black shale layer is probably due to a "Lower Saxony Carbonate Platform" there at depth, instead of stillwater facies sediments. The MT results thus give the clue to the Lower Carboniferous facies distribution. Palaeogeographic maps of the North German Basin during the Lower Carboniferous will have to be modified because the black shales of the stillwater facies most probably extend much further to the north than previously suggested. Furthermore, a link between the Rhenohercynian Culm facies realm and the so-called Bowland shale facies or equivalents realm of the southern North Sea and Central England via the "East Friesland Basin" cannot be excluded. The Lower Carboniferous sedimentation area is characterised by typical horst and graben structures with corresponding patterns of carbonate and black shale facies distribution. The MT results suggest that the Cleaver Bank High of the southern North Sea and the eastern Netherlands may extend into the Lower Saxony Block and that the Northwest German Basin may form a genuine part of the Lower Carboniferous large-scale horst and graben system. Germany
Carboniferous ? o Hollywood, J.M.
Whorlow, C. V. 1993i Structural development and hydrocarbon occurrence of the Carboniferous in the UK southern North Sea Basin 689-696I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference 4 Parker, J.R. London The Geological Society Atlantic-Ocean; basins-; Carboniferous-; Europe-; extension-tectonics; faults-; geophysical-methods; geophysical-profiles; geophysical-surveys; Great-Britain; North-Atlantic; North-Sea; Paleozoic-; petroleum-; petroleum-exploration; sedimentary-basins; seismic-methods; seismic-profiles; southern-North-Sea; surveys-; tectonics-; United-Kingdom; Upper-Carboniferous; vertical-seismic-profiles; well-logging; Western-Europe; Westphalian-; Economic-geology,-geology-of-energy-sources; Structural-geology Petroleum Geology UK North Sea
CarboniferousS internal-pdf://Hollywood & Whorlow (1993)-2036889929/Hollywood & Whorlow (1993).pdf ?
Leeder, M. R. 1988w Recent developments in Carboniferous geology; a critical review with implications for the British Isles and N.W. Europe 73-100* Proceedings of the Geologists' Association 99 2 absolute-age; Ar-Ar; Carboniferous-; clastic-rocks; continental-drift; cyclic-processes; dates-; dikes-; England-; Europe-; extension-; geochronology-; Great-Britain; intrusions-; lithosphere-; northwestern-Europe; paleoclimatology-; paleogeography-; Paleozoic-; plate-collision; sea-floor-spreading; sea-level-changes; sedimentary-rocks; sedimentation-; tectonophysics-; terranes-; thickness-; tonstein-; transgression-; United-Kingdom; volcanism-; Western-Europe; Solid-earth-geophysics; Geochronology Geology Western Europe
CarboniferousM ? ( Legler, B.
Gebhardt, U.
Schneider, J. W. 2005k Late Permian nonmarine-marine transitional profiles in the central Southern Permian Basin, northern Germany 851-862' International Journal of Earth Sciences 94 5-6 algae-; Arthropoda-; basin-analysis; basins-; biofacies-; biogenic-structures; Bivalvia-; Central-Europe; Conodonta-; Crustacea-; depositional-environment; Europe-; Foraminifera-; Gastropoda-; Germany-; ichnofossils-; Invertebrata-; Kupferschiefer-; lake-level-changes; lithostratigraphy-; lithotypes-; Mandibulata-; marine-environment; microfossils-; Mollusca-; Ostracoda-; paleoenvironment-; paleogeography-; Paleozoic-; Permian-; petrography-; Plantae-; Protista-; Rotliegendes-; Schleswig-Holstein-Germany; sea-level-changes; sedimentary-basins; sedimentary-rocks; sedimentary-structures; sedimentation-; Southern-Permian-Basin; terrestrial-environment; transition-zones; Upper-Permian; Werra-Series; Zechstein-; Stratigraphy; Sedimentary-petrology Palaeogeography Germany ?
McCann, T. 1999i The tectonosedimentary evolution of the northern margin of the Carboniferous foreland basin of NE Germany 119-144 Tectonophysics 313 1-2# basin-analysis; basins-; Carboniferous-; Central-Europe; continental-margin; depositional-environment; Europe-; foreland-basins; geochemistry-; Germany-; Hercynian-Orogeny; marine-environment; Mecklenburg-Western-Pomerania-Germany; North-German-Plain; Northeastern-German-Plain; northeastern-Germany; orogeny-; Paleozoic-; petrography-; provenance-; Rugen-Island; sea-level-changes; sedimentary-basins; sedimentary-rocks; tectonic-elements; tectonics-; tectonostratigraphic-units; terrestrial-environment; Structural-geology; Sedimentary-petrology Palaeogeographyb The geometry and evolution of the northern margin of the Carboniferous foreland basin in NE Germany was examined in terms of depositional environments, petrographic and geochemical data. Lower Carboniferous units are carbonate-rich and predominantly marine. By Namurian times continental environments are established along the northern basin margin with turbiditic sedimentation persisting in the south. The Upper Carboniferous succession is continental and clastic. The sandstones were derived from a quartz-rich source, located to the north, with subordinate sedimentary input. Basin evolution and the development of a characteristic marine-to-continental sedimentary succession, while being predominantly controlled by flexure induced by the Variscan Orogen to the south, was also influenced by eustatic sea-level variations and more localised tectonic movements. Germany
Carboniferous5 internal-pdf://McCann-1999-2458234624/McCann-1999.pdfX? , Martin, C.A.L.
Stewart, S.A.
Doubleday, P.A. 2002i Upper Carboniferous and Lower Permian tectonostratigraphy on the southern margin of the central North Sea 731-749" Journal of the Geological Society 159 6 angular-unconformities; Atlantic-Ocean; Auk-Formation; basalts-; biostratigraphy-; Carboniferous-; central-North-Sea; correlation-; cross-stratification; extension-faults; faults-; Flora-Sandstone; geophysical-methods; geophysical-profiles; geophysical-surveys; Grensen-Formation; Grensen-Nose; igneous-rocks; Inge-Volcanics-Formation; lithostratigraphy-; Lower-Permian; North-Atlantic; North-Sea; Paleozoic-; Permian-; petrography-; petroleum-; petroleum-exploration; planar-bedding-structures; Rotliegendes-; Schooner-Formation; sedimentary-structures; seismic-methods; seismic-profiles; surveys-; tectonostratigraphic-units; unconformities-; Upper-Carboniferous; volcanic-rocks; well-logs; Stratigraphy; Economic-geology,-geology-of-energy-sources Geology Central North Sea Carboniferous; PermianG internal-pdf://Martin et al. (2002)-4142315715/Martin et al. (2002).pdf XniferousM internal-pdf://Maynard & Leeder (1992)-3270004675/Maynard & Leeder (1992).pdf O
ousI internal-pdf://Maynard et al. (1991)-3135919299/Maynard et al. (1991).pdf UaeozoicK internal-pdf://McKerrow et al. (2000)-1711952836/McKerrow et al. (2000).pdf MousG internal-pdf://Waters et al. (1994)-3543558084/Waters et al. (1994).pdf W
Sea GenericG internal-pdf://White & Latin (1993)-2570589380/White & Latin (1993).pdf $ Permian9 internal h Sea TriassicI T PalaeozoicE int !x permianM intern 1 Stratigraph gPermian] internal-pdf://Amiri-Garroussi & Taylor (1992)-2689090244/Amiri-Garroussi & Taylor (1992).pdf ]GenericS internal-pdf://Klausen & Korstgard (1996)-3360297156/Klausen & Korstgard (1996).pdf PlaeogeneE internal-pdf://Davis et al. (2009)-3393955524/Davis et al. (2009).pdf O
iferousE internal-pdf://Evans et al. (1992)-3226272452/Evans et al. (1992).pdf LanG internal-pdf://Gluyas et al. (1997)-3863887044/Gluyas et al. (1997).pdf QnM internal-pdf://Gluyas & Leonard (1995)-0508562372/Gluyas & Leonard (1995).pdf - any
QuaternaryM internal-pdf://Grassmann e7? I Maynard, J.R.
Hofmann, W.
Dunay, R.E.
Benthan, P.N.
Dean, K.P.
Watson, I. 1997J The Carboniferous of Western Europe; the development of a petroleum system 97-115 Petroleum Geoscience 3 2 Atlantic-Ocean; basins-; biostratigraphy-; burial-; carbonate-ramps; Carboniferous-; chronostratigraphy-; data-bases; data-processing; Europe-; faults-; foreland-basins; lithostratigraphy-; North-Atlantic; North-Sea; paleogeography-; Paleozoic-; petroleum-; petroleum-exploration; plate-tectonics; primary-migration; rifting-; stratigraphy-; strike-slip-faults; subsidence-; tectonics-; thermal-maturity; Western-Europe; Economic-geology,-geology-of-energy-sources Petroleum Geology
A consistent stratigraphic study of the western European Carboniferous Basin has allowed the generation of eight palaeogeographic timeslices. These illustrate a model of large scale eastern (dextral) tectonic escape on the northern side of a convergent margin and integrate the diverse tectonic and sedimentary settings observed within the basin as a whole. This model can be compared to the present day eastern Mediterranean, where a similar range of diverse tectonic settings are observed. Reservoir and source distribution is discussed for each time-slice along with the present distribution of Carboniferous oil and gas fields. Due to the diversity observed no unique play type can be distilled from the data to explain the distribution of hydrocarbons within the studied area. Western Europe
CarboniferousI internal-pdf://Maynard et al. (1997)-4158940180/Maynard et al. (1997).pdf + ?
Rippon, J. H. 1996o Sand body orientation, palaeoslope analysis and basin-fill implications in the Westphalian A-C of Great Britain 881-900" Journal of the Geological Society 153 6 basin-analysis; buried-channels; Carboniferous-; coal-; coal-fields; Culm-Basin; eastern-Scotland; England-; Europe-; fluvial-environment; fluvial-features; Great-Britain; lithostratigraphy-; northeastern-England; organic-residues; paleocurrents-; paleogeography-; paleorelief-; Paleozoic-; Pennine-Basin; planar-bedding-structures; reconstruction-; sand-bodies; Scotland-; sedimentary-rocks; sedimentary-structures; United-Kingdom; Upper-Carboniferous; Wales-; Western-Europe; Westphalian-; Stratigraphy Palaeogeography UK
Carbonifek ? o Ritchie, J. S.
Pratsides, P. 1993. The Caister Fields, Block 44-23a, UK North Sea 759-769I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference 4 Parker, J.R. London The Geological Society anticlines-; Atlantic-Ocean; Bunter-; Caister-Fields; cap-rocks; Carboniferous-; clastic-rocks; Europe-; faults-; folds-; Lower-Triassic; Mesozoic-; natural-gas; North-Atlantic; North-Sea; oil-and-gas-fields; Paleozoic-; permeability-; petroleum-; porosity-; reservoir-properties; reservoir-rocks; sandstone-; sedimentary-rocks; Silver-Pit-Basin; Triassic-; United-Kingdom; Upper-Carboniferous; Western-Europe; Westphalian-; Economic-geology,-geology-of-energy-sources Petroleum Geology UK North Sea
Carboniferous ?! $ Ritchie, J. S.
Pilling, D.
Hayes, S. 1998 Reservoir development, sequence stratigraphy and geological modelling of Westphalian fluvial reservoirs of the Caister C Field, UK southern North Sea 203-221 Petroleum Geoscience 4 3 Atlantic-Ocean; Caister-C-Field; Carboniferous-; Europe-; fluvial-environment; Great-Britain; models-; North-Atlantic; North-Sea; oil-and-gas-fields; Paleozoic-; petroleum-; petroleum-engineering; petroleum-exploration; reservoir-properties; reservoir-rocks; sequence-stratigraphy; three-dimensional-methods; United-Kingdom; Upper-Carboniferous; Western-Europe; Westphalian-; Economic-geology,-geology-of-energy-sources; Stratigraphy Petroleum Geology The earliest Westphalian B reservoir of the Caister C Field (informally named the Caister Sandstone Unit consists of erosive conglomeratic sandstones deposited in stacked low sinuosity fluvial channels. Channel types and architectural elements demonstrate an upward change to more sinuous forms. The Caister Sandstone Unit is believed to contain incised valley-fill sediments deposited as late lowstand and transgressive systems tracts when rising base level generated accommodation space. The dominant control on reservoir quality is primary depositional texture with the best permeability found in higher energy coarse sandstone and pebbly intervals associated with basal channel-fill units; crevasse channel and splay sandstones offer poor reservoir properties. The robust correlation framework, which is based upon laterally extensive coal seams, enables a sequence stratigraphic model of the field to be developed, thereby allowing a better understanding of reservoir extent and sandbody continuity. A 3D geocellular geological model is built with reservoir architecture elements controlled by the sedimentological model. This is used for volumetrics calculations, input to a reservoir simulator and in the locating and planning of in-fill wells. UK North Sea
Carboniferous %?" Quirk, David G. 19877 Genesis of South Pennine ore field, Derbyshire, England 6045 American Association of Petroleum Geologists Bulletin 71 5Y Carboniferous-; Derbyshire-England; Dinantian-; economic-geology; England-; Europe-; Great-Britain; hydrocarbons-; lead-zinc-deposits; metal-ores; migration-; mineral-deposits,-genesis; mississippi-valley-type-deposits; organic-compounds; Paleozoic-; South-Pennine-Field; United-Kingdom; Western-Europe; Economic-geology,-geology-of-ore-deposits Geochemistry UK
Carboniferous| ?# o Quirk, D. G. 1993C Interpreting the Upper Carboniferous of the Dutch Cleaver Bank High 697-706I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference 4 Parker, J.R. London The Geological Society Acadian-Phase; Atlantic-Ocean; Carboniferous-; Cleaver-Bank-High; Coal-Measures; Devonian-; Europe-; extension-tectonics; fluvial-environment; Millstone-Grit; Netherlands-; North-Atlantic; North-Sea; offshore-; Paleozoic-; plate-tectonics; regression-; reservoir-rocks; rifting-; sea-level-changes; stratigraphy-; subsidence-; tectonics-; Tornquist-Sea; transgression-; Upper-Carboniferous; Western-Europe; Westphalian-; Stratigraphy Geology Netherlands
Carboniferous7 internal-pdf://Quirk (1993)-1857359689/Quirk (1993).pdf1?$ Patijn, R. J. H. 1963V Het carboon in de ondergrond van Nederland en de oorsprong van het massief van Brabant 341-349 Geologie en Mijnbouw 42 11 Belgium-; Brabant-Massif; Carboniferous-; Europe-; Netherlands-; Paleozoic-; regional-; stratigraphy-; tectonics-; Upper-Carboniferous; Western-Europe; Westphalian-; Stratigraphy; Structural-geology Geology The Carboniferous in the Netherlands belongs to the external zone of the Carboniferous geosyncline of northwest Europe. The lower coal-bearing Carboniferous (Westphalian A and B) is present throughout the Netherlands in a facies similar to that found in Limburg and the Ruhr. The higher coal-bearing Carboniferous (Westphalian C and D) is less widespread. Variscan folding caused irregular deposition and partial denudation, so that the Westphalian D was probably never deposited in the southern Netherlands. The Brabant massif became an area of denudation at the end of the Westphalian C; major uplift occurred much later, during Kimmeridgian (Jurassic) time. Netherlands
Carboniferous
?
Lie Sun Fan
Laga, P.
Dirven, P. 1987T Pilot loop test Merksplas-Beerse geothermal demonstration project (a summary report) Belgische Geologische Dienst Geothermics Belgium Generic ? Lögters, H. 19519 Paläogeographie, Tektonik und Erdölvorkommen im Emsland 8-423 Zeitschrift der Deutschen Geologischen Gesellschaft 102 Petroleum Geology Germany Generic # W ?
Magara, K. 1978; ?C Süss, M.P. 2001 The Ruhr and Aachen basins – sedimentary environments, sequence stratigraphic model, and synsedimentary tectonics of variscan foreland basins (Namurian B/C to Westphalian C, W. Germany) 208-227& Carboniferous and Permian of the World 19( Hills, L.V.
Henderson, C.M.
Bamber, E.W./ Memoir Canadian Society of Petroleum Geologists Stratigraphy Germany
Carboniferous , ?D ] Szaniawski, Rafal
Lewandowski, Marek
Mansy Jean, Louis
Averbuch, Olivier
Lacquement, Frederic 2003 Syn-folding remagnetization events in the French-Belgium Variscan thrust front as markers of the fold-and-thrust belt kinematics 511-523. Bulletin de la Société Géologique de France 174 5 Ardennes-; Belgium-; carbonate-rocks; Carboniferous-; clastic-rocks; deep-seated-structures; deformation-; Devonian-; Europe-; fold-and-thrust-belts; folds-; France-; Hercynian-Orogeny; kinematics-; limestone-; magnetic-declination; magnetization-; natural-remanent-magnetization; orogenic-belts; orogeny-; paleomagnetism-; Paleozoic-; remagnetization-; remanent-magnetization; sandstone-; sedimentary-rocks; tectonics-; Variscides-; Western-Europe; Structural-geology; Stratigraphy Structural Geology New paleomagnetic studies have been carried out within the Ardennes segment of the N France-S Belgium Variscan fold-and-thrust belt to set constraints on the fold-thrust belt kinematics and reveal the casual relationships between vertical-axis rotations and major strike deviated zones localised along the general trend of the belt. Magnetite-bearing Devonian and Carboniferous limestones yielded two characteristic, secondary components of the natural remanent magnetization: a low temperature component recorded most probably during the late stages of folding and a high temperature component, acquired during incipient stages of deformation. Both post- and synfolding magnetizations were identified in the Lower Devonian hematite bearing sandstones. Ages of magnetization, inferred from the analysis of characteristic remanence inclinations compared to the reference curves for the stable parts of the Old Red Sandstones Continent (ORC), suggest the previous remagnetization event to be due to the burial of sedimentary rocks under the thick molassic foreland basin of Namurian-Westphalian age and the second to the final out-of-sequence activation of the thrust front in Stephanian times. Irrespective of the age of the magnetizations, orientations of paleomagnetic directions are dominantly governed by second-order structural trends. Clockwise rotations are observed in relatively narrow zones featuring deviated orientations of fold axes, other sites show paleomagnetic directions akin to those known from the ORC. We interpret this feature as a result of local transpressive deformations and related rotations, which occurred at lateral borders of propagating thrust-sheets. The latter deformation zones are suggested to be controlled by deep-seated discontinuities inherited from the Devonian Rheno-Hercynian basin development. The Ardennes thrust belt was thus not rotated as a whole unit with respect to the ORC after the Namurian, preserving the initial orientation of the continental margin. Western Europe
Carboniferous ? Davidson, C.F.
Ponsford, D.R.A. 1954% On the occurrence of uranium in coals 265-273 Mining Magazine 91 Geochemistry Generic Genericv?
Dellwig, Olaf 1999Z Geochemistry of Holocene coastal deposits (NW Germany): Palaeoenvironmental reconstruction 297 Oldenburg Carl von Ossietzky Universität Geochemistry Germany
Quaternary internal-pdf://Delwig ch2-4 (1999)-2314644495/Delwig ch2-4 (1999).pdf
internal-pdf://Delwig ch3-1 (1999)-4244029455/Delwig ch3-1 (1999).pdf
internal-pdf://Delwig ch3-2 (1999)-4059485199/Delwig ch3-2 (1999).pdf
internal-pdf://Delwig ch4 (1999)-2985748751/Delwig ch4 (1999).pdf
internal-pdf://Delwig ref (1999)-3438738447/Delwig ref (1999).pdf
internal-pdf://Delwig app (1999)-1844908303/Delwig app (1999).pdf ? Diessel, C.F.K. 1992! Coal-bearing depositional systems 721 Berlin Springer-Verlag Clastic sedimentology Generic Generic ? Eagar, R. M. C. 1951r Variation with respect to petrological differences in a thin band of Upper Carboniferous non-marine Lamellibranchs 161-190' Liverpool Manchester Geological Journal 10
Mineralogy UK
Carboniferous P?
Jedwab, J. 1966< Les degats radiatifs dans le charbon uranifere du Schaentzel 445-453 Geologische Rundschau 55 Geochemistry Germany
Ca ? Laznicka, P. 1985A The geological association of coal and metallic ores – a review 1-71\ Handbook of strata-bound and stratiform ore deposits. Regional studies and specific deposits 13 Wolf, K.H. Geochemistry Generic Generic v?D ; Gayer, R.A.
Cole, J.E.
Greiling, R.O.
Hecht, C.
Jones, J.A. 1993b Comparative evolution of coal bearing foreland basins along the Variscan Northern margin in Europe 47-82( Rhenohercynian and Subvariscan Foldbelts& Gayer, R.A.
Greiling, R.O.
Vogel, A.K. Wiesbaden International Monograph Series Structural Geology Western Europe
Carboniferous ?( K Harland, W.B.
Armstrong, R.L.
Cox, A.V.
Craig, L.E.
Smith, A.G.
Smith, D.E. 1990 A geological timescale 1989 263 Cambridge Cambridge University Press Stratigraphy Generic Generic n?8 McLean, D.
Owens, B.
Bodman, D. 2004_ Palynostratigraphy of the Upper Carboniferous Langsettian-Duckmantian stage boundary in Britain 123-1353 The palynology and micropalaeontology of boundaries 230 Beaudoin, A.B.
Head, M.J. London* The Geological Society Special Publication Gondisporites-bulboides; Hymenisporites-murdochensis; assemblages-; Atlantic-Ocean; biostratigraphy-; biozones-; Carboniferous-; Chesterfield-England; Derbyshire-England; Duckmantian-; England-; Europe-; floral-list; Great-Britain; Langsettian-; marine-environment; microfossils-; miospores-; morphology-; new-taxa; North-Atlantic; North-Sea; paleoenvironment-; Paleozoic-; palynomorphs-; pollen-; Schulzospora-rara; Sinuspores-; stratigraphic-boundary; stratotypes-; taxonomy-; United-Kingdom; Upper-Carboniferous; Western-Europe; Stratigraphy
Palaeontology A critique of palynostratigraphic zonation schemes associated with the Langsettian-Duckmantian Stage boundary shows that, at high levels of stratigraphic resolution, most criteria used as palynological proxies for the position of the boundary are unsuitable. Most importantly, in the Duckmantian stratotype section the highest stratigraphic occurrence of the index species Schulzospora rara is above (rather than below or within) the Vanderbeckei Marine Band, the base of which defines the Duckmantian Stage. A cored section through the boundary in southern North Sea well 44/22-1 displays comparable microfloral distributions. While data are as yet too sparse to provide detailed answers, the findings have implications for understanding how marine flooding events affected Carboniferous microfloral evolution and extinction. Ultimately this influences how microfloral biozone boundaries relate to the regional European Upper Carboniferous stage boundaries, which are largely defined in relation to strata deposited during marine flooding events similar to that associated with the Langsettian-Duckmantian boundary. The miospore genus Sinuspores Artuz is emended, and two new taxa are described: Gondisporites bulboides sp. nov. and Hymenospora murdochensis sp. nov. UK
Carboniferous I?9
Leeder, M. R. 1992 Dinantian 207-238 The Geology of England and Wales Duff, P.M.D.
Smith, A.J. London The Geological Society Carboniferous-; Dinantian-; England-; Europe-; Great-Britain; Paleozoic-; stratigraphy-; United-Kingdom; Wales-; Western-Europe; Stratigraphy Geology UK
CarboniferousF?* ^ Andersen, N.
Paul, H.A.
Bernasconi, S.M.
McKenzie, J.A.
Behrens, A.
Schaeffer, P.
Albrecht, P. 2001 Large and rapid climate variability during the Messinian salinity crisis; evidence from deuterium concentrations of individual biomarkers 799-802 Geology 29 9H aliphatic-hydrocarbons; alkanes-; biomarkers-; C-13-C-12; carbon-; Cenozoic-; chemically-precipitated-rocks; climate-change; D-H; desiccation-; deuterium-; Europe-; evaporation-; evaporites-; experimental-studies; geochemistry-; Gibellina-Italy; hydrocarbons-; hydrogen-; isoprenoids-; isotope-ratios; isotopes-; Italy-; Messinian-; Miocene-; n-alkanes; Neogene-; organic-compounds; paleo-oceanography; paleoclimatology-; paleosalinity-; sea-level-changes; sedimentary-rocks; Sicily-Italy; Southern-Europe; stable-isotopes; Tertiary-; upper-Miocene; Stratigraphy; Isotope-geochemistry Organic geochemistryc During the Messinian, 6 m.y. ago, massive sea-level fall and widespread deposition of evaporites occurred in the Mediterranean Sea when it became isolated from the world oceans. Here we present the first hydrogen isotope data from individual sedimentary biomarkers, n-alkanes and isoprenoids, that tracked climatically driven hydrographic changes in response to extreme evaporation during the Messinian salinity crisis. The stable hydrogen and carbon isotope compositions of these biomarkers show a range of 160ppm in delta D values and 14ppm in delta (super 13) C values, and roughly covary. This indicates that the source waters of the biomarkers were therefore in some cases extremely enriched in deuterium, having average delta D as great as +66ppm VSMOW (Vienna standard mean ocean water). Such values are only known from desert climates today. Because the offset between the delta D values of n-alkanes and isoprenoids preserved in the Miocene sedimentary rocks is similar to the offset found in modern biological samples, we conclude that diagenesis did not significantly affect the primary deuterium concentrations. Generic NeogeneK internal-pdf://Andersen et al. (2001)-0457098262/Andersen et al. (2001).pdf ?, , Bond, David
Wignall Paul, B.
Racki, Grzegorz 2004 Extent and duration of marine anoxia during the Frasnian-Famennian (Late Devonian) mass extinction in Poland, Germany, Austria and France 173-193 Geological Magazine 141 2 anaerobic-environment; Arthropoda-; Austria-; basins-; biogenic-structures; biostratigraphy-; biota-; bioturbation-; biozones-; Brachiopoda-; C-13-C-12; carbon-; Central-Europe; Cephalopoda-; chemical-composition; chemical-ratios; Conodonta-; Devonian-; Eh-; epicontinental-seas; Europe-; fabric-; facies-; Famennian-; France-; Frasnian-; gamma-ray-spectra; geochemistry-; Germany-; Invertebrata-; isotope-ratios; isotopes-; marine-environment; mass-extinctions; microfossils-; mineral-composition; Mollusca-; organic-compounds; paleoecology-; paleoenvironment-; Paleozoic-; Poland-; pyrite-; sedimentary-rocks; sedimentary-structures; SEM-data; shallow-water-environment; spectra-; stable-isotopes; stratigraphic-units; sulfides-; Th-U; total-organic-carbon; Trilobita-; Trilobitomorpha-; Upper-Devonian; Western-Europe; X-ray-fluorescence-spectra; Stratigraphy; Geochemistry-of-rocks,-soils,-and-sediments Geochemistry Europe DevonianC internal-pdf://Bond et al. (2004)-0571526708/Bond et al. (2004).pdf l ?- Bond, Dave
Zaton Michal, L. 2003p Gamma-ray spectrometry across the Upper Devonian basin succession at Kowala in the Holy Cross Mountains (Poland) 93-99 Acta Geologica Polonica 53 20 Central-Europe; correlation-; Devonian-; Europe-; Famennian-; Frasnian-; gamma-ray-methods; geophysical-methods; geophysical-surveys; isotopes-; Kowala-Poland; mass-extinctions; Paleozoic-; Poland-; radioactivity-methods; surveys-; Swiety-Krzyz-Mountains; Upper-Devonian; Stratigraphy; Applied-geophysics Geochemistry Poland DevonianE internal-pdf://Bond & Zaton (2003)-4080531252/Bond & Zaton (2003).pdf!?. Brumsack, H.J. 2006r The trace metal content of recent organic carbon-rich sediments; implications for Cretaceous black shale formation 344-3611 Palaeogeography, Palaeoclimatology, Palaeoecology 232 2-4 Africa-; air-sea-interface; alkaline-earth-metals; anaerobic-environment; barium-; bioaccumulation-; bioavailability-; Black-Sea; black-shale; cadmium-; carbon-dioxide; chemical-composition; clastic-rocks; coastal-environment; continental-margin; continental-margin-sedimentation; Cretaceous-; discharge-; dissolved-materials; dissolved-oxygen; East-Mediterranean; East-Pacific; enrichment-; fixation-; geochemical-cycle; geochemistry-; global-; Gulf-of-California; habitat-; hydrothermal-vents; major-elements; manganese-; Mediterranean-Sea; Mesozoic-; metals-; modern-analogs; molybdenum-; Namibia-; North-Pacific; Northeast-Pacific; nutrients-; organic-compounds; oxygen-; Pacific-Ocean; paleoecology-; Peru-; phosphorus-; precipitation-; productivity-; rhenium-; sapropel-; sedimentary-rocks; sedimentation-; sedimentation-rates; sediments-; South-America; Southern-Africa; sulfides-; sulfur-; theoretical-models; trace-metals; transport-; upwelling-; Sedimentary-petrology Geochemistry Organic carbon-rich sediments are enriched in several redox-sensitive and stable sulfide-forming trace metals (TM) and form an important sink in global TM cycles. In today's ocean such sediments are deposited in coastal upwelling areas like those in the Gulf of California, off Peru or off the Namibian coast and euxinic basins like the Black Sea. In an attempt to distinguish both environments by their specific TM patterns, some important conclusions may be drawn: 1) The TM enrichment seen in both environments broadly is rather similar. 2) Upwelling sediments are often enriched in Cd and P and depleted in Co and Mn. 3) Sapropels have a tendency towards higher enrichments in Ba and Mo, S, Re, As, Cu, Ni, Sb, and Fe, reflecting the strong sulfidation in an anoxic water column. 4) Upwelling systems cover a broad range of environmental settings where the steepness of the slope, the proximity of H2S to the sediment seawater interface and the intensity of bio-accumulation and regeneration play an important role for TM accumulation. 5) The TM content of anoxic basins is mainly controlled by TM availability in the water column and sedimentation rate. 6) Enhanced bio-productivity is the main switch turning an oxygenated into an anoxic environment. Cretaceous black shales (OAE 2) exhibit TM signatures of both, coastal upwelling areas and sapropels. The strong enrichments in Cd, Mo, Tl, V, Cu, Ni, (Bi), and Sb demonstrate that bio-accumulation and presence of H2S in the water column and associated sulfidation processes persisted during this time interval in large parts of the Proto-Atlantic. The usefulness of Ba as a paleoproductivity-proxy is obscured by diagenesis. The extreme accumulation in Ag and Zn requires either an additional TM source, for instance hydrothermal input, or a different TM seawater composition during the Cretaceous. The geochemical data suggest, that the major driving force for the widespread occurrence of C/T black shales seems to be the increase in volcanic activity and associated CO2 -input throughout the Cretaceous. The ocean-atmosphere system operated in a mode different from today during this time interval. After conversion of the "nutrient" CO2 into organic matter the system switched back into the "normal" operational mode. Generic Generic= internal-pdf://Brumsack (2006)-1032936192/Brumsack (2006).pdf%?2
Curtis, C. D. 1967@ Diagenetic iron minerals in some British Carboniferous sediments 2109-2123 Geochimica et Cosmochimica Acta 31 11 analysis-; Argillaceous-; Carboniferous-; diagenesis-; England-; Europe-; genesis-; Great-Britain; iron-minerals; Iron-minerals-in-sedimentary-rocks; mineral-composition; mineral-data; mineralization-; paleoecology-; Paleozoic-; sedimentary-petrology; sedimentary-rocks; United-Kingdom; Upper-Carboniferous; Western-Europe; Westphalian-; Westphalian-sedimentary-rocks; Yorkshire-England; Sedimentary-petrology Geochemistry The development of pyrite and siderite in marine and nonmarine Westphalian argillaceous sediments traversed by a borehole in Yorkshire has been studied in detail. Pyrite predominates in marine strata whereas siderite-rich samples are associated with a nonmarine fauna. Both phases formed after deposition, at some distance below the sediment/water interface, and both grew partly at the expense of iron in the detrital silicate fraction and partly from ferric hydroxides, the latter having been either transported and deposited with the clay minerals or precipitated from the depositional waters. The extent of such diagenetic mineral growth was governed mainly by the activities of anionic species bacterially generated within the diagenetic environment. The aqueous phase was strongly reducing and the redox potential of the siderite growth environment was no higher than that of the pyrite environment. UK
Carboniferous9 internal-pdf://Curtis (1967)-1673861432/Curtis (1967).pdf
Z?3 K Dellwig, Olaf
Boettcher Michael, E.
Lipinski, Marcus
Brumsack Hans, Juergen 2002Z Trace metals in Holocene coastal peats and their relation to pyrite formation (NW Germany) 423-442 Chemical Geology 182 2-4c Cenozoic-; Central-Europe; coastal-environment; cores-; crystal-growth; Eh-; Europe-; fixation-; geochemical-cycle; Germany-; high-resolution-methods; Holocene-; ICP-mass-spectra; iron-; isotope-ratios; isotopes-; Lower-Saxony-Germany; mass-spectra; metals-; North-Sea-Coast; northwestern-Germany; paludal-environment; peat-; pyrite-; Quaternary-; S-34-S-32; sea-level-changes; sediments-; sinks-; spectra-; stable-isotopes; sulfides-; sulfur-; terrestrial-environment; trace-elements; trace-metals; Wangerland-Germany; X-ray-fluorescence-spectra; Quaternary-geology; Geochemistry-of-rocks,-soils,-and-sediments Geochemistry Three drill cores from the marshlands of NW Germany, which cover the entire Holocene, were analyzed at high-resolution for bulk composition, Al, Fe, selected trace metals, and stable sulfur isotopes. The drill cores contain two lithological types of peat: (i) basal peats overlying Pleistocene sands and (ii) intercalated peats situated between clastic sediments of predominantly marine origin. The peat layers are characterized by distinct enrichments in pyrite due to microbial sulfate reduction under almost open system conditions with respect to seawater sulfate as shown by sulfur isotope partitioning. The main Fe source seems to be the freshwater environment. The determination of dissolved and particulate Fe of channels and small rivers close to the study area revealed a 50-fold higher Fe content of the freshwater environment when compared with North Sea water. Pyrite enrichments are explained by two scenarios: (i) pyrite formation coincides with fen reed peat growth (basal and intercalated) under the influence of a brackish water zone (salinity app. 5-15) and (ii) pyrite was formed after peat growth in the lowest limnic basal peat intervals. Maximum pyrite accumulation (TS 28%) occurs in latter peats that contain thin clastic layers as a result of tidal channel activities after peat formation. The occurrence of clastic layers may have favoured the inflow of saline groundwater. The peat layers are also characterized by enrichments in redox-sensitive trace metals (As, Mo, Re, U) and Cd, whereas Co, Cr, Cu, Mn, Ni, Pb, Tl, and Zn reflect the geogenic background. Leaching experiments have shown that As, Co, Cu, Mo, Re, and Tl are predominantly fixed as sulfides and/or incorporated into pyrite. The remaining trace metals show no distinct trends, only Cr reveals a strong relation to the lithogenic detritus. Seawater is the dominating source for As, Cd, Mo, Re, and U. The remaining trace elements seem to have a freshwater source similar to Fe. In contrast to the distribution of pyrite, highest amounts of redox-sensitive trace metals are seen in fen reed peats (basal and intercalated) that were formed under a direct influence of seawater and brackish water, respectively. Therefore, we suggest that saline groundwater entering the basal peats was probably depleted in redox-sensitive trace metals, e.g. owing to microbially induced reduction of trace metals and subsequent precipitation as sulfides or fixation by organic matter. Germany
QuaternaryG internal-pdf://Dellwig et al (2002)-2511590144/Dellwig et al (2002).pdf ?4 Dill, H. G.
Pöhlmann, H. 2002u Chemical composition and mineral matter of paralic and limnic coal types of lignite through anthracite rank (Germany) 851-8674 Canadian Society of Petroleum Geologists, Memoir 19 alteration-; anthracite-; bituminous-coal; Central-Europe; chemical-composition; classification-; coal-; coalification-; correlation-coefficient; depositional-environment; Europe-; fluvial-environment; geochemical-anomalies; Germany-; lignite-; major-elements; mass-spectra; metals-; mineral-composition; rank-; rare-earths; sedimentary-rocks; SEM-data; spectra-; statistical-analysis; trace-elements; X-ray-fluorescence-spectra; Petrology-of-coal Geochemistry Brown and hard coals which formed in paralic and limnic to fluvial environments of deposition were investigated for their chemical composition using XRF and ICP-MS and for their mineral matter using XRD and SEM after low-temperature plasma ashing. The set of samples covers the period from the Upper Carboniferous through the Late Tertiary with respect to age of formation and the lignite through anthracite stage with regard to the rank of coalification. The paper provides more detailed information on the host of the trace elements in the mineral matter and on the variation of elements as a function of coal rank and environment of deposition. The mineral matter and element associations are discussed in view of the processes operative during coal formation (sedimentation, diagenesis, epigenesis, supergene alteration). The chemical composition of coal samples may track mineralogical changes in the primary environment of deposition, during epigenetic and supergene alterations. Only a few elements (e.g. P, REE) vary with the rank of coalification. Diagenetic alteration of the mineral matter, which runs parallel with coalification of organic matter is isochemical in nature and for that reason the process is less significant with respect to element variation than supergene alteration which may be called allochemical. Based upon that finding, chemical facies analyses may successfully be conducted to place constraints on the environment of deposition provided the brown and hard coals under study did not undergo strong epigenetic or supergene alteration. Germany Generic ?6 Erickson, B.E.
Helz, G.R. 2000V Molybdenum(VI) speciation in sulfidic waters; stability and lability of thiomolybdates 1149-1158 Geochimica et Cosmochimica Acta 64 7k absorption-; anaerobic-environment; aquatic-environment; aqueous-solutions; catalysis-; chemical-fractionation; chemical-reactions; diagenesis-; geochemistry-; hydrochemistry-; hydrogen-sulfide; kinetics-; laboratory-studies; metals-; molybdates-; molybdenum-; phase-equilibria; pore-water; sediments-; stability-; sulfur-; thiomolybdates-; water-; Hydrochemistry Geochemistry Generic GenericK internal-pdf://Erickson & Helz (2000)-2341382400/Erickson & Helz (2000).pdf ?7 Ernst, W. 1966V Stratigraphisch-fazielle Identifizierung von Sedimenten auf chemisch-geologischem Wege 21-29 Geologische Rundschau 55 1r applications-; correlation-; geochemical-; geochemistry-; methods-; sedimentary-rocks; stratigraphy-; Stratigraphy Geochemistry Among the geochemical methods of identifying and correlating sedimentary formations, those based on differences in salinity are now widely used. The boron content of claystones is an indicator of the original salinity, and is relatively unaffected by diagenetic changes. Results of environmental studies agree well with those based on paleontology. Several thousand drill samples from the upper Carboniferous of western Germany have been analyzed by this method. The boron curves show an increase in salinity of sediments in a northwesterly direction, corresponding to the former position of the marine foredeep. The high point of the transgression can also be discerned. A sharp rise in the boundary between Stephanian (Carboniferous) and Rotliegendes (Permian) formations is interpreted as marking a transition from warm-humid to hot-dry climate. Similar changes can be detected, on a smaller scale, between other formations in the series, but it is not always possible to differentiate between marine and nonmarine deposits. A general increase in salinity is apparent from the Westphalian B formation upward in the upper Carboniferous, in the upper Cretaceous, and in the Tertiary. Generic Gen '?8 Fisher, Q. J.
Wignall, P. B. 2001 Palaeoenvironmental controls on the uranium distribution in an Upper Carboniferous black shale (Gastrioceras listeri Marine Band) and associated strata; England 605-621 Chemical Geology 175 3-4 actinides-; Ammonoidea-; anaerobic-environment; authigenesis-; biofacies-; biostratigraphy-; Bivalvia-; black-shale; Carboniferous-; Cephalopoda-; clastic-rocks; concentration-; depositional-environment; England-; Europe-; francolite-; Gastrioceras-listeri-Marine-Band; geochemistry-; Goniatites-; Goniatitida-; Goniatitidae-; Great-Britain; Invertebrata-; lithogeochemistry-; marine-environment; metals-; Middlecliff-Quarry; Mollusca-; mudstone-; paleoenvironment-; Paleozoic-; phosphates-; sea-level-changes; sedimentary-rocks; sedimentation-rates; Sheffield-England; Tetrabranchiata-; transgression-; United-Kingdom; Upper-Carboniferous; uranium-; Western-Europe; Westphalian-; Yorkshire-England; Stratigraphy; Geochemistry-of-rocks,-soils,-and-sediments Geochemistry The mudrocks associated with the Gastrioceras listeri (G. listeri) Marine Band contain 0 to 200 ppm authigenic uranium. Several geochemical (degree of pyritisation (DOP), C/S ratios and framboidal pyrite size distribution) and palaeontological indicators (oxygen-restricted biofacies (ORB) analysis) suggest that the highest authigenic uranium concentrations are within marine sediments associated with the most oxygen-restricted biofacies (ORBs 2 and 3). The uranium peaks tend to occur at the transition between biofacies rather than within the middle of more persistently anoxic intervals. These horizons may have been deposited when the oxygen minimum zone impinged on the seafloor. Brief oxygenation of an otherwise anoxic environment was conducive to francolite precipitation, which then scavenged dissolved uranium. Slow sedimentation rates are also important in concentrating uranium and francolite. Thus, enriched U values are only encountered under specific conditions of low, but fluctuating, oxygen regime and extremely slow sedimentation rates. Truly euxinic facies, lacking any fossils, and a uniformly small framboid population do not contain high concentrations of francolite and are not U-rich. UK
CarboniferousM internal-pdf://Fisher & Wignall (2001)-0532637696/Fisher & Wignall (2001).pdf ? Morse, J. W.
Berner, R. A. 1995' What determines sedimentary C-S ratios? 1073-1077 Geochimica et Cosmochimica Acta 59 6 burial-; carbon-; chemical-ratios; factors-; fines-; metabolism-; organic-carbon; organic-compounds; organic-materials; oxidation-; pyrite-; sediments-; siliciclastics-; sulfides-; sulfur-; Geochemistry-of-rocks,-soils,-and-sediments Geochemistry Generic GenericI internal-pdf://Morse & Berner (1995)-0732843776/Morse & Berner (1995).pdf | ?
D Abels, H.A.
van Simaeys, S.
Hilgen, F.J.
de Man, E.
Vandenberghe, N. 2006 Obliquity-dominated glacio-eustatic sea level change in the early Oligocene; evidence from the shallow marine siliciclastic Rupelian stratotype (Boom Formation, Belgium) 65-73
Terra Nova 19 Belgium-; Boom-Clay; Cenozoic-; cycles-; Europe-; glaciation-; lower-Oligocene; obliquity-of-the-ecliptic; Oligocene-; Paleogene-; resistivity-; Rupelian-; sea-level-changes; statistical-analysis; Tertiary-; Western-Europe; Stratigraphy Stratigraphy Belgium
PalaeogeneE internal-pdf://Abels et al. (2006)-4264015360/Abels et al. (2006).pdf? 0 Cocks, L. R. M.
McKerrow, W. S.
van Staal, C. R. 1997 The margins of Avalonia 627-636 Geological Magazine 134 5 Alpine-Orogeny; Arthropoda-; Atlantic-Ocean; Avalonia-; boundary-conditions; Canada-; Caradocian-; continental-margin; Eastern-Canada; Gondwana-; Iapetus-; Invertebrata-; Maritime-Provinces; Meguma-Terrane; Newfoundland-; North-Atlantic; Northeast-Atlantic; Nova-Scotia; Ordovician-; orogeny-; paleogeography-; Paleozoic-; reconstruction-; Rheic-Ocean; rifting-; structural-geology; suture-zones; tectonics-; terranes-; Trilobita-; Trilobitomorpha-; Upper-Ordovician; Solid-earth-geophysics; Stratigraphy Palaeogeography Western Europe
PalaeozoicC internal-pdf://Cocks et al (1997)-3320827905/Cocks et al (1997).pdf @ ?: Gluyas, J.
Leonard, A. 1995L Diagenesis of the Rotliegend Sandstone: the answer ain't blowin' in the wind 491-497 Marine and Petroleum Geology 12 5 Amethyst-Field; anhydrite-; Atlantic-Ocean; barite-; burial-; cementation-; clastic-rocks; diagenesis-; grain-size; isotope-ratios; isotopes-; migration-of-elements; natural-gas; North-Atlantic; North-Sea; O-18-O-16; oil-and-gas-fields; oxygen-; Paleozoic-; permeability-; Permian-; petroleum-; porosity-; production-; reservoir-rocks; Rotliegendes-; S-34-S-32; sandstone-; sedimentary-rocks; stable-isotopes; sulfates-; sulfur-; thermal-history; Upper-Permian; Zechstein-; Economic-geology,-geology-of-energy-sources; Sedimentary-petrology Geochemistry North Sea PermiaC Z?> 0 Hakstege, A. L.
Kroonenberg, S. B.
van Wijck, H. 1993_ Geochemistry of Holocene clays of the Rhine and Meuse rivers in the central-eastern Netherlands 301-315 Geologie en Mijnbouw 71 4N alluvium-; Cenozoic-; chemical-composition; clastic-sediments; clay-; east-central-Netherlands; Europe-; heavy-metals; Holocene-; Meuse-River; multivariate-analysis; Netherlands-; pollution-; Quaternary-; Rhine-River; sediments-; statistical-analysis; Western-Europe; Geochemistry-of-rocks,-soils,-and-sediments; Sedimentary-petrology Geochemistry Netherlands
Q< ?? F Hofmann, Peter
Duckensell, Martina
Chpitsglous, Arkadi
Schwark, Lorenz 2005 Geochemical and organic petrological characterization of the organic matter of lacustrine Eocene oil shales (Prinz von Hessen, Germany); reconstruction of the depositional environment 155-168 Journal of Paleolimnology 33 2 C-13-C-12; carbon-; Cenozoic-; Central-Europe; cores-; depositional-environment; Eocene-; Europe-; facies-; geochemistry-; Germany-; Hesse-Germany; isotope-ratios; isotopes-; lacustrine-environment; Lake-Prinz-von-Hessen; lake-level-changes; lithostratigraphy-; Messel-Germany; oil-shale; organic-compounds; paleoenvironment-; Paleogene-; paleolakes-; sedimentary-rocks; stable-isotopes; Tertiary-; total-organic-carbon; Stratigraphy; Isotope-geochemistry Organic geochemistry Germany
Palaeogene
?@ r \ Hladil, Jindrich
Bosak, Pavel
Slavik, Ladislav
Carew James, L.
Mylroie John, E.
Gersl, Milan 2003 Early diagenetic origin and persistence of gamma-ray and magnetosusceptibility patterns in platform carbonates; comparison of Devonian and Quaternary sections 719-727" Physics and Chemistry of the Earth 28 16-19 Bahamas-; carbonate-platforms; carbonate-rocks; carbonate-sediments; Caribbean-region; Cenozoic-; Central-Europe; Czech-Republic; Devonian-; diagenesis-; early-diagenesis; Europe-; gamma-ray-spectra; geophysical-methods; magnetic-methods; magnetic-properties; magnetic-susceptibility; magnetostratigraphy-; Moravia-; paleomagnetism-; Paleozoic-; Quaternary-; San-Salvador; sedimentary-rocks; sediments-; spectra-; West-Indies; Stratigraphy; Sedimentary-petrology Geochemistry Gamma-ray logs from boreholes in the Middle-Upper Devonian carbonate platform of Moravia display tripartite anomalies at locations, where lithological and biostratigraphic data suggest the occurrence of 4th order sedimentary cycle boundaries. Further, where sedimentary boundaries have been changed by later development of caves (usually phreatic caves changed to unroofed caves--erosion), the carbonate infillings in these corroded cycle boundaries are marked by another pattern that consists of a smooth symmetrical peak on gamma-ray activity in vertical section. The details procured using gamma-ray spectrometric and magnetosusceptibility methods suggest that the upper peak of the tripartite pattern corresponds solely to uranium concentration (flooding surface). The middle peak is marked by a thorium signal and a magnetosusceptibility response from paramagnetic minerals (paleosols). The lower peak corresponds to trapped uranium and microbial magnetite in cemented rock pores (originally dysoxic microenvironments in calcite). The boundaries marked with filled caves display only one broad and symmetrical uranium-related peak, and the thorium peak that is roughly similar to that seen at normal boundaries, but it is shifted slightly downward. At boundaries with caves the magnetosusceptibility peaks are shifted downward considerably, and may even occur within the underlying host rock. The question of whether these patterns are a primary imprint of early diagenetic influences or a much later redistribution that originated during pressure solution and cementation, was answered by study of Late Quaternary sections on San Salvador Island, Bahamas. This pragmatic test on young carbonate sediments confirmed the early origin and fixation of these geophysical patterns. Europe Devonian; Quaternary ?B
! Ishikawa, Tsuyoshi
Nakamura, Eizo 1993- Boron isotope systematics of marine sediments ISEI B-11-B-10; boron-; Equatorial-Pacific; geochemistry-; isotopes-; marine-environment; marine-sediments; North-Pacific; Pacific-Ocean; pelagic-environment; provenance-; sediments-; stable-isotopes; terrigenous-materials; Isotope-geochemistry; Oceanography Geochemistry Generic Generic h ?D 0 Kampschulte, Anke
Bruckschen, P.
Strauss, Harald 2001 The sulphur isotopic composition of trace sulphates in Carboniferous brachiopods; implications for coeval seawater, correlation with other geochemical cycles and isotope stratigraphy 149-173 Chemical Geology 175 1-2Q Belgium-; biochemistry-; Brachiopoda-; C-13-C-12; carbon-; Carboniferous-; Central-Europe; chemostratigraphy-; Commonwealth-of-Independent-States; correlation-; diagenesis-; Donets-Basin; Europe-; geochemical-cycle; geochemical-indicators; geochemistry-; Germany-; IGCP-; Invertebrata-; isotope-ratios; isotopes-; marine-environment; Moscow-Basin; nutrients-; paleo-oceanography; paleoclimatology-; paleoenvironment-; paleogeography-; Paleozoic-; Russian-Federation; S-34-S-32; shells-; stable-isotopes; sulfur-; tectonics-; Ukraine-; Urals-; Western-Europe; Stratigraphy; Isotope-geochemistry Geochemistrym The Carboniferous delta (super 34) S record, based on the analysis of structurally substituted sulphate (SSS) in brachiopod shells, is characterized by a significant decline from values around +21+ or -1 per mil in the Tournaisian to +12+ or -1 per mil in the Gzelian. Superimposed on this broad evolution is a higher order structure with a relative minimum in the late Visean followed by a maximum in the Bashkirian. On the 10 (super 7) -year time scale, delta (super 34) S is positively correlated with delta (super 13) C (sub Carb) , in contrast to the long-term negative linkage between sulphur and carbon observed for the entire Phanerozoic. This indicates that mechanisms other than the redox balance control the carbon and sulphur cycles on this time scale. The (super 87) Sr/ (super 86) Sr and delta (super 34) S records display parallel trends during the Tournaisian to Moscovian. This positive correlation suggests that tectonics may be of importance for the evolution of delta (super 34) S on time scales of 10 (super 7) years. A possible scenario to explain the co-evolution of the isotope systems and their linkage to tectonism and palaeoclimate invokes an increased nutrient supply to the oceans during periods of enhanced uplift and continental weathering. This nutrient flux may have resulted in increased burial of organic matter and enhanced bacterial sulphate reduction. Generic
CarboniferousQ internal-pdf://Kampschulte et al. (2001)-2279358516/Kampschulte et al. (2001).pdfo
?E $ Kühn, V.
Heydemann, A.
Usdowski, E. 2001s Mineralogy of the upper Albian sediments from the Kirchrode I borehole with special emphasis on the clay mineralogy 145-1591 Palaeogeography, Palaeoclimatology, Palaeoecology 174 1-3 Albian-; ALBICORE-; Boreal-Realm; Central-Europe; clastic-rocks; clay-mineralogy; clay-minerals; claystone-; cores-; Cretaceous-; Europe-; experimental-studies; Germany-; Hanover-Germany; infrared-spectra; Kirchrode-Germany; Lower-Cretaceous; Lower-Saxony-Germany; marine-environment; marl-; Mesozoic-; mineral-composition; montmorillonite-; Northwestern-German-Plain; sedimentary-rocks; sheet-silicates; shelf-environment; silicates-; spectra-; upper-Albian; X-ray-diffraction-data; Stratigraphy; Sedimentary-petrology
Mineralogy Germany
CretaceousE internal-pdf://Kühn et al. (2001)-1099092235/Kühn et al. (2001).pdf `ny PermianQ internal-pdf://Legler & Schneider (2008)-2559531019/Legler & Schneider (2008).pdf iety London Structural Geology NW Europe GenericG internal-pdf://Dooley et al. (1999)-0968178749/Dooley et al. (1999).pdf ? Jeremiah, J.
Nicholson, P.H. 1999P Middle Oxfordian to Volgian sequence stratigraphy of the Greater Shearwater area 154-170I Petroleum Geology of North-West Europe: Proceedings of the 5th Conference Fleet, A.J.
Boldy, S.A.R. London Geological Society London Stratigraphy UK North Sea JurassicU internal-pdf://Jeremiah & Nicholson (1999)-1908045117/Jeremiah & Nicholson (1999).pdf RenericI internal-pdf://Johnson et al. (1999)-1689989181/Johnson et al. (1999).pdf
? : Jones, G.
Rorison, P.
Frost, R.T.C.
Knipe, R.
Colleran, J. 1999 Tectono-stratigraphic development of the southern part of UKCS Quadrant 15 (eastern Witch Ground Graben): Implications for the Mesozoic 134-151I Petroleum Geology of North-West Europe: Proceedings of the 5th Conference Fleet, A.J.
Boldy, S.A.R. London The Geological Society Stratigraphy UK North Sea GenericE internal-pdf://Jones et al. (1999)-0701067325/Jones et al. (1999).pdf MrmianE internal-pdf://Penge et al. (1999)-2429274173/Penge et al. (1999).pdf ? Stewart, S.A.
Clark, J.A. 1999M Impact of salt on the structure of the Central North Sea hydrocarbon fairways 189-200I Petroleum Geology of North-West Europe: Proceedings of the 5th Conference Fleet, A.J.
Boldy, S.A.R. London The Geological Society Structural Geology UK North Sea GenerisK internal-pdf://Stewart & Clark (1999)-3587216445/Stewart & Clark (1999).pdf b Germany PermianK internal-pdf://Gebhardt et al. (1991)-2850774845/Gebhardt et al. (1991).pdf c? $ Gralla, P.
Nieberding, F.
Sobott, R. 1991k Der Wustrow-Sedimentationszyklus des Oberrotliegenden im Bereich einer nordwestdeutschen Erdgaslagerstätte 13-213 Zeitschrift der Deutschen Geologischen Gesellschaft 142 Carbonate sedimentology Germany PermianG internal-pdf://Gralla et al. (1991)-1374923581/Gralla et al. (1991).pdf ? Bless, M.J.M.
Bouckaert, J.
Bouzet, P.
Conil, R.
Cornet, P.
Fairon-Demaret, M.
Groessens, E.
Longerstaey, P.
Meesen, J.P.M.T.
Paproth, E.
Pirlet, H.
Streel, M.
Amerom, H.W.J.
Wolf, M. 1976 Dinantian rocks in the subsurface north of the Brabant and Ardenno-Rhenish massifs in Belgium, the Netherlands and the Federal Republic of Germany 81-1953 Mededelingen Rijks Geologische Dienst, Nieuwe Serie 27 Carbonate sedimentology Netherlands; Belgium; Germany
Carboniferous6 ~?J + Maynard, J. R.
Wignall, P. B.
Varker, W. J. 1991I A "hot" new shale facies from the Upper Carboniferous of northern England 805-808" Journal of the Geological Society 148 5 Ammonoidea-; Carboniferous-; Cephalopoda-; clastic-rocks; depositional-environment; England-; Europe-; Goniatites-; Goniatitida-; Goniatitidae-; Great-Britain; Invertebrata-; marine-environment; Mollusca-; northern-England; Paleozoic-; Pennine-Basin; petroleum-; potential-deposits; radioactivity-; sedimentary-rocks; sequence-stratigraphy; shale-; source-rocks; Tetrabranchiata-; United-Kingdom; Upper-Carboniferous; Western-Europe; Economic-geology,-geology-of-energy-sources; Sedimentary-petrology Clastic sedimentology UK
Carboniferl ?L Meyers, Philip, A. 2006l Paleoceanographic and paleoclimatic similarities between Mediterranean sapropels and Cretaceous black shales 305-3201 Palaeogeography, Palaeoclimatology, Palaeoecology 235 1-3 black-shale; carbon-; Cenozoic-; clastic-rocks; Cretaceous-; depositional-environment; geochemistry-; isotope-ratios; isotopes-; marine-sediments; Mediterranean-Sea; Mesozoic-; Middle-Cretaceous; N-15-N-14; Neogene-; nitrogen-; organic-carbon; organic-compounds; paleo-oceanography; paleoclimatology-; paleoecology-; Pliocene-; productivity-; Quaternary-; sapropel-; sedimentary-rocks; sediments-; stable-isotopes; Tertiary-; Stratigraphy; Sedimentary-petrology GeochemistryZ Pliocene-Quaternary sapropels of the Mediterranean Sea and Mid-Cretaceous black shales share many distinctive properties. Organic carbon concentrations that often exceed 5% in both types of sequences record episodes of exceptional accumulation of organic matter. Although both are rich in marine organic matter, they have high C/N ratios that mimic those of land-plant organic matter, which suggests less-efficient organic matter recycling than in the modern ocean. The coupled presence of isorenieratene derivatives and low delta (super 15) N values that result from microbial primary productivity indicates that photic zone anoxia existed during their formation and implies strong stratification of the surface ocean. Enrichments of redox-sensitive metals and sediment laminations indicate that anoxia existed deeper in the water column and at the seafloor. Multiple proxies indicate freshening of surface waters of the Mediterranean and imply periods of wetter climate during times of sapropel deposition. Episodes of black shale deposition similarly coincide with times of wetter climate. These comparisons suggest that the wetter climate created similar conditions of surface salinity stratification that enhanced microbial primary production and magnified organic matter export during deposition of both the Mediterranean sapropels and Mid-Cretaceous black shales. Generic Generic9 internal-pdf://Meyers (2006)-0412124160/Meyers (2006).pdfw ?M + Middelburg, J. J.
Calvert, S. E.
Karlin, R. 1991O Organic-rich transitional facies in silled basins; response to sea-level change 679-682 Geology 19 7 Asia-; Black-Sea; brackish-water-environment; C-13-C-12; carbon-; Cenozoic-; changes-of-level; chemostratigraphy-; cyclic-processes; East-Mediterranean; environmental-analysis; Far-East; fresh-water-environment; geochemistry-; Indonesia-; isotopes-; Kau-Bay; lithofacies-; marine-environment; marine-sediments; Mediterranean-Sea; nearshore-sedimentation; organic-carbon; organic-compounds; organic-materials; Pacific-Ocean; paleo-oceanography; Quaternary-; S-34-S-32; sedimentation-; sediments-; shelf-environment; stable-isotopes; stratigraphy-; sulfur-; trace-elements; upper-Quaternary; West-Pacific; Quaternary-geology; Oceanography; Geochemistry-of-rocks,-soils,-and-sediments Geochemistry Generic ?O 5 Nakamura, E.
Ishikawa, T.
Birck, J.- L.
Allegre, C. J 1992V Precise boron isotopic analysis of natural rock samples using a boron-mannitol complex 193-204 Chemical Geology 94 3N B-11-B-10; basalts-; boron-; chemical-analysis; chromatography-; hydrochloric-acid; hydrofluoric-acid; igneous-rocks; inorganic-acids; isotopes-; mannitol-; mass-spectroscopy; natural-materials; reagents-; sample-preparation; sea-water; silicate-rocks; spectroscopy-; stable-isotopes; techniques-; volcanic-rocks; General-geochemistry Geochemistry Generic GenericK internal-pdf://Nakamura et al. (1992)-1843818036/Nakamura et al. (1992).pdf
=?P U Nijenhuis, I. A.
Bosch, H. J.
Sinninghe Damste, J. S.
Brumsack, H. J.
de Lange, G. J. 1999Z Organic matter and trace element rich sapropels and black shales; a geochemical comparison 277-290# Earth and Planetary Science Letters 169 3-4 anaerobic-environment; black-shale; carbon-; Cenozoic-; clastic-rocks; cores-; detection-limit; East-Mediterranean; experimental-studies; geochemistry-; Leg-160; marine-environment; marine-sediments; Mediterranean-Sea; Neogene-; Ocean-Drilling-Program; ODP-Site-964; ODP-Site-966; ODP-Site-967; ODP-Site-969; organic-carbon; organic-compounds; paleo-oceanography; paleoecology-; Pliocene-; productivity-; sapropel-; sedimentary-rocks; sediments-; Tertiary-; trace-elements; Geochemistry-of-rocks,-soils,-and-sediments; Oceanography Geochemistry A distinct Pliocene eastern Mediterranean sapropel (i-282), recovered from three Ocean Drilling Program (ODP) Leg 160 Sites, has been investigated for its organic and inorganic composition. This sapropel is characterized by high organic carbon (C (sub org) ) and trace element contents, and the presence of isorenieratene derivatives. The latter suggests that the base of the photic zone was sulphidic during formation of the sapropel. Combined with evidence of bottom water anoxia (preservation of laminae, high redox-sensitive trace element contents, and the abundance and isotopic composition of pyrite) this leads to the tentative conclusion that almost the entire water column may have been anoxic. This anoxia resulted from high productivity and not from stagnation, because an approximation of the trace element budget during sapropel formation shows that water exchange with the western Mediterranean is needed. Entire water column anoxia has been suggested earlier for several black shales. With regard to the depositional environment and the C (sub org) content, however, only the Cenomanian/Turonian Boundary Event (CTBE) black shales appear to be comparable to this sapropel. The proposed trace element removal mechanism of scavenging and (co-)precipitation in an anoxic water column, is thought to be similar for both types of deposits. The ultimate trace element source for the sapropel, however, is seawater, whereas it is hydrothermal and fluvial input for CTBE black shales (because they have a larger temporal and spatial distribution). Nonetheless, the C (sub org) -rich eastern Mediterranean Pliocene sapropel discussed here may be considered to be a younger analogue of CTBE black shales. Generic CenozoicM internal-pdf://Nijenhuis et al. (1999)-1382017536/Nijenhuis et al. (1999).pdf ?Q 4 Pearce, T. J.
Besly, B. M.
Wray, D. S.
Wright, D. K. 1999 Chemostratigraphy; a method to improve interwell correlation in barren sequences; a case study using onshore Duckmantian-Stephanian sequences (West Midlands, U.K.) 197-220 Sedimentary Geology 124 1-4 Birmingham-England; Carboniferous-; case-studies; chemostratigraphy-; clastic-rocks; claystone-; correlation-; Duckmantian-; England-; Europe-; geochemistry-; Great-Britain; lithogeochemistry-; Midlands-; onshore-; Paleozoic-; provenance-; sedimentary-rocks; Stephanian-; United-Kingdom; Upper-Carboniferous; Western-Europe; Geochemistry-of-rocks,-soils,-and-sediments; Sedimentary-petrology Geochemistry{ Chemostratigraphy has been applied to onshore Duckmantian/Stephanian successions encountered in outcrop and penetrated by two boreholes from the West Midlands (U.K.). These successions represent the onshore equivalents of the "Barren Red Measures" which are important hydrocarbon-bearing sequences in the Southern North Sea. Much is known about the onshore successions in terms of sedimentology, mineralogy and provenance and thus they provide the ideal test for the validity of chemostratigraphy as a stratigraphic tool. Reliable inorganic geochemical data have been acquired from geochemical analyses of core, sidewall core and cuttings samples, with 19 elements being determined. Stratigraphic variations in elemental concentrations are compared with known variations in the mineralogical data. The established lithostratigraphic units of the Duckmantian/Stephanian intervals can also be recognized from the geochemical data and by using these data can be subdivided further. This results in an independent chemostratigraphic correlation being established for the two boreholes, which has been assessed statistically by discriminant function analysis. From the geochemical and mineralogical data, distinct changes in provenance are identified within the Upper Carboniferous successions. The sediments of the Coal Measures were derived from a north westerly and westerly source (?Caledonian), whereas the Etruria Formation sediments came from the Wales Brabant Massif, the sediments having mixed Caledonian and Cadomian characteristics. Eventually these sediments were replaced by sediments from a southern Hercynian source (Halesowen and Salop Formations). UK
CarboniferousG internal-pdf://Pearce et al. (1999)-2153601542/Pearce et al. (1999).pdf ?R Perry, Edward A., Jr. 1972@ Diagenesis and the validity of the boron paleosalinity technique 150-160 American Journal of Science 272 2 boron-; clay-mineralogy; clay-minerals; diagenesis-; experimental-studies; geochemistry-; interpretation-; methods-; minerals-; paleosalinity-; sediments-; sheet-silicates; silicates-; Geochemistry
Diagenesis Generic Generic9 internal-pdf://Edward (1972)-1225206581/Edward (1972).pdf ?S Raiswell, R.
Berner, R. A. 1987R Organic carbon losses during burial and thermal maturation of normal marine shales 853-856 Geology 15 9 alteration-; basins-; burial-diagenesis; carbon-; Carboniferous-; clastic-rocks; diagenesis-; effects-; energy-sources; geochemistry-; Jurassic-; marine-environment; Mesozoic-; organic-carbon; organic-compounds; organic-materials; Paleozoic-; ratios-; sedimentary-basins; sedimentary-rocks; shale-; sulfur-; thermal-alteration; thermal-maturity; Sedimentary-petrology; Geochemistry-of-rocks,-soils,-and-sediments; Economic-geology,-geology-of-energy-sources Organic geochemistry Generic Ge
?V m Schwark, L.
Empt, P. 2006T Sterane biomarkers as indicators of Palaeozoic algal evolution and extinction events 225-2361 Palaeogeography, Palaeoclimatology, Palaeoecology 240 1-2 acritarchs-; algae-; Anticosti-Island; Appalachian-Basin; biodiversity-; biologic-evolution; biomarkers-; Canada-; Central-Europe; Chlorophyceae-; Chlorophyta-; Dasycladaceae-; Eastern-Canada; Europe-; experimental-studies; geochemistry-; Hangenberg-event; hydrocarbons-; mass-extinctions; microfossils-; North-America; organic-compounds; paleoclimatology-; paleogeography-; Paleozoic-; palynomorphs-; Panthalassa-; Permian-; Plantae-; Poland-; Prasinophyta-; Quebec-; Rotliegendes-; steranes-; steroids-; Swiety-Krzyz-Mountains; Upper-Permian; Western-Canada-Sedimentary-Basin; Zechstein-; Stratigraphy; Geochemistry-of-rocks,-soils,-and-sediments Organic geochemistry Algae are among the oldest organisms known to inhabit the Earth's biosphere with a record dating back some 2.7 Ga. Only few marine algae produce hard parts that can be preserved over geologic time and consequently their fossil record is incomplete. Molecular fossils or biomarkers add complementary information to the fossil palynomorph record. Steroids are important constituents of eukaryotic cell-membranes and are preserved in sediments as steranes. C28 - and C29 -steranes are indicators for the presence of green and C27 -steranes for the presence of red algae, respectively. The relative abundance of steranes allows the investigation of the fossil record for Palaeozoic algal diversification and evolution. In this study, 500 Palaeozoic rock samples, representing a broad facies variety from the Upper Ordovician to the P/T-boundary were investigated for sterane compositions. In addition three profiles covering the Hirnantian, the F/F and the Hangenberg-Event were analyzed for possible shifts in the sterane distribution associated with extinction events. A sharp increase of the C28 /C29 -sterane ratio from <0.55 to >0.70 at the Devonian/Carboniferous boundary implies a fundamental change in the green algae assemblage from more primitive, mainly C29 -sterane-producing algae, to modern C28 -sterane-producing algae. For all investigated extinction events a pronounced but short-lived rise in the C28 -sterane content occurs that is attributed to an episodic increase in prasinophytes. The gradual radiation of algae may have been triggered by frequent mass extinctions in the Upper Devonian culminating with the massive decline of acritarchs at the D/C-boundary. The coeval rise in the C28 /C29 -sterane ratio indicates the presence of an non-encysting algal group and coincides with the global augmentation of numerous filamentous Codiacea (Siphonales) and the rise of euspondyle and metaspondyle Dasycladales. Generic
PalaeozoicI internal-pdf://Schwark & Empt (2006)-4040118278/Schwark & Empt (2006).pdf?W % Shaw, T.J.
Gieskes, J.M.
Jahnke, R.A. 1990h Early diagenesis in differing depositional environments; the response of transition metals in pore water 1233-1246 Geochimica et Cosmochimica Acta 54 5 California-; chromium-; cobalt-; continental-borderland; copper-; diagenesis-; early-diagenesis; Eh-; geochemistry-; iron-; manganese-; marine-environment; metals-; migration-of-elements; mobility-; molybdenum-; nickel-; oxides-; pore-water; processes-; scavenging-; sediments-; Southern-California; United-States; vanadium-; Geochemistry-of-rocks,-soils,-and-sediments; Sedimentary-petrology
Diagenesis Generic GenericC internal-pdf://Shaw et al. (1990)-0833550854/Shaw et al. (1990).pdf .?X + Spears, D. A.
Rippon, J. H.
Cavender, P. F. 1999h Geological controls on the sulphur distribution in British Carboniferous coals; a review and reappraisal 59-81% International Journal of Coal Geology 40 1 Carboniferous-; case-studies; coal-; coal-seams; England-; Europe-; geochemistry-; grade-; Great-Britain; impurities-; Main-Bright-Seam; North-Derbyshire-coal-field; Nottinghamshire-coal-field; Nottinghamshire-England; Paleozoic-; Parkgate-Seam; peat-; rank-; sedimentary-rocks; sediments-; Silesian-; sulfur-; Threequarters-Seam; United-Kingdom; Western-Europe; Yorkshire-coal-field; Economic-geology,-geology-of-energy-sources; Geochemistry-of-rocks,-soils,-and-sediments Geochemistry UK
CarboniferousG internal-pdf://Spears et al. (1999)-0062097986/Spears et al. (1999).pdf c
Generic 31Q internal-pdf://Clark-Lowes et al. (1987)-1143430743/Clark-Lowes et al. (1987).pdf @ ? ! Cloetingh, S
Kooi, H. 19898 Tectonic subsidence and sea-level changes: a reappraisal 113-128& Correlation in Hydrocarbon Exploration 32 Norwegian Petroleum Society Structural Geology Northwest Europe CenozoicM internal-pdf://Cloetingh & Kooi (1989)-0405828439/Cloetingh & Kooi (1989).pdf APermian7 internal-pdf://Clark (1986)-3963253847/Clark (1986).pdf F? Cronen, A.D. 1969$ Well spacing in North Sea Gas Fields% Journal of the Institute of Petroleum 55 543 Petroleum Geology UK North Sea Permian9 internal-pdf://Cronen (1969)-4114923095/Cronen (1969).pdf <?
Cole, J.M. 1990? Palynofacies in the late Carboniferous and its application in reservoir and source rock studies
in the East Midlands and Southern Gas Basin, North Sea 1-19 Geolink (UK) Stratigraphy Southern North Sea
Carboniferous5 internal-pdf://Cole (1990)-0341995095/Cole (1990).pdf $? Crittenden, S. 1982N A note on Danian Planktonic Foraminiferida from the British Southern North Sea 53-62' Revista Espanola de Micropalaeontologia XIV Stratigraphy UK North Sea Tertiary,CretaceousA internal-pdf://Crittenden (1982)-1164510551/Crittenden (1982).pdf Q
CretaceousA internal-pdf://Crittenden (1987)-1953445719/Crittenden (1987).pdf :? Crittenden, S. 1984y A note on the Early Cretaceous biostratigraphy (formaninifera) of borehole 49/24-1 (Shell/Esso) in the Southern North Sea 1-10 Journal Micropalaeontology 3 1 Stratigraphy UK North Sea
CretaceousA internal-pdf://Crittenden (1984)-2759262039/Crittenden (1984).pdf ) (; CenozoicE internal-pdf://Demyttenaere ?Y Spears, D. A.
Amin, M. A. 1981p Geochemistry and mineralogy of marine and non-marine Namurian black shales from the Tansley Borehole, Derbyshire 407-417
Sedimentology 28 3 black-shale; borehole-sections; Carboniferous-; clastic-rocks; Derbyshire-England; discriminant-analysis; England-; Europe-; geochemistry-; Great-Britain; major-elements; marine-environment; Namurian-; Paleozoic-; Pennines-; sedimentary-petrology; sedimentary-rocks; statistical-analysis; terrestrial-environment; trace-elements; United-Kingdom; Upper-Carboniferous; Western-Europe; Sedimentary-petrology; Geochemistry-of-rocks,-soils,-and-sediments Geochemistry UK
Carboniferous!?Z Spears, D. A.
Sezgin, H. I. 1985{ Mineralogy and geochemistry of the Subcrenatum Marine Band and associated coal-bearing sediments, Langsett, South Yorkshire 570-578 Journal of Sedimentary Petrology 55 4 areal-studies; Carboniferous-; clay-mineralogy; coal-; diagenesis-; England-; Europe-; geochemistry-; Great-Britain; iron-rich-composition; Namurian-; organic-compounds; organic-materials; organic-residues; Paleozoic-; pyrite-; sedimentary-rocks; Sheffield-England; southern-Yorkshire; stratigraphic-boundary; stratotypes-; Subcrenatum-Marine-Band; sulfides-; underclay-; United-Kingdom; Upper-Carboniferous; Western-Europe; Westphalian-; X-ray-data; Yorkshire-England; Geochemistry-of-rocks,-soils,-and-sediments; Sedimentary-petrology
Mineralogy UK
Carboniferousc?\ * Spivack, A. J.
Palmer, M. R.
Edmond, J. M. 1987+ The sedimentary cycle of the boron isotopes 1939-1949 Geochimica et Cosmochimica Acta 51 7M adsorption-; authigenesis-; B-11-B-10; boron-; burial-metamorphism; clastic-rocks; diagenesis-; fractionation-; geochemistry-; hydrothermal-alteration; isotopes-; marine-sediments; metamorphism-; metasomatism-; sea-water; sedimentary-rocks; sediments-; shale-; stable-isotopes; Isotope-geochemistry; Igneous-and-metamorphic-petrology Geochemistry Generic GenericI internal-pdf://Spivack et al. (1987)-0600869688/Spivack et al. (1987).pdf D?_ ; Vengosh, A.
Starinsky, A.
Kolodny, Y.
Chivas, A.R.
Raab, M. 1992w Boron isotope variations during fractional evaporation of sea water; new constraints on the marine vs. nonmarine debate 799-802 Geology 20 9 alkali-metals; B-11-B-10; boron-; brines-; bromine-; chemical-fractionation; chemically-precipitated-rocks; depositional-environment; evaporation-; evaporites-; experimental-studies; fractionation-; geochemical-indicators; geochemistry-; halogens-; isotopes-; lithium-; marine-environment; metals-; paleo-oceanography; processes-; sea-water; sedimentary-rocks; stable-isotopes; terrestrial-environment; Isotope-geochemistry; Sedimentary-petrology Geochemistry Generic GenericI internal-pdf:?b # Fischer, K.D.
Jahr, T.
Jentzsch, G. 2004l Evolution of the Variscan foreland-basin; modelling the interactions between tectonics and surface processes 665-671" Physics and Chemistry of the Earth 29 10 basins-; Belgium-; Brabant-Massif; Central-Europe; deformation-; elastoplastic-materials; Europe-; foreland-basins; numerical-models; rheology-; tectonics-; tectonophysics-; Variscides-; viscosity-; Western-Europe; Structural-geology Structural Geology The geology of Western and Central Europe is significantly influenced by the Variscan orogen that developed during Devonian and Carboniferous time. Numerical models are essential in understanding and quantifying the involved endogenous and exogenous processes and their interactions. These are mainly based on the large-scale mass redistribution caused by erosion and fluvial sedimentary transport. The sedimentary mass flux leads to changing loads on the lithosphere and affects therefore the evolution of the orogen and the foreland-basin. The complex feedback-mechanism of the surface and tectonic processes is studied by three-dimensional elastic-plastic numerical models. The calculated uplift rates are used to model the interaction between tectonic and surface processes such as erosion and sedimentation. An iterative application of the numerical models for the tectonic and surface processes yields a detailed view of the evolution of the foreland-basin. The tectonic model itself (excluding surface processes) already shows some of the palinspastically reconstructed important features of the lower Carboniferous like the London-Brabant Massif, and the northward propagation of the Variscan deformation front. The results obtained from the coupled analysis can be compared to studies of the sedimentary record (i.e. time, thickness, and sedimentation rates) and other geological concepts (i.e. stability of geological provinces). The results demonstrate that both processes are essential in understanding the complex structural evolution of the Variscides and their foreland. The numerical approach on the tectonic-surface process interaction can also be applied easily to other geological settings. Europe
Palaeozoic (?c Mackey, S.D.
Bridge, J.S. 1995I Three-dimensional model of alluvial stratigraphy; theory and applications 7-31 Journal of Sedimentary Research 65 1b aggradation-; alluvial-fans; applications-; Asia-; case-studies; Cenozoic-; channels-; China-; clastic-rocks; Europe-; Far-East; fluvial-environment; Holocene-; Huang-He; Indian-Peninsula; Italy-; Kosi-Basin; lithostratigraphy-; planar-bedding-structures; Po-River; Quaternary-; sand-bodies; sandstone-; sedimentary-rocks; sedimentary-structures; sequence-stratigraphy; Southern-Europe; theoretical-studies; three-dimensional-models; Quaternary-geology Clastic sedimentology Generic( ?d Felder, W.M. 19819 Geschiedenis van de geologische kartering in Zuid-Limburg 65-81 Grondboor & Hamer 3 areal-geology; cartography-; Europe-; history-; Limburg-Netherlands; maps-; Netherlands-; South-Limburg; Western-Europe; Geologic-maps History Netherlands GenericD [?f # Van de Laar, J.G.M.
Fermont, W.J.J. 1990S Westphalian palynology of The Netherlands based on six continuously cored boreholes 275-285% Review of Palaeobotany and Palynology 65 1-4 biostratigraphy-; biozones-; Carboniferous-; correlation-; Europe-; microfossils-; Netherlands-; paleoecology-; Paleozoic-; paludal-environment; palynomorphs-; stratigraphy-; Upper-Carboniferous; Western-Europe; Westphalian-; Stratigraphy
Palaeontology Netherlands
Carbonifer ?g 0 Laveine, J.Pierre
Zhang, Shanzhen
Lemoigne, Yves 2002d Paleobotany and paleogeography, an example from the Upper Carboniferous; some methodological aspects 360-3703 Canadian Society of Petroleum Geologists, Memoir 19P Asia-; assemblages-; biogeography-; Carboniferous-; communities-; eastern-Asia; Eurasian-Plate; Indian-Plate; microcontinents-; paleoecology-; paleogeography-; Paleozoic-; Plantae-; plate-collision; plate-tectonics; quantitative-analysis; Southeast-Asia; statistical-analysis; three-dimensional-models; Upper-Carboniferous; Stratigraphy
Palaeontology` Fossil-plant taxa can be used for paleogeographic purposes if several methodological requirements are met. Their paleogeographic significance can be estimated only from a case-by-case analysis of their global distribution, from which their respective means of dispersal can be derived. The obligation of proceeding through case-by-case analyses implies the fundamental prerequisite of a sound systematic approach to the fossil taxa under consideration. The diverse information and conclusions published in the last decade on the distribution of upper Paleozoic floras in East Asia and Southeast Asia provide significant examples illustrating the necessity of a clear methodological and systematical approach. The critical analysis of these results furnish clues for further field investigations. This will improve our understanding of Carboniferous paleogeography. Generic
Carboniferous9?h \ McKerrow, W. Stuart
Mac Niocaill, C.
Ahlberg, P. E.
Clayton, G.
Cleal, C. J.
Eagar, R. M. C. 2000< The late Palaeozoic relations between Gondwana and Laurussia 9-20E Orogenic Processes: Quantification and Modelling in the Variscan Belt 179) Franke, W.
Haak, V.
Oncken, O.
Tanner, D. London' Geological Society Special Publications4 Baltica-; biogeography-; continental-drift; Europe-; facies-; Gondwana-; Iapetus-; Laurentia-; Laurussia-; Mediterranean-Sea; paleoecology-; paleoenvironment-; paleogeography-; paleomagnetism-; Paleozoic-; plate-tectonics; reconstruction-; suture-zones; Tornquist-Sea; upper-Paleozoic; Solid-earth-geophysics
Palaeontologyk Reconstructions based on biogeography, palaeomagnetism and facies distributions indicate that, in later Palaeozoic time, there were no wide oceans separating the major continents. During the Silurian and Early Devonian time, many oceans became narrower so that only the less mobile animals and plants remained distinct. There were several continental collisions: the Tornquist Sea (between Baltica and Avalonia) closed in Late Ordovician time, the Iapetus Ocean (between Laurentia and the newly merged continents of Baltica and Avalonia) closed in Silurian time, and the Rheic Ocean (between Avalonia and Gondwana and the separate parts of the Armorican Terrane Assemblage) closed (at least partially) towards the end of Early Devonian time. Each of these closures was reflected by migrations of non-marine plants and animals as well as by contemporary deformation. New maps, based on palaeomagnetic and faunal data, indicate that Gondwana was close to Laurussia during the Devonian and Carboniferous periods, with fragments of Bohemia and other parts of the Armorican Terrane Assemblage interspersed between. It follows that, after Early Devonian time, the Variscan oceans of central Europe can never have been very wide. The tectonic evolution of Europe during Devonian and Carboniferous time was thus more comparable with the present-day Mediterranean Sea than with the Pacific Ocean. Western Europe
Palaeozoic( t?i W Riley, N.J.
Claoue Long, J.
Higgins, A.C.
Owens, B.
Spears, A.
Taylor, L.
Varker, W. J. 1993 Geochronometry and geochemistry of the European Mid-Carboniferous boundary global stratotype proposal, Stonehead Beck, North Yorkshire, UK 275-289/ Annales de la Société Géologique de Belgique 116 2z absolute-age; Ammonoidea-; Ar-Ar; bentonite-; biostratigraphy-; biozones-; calibration-; Carboniferous-; Cephalopoda-; clastic-rocks; clay-minerals; Conodonta-; dates-; England-; Europe-; first-occurrence; Great-Britain; Invertebrata-; marine-environment; microfossils-; Middle-Carboniferous; miospores-; Mollusca-; Namurian-; nesosilicates-; orthosilicates-; Paleozoic-; palynomorphs-; sedimentary-rocks; sheet-silicates; SHRIMP-data; silicates-; Stonehead-Beck; stratigraphic-boundary; stratotypes-; Tetrabranchiata-; U-Pb; United-Kingdom; Upper-Carboniferous; Western-Europe; Yorkshire-England; zircon-; Stratigraphy; Geochronology Stratigraphy UK
CarboniferousE internal ? Van Amerom, H.W.J. 1996O The biostratigraphy of borehole ‘De Lutte-6’ (East Twente, the Netherlands) 83-98% Mededelingen Rijks Geologische Dienst 55
Palaeontology Netherlands
Carboniferous ? Van Amerom, H. W. J. 1996{ A new bryophyte species (Hepaticites tortuosus sp.) from the Westphalian D in borehole De Lutte-6, Twente, the Netherlands) 99-106% Mededelingen Rijks Geologische Dienst 55
Palaeontology Netherlands
Carboniferous ?k ' Van de Laar, H. G. M.
Fermont, W. J. J. 1990p The impact of marine transgression on palynofacies; the Carboniferous Aegir marine band in borehole Kemperkoul-1 75-89% Mededelingen Rijks Geologische Dienst 45 Aegir-; biofacies-; biostratigraphy-; Carboniferous-; cyclic-processes; Europe-; fluvial-sedimentation; Kemperkoul-; lacustrine-sedimentation; marine-sedimentation; microfossils-; Netherlands-; Paleozoic-; paludal-sedimentation; palynomorphs-; reworking-; sea-level-changes; sedimentation-; stratigraphy-; transgression-; Upper-Carboniferous; Western-Europe; Westphalian-; Stratigraphy
Palaeontology Netherlands
Carboniferous T ?l ! Van Wijhe, D. H.
Bless, M. J. M. 1974Q The Westphalian of the Netherlands with special reference to miospore assemblages 295-328 Geologie en Mijnbouw 53 6o assemblages-; biostratigraphy-; boreholes-; Carboniferous-; clastic-rocks; coal-; coalification-; Europe-; Limburg-Netherlands; lithostratigraphy-; microfossils-; miospores-; Netherlands-; organic-residues; paleoecology-; Paleozoic-; palynomorphs-; sandstone-; sedimentary-rocks; stratigraphy-; Upper-Carboniferous; Western-Europe; Westphalian-; zoning-; Stratigraphy
Palaeontology Netherlands
Carboniferous ?> 0 Martinsen, O.J.
Collinson, J.D.
Holdsworth, B.K. 1995x Millstone Grit cyclicity revisited; II, Sequence stratigraphy and sedimentary responses to changes of relative sea-level 305-327X Sedimentary facies analysis; a tribute to the research and teaching of Harold G. Reading 22 Plint, A.G. OxfordI Special Publication of the International Association of Sedimentologists Askrigg-Block; Carboniferous-; clastic-rocks; Craven-Basin; cyclic-processes; cyclothems-; England-; Europe-; Great-Britain; Lancashire-England; lithostratigraphy-; marine-environment; Millstone-Grit; Namurian-; northern-England; Paleozoic-; planar-bedding-structures; sandstone-; sea-level-changes; sedimentary-rocks; sedimentary-structures; sequence-stratigraphy; transgression-; United-Kingdom; Upper-Carboniferous; Western-Europe; Sedimentary-petrology; Stratigraphy Stratigraphy UK
Carboniferous?n 2 Morton, A. C.
Claoue Long, J. C.
Hallsworth, C. R. 2001\ Zircon age and heavy mineral constraints on provenance of North Sea Carboniferous sandstones 319-337 Marine and Petroleum Geology 18 3s absolute-age; Atlantic-Ocean; burial-; Carboniferous-; clastic-rocks; coal-; dates-; diagenesis-; Europe-; Firth-Formation; Great-Britain; heavy-minerals; Hercynian-Orogeny; ion-probe-data; mass-spectra; Moray-Firth; nesosilicates-; North-Atlantic; North-Sea; orogeny-; orthosilicates-; Paleozoic-; petroleum-; petroleum-exploration; provenance-; reservoir-rocks; sandstone-; Scotland-; sedimentary-rocks; SHRIMP-data; silicates-; spectra-; Tayport-Formation; tectonics-; U-Pb; United-Kingdom; Upper-Carboniferous; Viking-Graben; Western-Europe; Westphalian-; zircon-; Economic-geology,-geology-of-energy-sources; Geochronology
Mineralogy North Sea
CarboniferousG internal-pdf://Morton et al. (2001)-3441815496/Morton et al. (2001).pdf _ th Sea
PalaeogeneI internal-pdf://Mudge & Bujak2 (1996)-3616823240/Mudge & Bujak2 (1996).pdf '
? Mudge, D.C.
Bujak, J.P. 1996O Paleocene biostratigraphy and sequence stratigraphy of the UK Central North Sea 295-312 Marine and Petroleum Geology 13 3 Stratigraphy UK North Sea
PalaeogeneG internal-pdf://Mudge & Bujak (1996)-1855091400/Mudge & Bujak (1996).pdf X? Jones, R.W.
Milton, N.J. 1996 Sequence development during uplift: Palaeogene stratigraphy and relative sea-level history of the Outer Moray Firth, UK North Sea 161-165 Marine and Petroleum Geology 11 2 Stratigraphy UK North Sea CenozoicI internal-pdf://Jones & Milton (1996)-4019938760/Jones & Milton (1996).pdf C Permian7 internal-pdf://Platt (1994)-2124688840/Platt (1994).pdf Y JurassicK internal-pdf://Sellwood et al. (1985)-2024157128/Sellwood et al. (1985).pdf Ric GenericC internal-pdf://Stow et al. (2001)-1923600072/Stow et al. (2001).pdf V PermianK internal-pdf://Sullivan et al. (1994)-3601417416/Sullivan et al. (1994).pdf G
Generic; internal-pdf://Verweij (1999)-4037837256/Verweij (1999).pdf ? a : Rise, L.
Chand, S.
Hjelstuen, B.O.
Haflidason, H.
Bøe, R. 2010L Late Cenozoic geological development of the south Vøring margin, mid-Norway 1789-1803 Marine and Petroleum Geology 27 9 Stratigraphy Norway
QuaternaryC internal-pdf://Rise et al. (2010)-1941097928/Rise et x ?p / Dusar, M.
Paproth, E.
Streel, M.
Bless, M.J. M. 2000 Palaeogeographic and palaeoenvironmental characteristics of major marine incursions in northwestern Europe during the Westphalian C (Bolsovian) 331-347 Geologica Belgica 3 3-4 alluvial-plains; biostratigraphy-; Bivalvia-; Bolsovian-; Brachiopoda-; Carboniferous-; clastic-rocks; Europe-; fluvial-features; Foraminifera-; Inarticulata-; Invertebrata-; Lingula-; lithostratigraphy-; microfossils-; miospores-; models-; Mollusca-; paleoecology-; paleoenvironment-; paleogeography-; Paleozoic-; palynomorphs-; Protista-; sea-level-changes; sedimentary-rocks; tonstein-; transgression-; Upper-Carboniferous; Western-Europe; Westphalian-; Stratigraphy Palaeogeography$ The Westphalian C was a time of marked tectonic and climatic changes within the Variscan Foreland, but our understanding of these changes is hampered by a poor appreciation of large-scale palaeogeography and palaeogeographic evolution within this key stratigraphic interval. The distribution of tonsteins, marine bands and faunal occurrences related to marine incursions or the proximity of marine conditions in Britain and on the European mainland during the Westphalian C (Bolsovian) is briefly summarised. The favoured environmental conditions of some selected fossil taxa (Lingula, arenaceous foraminifers, Geisina, conchostracan faunas and Torispora producing tree ferns) are highlighted. A palaeogeographic model shows the relationship between major sedimentary facies belts in the Westphalian C of western Europe and the influence of major marine incursions on the distribution pattern of incursion-related faunas. The frequent succession of transgressive-regressive faunal phases in beds with marine faunas and the close correlation between the distribution of these beds and the distribution of upper delta plain environments in the Westphalian C of northwestern Europe suggest that marine incursions were long-lived, related to glacio-eustatic events, and cannot be regarded as catastrophic "flash floods". Western Europe
CarboniferousE internal-pdf://Dusar et al. (2000)-2950437944/Dusar et al. (2000).pdfj?q " Haq, B.U.
Hardenbol, J.
Vail, P.R. 19877 Chronology of fluctuating sea levels since the Triassic 1156-1167 Science 235 4793a algae-; Ammonoidea-; biostratigraphy-; Cenozoic-; Cephalopoda-; changes-of-level; chronostratigraphy-; Conodonta-; correlation-; Cretaceous-; cycles-; cyclic-processes; diatoms-; Dinoflagellata-; evolution-; Foraminifera-; geochronology-; global-; graphic-methods; Invertebrata-; Jurassic-; magnetostratigraphy-; marine-sedimentation; Mesozoic-; microfossils-; Mollusca-; nannofossils-; outcrops-; paleomagnetism-; palynomorphs-; Plantae-; Protista-; Quaternary-; Radiolaria-; sedimentation-; stratigraphy-; Tetrabranchiata-; thallophytes-; time-scales; Triassic-; Vail-curve; Stratigraphy; Quaternary-geology Stratigraphy Generic Mesozoic; CenozoicA internal-pdf://Haq et al. (1987)-4219629824/Haq et al. (1987).pdf k ~P?r Maynard, J. R.
Leeder, M. R. 1992X On the periodicity and magnitude of Late Carboniferous glacio-eustatic sea-level changes 303-311" Journal of the Geological Society 149 Part 3" Appalachians-; basins-; Carboniferous-; Cenozoic-; England-; Europe-; eustacy-; glaciation-; Great-Britain; isotope-ratios; isotopes-; lithofacies-; marine-environment; mechanism-; Midcontinent-; Milankovitch-theory; models-; North-America; O-18-O-16; oxygen-; paleobathymetry-; Paleozoic-; Pennine-Basin; periodicity-; Pleistocene-; Quaternary-; sea-level-changes; sedimentary-basins; sedimentation-; stable-isotopes; transgression-; United-Kingdom; United-States; Upper-Carboniferous; Walsh-power-spectral-analysis; Western-Europe; Stratigraphy Palaeogeography Generic
Carbo ?\
Steurbaut, E. 1998i High-resolution holostratigraphy of Middle Paleocene to Early Eocene strata in Belgium and adjacent areas 91-156 Palaeontographica 247 5-6 Stratigraphy Belgium
Palaeogene ?[ Ribbert, K.-H. 19985 Das Famenne im Untergrund der Niederrheinischen Bucht 91-1078 Fortschritte in der Geologie von Rheinland und Westfalen 37 Clastic sedimentology Germany Devonian` ?t ! Ross, Charles A.
Ross, June R. P. 19882 Late Paleozoic transgressive-regressive deposition 227-247I Society of Economic Paleontologists and Mineralogists Special Publication 42k age-; biostratigraphy-; Carboniferous-; causes-; changes-of-level; controls-; correlation-; cycles-; deposition-; eustacy-; global-; marine-environment; Paleozoic-; patterns-; Permian-; regression-; sea-level-changes; sedimentation-; shallow-water-environment; shelf-environment; stratigraphy-; transgression-; unconformities-; Stratigraphy; Sedimentary-petrology Palaeogeography Generic
Carboniferous,?u Wright, V.P.
Vanstone, S.D. 2001} Onset of late Palaeozoic glacio-eustasy and the evolving climates of low latitude areas: a synthesis of current understanding 579-582" Journal of the Geological Society 158 4 Asbian-; carbonate-platforms; carbonate-rocks; Carboniferous-; climate-; cycles-; cyclic-processes; dates-; Dinantian-; Europe-; eustacy-; floral-studies; glacial-environment; glacial-geology; glaciation-; Gondwana-; ice-mass-fluctuations; ice-sheets; Lower-Permian; paleoclimatology-; paleoenvironment-; Paleozoic-; Permian-; seasonal-variations; sedimentary-rocks; sediments-; tree-rings; United-Kingdom; upper-Paleozoic; Western-Europe; Stratigraphy Palaeogeography Generic
PalaeozoicO internal-pdf://Wright & Vanstone (2001)-2011830471/Wright & Vanstone (2001).pdf +
990)-0757261768/Mann & Mackenzie (1990).pdf bk TriassicS internal-pdf://Michelsen & Clausen (2002)-1931767240/Michelsen & Clausen (2002).pdf al. (2010).pdf ? @ Marcussen, O.
Maast, T.E.
Mondol, N.H.
Jahren, J.
Bjørlykke, K. 2010 Changes in physical properties of a reservoir sandstone as a function of burial depth – The Etive Formation, northern North Sea 1725-1735 Marine and Petroleum Geology 27 82 Physical properties,Compaction,Sandstone,North Sea
Geophysics North Sea GenericM internal-pdf://Marcussen et al. (2010)-4173116616/Marcussen et al. (2010).pdf?v Dean, W.E.
Arthur, M.A. 1989A Iron-sulfur-carbon relationships in organic-carbon-rich sequences 708-743 American Journal of Science 289 6m anaerobic-environment; black-shale; Bridge-Creek-Limestone-Member; carbon-; carbonate-rocks; clastic-rocks; Cretaceous-; crystal-growth; depositional-environment; diagenesis-; geochemistry-; Greenhorn-Limestone; iron-; Lower-Cretaceous; marine-environment; Mesozoic-; metals-; Mowry-Shale; Niobrara-Formation; North-America; organic-carbon; organic-compounds; organic-materials; paleo-oceanography; phase-equilibria; pyrite-; sedimentary-rocks; stratigraphy-; sulfides-; sulfur-; Upper-Cretaceous; Western-Interior; Western-Interior-Seaway; Geochemistry-of-rocks,-soils,-and-sediments; Stratigraphy; Sedimentary-petrology Geochemistry Generic GenericG internal-pdf://Dean & Arthur (1989)-2642706176/Dean & Arthur (1989).pdf ?; " Holdsworth, B. K.
Collinson, J. D. 1988" Millstone Grit cyclicity revisited 132-152Y Sedimentation in a synorogenic basin complex; the Upper Carboniferous of Northwest Europe Besly, B.M.
Kelling, G. Glasgow Blackien Carboniferous-; clastic-rocks; cyclic-processes; England-; Europe-; Great-Britain; lithofacies-; Millstone-Grit; Namurian-; paleocurrents-; Paleozoic-; patterns-; regression-; salinity-; sandstone-; sea-level-changes; sedimentary-rocks; sedimentation-; shale-; stratigraphy-; transgression-; United-Kingdom; Upper-Carboniferous; Western-Europe; Sedimentary-petrology Stratigraphy UK
Carboniferous ?< Izart, A.
Stephenson, R.
Vai Gian, B.
Vachard, D.
Le Nindre, Y.
Vaslet, D.
Fauvel Pierre, J.
Suess, P.
Kossovaya, O.
Chen, Z.
Maslo, A.
Stovba, S. M. 2003 Sequence stratigraphy and correlation of Late Carboniferous and Permian in the CIS, Europe, Tethyan area, North Africa, Arabia, China, Gondwanaland and the USA.; Peri-Tethys programme 59-841 Palaeogeography, Palaeoclimatology, Palaeoecology 196 1-2 Africa-; Arabian-Peninsula; Asia-; basins-; Carboniferous-; China-; chronostratigraphy-; Commonwealth-of-Independent-States; correlation-; dates-; depositional-environment; Europe-; Far-East; glaciation-; Gondwana-; marine-environment; nomenclature-; North-Africa; paleoclimatology-; paleogeography-; Paleozoic-; Permian-; plate-tectonics; sea-level-changes; sedimentary-rocks; sedimentation-; sequence-stratigraphy; stratigraphic-units; Tethys-; United-States; Upper-Carboniferous; Stratigraphy Stratigraphy Generic Carboniferous; PermianE internal-pdf://Izart et al. (2003)-0477884171/Izart et al. (2003).pdf Jernal-pdf://Kozur & Bachmann (2009)-3900658187/Kozur & Bachmann (2009).pdf ( Harsveldt, H Permian; internal-pdf://Glennie (1972)-3113046081/Glennie (1972).pdf 7%://Gast et al. (1998)-3012930369/Gast et al. (1998).pdf D Generic7 internal-pdf://Geluk (1988)-3197829953/Geluk (1988).pdf ous; Permian y?
Geluk, M. 1989( Onderzoek Breda Formatie rond Dirkshoorn 1-5 89KAR16ex Haarlem Rijks Geologische Dienst
Geothermie oktober 1989 Rijks Geologische Dienst 10.831 Netherlands Cenozoic7 internal-pdf://Geluk (1989)-2007529281/Geluk (1989).pdf Uerlands GenericA internal-pdf://Glasbergen (1982)-1690137665/Glasbergen (1982).pdf ? Hedemann, H.-A. 19853 Energierohstoffe im Oberkarbon Nordwestdeutschlands 106-112 Erdöl-Erdgas Zeitschrift 101 4 Petroleum Geology Germany
Carboniferous= internal-pdf://Hedemann (1985)-1153902145/Hedemann (1985).pdf ?rmian7 internal-pdf://Geluk (1998)-1171049281/Geluk (1998).pdf Hsozoic? internal-pdf://Harsveldt (1963)-2312199745/Harsveldt (1963).pdf G
assic? internal-pdf://Harsveldt (1973)-1473575745/Harsveldt (1973).pdf ? Gliese, J.
Hager, H. 1978C On brown coal resources in the Lower Rhine Embayment (West Germany) 517-525 Geologie en Mijnbouw 57 4 Petroleum Geology Germany CenozoicI internal-pdf://Gliese & Hager (1978)-3940274241/Gliese & Hager (1978).pdf u/ ?y Reijers, T. J. A. 1984F Devonian carbonate facies patterns in the Dinant Synclinorium, Belgium 19-29 Geologie en Mijnbouw 63 1n Belgium-; biofacies-; biogenic-structures; bioherms-; Caledonian-Orogeny; carbonate-rocks; clastic-rocks; Devonian-; Europe-; folds-; isopach-maps; lithofacies-; maps-; Middle-Devonian; paleogeography-; Paleozoic-; sea-level-changes; sedimentary-rocks; sedimentary-structures; stratigraphy-; synclinoria-; transgression-; Upper-Devonian; Western-Europe; Stratigraphy Carbonate sedimentology Belgium \?z < Wells, M.R.
Allison, P.A.
Hampson, G.
Piggott, M.D.
Pain, C. 2005[ Modelling ancient tides; the Upper Carboniferous epi-continental seaway of Northwest Europe 715-735
Sedimentology 52 4 Atlantic-Ocean; black-shale; Carboniferous-; clastic-rocks; epicontinental-seas; Europe-; finite-element-analysis; Imperial-College-Ocean-Model; intertidal-sedimentation; marine-sedimentation; Mediterranean-Sea; models-; North-Atlantic; North-Sea; Northwestern-Europe; numerical-models; Paleozoic-; planar-bedding-structures; rhythmite-; sandstone-; sedimentary-rocks; sedimentary-structures; sedimentation-; simulation-; statistical-analysis; United-Kingdom; Upper-Carboniferous; Western-Europe; Sedimentary-petrology Clastic sedimentology Western Europe
CarboniferousE internal-pdf://Wells et al. (2005)-0773023535/Wells et al. (2005).pdf _
Europe GenericK internal-pdf://Aichroth et al. (1992)-4248909103/Aichroth et al. (1992).pdf O
GenericE internal-pdf://Bayer et al. (2002)-2135145263/Bayer et al. (2002).pdf Q GenericE internal-pdf://Bayer et al. (1999)-4131922223/Bayer et al. (1999).pdf ferous; PermianU internal-pdf://Breitkreuz & Kennedy (1999)-3242848047/Breitkreuz & Kennedy (1999).pdf Xermany GenericE internal-pdf://Brink et al. (1992)-0055305775/Brink et al. (1992).pdf a UK GenericQ internal-pdf://Chadwick & Pharaoh (1998)-2622341935/Chadwick & Pharaoh (1998).pdf /Gainski et al. (2010).pdf |l Publications Geothermics UK North Sea CenozoicC internal-pdf://Gill et al. (2010)-1598558535/Gill et al. (2010).pdf ycations Petroleum Geology Generic GenericG internal-pdf://Jolley et al. (2010)-0726474823/Jolley et al. (2010).pdf zlications Stratigraphy UK North Sea TriassicE internal-pdf://McKie et al. (2010)-2723216455/McKie et al. (2010).pdf |ations Petroleum Geology UK North Sea CenozoicE internal-pdf://Scott et al. (2010)-4048889159/Scott et al. (2010).pdf z Publications Geothermics Denmark CenozoicG internal-pdf://Hinsby et al. (2001)-1505245460/Hinsby et al. (2001).pdf t? $ Coltorti, M.
Downes, H.
Gregoire, M. 2010H Petrological evolution of the European lithospheric mantle: introduction 1-5: Petrological Evolution of the European Lithospheric Mantle 3373 Coltorti, M.
Downes, H.
Gregoire, M.
O'Reilly, S.Y. London0 Geological Society, London, Special Publications Petrology Europe Pre-CambriumK internal-pdf://Coltorti et al. (2010)-1616890400/Coltor
W< GenericA internal-pdf://Co ,?{ " Evans, D.J.
Meneilly, A.
Brown, G. 1992J Seismic facies analysis of Westphalian sequences of the southern North Sea 578-589 Marine and Petroleum Geology 9 6 Atlantic-Ocean; Carboniferous-; coal-fields; Coal-Measures; geophysical-methods; geophysical-surveys; lithofacies-; migration-; North-Atlantic; North-Sea; Paleozoic-; petroleum-; reservoir-rocks; seismic-methods; seismograms-; sequence-stratigraphy; stratigraphy-; surveys-; synthetic-seismograms; Upper-Carboniferous; Westphalian-; Economic-geology,-geology-of-energy-sources; Applied-geophysics
Geophysics Southern North Sea
CarbonX?1 Drozdzewski, Guenter 1993V The Ruhr coal basin (Germany); structural evolution of an autochthonous foreland basin 231-250% International Journal of Coal Geology 23 1-4! basins-; Central-Europe; coal-; Europe-; fold-and-thrust-belts; folds-; foreland-basins; Germany-; Hercynian-Orogeny; maps-; North-Rhine-Westphalia-Germany; organic-residues; orogeny-; Paleozoic-; Ruhr-; sedimentary-rocks; structural-maps; tectonics-; Structural-geology; Petrology-of-coal Structural Geology Germany
CarboniferousC internal-pdf://Drozdzewski (1993)-2930061762/Drozdzewski (1993).pdf Jrmany Cenozoic7 internal-pdf://Hager (1993)-1789285314/Hager (1993).pdf , storage, sequestration, seismic, time-lapse, Sleipner Field, greenhouse effect
Geophysics NO North Sea GenericK internal-pdf://Chadwick et al. (2005)-2022188800/Chadwick et al. (2005).pdf "?$ ! 4 Cooper, M.M.
Easton, S.D.W.
Lynch, J.J.
Fozdar, I.M. 2005_ The Caister–Murdoch System (CMS) III Carboniferous cluster development,
UK Southern North Sea 317-326r Petroleum Geology: North-West Europe and Global Perspectives - Proceedings of the 6th Petroleum Geology Conference Dore, A.G.
Vining, B. Londen Geological Society, Londen8 Carboniferous, Westphalian, shared-risk, cluster, subsea Petroleum Geology UK North Sea
CarboniferousG internal-pdf://Cooper et al. (2005)-0327922944/Cooper et al. (2005).pdf /?% ! Corbin, S.
Gorringe, S.
Torr, D. 2005N Challenges of developing Carboniferous gas fields in the UK Southern North Sea 587-594r Petroleum Geology: North-West Europe and Global Perspectives - Proceedings of the 6th Petroleum Geology Conference Dore, A.G.
Vining, B. Londen Geological Society, Londenj Carboniferous, stratigraphy, depth conversion, gas composition, inert gas, calorific value, infrastructure Petroleum Geology UK North Sea
CarboniferousG internal-pdf://Corbin et al. (2005)-1133550592/Corbin et al. (2005).pdf ?3
`?& ! Corona, F.V. 2005Y Fault trap analysis of the Permian Rotliegend gas play, Lauwerszee Trough,
NE Netherlands 327-335r Petroleum Geology: North-West Europe and Global Perspectives - Proceedings of the 6th Petroleum Geology Conference Dore, A.G.
Vining, B. Londen Geological Society, Londen Netherlands, Rotliegenden Basin, Southern North Sea Basin, fault trap, seal (geology), structural
mapping, oil and gas entrapment, prospect evaluation Structural Geology NL North Sea Permian9 internal-pdf://Corona (2005)-3063118848/Coron a (2005).pdf an, Mesozoic an, Triassic zilvermijnen van Winterswijk 5 Personeelsblad steengroeve History Netherlands Generic? internal-pdf://Harsveldt (1965)-2063482895/Harsveldt (1965).pdf ]rmianU internal-pdf://Hissink & Van Kampen (1911)-3389716240/Hissink & Van Kampen (1911).pdf 4?) Hedemann, H.-A. 1984a Miitteilung zur lithostratigraphischen Gliederung des Uberroliegenden im nordwestdeutschen Becken 100-1073 Nachrichten der deutschen geologischen Gesellschaft 30 5 Stratigraphy Germany Permian= internal-pdf://Hedemann (1984)-2618352912/Hedemann (1984).pdf
Meadows, N.S.
Maguire, K. 2005. The Corrib gas field, offshore west of Ireland 1035-1046r Petroleum Geology: North-West Europe and Global Perspectives - Proceedings of the 6th Petroleum Geology Conference 6 Dore, A.G.
Vining, B. Londen Geological Society, Londen0 Triassic, fluvial, stratigraphy, West of Ireland Petroleum geology North Atlantic Triassic, JurassicG internal-pdf://Dancer et al. (2005)-1667644688/Dancer et al. (2005).pdf ?/
Stegers, D.P.M. 2006 Sedimentary facies analysis of sequence 2 of the Upper Jurassic in the Terschelling Basin and the southern Dutch Central Graben 43 TNO-NITG Clastic sedimentology NL North Sea Jurassic ]+ h?0 Koppelhus, E.B.
Dam, G. 2003 Palynostratigraphy and palaeoenvironments of the
Rævekløft, Gule Horn and Ostreaelv Formations
(Lower–Middle Jurassic), Neill Klinter Group, Jameson
Land, East Greenland 723-7743 Geological Survey of Denmark and Greenland Bulletin 1 East Greenland, Jameson Land Basin, Lower–Middle Jurassic, Early Pliensbachian – early Aalenian,
palynostratigraphy, sedimentology, sequence stratigraphic implications, regional correlation Stratigraphy North Atlantic JurassicK internal-pdf://Koppelhus ` ?~ " Flint, S.
Aitken, J.F.
Hampson, G. 1995u Application of sequence stratigraphy to coal-bearing coastal plain successions; implications for the UK Coal Measures 1-16 European Coal Geology 82 1 Whateley, M.K.G
Spears, D. A. London' Geological Society Special Publications Carboniferous-; coal-; coal-exploration; coal-seams; coastal-environment; depositional-environment; England-; Europe-; fluvial-environment; Great-Britain; lithologic-controls; marine-environment; organic-residues; Paleozoic-; sea-level-changes; sedimentary-rocks; sequence-stratigraphy; transgression-; unconformities-; United-Kingdom; Upper-Carboniferous; Western-Europe; Westphalian-; Economic-geology,-geology-of-energy-sources; Stratigraphy Clastic sedimentology UK
CarboniferousE internal-pdf://Flint et al. (1995)-0824994873/Flint et al. (1995).pdf
? & Hampson, G.J.
Elliott, T.
Davies, S.J. 1997 The application of sequence stratigraphy to Upper Carboniferous fluvio-deltaic strata of the onshore UK and Ireland; implications for the southern North Sea 719-733" Journal of the Geological Society 154 4C Atlantic-Ocean; Carboniferous-; channels-; cyclothems-; deltaic-environment; Europe-; fluvial-environment; Ireland-; North-Atlantic; North-Sea; Paleosols-; Paleozoic-; planar-bedding-structures; sedimentary-structures; sequence-stratigraphy; southern-North-Sea; unconformities-; United-Kingdom; Western-Europe; Stratigraphy Stratigraphy UK North Sea
CarboniferousI internal-pdf://Hampson et al. (1997)-3987286467/Hampson et al. (1997).pdf H Permian; internal-pdf://Hancock (1978)-3635448515/Hancock (1978).pdf K
Carboniferous; internal-pdf://Hawkins (1978)-0565347779/Hawkins (1978).pdf VJurassicK internal-pdf://Hesselbo et al. (2009)-2595489731/Hesselbo et al. (2009).pdf Harboniferous9 internal-pdf://Kirton (1984)-3149341123/Kirton (1984).pdf 6? 0 Macdonald, R.
Gass, K.N.
Thorpe, R.S.
Gass, I.G. 1984E Geochemistry and petrogenesis of the Derbyshire Carboniferous basalts 147-159" Journal of the Geological Society 141 Geochemistry UK
CarboniferousM internal-pdf://Macdonald et al. (1984)-0180036803/Macdonald et al. (1984).pdf S
TriassicE internal-pdf://Korte et al. (2009)-1169998019/Korte et al. (2009).pdf R
rth Sea
Quaternary; internal-pdf://Lambeck (1995)-4056105155/Lambeck (1995).pdf PUK GenericA internal-pdf://Lee et al. (1990)-0063277251/Lee et al. (1990).pdf I
Palaeozoic9 internal-pdf://Leeder (1982)-3888626115/Leeder (1982).pdf TboniferousG internal-pdf://Leeder et al. (1990)-1120524483/Leeder et al. (1990).pdf !Sea Permian9 inter " UK GenericI intern ZK DevonianK internal-pdf://Marshall et al. (1996)-3588563651/Marshall et al. (1996).pdf 3
t al. (2010)-0408126660/Grassmann et al. (2010).pdf E-pdf://Hermanrud & Shen (1989)-0559863236/Hermanrud & Shen (1989).pdf Gal-pdf://Stemmerik et al. (2000)-0886289863/Stemmerik et al. (2000).pdf 4nal-pdf://Magraw (1975)-2983566535/Magraw (1975).pdf C
al-pdf://Manning et al. (2007)-3302406855/Manning et al. (2007).pdf . Mearns, E.W.
McBride, J.J. 1999 Hydrocarbon filling history and reservoir continuity of oil fields evaluated using 87Sr-86Sr isotope ratio variations in formation water, with examples from the North Sea 17-27 Petroleum Geoscience 5 1 Petroleum GeologyZ This paper describes how 87Sr/86Sr ratios in formation waters are used to evaluate compartmentalization of hydrocarbon reservoirs. Strontium Isotope Residual Salt Analysis (SrRSA) of core samples provides a means of measuring 87Sr/86Sr ratios in formation water from hydrocarbon columns and aquifers. Smooth SrRSA profiles suggest progressive, uninterrupted, filling and the absence of sealed barriers, while a step change in a profile normally suggests a barrier sealed up-dip from the well penetration. Inferences about lateral connectivity are made by comparing SrRSA profiles from neighbouring wells at TVD. Profiles that are superimposed when plotted at TVD suggest the well sections share a common filling history and lie in the same flow unit. Neighbouring SrRSA profiles that are not superimposed normally suggest segmented compartmentalization of the reservoir. Post-fill structural tilting of reservoirs and hydrodynamism synchronous with filling are processes which complicate data interpretation. Drilling mud contamination of core water is the most serious technical limitation of the SrRSA technique. North Sea GenericM internal-pdf://Mearns & McBride (1999)-0303125760/Mearns & McBride (1999).pdf ? " Jongmans, W.J.
van Rummelen, F. H. 1941C Overzicht van de gegevens der nieuwere diepboringen in Zuid-Limburg 136-156 Geologie en Mijnbouw 5 borings-; Carboniferous-; Carboniferous-Quaternary; Cenozoic-; Cretaceous-; Europe-; faults-; historical-geology; Limburg-Netherlands; Mesozoic-; Netherlands-; Paleozoic-; Quaternary-; tectonics-; Tertiary-; Triassic-; Western-Europe; Structural-geology Stratigraphy Survey of the data obtained from the recent deep borings in south Limburg, Netherlands. Formations from Quaternary through Tertiary, Cretaceous, Triassic, into the Carboniferous were penetrated. The fault system is diagrammed. Netherlands
Carboniferous; ? @ Leeder, M. R.
Raiswell, R.
Al Biatty, H.
McMahon, A.
Hardman, M. 1990 Carboniferous stratigraphy, sedimentation and correlation of Well 48-3-3 in the southern North Sea basin; integrated use of palynology, natural gamma/ sonic logs and carbon-sulphur geochemistry 287-300" Journal of the Geological Society 147 2x acoustical-logging; anaerobic-environment; Atlantic-Ocean; biostratigraphy-; carbon-; Carboniferous-; correlation-; deltaic-environment; fluvial-environment; fresh-water-environment; gamma-ray-methods; geochemistry-; geophysical-surveys; interpretation-; Langsettian-; lithofacies-; lithostratigraphy-; marine-environment; Marsdenian-; microfossils-; miospores-; Namurian-; North-Atlantic; North-Sea; paleogeography-; paleosalinity-; Paleozoic-; palynomorphs-; sedimentation-; Silesian-; southern-North-Sea; stratigraphy-; sulfur-; surveys-; Upper-Carboniferous; well-logging; wells-; Westphalian-; Yeadonian-; zoning-; Stratigraphy Geochemistry UK
Cari? B Littke, R.
Bueker, C.
Lueckge, A.
Sachsenhofer, R. F.
Welte, D. H. 1994n A new evaluation of palaeo-heat flows and eroded thicknesses for the Carboniferous Ruhr basin, western Germany 155-183% International Journal of Coal Geology 26 3-4 burial-; Carboniferous-; Central-Europe; coal-; coalification-; Europe-; Germany-; heat-flow; macerals-; North-Rhine-Westphalia-Germany; organic-residues; Paleozoic-; reflectance-; Ruhr-; sedimentary-rocks; vitrinite-; Petrology-of-coal Burial history Germany
CarboniferousG internal-pdf://Littke et al. (1994)-3668445378/Littke et al. (1994).pdf erlands
Quaternary
rlands
Quaternary 71/Mauz et al. (2010).pdf Europe Generic Europe Cenozoic
erink et al. (2006).pdf enmark Cenozoic ands Generic
ny Carboniferous; Permian erlands
Quaternary
(1992).pdf Germany; Poland Generic Geology Belgium
Palaeozoic ogeography UK Permian Denmark Generic Netherlands Generic erlands
Quaternary 8/Stenestad (2006).pdf ous; Permian et al. (2006).pdf
Germany Triassic y Europe Triassic Netherlands Generic etherlands Generic herlands Generic herlands
Quaternary es Generic Generic many Generic erlands
Quaternary !
Mineralogy Belgium Generic lands
Quaternary
rlands
Quaternary Netherlands
QuaternaryW
rlands
Quaternary ources Netherlands Generic
rlands
Quaternary herlands
Quaternary "ntology Netherlands
Quaternary herlands
Quaternary ography Germany Triassic odcock (1991).pdf o ?# ! Chadwick, A.
Arts, R.
Eiken, O. 2005G 4D seismic quantification of a growing CO2 plume at Sl? Luening, Sebastian
Kolonic, S. 2003r Uranium spectral gamma-ray response as a proxy for organic richness in black shales; applicability and limitations 153-174 Journal of Petroleum Geology 26 2| actinides-; Africa-; authigenic-minerals; black-shale; chemical-ratios; clastic-rocks; Devonian-; Europe-; gamma-ray-methods; metals-; North-Africa; organic-compounds; Paleozoic-; petroleum-; sedimentary-rocks; Silurian-; source-rocks; spectra-; total-organic-carbon; uranium-; well-logging; Economic-geology,-geology-of-energy-sources; Geochemistry-of-rocks,-soils,-and-sediments Geochemistry In many organic-rich, low-carbonate hemipelagic shales, there is a stable and close correlation between the uranium and TOC contents. In this paper, we present a number of case studies using our own data and that from previous publications to investigate black shales with (1) good, (2) fair-to-good and (3) poor U/TOC correlations. U/TOC ratios in the different black shale units are compared to each other, and possible reasons for the observed variations are discussed. In general, the U/TOC ratio in a black shale is controlled by a number of factors which include for example the primary uranium content of the water body, the carbonate content and the sedimentation rate. The development of a stable U/TOC ratio may be inhibited by the presence of phosphate, by a high carbonate or sand content, by dissolution ("burn-down") of uranium during intermittent oxic periods, and by large-scale diagenetic remobilisation of uranium. In suitable black shale systems, vertical variations in organic richness can be approximated by measuring the uranium content using spectral gamma-ray measurements. This may be especially important in outcrop studies because gamma-ray logging is a straightforward field technique. Before the uranium content can be used as a proxy for TOC content in a black shale system, however, a thorough calibration of uranium and TOC is necessary, in order to determine the stratigraphic and regional limits of the derived U/TOC ratios and to establish the presence of a stable U/TOC correlation. Generic DevonianM internal-pdf://Luning & Kolonic (2003)-2528685312/Luning & Kolonic (2003).pdf
? Menning, M.
Alekseev, A.S.
Chuvashov, B.I.
Davydov, V.I.
Devuyst, F.X.
Forke, H. C.
Grunt, T. A.
Hance, Luc
Heckel, P.H.
Izokh, N.G.
Jin, Y.G.
Jones, P. J.
Kotlyar, G. V.
Kozur, H. W.
Nemyrovska, T. I.
Schneider, J.W.
Wang, X. D.
Weddige, K.
Weyer, D.
Work, D. M. 2006 Global time scale and regional stratigraphic reference scales of central and west Europe, east Europe, Tethys, south China, and North America as used in the Devonian-Carboniferous-Permian Correlation Chart 2003 (DCP 2003) 318-3721 Palaeogeography, Palaeoclimatology, Palaeoecology 240 1-2= Asia-; bibliography-; biostratigraphy-; Brachiopoda-; Carboniferous-; Central-Europe; China-; Conodonta-; correlation-; DCP-2003; definition-; Devonian-; Devonian-Carboniferous-Permian-Correlation-Chart-2003; Europe-; Far-East; Foraminifera-; global-; Global-Stratotype-Section-and-Point; Graptolithina-; GSSP-; Invertebrata-; lithostratigraphy-; marine-environment; microfossils-; New-York; North-America; Paleozoic-; Permian-; Protista-; range-; sedimentary-rocks; southern-China; terrestrial-environment; Tethys-; time-scales; United-States; Western-Europe; Stratigraphy Stratigraphy Europe; North America; China GenericI internal-pdf://Menning et al. (2006)-2056427787/Menning et al. (2006).pdf W
many TriassicE internal-pdf://Paul & Peryt (2000)-1469381387/Paul & Peryt (2000).pdf ECarboniferous5 internal-pdf://Poty (1999)-3029782539/Poty (1999).pdf drmany TriassicQ internal-pdf://Reinhardt & Ricken (2000)-1372014347/Reinhardt & Ricken (2000).pdf I+internal-pdf://Lasocki et al. (1999)-1450907453/Lasocki et al. (1999).pdf b GenericW internal-pdf://Mackertich & Goulding (1999)-0360481853/Mackertich & Goulding (1999).pdf ? o
Moseley, B.A. 1999- Downthrown closures of the Outer Moray Firth 861-878I Petroleum Geology of North-West Europe: Proceedings of the 5th Conference Fleet, A.J.
Boldy, S.A.R. London The Geological Society Petroleum Geology UK North Sea Generic; internal-pdf://Moseley (1999)-3145932605/Moseley (1999).pdf ? 8 O'Mara, P.T.
Merryweather, M.
Stockwell, M.
Bowler, M.M. 1999c The Trent Gas Field: correlation and reservoir quality within a complex Carboniferous stratigraphy 809-821I Petroleum Geology of North-West Europe: Proceedings of the 5th Conference Fleet, A.J.
Boldy, S.A.R. London Geological Society London Stratigraphy UK North Sea
CarboniferousG internal-pdf://O'Mara et al. (1999)-4119332669/O'Mara et al. (1999).pdf ?
Pooler, J.
Amory, M. 1999_ A subsurface perspective on ETAP - an integrated development of seven Central North Sea fields 993-1006I Petroleum Geology of North-West Europe: Proceedings of the 5th Conference Fleet, A.J.
Boldy, S.A.R. London Geological Society London Petroleum Geology UK North Sea GenericI internal-pdf://Pooler & Amory (1999)-0328295485/Pooler & Amory (1999).pdf (? * Rasmussen, E. S.
Jepsen, A.-M.
Maver, K.G. 1999W Upper Jurassic basin axial turbidites within the Gertrud Graben, Danish Central Graben 897-906I Petroleum Geology of North-West Europe: Proceedings of the 5th Conference Fleet, A.J.
Boldy, S.A.R. London Geological Society London Petroleum Geology DK North Sea JurassicM internal-pdf://Rasmussen et al. (1999)-3633617981/Rasmussen et al. (1999).pdf D? C Stewart, S.A.
Fraser, S.I.
Cartwright, J.
Clark, J.A.
Johnson, H.D. 1999g Controls on Upper Jurassic sediment distribution in the Durward-Dauntless area, UK Blocks 21/11, 21/16 I Petroleum Geology of North-West Europe: Proceedings of the 5th Conference 879-896 Fleet, A.J.
Boldy, S.A.R. London Geological Society London Petroleum Geology UK North Sea JurassicI internal-pdf://Stewart et al. (1999)-0412631357/Stewart et al. (1999).pdf ?
[ Davies, R.J.
O'Donnell, D.
Bentham, P.N.
Gibson, J.P.
Curry, M.R.
Dunay, R.E.
Maynard, J.R. 1999l The origin and genesis of Major Jurassic unconformities wihin the triple junction area of the North Sea, UK. 117-131I Petroleum Geology of North-West Europe: Proceedings of the 5th Conference Fleet, A.J.
Boldy, S.A.R. London Geological Society London Petroleum Geology UK North Sea JurassicG internal-pdf://Davies et al. (1999)-2377262653/Davies et al. (1999).pdf D? Dooley, T.
McClay, K.
Bonora, M. 1999N 4D evolution of segmented strike-slip fault systems: applications to NW Europe 216-225I Petroleum Geology of North-West Eu? . Morton, A. C.
Knox, R.W.O.B.
Hallsworth, C. R. 2002M Correlation of reservoir sandstones using quantitative heavy mineral analysis 251-262 Petroleum Geoscience 8 3 Atlantic-Ocean; Atlantic-Ocean-Islands; Bajocian-; Brent-Field; Brent-Group; Cenozoic-; Clair-Field; Clair-Group; clastic-rocks; Cormorant-Formation; correlation-; depositional-environment; Europe-; Foinaven-Field; Great-Britain; heavy-minerals; Jurassic-; lithofacies-; lithostratigraphy-; Mesozoic-; Middle-Jurassic; North-Atlantic; North-Sea; oil-and-gas-fields; Oseberg-Field; Paleocene-; Paleogene-; petroleum-; petroleum-exploration; reservoir-rocks; sandstone-; Scotland-; sedimentary-rocks; Shetland-Islands; Statfjord-Formation; Tern-Field; Tertiary-; United-Kingdom; Western-Europe; Economic-geology,-geology-of-energy-sources; Stratigraphy
Mineralogy North Sea GenericG internal-pdf://Morton et al. (2002)-3372425744/Morton et al. (2002).pdf VlaeozoicK internal-pdf://Pedersen et al. (2006)-1778700304/Pedersen et al. (2006).pdf ZniferousO internal-pdf://Petersen & Nytoft (2007)-1980103696/Petersen & Nytoft (2007).pdf ,? Faber, E.
Stahl, W. 1984= Geochemical surface exploration for Hydrocarbons in North Sea 363-3869 The American Association of Petroleum Geologists Bulletin 68 3 Geochemistry UK,NO North Sea GenericG internal-pdf://Faber & Stahl (1984)-0826487896/Faber & Stahl (1984).pdf ? Füchtbauer, H. 1992> Sedimentologie und Diagenese des Oberkarbons in NW-Deutschland 37-40$ Zeitschrift der Angewandten Geologie 38 1 Clastic sedimentology Germany
CarboniferousC internal-pdf://Füchtbauer (1992)-1313549912/Füchtbauer (1992).pdf
? Nelskamp, S. 2011V Structural evolution, temperature and maturity of sedimentary rocks in the Netherlands 175 Aachen4 Rheinisch-Westfaelische Technische Hochschule Aachen Structural Geology Netherlands Generic
al. (2010).pdf ] CenozoicO internal-pdf://Zagwijn & Doppert (1978)-2756912784/Zagwijn & Doppert (1978).pdf }?
Haverkamp, H. 20028 A seismic attribute analysis on the Tambaredjo oil field 1-45
TNO-report Utrecht TNO
Geophysics TNO Suriname Generic? internal-pdf://Haverkamp (2002)-3980104094/Haverkamp (2002).pdf 5 urassicK internal-pdf://Ineson & Surlyk (2003)-00042
?6 > Hallsworth, C. R.
Morton, A. C.
Claoue Long, J.
Fanning, C. M. 2000s Carboniferous sand provenance in the Pennine Basin, UK; constraints from heavy mineral and detrital zircon age data 147-185 Sedimentary Geology 137 3-4 absolute-age; Carboniferous-; clastic-rocks; dates-; detrital-sedimentation; England-; Europe-; Great-Britain; heavy-minerals; nesosilicates-; orthosilicates-; Paleozoic-; Pennine-Basin; Pennines-; provenance-; sandstone-; sedimentary-rocks; sedimentation-; silicates-; U-Th-Pb; United-Kingdom; Upper-Carboniferous; Western-Europe; Westphalian-; zircon-; Sedimentary-petrology; Geochronology
Mineralogy UK
CarboniferousO internal-pdf://Hallsworth et al. (2000)-0758680849/Hallsworth et al. (2000).pdf
Late Permian, Northeast Germany) 56-69 Sedimentary Geology 234R Saline lake, Playa, Southern Permian Basin, Rare earth elements, Boron, Anhydrite- Geochemistry Germany PermianG internal-pdf://Legler et al. (2011)-2304337167/Legler et al. (2011).pdf p? + Vandeweijer, V
Van der Meer, B.
Hofstee, C. 2011( Monitoring the CO2 injection site: K12-B 5471-5478 Energy Procedia 4d K12-B; CO2 storage; depleted gas field; North Sea; Monitoring; Well integrity; Reservoir engineering Geochemistry NL North Sea PermianQ internal-pdf://Vandeweijer et al. (2011)-0241458191/Vandeweijer et al. (2011).pdf ? . Symons, D.T.
Kawasaki, K.
Walther, S.
Borg, G. 2011n Paleomagnetism of the Cu–Zn–Pb-bearing Kupferschiefer
black shale (Upper Permian) at Sangerhausen, Germany 137-152 Miner Deposits 46c Eastern Germany . Geochronology. Kupferschiefer ore . Paleomagnetism . Sangerhausen mining district
Diagenesis Germany PermianG internal-pdf://Symons et al. (2011)-3110623503/Symons et al. (2011).pdf F? m Bourquin, S.
Bercovici, A.
López-Gómez, J.
Broutin, J.
Ronchi, A.
Durand, M.
Arché, A.
Linol, B.
Amour, F. 2011 The Permian–Triassic transition and the onset of Mesozoic sedimentation at the northwestern peri-Tethyan domain scale: Palaeogeographic maps and
geodynamic implications 265-280/ Paleogeography, Palaeoclimatology,Palaeoecology 299_ Early-Middle Triassic, Permian-Triassic Boundary, NW peri-Tethyan domain, Palaeogeographic maps Palaeogeography Europe PermianK internal-pdf://Bourquin et al. (2011)-1651757085/Bourquin et al. (2011).pdf k ? Filomena, C.M.
Stollhofen, H 2011 Ultrasonic logging across unconformities — outcrop an ?i Felder, W.M.
Engelen, F.G.H. 1989$ Metaalertsen in de bodem van Limburg 371-376 Grondboor & Hamer 43 Natural resources Netherlands Generic
? 8 Abbink, O.A.
Mijnlieff, H.
Munsterman, D.
Verreussel, R. 2006 New stratigraphic insights in the Late Jurassic of the Southeren Central North Sea Graben and Terschelling Basin (Dutch Central Graben) and related exploration potential 221-238" Netherlands Journal of Geosciences 85 3 Petroleum Geology Netherlands JurassicE internal-pdf://Abbink et al.(2006)-4201750785/Abbink et al.(2006).pdf ? Q Abbink, O.A.
Van Konijnenburg-Van Cittert, J.H.A.
Van der Zwan, C.J.
Visscher, H. 2004 A sporomorph ecogroup model for the Northwest European Jurassic - Lower Cretaceous II: Application to an exploration well from the Dutch North Sea 81-92" Netherlands Journal of Geosciences 83 2
Palaeontology Netherlands Jurassic; CretaceousE internal-pdf://Abbink et al.(2004)-0393222401/Abbink et al.(2004).pdf g ? Reijers, T. J. A. 1985h Devonian basin-fill histories of the Spanish Cantabrian Mountains and the Belgian Ardennes; a comparison 41-62 Geologie en Mijnbouw 64 1? basins-; Belgium-; Cantabrian-Mountains; carbonate-platforms; correlation-; Devonian-; Europe-; geodynamics-; Iberian-Peninsula; paleoclimatology-; paleogeography-; Paleozoic-; plate-tectonics; reefs-; sedimentary-basins; sedimentation-; Southern-Europe; Spain-; stratigraphy-; subsidence-; Western-Europe; Stratigraphy Palaeogeography Belgium; Spain'? Sissingh, W. 2004U Palaeozoic and Mesozoic igneous activity in the Netherlands; a tectonomagmatic review 113-134" Netherlands Journal of Geosciences 83 2 absolute-age; dates-; Europe-; igneous-rocks; intrusions-; K-Ar; lithostratigraphy-; magmatism-; Mesozoic-; Netherlands-; orogeny-; Paleozoic-; plate-tectonics; tectonics-; volcanism-; Western-Europe; Igneous-and-metamorphic-petrology; Structural-geology Magmatism To date, igneous rocks, either intrusive or extrusive, have been encountered in the Palaeozoic-Mesozoic sedimentary series of the Netherlands in some 65 exploration and production wells. Following 17 new isotopic K/Ar age determinations of the recovered rock material (amounting to a total of 28 isotopic ages from 21 different wells), analysis of the stratigraphic distribution of the penetrated igneous rock bodies showed that the timing of their emplacement was importantly controlled by orogenic phases involving intra-plate wrench and rift tectonics. Magmatism coincided with the Acadian (Late Devonian), Sudetian (early Late Carboniferous), Saalian (Early Permian), Early Kimmerian (late Late Triassic), Mid-Kimmerian (Late Jurassic), Late Kimmerian (earliest Cretaceous) and Austrian (latest Early Cretaceous) tectonic phases. This synchroneity presumably reflects (broadly) coeval structural reorganizations of respectively the Baltica/Fennoscandinavia-Laurentia/Greenland, Laurussia-Gondwana, African-Eurasia and Greenland/Rockall-Eurasia plate assemblies. Through their concomitant changes of the intra-plate tectonic stress regime, inter-plate motions induced intra-plate tectonism and magmatism. These plate-tectonics related events determined the tectonomagmatic history of the Dutch realm by inducing the formation of localized centres, as well as isolated spot occurrences, of igneous activity. Some of these centres were active at (about) the same time. At a number of centres igneous activity re-occurred after a long period of time. Netherlands Generic= internal-pdf://Sissingh (2004)-3547159040/Sissingh (2004).pdf ? Beaumont, C. 1978V The evolution of sedimentary basins on a viscoelastic lithosphere; theory and examples 471-4975 Geophysical Journal of the Royal Astronomical Society 55 2 basins-; crust-; environment-; evolution-; Heaviside-Green-functions; isostasy-; lithosphere-; models-; processes-; sedimentation-; viscoelasticity-; Solid-earth-geophysics Structural Geology Generic Generic? Beaumont, C. 1981 Foreland basins 291-3295 Geophysical Journal of the Royal Astronomical Society 65 2 Alberta-; basins-; Bassin-Alberta; Canada-; coalification-; compaction-; crust-; flexure-; foreland-basins; isostasy-; lithosphere-; metamorphism-; models-; orogeny-; Saskatchewan-; subsidence-; tectonophysics-; thermal-metamorphism; Western-Canada; Solid-earth-geophysics Structural Geology Generic Generic v? Brodkom, F. 1997 The control of Waulsortian mudmounds (Dinantian) on the geometry of Variscan folds and shear zones in calcareous-shaley series; a comparison between Belgium, Brittany and southern Ireland 23-25 Aardkundige Mededelingen 82 Ardennes-; Belgium-; biogenic-structures; bioherms-; Brittany-; calcareous-composition; Carboniferous-; correlation-; deformation-; Dinantian-; Europe-; faults-; folds-; France-; mud-mounds; Paleozoic-; sedimentary-structures; shear-zones; tectonics-; Waulsortian-facies; Western-Europe; Structural-geology Structural Geology Belgium; UK; Ireland
Carboniferous ? Burgess, P. M.
Moresi, L. N. 1999 Modelling rates and distribution of subsidence due to dynamic topography over subducting slabs; is it possible to identify dynamic topography from ancient strata? 305-314 Basin Research 11 4o back-arc-basins; backstripping-; basins-; continental-margin; Cretaceous-; dynamics-; extension-tectonics; flexure-; lithosphere-; loading-; mantle-; Mesozoic-; models-; North-America; oceanic-lithosphere; orogeny-; prediction-; rates-; slabs-; subduction-; subsidence-; tectonic-wedges; tectonics-; topography-; Upper-Cretaceous; Western-Interior; Structural-geology Structural Geology Generic GenericM internal-pdf://Burgess & Moresi (1999)-0542870016/Burgess & Moresi (1999).pdf_ (? ] Cloetingh, S.A. P. L.
Ziegler, P. A.
Beekman, F.
Andriessen, P. A. M.
Hardebol, N.
Dèzes, P. 2005 Intraplate deformation and 3D rheological structure of the Rhine rift system and adjacent areas of the northern Alpine Foreland 758-778' International Journal of Earth Sciences 94 4 Alps-; Central-Europe; continental-lithosphere; cross-sections; crust-; deformation-; Europe-; forelands-; intraplate-processes; lithosphere-; Prealps-; rheology-; tectonics-; tectonophysics-; three-dimensional-models; Upper-Rhine-Graben; Solid-earth-geophysics Structural Geology Western Europe?< - Bridges, P.H.
Gutteridges, P.
Pickard, N.A.H. 1995; The environmental setting of Early Carboniferous mud-mounds 171-1900 Carbonate mud-mounds: their origin and evolution 237 Monty, C.L.V.
Bosence, D.W.J.
Bridges, P.H.
Pratt, B.R.H Special Publication of the International Association of SedimentologistsY algae-; Belgium-; biogenic-structures; bioherms-; Bryozoa-; carbonate-rocks; Carboniferous-; communities-; diagenesis-; Dinantian-; Europe-; evolution-; Invertebrata-; microfossils-; mud-mounds; nucleation-; Paleozoic-; Plantae-; Porifera-; reefs-; sedimentary-rocks; sedimentary-structures; United-Kingdom; Western-Europe; Sedimentary-petrology Carbonate sedimentology Generic
Carboniferous J :x? D Corfield, S. M.
Gawthorpe, R. L.
Gage, M.
Fraser, A. J.
Besly, B. M. 1996A Inversion tectonics of the Variscan foreland of the British Isles 17-32" Journal of the Geological Society 153 1 Carboniferous-; Europe-; faults-; folds-; forelands-; Great-Britain; Hercynian-Orogeny; inversion-tectonics; Ireland-; lineaments-; orogeny-; Paleozoic-; tectonics-; United-Kingdom; Upper-Carboniferous; Western-Europe; Westphalian-; Structural-geology Structural Geology UK
?
Coward, M. P. 1990? The Precambrian, Caledonian and Variscan framework to NW Europe 1-34M Proceedings of Tectonic events responsible for Britain's oil and gas reserves 55 Hardman, R.F.P.
Brooks, J. London' Geological Society Special Publications Caledonian-Orogeny; Europe-; Great-Britain; Hercynian-Orogeny; Paleozoic-; petroleum-; possibilities-; Precambrian-; Scotland-; structural-geology; tectonics-; United-Kingdom; Western-Europe; Structural-geology Structural Geology Western Europe
Palaeozoic ? o Coward, M.P. 1993 The effect of late Caledonian and Variscan continental escape tectonics on basement structure, Paleozoic basin kinematics and subsequent Mesozoic basin development in NW Europe 1095-1108I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference 4 Parker, J.R. London The Geological SocietyV accretion-; basement-; basins-; block-structures; Caledonian-Orogeny; displacements-; Europe-; extension-tectonics; faults-; Hercynian-Orogeny; island-arcs; kinematics-; Mesozoic-; North-Atlantic-Craton; orogeny-; Paleozoic-; pull-apart-basins; shear-; shear-zones; strike-slip-faults; systems-; tectonics-; Western-Europe; Structural-geology Structural Geology Western Europe
Palaeozoic9 internal-pdf://Coward (1993)-2884027146/Coward (1993).pdf? DeCelles, P.G.
Giles, K.A. 1996 Foreland basin systems 105-123 Basin Research 8 2 accommodation-zones; back-bulge-depozone; basins-; crustal-thinning; deformation-; depositional-environment; faults-; flexure-; fold-and-thrust-belts; fore-arc-basins; forebulge-depozone; foredeep-depozone; foreland-basins; geometry-; loading-; orogenic-belts; orogeny-; sedimentary-basins; slabs-; subduction-; subsidence-; syntectonic-processes; tectonics-; thrust-faults; topography-; uplifts-; wedge-top-depozone; Structural-geology Structural Geology Generic GenericM internal-pdf://DeCelles & Giles (1996)-3478888960/DeCelles & Giles (1996).pdf ]?- Collinson, J.D. 1988U Controls on Namurian sedimentation in the Central Province basins of northern England 85-101Y Sedimentation in a synorogenic basin complex; the Upper Carboniferous of Northwest Europe Besly, B.M.
Kelling, G. Glasgow Blackie" active-faults; basins-; bathymetry-; Carboniferous-; Central-Province; clastic-rocks; climatic-controls; controls-; currents-; Dinantian-; discharge-; energy-; England-; Europe-; extension-tectonics; faults-; Great-Britain; interpretation-; mudstone-; Namurian-; northern-England; Paleozoic-; salinity-; sandstone-; sedimentary-basins; sedimentary-petrology; sedimentary-rocks; sedimentation-; structural-controls; subsidence-; tectonics-; turbidite-; turbidity-currents; United-Kingdom; Upper-Carboniferous; Western-Europe; Sedimentary-petrology Palaeogeography UK
Carboniferous u?. Collinson, J.D. 2005E Dinantian and Namurian depositional systems in the southern North Sea 35-56X Carboniferous hydrocarbon geology - The southern North Sea and surrounding onshore areas 70 Collinson, J.D.
Evans, D.
Holliday, D.
Jones, N.3 Yorkshire Geological Society Occasional Publication Palaeogeography Southern North Sea
Carboniferous F?/ M Collinson, J. D.
Holdsworth, B. K.
Jones, C. M.
Martinsen Ole, J.
Read, W. A. 1992 The Millstone Grit (Namurian) of the southern Pennines viewed in the light of eustatically controlled sequence stratigraphy by W. A. Read; discussion and reply 173-180 Geological Journal 27 2 Carboniferous-; England-; Europe-; eustacy-; Great-Britain; Millstone-Grit; Namurian-; northern-England; Paleozoic-; Pennines-; Rough-Rock; sequence-stratigraphy; stratigraphy-; United-Kingdom; Upper-Carboniferous; Western-Europe; Stratigraphy Stratigraphy UK
Carboniferous ?0 o , Davies, S.
Hampson, G.
Flint, S.
Elliott, T. 1999y Continental-scale sequence stratigraphy of the Namurian, Upper Carboniferous and its applications to reservoir prediction 757-770I Petroleum Geology of North-West Europe: Proceedings of the 5th Conference Fleet, A.J.
Boldy, S.A.R. London The Geological SocietyK basin-analysis; basins-; Canada-; Carboniferous-; chronostratigraphy-; correlation-; Europe-; Namurian-; North-America; Paleozoic-; petroleum-; petroleum-exploration; reservoir-rocks; sedimentary-basins; sequence-stratigraphy; terrestrial-environment; United-States; Upper-Carboniferous; Economic-geology,-geology-of-energy-sources Petroleum Geology Europe
CarboniferousG internal-pdf://Davies et al. (1999)-2707525437/Davies et al. (1999).pdf ;
? o J Dawers, N.H.
Berge, A.M.
Häger, K.-O.
Puigdefabregas, C.
Underhill, J. R. 1999` Controls on Late Jurassic, subtle sand distribution in the Tampen Spur area, Northern North Sea 827-838I Petroleum Geology of North-West Europe: Proceedings of the 5th Conference Fleet, A.J.
Boldy, S.A.R. London The Geological Society
Geophysics NO North Sea JurassicG internal-pdf://Dawers et al. (1999)-2439441981/Dawers et al. (1999).pdf ? o Evans, N.
Rorison, P.
Sykes, G. 1999\ Banff Field, UK Central Graben - evaluation of a steeply dipping, fractured chalk reservoir 975-988I Petroleum Geology of North-West Europe: Proceedings of the 5th Conference Fleet, A.J.
Boldy, S.A.R. London The Geological Society Petroleum Geology UK North Sea
CretaceousC internal-pdf://Evans et al (1999)-1735065405/Evans et al (1999).pdf ZetaceousO internal-pdf://Farmer & Barkveld (1999)-3060556093/Farmer & Barkveld (1999).pdf \
CarboniferousI internal-pdf://Hampson et al. (1999)-3698308669/Hampson et al. (1999).pdf ? o Helgeson, D.E. 1999N Structural development and trap formation in the Central North Sea HP/HT play 1029-1034I Petroleum Geology of North-West Europe: Proceedings of the 5th Conference Fleet, A.J.
Boldy, S.A.R. London The Geological Society Structural Geology UK North Sea Generic= internal-pdf://Helgeson (1999)-1383314749/Helgeson (1999).pdf A s$l Society London Petroleum Geology UK North Sea JurassicI |3 >P? ! Duin, E.
Rijkers, R.
Remmelts, G. 19958 Deep seismic reflections in the Netherlands; an overview 191-197 Geologie en Mijnbouw 74 3p basins-; Belgium-; Brabant-Massif; discontinuities-; Europe-; faults-; geophysical-methods; geophysical-profiles; geophysical-surveys; mapping-; Mesozoic-; Mohorovicic-discontinuity; Netherlands-; reflection-methods; Roer-Valley-Graben; sedimentary-basins; seismic-methods; seismic-profiles; shear-; surveys-; Western-Europe; Solid-earth-geophysics; Applied-geophysics
Geophysics Netherlands
PalaeozW? Dvorak, Jaroslav 1973d Die Quer-Gliederung des Rheinischen Schiefergebirges und die Tektogenese des Siegener Antiklinoriums 133-152/ Neues Jahrbuch für Geologie und Paläontologie 143 2V anticlinoria-; Central-Europe; environmental-analysis; Europe-; evolution-; faults-; folds-; geologic-; geosynclines-; Germany-; Hercynian-; lithofacies-; maps-; Paleozoic-; Rhenish-Schiefergebirge; sedimentary-rocks; sedimentation-; Siegen-Anticlinorium; structural-geology; structure-; tectonics-; transverse-; Variscan-; Structural-geology Structural Geology Germany
Palaeozoic Z ? Franke, W.
Bortfeld, R. K.
Brix, M.
Drozdzewski, G.
Duerbaum, H. J.
Giese, P.
Janoth, W.
Joedicke, H.
Reichert, C.
Scherp, A.
Schmoll, J.
Thomas, R.
Thuenker, M.
Weber, K.
Wiesner, M. G.
Wong, H. K. 1990n Crustal structure of the Rhenish Massif; results of deep seismic reflection lines DEKORP 2-North and 2-North-Q 523-566 Geologische Rundschau 79 3j Carboniferous-; Central-Europe; Cretaceous-; crust-; data-acquisition; data-processing; deep-seismic-sounding; DEKORP-; Devonian-; Europe-; extension-tectonics; faults-; geophysical-methods; Germany-; Hesse-Germany; listric-faults; lower-crust; Mesozoic-; Mohorovicic-discontinuity; Munsterland-; North-Rhine-Westphalia-Germany; Paleozoic-; reflection-methods; Rhenish-Schiefergebirge; Rhenohercynian-; Rhine-Westphalian-Basin; sea-level-changes; seismic-migration; structural-geology; tectonics-; tectonometamorphism-; thrust-faults; transgression-; upper-crust; Vibroseis-; Solid-earth-geophysics; Applied-geophysics Structural Geology Germany
P ? Franke, Wolfgang 2000w The mid-European segment of the Variscides; tectonostratigraphic units, terrane boundaries and plate tectonic evolution 35-61E Orogenic Processes: Quantification and Modelling in the Variscan Belt 179) Franke, W.
Haak, V.
Oncken, O.
Tanner, D. London& Geological Society Special Publication Armorican-Massif; Bohemian-Massif; Central-Europe; Europe-; faults-; France-; Germany-; granites-; Hercynian-Orogeny; igneous-rocks; metamorphism-; Moldanubian-; orogenic-belts; orogeny-; Paleozoic-; Permian-; plate-collision; plate-convergence; plate-tectonics; plutonic-rocks; strike-slip-faults; tectonostratigraphic-units; terranes-; Thuringian-; Thuringian-Massif; Variscides-; Western-Europe; Solid-earth-geophysics Structural Geology~ The mid-European segment of the Variscides is a tectonic collage consisting of (from north to south): Avalonia, a Silurian-early Devonian magmatic arc, members of the Armorican Terrane Assemblage (ATA: Franconia, Saxo-Thuringia, Bohemia) and Moldanubia (another member of the ATA or part of N Gondwana?). The evolution on the northern flank of the Variscides is complex. Narrowing of the Rheic Ocean between Avalonia and the ATA occurred during the late Ordovician through early Emsian, and was accompanied by formation of an oceanic island arc. By the early Emsian, the passive margin of Avalonia, the island arc and some northern part of the ATA were closely juxtaposed, but there is no tectonometamorphic evidence of collision. Renewed extension in late Emsian time created the narrow Rheno-Hercynian Ocean whose trace is preserved in South Cornwall and at the southern margins of the Rhenish Massif and Harz Mts. Opening of this "successor ocean" to the Rheic left Armorican fragments stranded on the northern shore. These were later carried at the base of thrust sheets over the Avalonian foreland. Closure of the Rheno-Hercynian Ocean in earliest Carboniferous time was followed by deformation of the foreland sequences during the late lower Carboniferous to Westphalian. Closure of narrow oceanic realms on both sides of Bohemia occurred during the mid- and late Devonian by bilateral subduction under the Bohemian microplate. In both these belts (Saxo-Thuringian, Moldanubian), continental lithosphere was subducted to asthenospheric depths, and later partially obducted. Collisional deformation and metamorphism were active from the late Devonian to the late lower Carboniferous in a regime of dextral transpression. The orthogonal component of intra-continental shortening produced an anti-parallel pair of lithospheric mantle slabs which probably joined under the zone of structural parting and became detached. This allowed the ascent of asthenospheric material, with important thermal and rheological consequences. The strike slip displacements were probably in the order of hundreds of kilometres, since they have excised significant palaeogeographic elements. Europe
Palaeozoic p? Le Gall, B. 1992^ The deep structure of the Ardennes Variscan thrust belt from structural and ECORS seismic data 531-546 Journal of Structural Geology 14 5 accretionary-wedges; Ardennes-France; basins-; Belgium-; compression-; crust-; crustal-shortening; decollement-; deformation-; Dinant-Thrust; displacements-; ductile-deformation; ECORS-; Europe-; extension-; faults-; folds-; France-; geophysical-profiles; mechanics-; Midi-Thrust; Namur-Belgium; nappes-; northwestern-France; Rocroi-France; seismic-profiles; tectonophysics-; thrust-faults; Western-Europe; Solid-earth-geophysics Structural Geology Belgium
P? * Giese, U.
Katzung, G.
Walter, R.
Weber, J. 1997h The Caledonian deformation of the Brabant Massif and the early Palaeozoic in Northeast Germany: compared 637-652 Geological Magazine 134 5a bedding-; Belgium-; boreholes-; Brabant-Massif; Caledonian-Orogeny; Central-Europe; clay-minerals; cleavage-; deformation-; Europe-; faunal-studies; fold-and-thrust-belts; folds-; geochronology-; Germany-; illite-; kinematics-; low-grade-metamorphism; lower-Paleozoic; macerals-; Mecklenburg-Western-Pomerania-Germany; metamorphism-; orientation-; paleomagnetism-; Paleozoic-; planar-bedding-structures; Rugen-Island; Russian-Platform; sedimentary-structures; sheet-silicates; silicates-; strain-; structural-analysis; structural-geology; tectonics-; vitrinite-; Western-Europe; X-ray-data; Structural-geology Structural Geology Western Europe
PalaeozoicE internal-pdf://Giese et al. (1997)-1996514361/Giese et al. (1997).pdf ? > Hance, L.
Dejonghe, L.
Ghysel, P.
Laloux, M.
Mansy Jean, Louis 1999x Influence of heterogeneous lithostructural layering on orogenic deformation in the Variscan Front zone (eastern Belgium) 161-177 Tectonophysics 309 1-4D allochthons-; anticlines-; Ardennes-; Belgium-; deformation-; eastern-Belgium; Europe-; faults-; folds-; forelands-; Hercynian-Orogeny; heterogeneity-; imbricate-tectonics; layered-materials; orogeny-; structural-analysis; tectonic-wedges; tectonics-; thrust-faults; Variscides-; Western-Europe; windows-; Structural-geology Structural Geology Th Belgium
PalaeozoicE internal-pdf://Hance et al. (1999)-1164672559/Hance et al. (1999).pdf target area in the 50s and 60s, primarily to explore known oil-bearing formations above the Delft Sandstone Member. Based on the analysis of logs, cores, and cutting data from these wells, and their correlation with re-interpreted 2D and 3D seismic, the target sandstone is subdivided into three units. The lower unit is considered a risky target, primarily because of the poor lateral and vertical connectivity between individual fluvial sandstone bodies. By contrast, in the upper unit, lateral and vertical connectivity between individual sandstone bodies is high, as are porosities (30%) and permeabilities (725-1130mD), which makes this unit an excellent target for geothermal energy production. Communication between the lower and upper unit is likely impeded by the presence of the middle unit, which as extremely low porosity and permeability.© 2010, Society of Petroleum Engineers.
Netherlands Jurassic <? Koltermann, E.
Gorelick, S.M. 1995R Fractional packing model for hydraulic conductivity derived from sediment mixtures 3283 - 3297 Water resources research 31 12 Clastic sedimentology Generic GenericS internal-pdf://Kolterma & Gorelick (1995)-1905539851/Kolterma & Gorelick (1995).pdf ? Revil, A.
Cathles, L.M. 2010 Permeability of shaly sands 651-662 Water resources research 35 3 Petroleum Geology Generic GenericM internal-pdf://Revil & Cathless (1999)-0916016651/Revil & Cathless (1999).pdf ? Revil, A.
Grauls, D.
Brevart, O. 2002+ Mechanical compaction of sand/clay mixtures 1-15 Journal of Geophysical Resc ?
Helsen, S. 1995y Burial history of Palaeozoic strata in Belgium as revealed by conodont colour alteration data and thickness distributions 738-747 Geologische Rundschau 84 4| Belgium-; Brabant-Massif; burial-; Campine-; Carboniferous-; color-alteration-index; Conodonta-; deposition-; Devonian-; Dinant-Basin; Europe-; microfossils-; Namur-Basin; Namur-Belgium; P-T-conditions; paleogeography-; Paleozoic-; provenance-; reconstruction-; Rocroi-Massif; sedimentation-; thermal-history; thickness-; Upper-Carboniferous; Western-Europe; Sedimentary-petrology Burial history Belgium
& @$? Henk, A. 1999 Did the Variscides collapse or were they torn apart?; a quantitative evaluation of the driving forces for postconvergent extension in central Europe 774-792 Tectonics 18 5 basins-; Central-Europe; crust-; data-processing; digital-simulation; Europe-; extension-tectonics; geodynamics-; geophysical-methods; geophysical-profiles; geophysical-surveys; Hercynian-Orogeny; lower-crust; magmatism-; mantle-; models-; orogeny-; Paleozoic-; plate-collision; plate-convergence; plate-tectonics; reflection-methods; sedimentary-basins; seismic-methods; seismic-profiles; surveys-; tectonics-; upper-mantle; upper-Paleozoic; Solid-earth-geophysics; Applied-geophysics Structural Geology Central Europe
Palaeoz? Leeder, M. R.
McMahon, A. H. 1988C Upper Carboniferous (Silesian) basin subsidence in northern Britain 43-52Y Sedimentation in a synorogenic basin complex; the Upper Carboniferous of Northwest Europe Besly, B. M.
Kelling, G. Glasgow Blackie basalts-; basins-; Carboniferous-; clastic-rocks; England-; equations-; Europe-; evolution-; extension-tectonics; faults-; fluviodeltaic-sedimentation; flysch-; Great-Britain; igneous-rocks; intrusions-; northern-Great-Britain; Paleozoic-; plutons-; sedimentary-basins; sedimentary-rocks; Silesian-; structural-geology; subsidence-; tectonics-; thrust-faults; United-Kingdom; Upper-Carboniferous; volcanic-rocks; Western-Europe; Structural-geology Structural Geology UK
Carboniferous N? ( De Lugt, I.R.
Van Wees, J.D.
Wong, Th.E. 2003p The tectonic evolution of the southern Dutch North Sea during the Palaeogene; basin inversion in distinct pulses 141-159 Tectonophysics 373 1-4 Atlantic-Ocean; basin-analysis; basin-inversion; basins-; Broad-Fourteens-Basin; Cenozoic-; compression-; Cretaceous-; deformation-; Dongen-Formation; Eocene-; Europe-; eustacy-; extension-; faults-; geophysical-methods; geophysical-profiles; geophysical-surveys; Hercynian-Orogeny; inversion-tectonics; Landen-Formation; Laramide-Orogeny; Mesozoic-; Miocene-; Neogene-; Netherlands-; normal-faults; North-Atlantic; North-Sea; orogeny-; paleobathymetry-; Paleogene-; Pyrenean-Orogeny; reactivation-; reconstruction-; Rupel-Formation; sedimentary-basins; sedimentary-rocks; sedimentation-; seismic-methods; seismic-profiles; stress-fields; subsidence-; surveys-; systems-; tectonics-; Tertiary-; well-logs; Western-Europe; Structural-geology; Applied-geophysics Structural Geology Netherlands
PalaeogeneI internal-pdf://De Lugt et al. (2003)-3830512431/De Lugt et al. (2003).pdf %-0772535072/Gareth & Berry (1997).pdf XermianO internal-pdf://Howell & Mountney (1997)-1108867872/Howell & Mountney (1997).pdf OnK internal-pdf://Leveille et al. (1997)-2769977376/Leveille et al. (1997).pdf UrmianM internal-pdf://Leveille et al.2 (1997)-3793472288/Leveille et al.2 (1997).pdf \PalaeozoicO internal-pdf://Cameron & Ziegler (1997)-1579148064/Cameron & Ziegler (1997).pdf UoniferousI internal-pdf://Quirk & Aitken (1997)-1277308960/Quirk & Aitken (1997).pdf C
oniferous7 internal-pdf://Quirk (1997)-1244332576/Quirk (1997).pdf Jboniferous= internal-pdf://Mijnssen (1997)-4197193760/Mijnssen (1997).pdf W
GenericK internal-pdf://Yang & Baumfalk (1997)-2167275808/Yang & Baumfalk (1997).pdf ical Society, London, Special Publications Stratigraphy UK PermianK internal-pdf://Harwood & Smith (1986)-2537386272/Harwood & Smith (1986).pdf ? 6 Smith, D.B.
Harwood, G.M.
Pattison, J.
Pettigrew, T.H. 1986C A revised nomenclature for Upper Permian strata in eastern England 9-17( The English Zechstein and Related Topics 22 Harwood, G.M.
Smith, D.B. London0 Geological Society, London, Special Publications Stratigraphy UK PermianE internal-pdf://Smith et al. (1986)-0306366240/Smith et al. (1986).pdf a pecial Publications
Geophysics UK GenericI internal-pdf://Gainski et al. (2010)-3510276935 ? ? Marton, Emo
Mansy Jean, Louis
Averbuch, Olivier
Csontos, Laszlo 2000i The Variscan Belt of northern France-southern Belgium; geodynamic implications of new palaeomagnetic data 57-80 Tectonophysics 324 1-2 allochthons-; Ardennes-; Ardennes-France; autochthons-; Belgium-; Boulonnais-; Brabant-Massif; Carboniferous-; demagnetization-; Devonian-; Dinantian-; Europe-; France-; geodynamics-; Givet-France; Hainaut-Belgium; Hercynian-Orogeny; magnetic-declination; magnetization-; northern-France; orogenic-belts; orogeny-; paleolatitude-; paleomagnetism-; Paleozoic-; Pas-de-Calais-France; remagnetization-; remanent-magnetization; southern-Belgium; tectonics-; Tournai-Belgium; Variscides-; Western-Europe; Stratigraphy; Structural-geology Structural Geology~ Palaeomagnetic investigations were carried out in Devonian-early Carboniferous rocks of the Variscan foreland chain of Northern France-Southern Belgium in order to reveal the origin of its arcuate shape. The Brabant Parautochthon was sampled in the Boulonnais (near Calais) and near Tournai, while the Ardenne Allochthon was sampled near Maubeuge and in the Givet area. All the sampled localities yielded characteristic remanent magnetization as a result of stepwise demagnetization and component analysis. Fold or tilt tests were possible for three localities, with negative results indicating pervasive remagnetization. The tectonic position was sub-horizontal at two localities, while the tilt was monoclinal for the rest. Therefore, the acquisition time of the magnetic signals was estimated by comparing the palaeolatitude computed from each magnetic component to the palaeolatitudes of Variscan Europe calculated after Van der Voo (1993). Three components showing: A, a southern B, a near-Equatorial, and C, a northern palaeolatitude are recognized from our data. Since a pre-Variscan age of component A (observed only in Boulonnais, at 10 sites) is not supported by data, it is assigned to an early phase of deformation. Component B (16 sites) was acquired during the peak of the Variscan tectonics (late Westphalian), while component C (five sites) originated during Permian times. Regardless of the palaeolatitudes, declinations fall between 190 and 210 degrees , thus being conformable with the declinations expected for Variscan Europe. The declinations show no correlation with the arcuate shape of the belt, neither are they different in the Paraauthochthon and in the Allochthon, nor in the different components. Arc formation by moulding of the Allochthon on the Brabant Parautochthon is, therefore, not supported by these data, since this mechanism requires substantial (opposed) rotations on both wings of the arc. The available palaeomagnetic data are conformable with a pre-formed arc, simply docking to the Brabant obstacle of similar shape. Variable offsets along a main thrust make possible a third model, which slightly unfolds the former passive arc. Western Europe
PalaeozoicE internal-pdf://Marton et al (2000)-3388078593/Marton et al (2000).pdfw ?? ) Oncken, O.
von Winterfeld, C.
Dittmar, U. 1999y Accretion of a rifted passive margin; the late Paleozoic Rhenohercynian fold and thrust belt (middle European Variscides) 75-91 Tectonics 18 1w accretion-; Central-Europe; Europe-; fold-and-thrust-belts; geometry-; geophysical-methods; Germany-; kinematics-; lithofacies-; models-; Paleozoic-; passive-margins; plate-collision; plate-tectonics; reflection-methods; Rhenish-Schiefergebirge; Rhenohercynian-Belt; rifting-; seismic-methods; tectonic-wedges; tectonics-; upper-Paleozoic; Variscides-; Solid-earth-geophysics Structural Geology Europe
Carbo l ? o Oudmayer, B. C.
De Jager, J. 1993= Fault reactivation and oblique-slip in the southern North Sea 1281-1290I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference 4 Parker, J.R. London The Geological Society
Atlantic-Ocean; basin-inversion; basins-; Carboniferous-; Cenozoic-; Cimmerian-; Cleaver-Bank-High; extension-faults; faults-; geophysical-methods; geophysical-profiles; geophysical-surveys; Jurassic-; Mesozoic-; Neogene-; North-Atlantic; North-Sea; oblique-slip-faults; Paleozoic-; plate-tectonics; Pliocene-; reactivation-; reflection-methods; rifting-; sedimentary-basins; seismic-methods; seismic-profiles; southern-North-Sea; surveys-; Tertiary-; Upper-Carboniferous; Westphalian-; Structural-geology; Applied-geophysics Structural Geology Southern North Se-? Pearson, Mi.J.
Russell, M.A. 2000~ Subsidence and erosion in the Pennine Carboniferous basin, England; lithological and thermal constraints on maturity modelling 471-482" Journal of the Geological Society 157 Part 2 basins-; boreholes-; burial-; Carboniferous-; clastic-rocks; coal-; England-; Europe-; geochemical-indicators; geochemistry-; Great-Britain; heat-flow; hydrocarbons-; macerals-; organic-compounds; paleotemperature-; Paleozoic-; Pennines-; reflectance-; sedimentary-basins; sedimentary-rocks; shale-; steranes-; subsidence-; thermal-history; thermal-maturity; United-Kingdom; Upper-Carboniferous; vitrinite-; Western-Europe; Westphalian-; Stratigraphy; Sedimentary-petrology Burial history Forward modelling of maturity against vitrinite reflectance and chemical data for a number of onshore boreholes was used to test a range of subsidence and thermal histories for the Pennine Carboniferous Basin. The preferred models suggest maximum palaeotemperatures were reached during late Cretaceous or possibly early Tertiary burial, consistent with the outcome of previous apatite fission-track studies. Models in which maximum palaeotemperature was attained in the late Carboniferous are considered less likely: rapid burial under a normal heat flow requires an unrealistic thickness of missing late Westphalian strata, whilst high regional heat flow is incompatible with the observed vitrinite reflectance gradients. The lithologies assumed for missing strata have a significant influence on the range of estimates of eroded thicknesses. Preferred estimates of Cenozoic erosion range from around 1.6 km in Mesozoic basinal areas to around 2.8 km within areas of present Carboniferous outcrop. UK
CarboniferousO internal-pdf://Pearson & Russell (2000)-4227022593/Pearson & Russell (2000).pdf C? Pharaoh, T. C. 1999l Palaeozoic terranes and their lithospheric boundaries within the Trans-European suture zone (TESZ); a review 17-41 Tectonophysics 314 1-3 accretion-; Avalon-Zone; Baltica-; Bohemian-Massif; Central-Europe; continental-crust; crust-; delamination-; Dobruja-Basin; Europe-; EUROPROBE-; lineaments-; lithosphere-; mantle-; Moesian-Platform; Moldanubian-; Moravo-Silesian-Terrane; Paleozoic-; polyphase-processes; review-; Rhenohercynian-; Romania-; Romanian-Dobruja; Saxothuringian-; Southern-Europe; suture-zones; tectonics-; terranes-; Trans-European-suture-zone; upper-mantle; Variscides-; Structural-geology Structural GeologyG The Trans-European Suture Zone (TESZ) is a broad and complex zone of terrane accretion separating ancient lithosphere of the Baltic Shield and East European Craton (EEC) from the younger lithosphere of western and southern Europe. There is debate about the number of terranes involved, and their origins. The most significant terrane boundaries, originally oceanic sutures, are poorly exposed, and are defined using faunal provinciality. Prominent geophysical lineaments may represent sub-terrane boundaries within composite terranes. The Avalonia Composite Terrane was amalgamated to Baltica in latest Ordovician time. The provenance of the Malopolska and Moravo-Silesian terranes, whose Neoproterozoic basement is suspect with respect to Baltica, but with which they nonetheless share faunal affinities, is still debated. The extent of the Variscide Rhenohercynian Zone defines the southern limit of the early Palaeozoic-accreted terranes. Terranes within the Bohemian Massif exhibit HP metamorphism recording subduction-driven collision prior to incorporation in the TESZ collage, itself associated with a HP event. In Romania, the Saxothuringian Zone (and Rheic Suture) are directly juxtaposed with the EEC, and the crustal structure of the TESZ has been much modified by post-Palaeozoic tectonism. Deep seismic reflection data, where available, show that the oceanic sutures are frequently associated with inclined reflectivity zones (IRZ) in the lithospheric mantle, here inferred to mark relict subduction zones. Interpreting the age of subduction is complicated by offset of originally coplanar mantle and crustal segments of the IRZ, resulting from early orogenic lithospheric delamination at the Moho interface and/or post-orogenic "reordering" processes. The mantle IRZ appear to indicate a N-directed polarity for early Palaeozoic subduction, apparently incompatible with the geological evidence, which indicates subduction of the Tornquist Sea beneath Avalonia, and a large amount of underthrusting of Avalonia by Baltica. Possible explanations for these apparently incompatible observations are evaluated. Europe
Palaeozoic; internal-pdf://Pharaoh (1999)-3656610049/Pharaoh (1999).pdf ? Plesch, A.
Oncken, O. 1999 Orogenic wedge growth during collision; constraints on mechanics of a fossil wedge from its kinematic record (Rhenohercynian FTB, Central Europe) 117-139 Tectonophysics 309 1-4" boundary-conditions; Central-Europe; crust-; deformation-; Europe-; fold-and-thrust-belts; Germany-; kinematics-; mechanics-; metamorphism-; orogeny-; plate-collision; plate-tectonics; Rhenohercynian-; tectonic-wedges; tectonics-; tectonostratigraphic-units; Variscides-; Structural-geology Structural Geology Europe
CarboniferousI internal-pdf://Plesch & Onken (1999)-0093354799/Plesch & Onken (1999).pdf Frs; Subsurface conditions; Triassic Geochemistry Europe Triassic v? * Van Balen, R.
Busschers, F.S.
Tucker, G.E. 2010Z Modeling the response of the Rhine-Meuse fluvial system to Late Pleistocene climate change 440-452
Geomorphology 114 3; Climate, Late Pleistocen, Meuse, Modelling, Rhine, Terraces Palaeogeography Europe
QuaternaryM internal-pdf://Van Balen et al. (2010)-4086582282/Van Balen et al. (2010).pdf ; : Cruslock, E.M.
Naylor, L.A.
Foote, Y.L.
Swantesson, J.O.H. 2010 Geomorphologic equifinality: A comparison between shore platforms in Höga Kusten and Fårö, Sweden and the Vale of Glamorgan, South Wales, UK 78-88
Geomorphology 114g Rock coas,t Shore platform, Geological structure, Rock control, Equifinality, Meso-scale, geomorphology Palaeogeography
UK, Sweden MesozoicK internal-pdf://Cruslock et al. (2010)-2866599946/Cruslock et al. (2010).pdf
? 0 Carcel, D.
Colombié, C
Giraud, F.
Courtinat, B. 2010 Tectonic and eustatic control on a mixed siliciclastic–carbonate platform during the Late Oxfordian–Kimmeridgian (La Rochelle platform, western France) 334-359 Sedimentary Geology 223 Facies analysis, Micropaleontology, Depositional sequences, Mixed carbonate–siliciclastic platform, Kimmeridgian, Western France
Palaeontology France JurassicG internal-pdf://Carcel et al. (2010)-0590500363/Carcel et al. (2010).pdf
m Generic ny Permian w3 O? - Lueschen, E.
Dussel, M.
Thomas, R.
Schulz, R. 2010R 3D seismic survey for deep geothermal exploration at unterhaching, Munich, Germany 3678-3682x Society of Petroleum Engineers - 72nd European Association of Geoscientists and Engineers Conference and Exhibition 2010 5 3-D seismic survey; 3D seismic; Fault zone; Geological structures; Geothermal exploration; High resolution; Hydraulic pathways; Jurassic; Karstification; Miocene; Munich , Germany; Optimal development Geothermicse An increasing number of low-enthalpy geothermal power plants are being implemented in the Munich area with holes drilled into the Malm (Upper Jurassic carbonates). Optimal development of geothermal productivity requires exploration of the geological structure, as well as information on the karstification of ?P Leckie, G.G.
Chew, K.J. 19915 The discovered hydrocarbon reserves of western Europe 1-23@ Generation, accumulation and production of Europe's hydrocarbons 1
Spencer, A.M. BerlinJ Special Publication of the European Association of Petroleum Geoscientists Petroleum Geology Western Europe GenericG internal-pdf://Leckie & Chew (1991)-2131269890/Leckie & Chew (1991).tif p ?Q L Klinkby, L.
Kristensen, L.
Nielsen, E.B.
Zinck-Jørgensen, K.
Stemmerik, L. 2005o Mapping and characterization of thin chalk reservoirs using data integration: the Kraka Field, Danish North Sea 113-124 Petroleum Geoscience 11 Petroleum Geology Denmark
CretaceousI internal-pdf://Klinkby et al. (2005)-2589670656/Klinkby et al. (2005).pdf?R Klett, T.R.
Gautier, D.L. 2005- Reserve growth in oil fields of the North Sea 179-190 Petroleum Geoscience 11 Petroleum Geology North Sea Generic DOI: 10.1144/1354-079304-620K internal-pdf://Klett & Gautier (2005)-3428832000/Klett & Gautier (2005).pdf ?S Aase, N.E.
Walderhaug, O. 2005 The effect of hydrocarbons on quartz cementation: diagenesis in the Upper Jurassic sandstones of the Miller Field, North Sea, revisited 215-223 Petroleum Geoscience 11 3J Miller Field, diagenesis, porosity,hydrocarbon effect, microquartz coating
Diagenesis UK North Sea JurassicO internal-pdf://Aase & Walderhaug (2005)-3929049856/Aase & Walderhaug (2005).pdfR?T H Toublanc, A.
Renaud, S.
Sylte, J.E.
Clausen, C.K.
Eiben, T.
Nådland, G. 2005T Ekofisk Field: fracture permeability evaluation and implementation in the flow model 321-330 Petroleum Geoscience 11 Petroleum Geology Norway
CretaceousK internal-pdf://Toublanc et al. (2005)-0191274240/Toublanc et al. (2005).pdf Y?U 5 Fichler, C,
Henriksen, S.
Rueslaatten, H.
Hovland, M. 2005o North Sea Quaternary morphology from seismic and magnetic data: indications for gas hydrates during glaciation? 331-337 Petroleum Geoscience 11 Petroleum Geology North Sea
QuaternaryG internal-pdf://Fichler et al (2005)-1181316096/Fichler et al (2005).pdf?X Ribbert, K.-H. 1998v Die devonische Carbonatfazies und die Honseler Fazies im Bereich der Krefelder Aschenaufwölbung und ihrer Randgebiete 109-1398 Fortschritte in der Geologie von Rheinland und Westfalen 37 Carbonate sedimentology Germany Devonian ?Y " Neumann-Mahlkau, P.
Ribbert, K.-H. 1998? Die Konglomerate der Givet-Stufe östlich des Brabanter Massivs 393-4218 Fortschritte in der Geologie von Rheinland und Westfalen 37 Clastic sedimentology Germany Devonianf? ! $ Pysklywec, R. N.
Mitrovica, Jerry X. 2000t Mantle dynamics and the formation of large-scale intra-cratonic basins; modeling results and geological case studies 25 Africa-; basins-; continental-margin; continents-; convection-; dynamics-; epeirogeny-; intracratonic-basins; Karroo-Basin; lower-Mesozoic; mantle-; mantle-plumes; Mesozoic-; models-; numerical-models; Paleozoic-; Parana-Basin; plate-tectonics; simulation-; slabs-; South-Africa; South-America; Southern-Africa; subduction-; subsidence-; uplifts-; upper-Paleozoic; Solid-earth-geophysics Structural Geology Generic Generic >+ \? Drozdzewski, G. 1985/ Tiefentectonik der Ibbenbürener Karbon-Scholle 189-216C Beiträge zur Tiefentectonik westdeutscher Steinkohlenlagerstätten- Drozdzewski, G.
Engel, H.
Wolf, R.
Wrede, V. Krefeld* Geologisches Landesamt Nordrhein-Westfalen Structural Geology Germ# ? Thiadens, A. A. 1963! The Palaeozoic of The Netherlands 9-28e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie 21 1 Delft; Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap Carboniferous-; coal-; Europe-; historical-geology; Netherlands-; organic-residues; Paleozoic-; Permian-; sedimentary-rocks; Western-Europe; Economic-geology-of-energy-sources GeologyB The oldest Paleozoic rocks known to occur in the Netherlands are subsurface lower Carboniferous Visean marine deposits. Upper Carboniferous deposits, including Westphalian coal measures, are more widely developed, and Permian deposits (Rotliegendes and Zechstein) have been encountered in many borings. Intrusive rocks, probably post-Paleozoic, have also been found in some of the borings. The subsurface sections at various localities are described, and data on thickness variations, volatile content, and the nature of the surfB?
Riding, R. 1974 Model of the Hercynian foldbelt 125-135# Earth and Planetary Science Letters 24 1[ Allegheny-Group; Carboniferous-; continental-drift; Devonian-; Europe-; extent-; fold-belts; Hercynian-; Mauritanian-; mechanism-; Middle-Pennsylvanian; models-; orogeny-; Paleozoic-; Pangaea-; Pennsylvanian-; plate-tectonics; reconstruction-; structural-geology; structure-; tectonics-; tectonophysics-; upper-Paleozoic; west-; Structural-geology Structural Geology Europe
Carboniferous9 internal-pdf://Riding (1974)-4198145589/Riding (1974).pdf k >? . Rijkers, R.
Duin, E.
Dusar, M.
Langenaeker, V. 1993B Crustal structure of the London-Brabant Massif, southern North Sea 569-574 Geological Magazine 130 5 Anglo-Brabant-Massif; Atlantic-Ocean; Belgium-; Brabant-Massif; Broad-Fourteens-Basin; Caledonian-Orogeny; crust-; deep-seismic-sounding; England-; Europe-; European-Atlantic; Great-Britain; Hercynian-Orogeny; North-Atlantic; North-Sea; orogeny-; Paleozoic-; southeastern-England; southern-North-Sea; United-Kingdom; West-Netherlands-Basin; Western-Europe; Structural-geology; Applied-geophysics Structural Geology Southern North Sea ? Abbink, O.A. 1998D Palynological investigations in the Jurassic of the North Sea region 192 Utrecht Utrecht University
Palaeontology NL North Sea Jurassic? Rijkers, R.
Duin, E. 1994b Crustal observations beneath the southern North Sea and their tectonic and geological implications 215-224 Tectonophysics 240 1-4Y Atlantic-Ocean; basins-; Belgium-; Brabant-Massif; Broad-Fourteens-Basin; crust-; deep-seismic-sounding; Europe-; extension-; lower-crust; Mesozoic-; Mohorovicic-discontinuity; Netherlands-; North-Atlantic; North-Sea; seismic-stratigraphy; tectonic-elements; tectonics-; thickness-; West-Netherlands-Basin; Western-Europe; Solid-earth-geophysics Structural Geology Southern North Sea GenericI internal-pdf://Rijkers & Duin (1994)-0529659951/Rijkers & Duin (1994).pdf Law makers; Netherlands; Oil and gas; Performance assessment tools; Probability of success; Production system; Public Information System; Quantitative assessments; Reservoir parameters; Web based information systems Geothermics Europe Generic +X? I Norden, B.
Förster, A.
Vu-Hoang, D.
Marcelis, F.
Springer, N.
Le Nir, I. 2010 Lithological and petrophysical core-Log interpretation in CO2 SINK, the European CO2 onshore research storage and verification project 179 -192( SPE Reservoir Evaluation and Engineering 13 2 Analysis models; Caprock; European Commission; Formation evaluation; Geochemical monitoring; German Federal Ministry of Education and Research; Global climate changes; Grain size; Helium porosity; In-situ; Log interpretation; Logging data; Nitrogen permeability; Observation wells; Permeability prediction; Petrophysical; Pressure conditions; Research and development; Reservoir rock; Saline aquife 4 ? Schroot, B. M.
de Haan, H. B. 2003| An improved regional structural model of the Upper Carboniferous of the Cleaver Bank High based on 3D seismic interpretation 23-37: New Insights into Structural Interpretation and Modelling. 212 Nieuwland, D.A. London' Geological Society Special Publications\ Atlantic-Ocean; basins-; Caledonian-Orogeny; Carboniferous-; Cleaver-Bank-High; compression-; deformation-; extrusion-tectonics; facies-; faults-; folds-; geophysical-methods; geophysical-surveys; Hercynian-Orogeny; Mesozoic-; models-; North-Atlantic; North-Sea; orogeny-; paleogeography-; Paleozoic-; Permian-; petroleum-; petroleum-exploration; plate-tectonics; reflection-methods; Rotliegendes-; sedimentary-rocks; seismic-methods; seismic-stratigraphy; shear-zones; surveys-; systems-; three-dimensional-methods; Upper-Carboniferous; well-logging; Westphalian-; Structural-geology; Applied-geophysics
Geophysics The use of 4500 km (super 2) of amalgamated 3D seismic surveys allowed for an improved intra-Carboniferous seismic interpretation of the Dutch Cleaver Bank High, which is part of the Southern North Sea Carboniferous Basin. The observations of faults that were active during the Late Carboniferous are reviewed in the context of what is described in literature about the regional structural framework of the basin. The high quality seismic data show at least three distinct fault trends, namely east-west, NE-SW and NW-SE, active before Rotliegend times. All of these trends are inherited from older existing zones of weakness, and furthermore, all three trends have been reactivated again during the Mesozoic or Cenozoic to some extent. The interpretation of major controlling east-west shear zones that have been reactivated in different senses throughout geological history is the result of careful examination of the data. The dominance of such systems is not obvious on simple fault maps. Their role in the regional plate tectonics fits the model of escape tectonics of the North Sea-Baltic plate. The distinction of different styles of Late Carboniferous normal fault systems results in a better understanding of the different tectonic phases during the period from Westphalian D to Autunian. NL North Sea
CarboniferousO internal-pdf://Schroot & de Haan (2003)-1410524168/Schroot & de Haan (2003).pdfy? ! Sclater, J. G.
Christie, P. A. F. 1980k Continental stretching; an explanation of the post-Mid-Cretaceous subsidence of the central North Sea basin 3711-3739 Journal of Geophysical Research 85 B7d Atlantic-Ocean; basins-; Cenozoic-; compaction-; continental-crust; Cretaceous-; crust-; extension-; grabens-; heat-flow; lithosphere-; Mesozoic-; North-Atlantic; North-Sea; paleogeography-; petroleum-; porosity-; sedimentary-basins; sedimentary-rocks; subsidence-; tectonophysics-; tension-; Tertiary-; thickness-; Upper-Cretaceous; Solid-earth-geophysics Structural Geology Central North Sea
Cretaceous` ? Besly, B. M.
Fielding, C.R. 1989Z Palaeosols in Westphalian coal-bearing and red-bed sequences, central and northern England 303-3302 Palaeogeography, Palaeoclimatology, Palaeoecology 70 4 Amsterdam Clastic sedimentology UK
CarboniferousO internal-pdf://Besley & Fielding (1989)-3455299891/Besley & Fielding (1989).pdf ?
Bridge, J. S. 1984> Large-scale facies sequences in alluvial overbank environments 583-588! Journal of Sedimentary Petrology 54 Clastic sedimentology Generic Generic ( ? Bridge, J.S. 1993i The interaction between channel geometry, water flow, sediment transport and deposition in braided rivers 13-72 Braided Rivers 75 Best, J.L.
Bristow, C.S. London& Geological Society Special Publication Clastic sedimentology Generic GenericS?
< Freudenberg, U.
Lou, S.
Schlüter, R.
Schütz, K.
Thomas, K. 1996S Main factors controlling coalbed methane distribution in the Ruhr District, Germany 165-179 Coalbed Methane and Coal Geology 109 Gayer, R.
Harris, I. London& Geological Society Special Publication Petroleum Geology Germany
Carboniferous 9? Bridge, J. S.
Mackey, S.D. 19938 A theoretical study of fluvial sandstone body dimensions 213-236- Geological modeling of hydrocarbon reservoirs 15 Flint, S.S.
Bryant, I.D. B International Association of Sedimentologists Special Publication Clastic sedimentology Generic Generic ? Sintubin, M. 1999{ Arcuate fold and cleavage patterns in the southeastern part of the Anglo-Brabant fold belt (Belgium); tectonic implications 81-97 Tectonophysics 309 1-4/ Acadian-Phase; Anglo-Brabant-Massif; arcuate-structures; Belgium-; Brabant-Massif; Caledonian-Orogeny; Caledonides-; Europe-; EUROPROBE-; field-studies; fold-belts; folds-; kinematics-; metamorphism-; orogeny-; outcrops-; Paleozoic-; regional-metamorphism; tectonics-; Western-Europe; Structural-geology Structural Geology) The Brabant Massif (Belgium) is situated at the southeastern extremity of the Anglo-Brabant Fold Belt, the predominantly concealed eastern branch of the British-Belgian Caledonides. In contrast to the other parts of this Caledonian slate belt, the deformation history in the Brabant Massif has to date never been constrained properly. In this paper a synthesis is presented of the structural observations in the limited outcrop area of the Brabant Massif, in particular with respect to cleavage and fold trajectories and mutual cleavage-fold relationships. Arcuate fold and cleavage patterns, as well as the presence of cleavage-transected folds are demonstrated, similar to the other parts of the belt. Moreover, the arcuate trajectories are considered to reflect the trace of the Caledonian deformation front, once obscured by the Variscan Ardenne Allochthon. Combined with interpretations of the aeromagnetic and Bouguer anomaly maps, an overall kinematic model is proposed for the Acadian deformation event in the Brabant Massif. With the proposed model, calling upon processes of indentation by promontories and lateral escape of lithostructural domains, as well as on the control exerted by rigid granitoid basement blocks, the strong similarities with the other parts of the British-Belgian Caledonides become apparent. By defining an overall shortening direction and proposing a trace for the Caledonian deformation front in this southeastern extremity of the Anglo-Brabant Fold Belt, an integrated tectonic image is obtained for the entire British-Belgian Caledonides. Belgium
Palaeozoic= internal-pdf://Sintubin (1999)-0733342470/Sintubin (1999).PDF L ?`
Neal, J.E. 1996R A summary of Paleogene sequence stratigraphy in northwest Europe and the North Sea 15-426 Correlation of the Early Paleogene in Northwest Europe 101+ Knox, R. W. O'B.
Corfield, R.M.
Dunay, R.E. London& Geological Society Special Publication Stratigraphy Northwest Europe
Palaeogene ?b
Quitzow, H.W. 1966J Geologische und bergbauliche Übersicht des rheinischen Braunkohlenreviers 22 Krefeld* Geologischen Landesamt Nordrhein-Westfalen Geology Germany Cenozoic?c Goulty, N.R. 2001^ Polygonal fault networks in fine-grained sediments - an alternative to the syneresis mechanism 69-73 First Break 19 2 Structural Geology Generic Generic9 internal-pdf://Goulty (2001)-1790059828/Goulty (2001).pdf : ?d
Michelsen, O. 1994p Stratigraphic correlation of the Danish onshore and offshore Tertiary successions based on sequence stratigraphy 145-161- Bulletin of the Geological Society of Denmark 41 Stratigraphy Denmark F?e Dusar, M.
Houlleberghs, E. 1981R De steenkoolverkenningsboring van Neerglabbeek (Boring 146 van het Kempens bekken) Annalen der Mijnen van België 11 Natural resources Belgium
Carboniferous ?f
Sun Fan, L.
Maes, E. 1990 Well Molenbeersel 4 Brussel Geologische Dienst België Stratigraphy Belgium Mesozoic ?g Gulinck, M. 1965< Aperçu Général sur les dépôts Éocènes de la Belgique 222-227. Bulletin de la Société Géologique de France 7 Geology Belgium
Palaeogene ? Stampfli, G.M.
Borel, G.D. 2002 A plate tectonic model for the Paleozoic and Mesozoic constrained by dynamic plate boundaries and restored synthetic oceanic isochrons 17-33# Earth and Planetary Science Letters 196 1-2 Alpine-Orogeny; Alps-; buoyancy-; Cimmerian-Orogeny; continental-drift; crust-; data-processing; digital-simulation; Europe-; geodynamics-; Hercynian-Orogeny; IGCP-; isochrons-; kinematics-; Mediterranean-region; Mesozoic-; models-; oceanic-crust; orogeny-; paleo-oceanography; Paleozoic-; plate-boundaries; plate-tectonics; sea-floor-spreading; slabs-; Tethys-; Solid-earth-geophysics Structural Geology We developed a plate tectonic model for the Paleozoic and Mesozoic (Ordovician to Cretaceous) integrating dynamic plate boundaries, plate buoyancy, ocean spreading rates and major tectonic and magmatic events. Plates were constructed through time by adding/removing oceanic material, symbolized by synthetic isochrons, to major continents and terranes. Driving forces like slab pull and slab buoyancy were used to constrain the evolution of paleo-oceanic domains. This approach offers good control of sea-floor spreading and plate kinematics. This new method represents a distinct departure from classical continental drift reconstructions, which are not constrained, due to the lack of plate boundaries. This model allows a more comprehensive analysis of the development of the Tethyan realm in space and time. In particular, the relationship between the Variscan and the Cimmerian cycles in the Mediterranean-Alpine realm is clearly illustrated by numerous maps. For the Alpine cycle, the relationship between the Alpides senso stricto and the Tethysides is also explicable in terms of plate tectonic development of the Alpine Tethys-Atlantic domain versus the NeoTethys domain. Generic GenericM internal-pdf://Stampfli & Borel (2002)-1073074689/Stampfli & Borel (2002).pdf 2?8 # Schroot, B.M.
Schüttenhelm, R.T.E. 20037 Expressions of shallow gas in the Netherlands North Sea 91-105" Netherlands Journal of Geosciences 82 1 Petroleum Geology Netherlands CenozoicY internal-pdf://Schroot & Schuttenhelm (2003)-0846054151/Schroot & Schuttenhelm (2003).pdf ?9 Coulter, G.R.
Purvio, S.B. 19832 Successful stimulation practices. Offshore Holland 1211-1218 Journal of Petroleum Technology 34 Petroleum Geology Netherlands Generic ? [ Van Grootel, G.
Verniers, J.
Geerkens, B.
Laduron, D.
Verhaeren, M.
Hertogen, J.
De Vos, W. 1997j Timing of magmatism, foreland basin development, metamorphism and inversion in the Anglo-Brabant fold belt 607-616 Geological Magazine 134 5 Acadian-Phase; Anglia-Basin; Anglo-Brabant-Belt; basin-inversion; Belgium-; biostratigraphy-; Brabant-Massif; Chitinozoa-; clay-minerals; deformation-; Devonian-; Dinant-Basin; Eifelian-; Europe-; EUROPROBE-; forelands-; illite-; illite-crystallinity; magmas-; magmatism-; metamorphism-; microfossils-; Middle-Devonian; Namur-Belgium; Ordovician-; Paleozoic-; palynomorphs-; sheet-silicates; silicates-; stratigraphy-; structural-geology; subduction-; subsidence-; uplifts-; Upper-Ordovician; Western-Europe; Structural-geology; Stratigraphy Structural Geology Belgium
PalaeozoicQ internal-pdf://Van Grootel et al. (1997)-3926498617/Van Grootel et al. (1997).pdf ? Coleman, J.M.
Prior, D.B. 1982 Deltaic environments 139-178# Sandstone Depositional Environments Scholle, P.A.
Spearing, D. Tulsa- American Association of Petroleum Geologists Clastic sedimentology Generic Generic F? David, F. 1990Q Sedimentologie und Beckenanalyse im Westfal C und D des nordwestdeutschen BeckensY Deutsche Wissenschaftliche Gesellschaft für Erdöl, Erdgas und Kohle e.V., DGMK-Bericht 384-3 Clastic sedimentology Germany
Carboniferous ?
5 Den Hartog Jager, D.G.
Boekelman, W.
Mijnlieff, H.F. 1993; Regional geology of the Carboniferous in the NE Netherlands 24929 Assen! Nederlandse Aardolie Maatschappij Geology Netherlands
Carboniferous + t ? o C Hampson, G.J.
Davies, S.J.
Elliott, T.
Flint, S.S.
Stollhofen, H. 1999 Incised valley fill sandstone bodies in Upper Carboniferous fluvio-deltaic strata: recognition and reservoir characterization of Southern North Sea analogues 771-788I Petroleum Geology of North-West Europe: Proceedings of the 5th Conference Fleet, A.J.
Boldy, S.A.R. London The Geological Society Petroleum Geology Southern North SeaT
PH?
' Hampson, G.J.
Stollhofen, H.
Flint, S. 1999y A sequence stratigraphic model for the Lower Coal Measures (Upper Carboniferous) of the Ruhr district, north-west Germany
1199-1231 Sedimentology 46 6 Stratigraphy Germany
6? = Hedemann, H.-A.
Schuster, A.
Stancu-Kristoff, G.
Lösch, J. 1984m Die Verbreitung der Kohlenflöze des Oberkarbons in Nordwest-deutschland und ihre stratigraphische Einstufung 39-888 Fortschritte in der Geologie von Rheinland und Westfalen 32 Palaeogeography Germany
Carboniferous ? Y Jones, N.S.
Glover, B.W. 2005 Fluvial sandbody architecture, cyclicity and sequence stratigraphical setting – implications for hydrocarbon reservoirs: the Westphalian C and D of the Osnabrϋck and Ibbenbϋren area, northwest Germany 57-74X Carboniferous hydrocarbon geology - The southern North Sea and surrounding onshore areas 77 Collinson, J.D.
Evans, D.J.
Holliday, D.W.
Jones, N.S.3 Yorkshire Geological Society Occasional Publication Petroleum Geology Germany
CarboniferousI internal-pdf://Jones & Glover (2005)-0792392706/Jones & Glover (2005).pdf Y?
Kraus, M.J.
Aslan, A. 1999G Palaeosol sequences in floodplain environments: a hierarchical approach 303-321A Palaeoweathering, Palaeosurfaces and Related Continental Deposits 27 Thiry, M.
Simon-Coicon, R. A International Association of Sedimentologists Special Publication Clastic sedimentology Generic Generic
Q ? " Lunt, I.A.
Bridge, J.S.
Tye, R.S. 2004B A quantitative, three-dimensional model of gravelly braided rivers 377-414
Sedimentology 51 3 Clastic sedimentology Gener# ? C Menning, M.
Weyer, D.
Drozdzewski, G.
van Amerom, H.W.J.
Wendt, I. 2000 A Carboniferous Time Scale 2000: discussion and use of geological parameters as time indicators from Central and Western Europe 3-44 Geologisches Jahrbuch A156 Stratigraphy Europe Generic [ ? Quirk, D.G.
Aitken, J.F. 1997O The structure of the Westphalian in the northern part of the southern North Sea 143-152= Petroleum Geology of the Southern North Sea: Future Potential 123# Ziegler, K.
Turner, P.
Daines, S.R. London& Geological Society Special Publication Structural Geology Southern North Sea
Carb ? Van Wees, J. D.
Stephenson, R. A.
Ziegler, P. A.
Bayer, U.
McCann, T.
Dadlez, R.
Gaupp, R.
Narkiewicz, M.
Bitzer, F.
Scheck, M. 2000; On the origin of the Southern Permian Basin, Central Europe 43-59 Marine and Petroleum Geology 17 1 Broad-Fourteens-Basin; Central-Europe; depositional-environment; Europe-; extension-tectonics; faults-; intracontinental-basins; Mohorovicic-discontinuity; Northeastern-German-Plain; Northwestern-German-Plain; Paleozoic-; Permian-; plate-tectonics; Polish-Lowland; rifting-; Rotliegendes-; southern-Permian-Basin; subsidence-; tectonics-; thickness-; Upper-Permian; wrench-faults; Zechstein-; Structural-geology Structural Geology Central Europe PermianK internal-pdf://Van Wees et al. (2000)-3500662016/Van Wees et al. (2000).pdf Z? Vercoutere, C.
van den Haute, P. 1993f Post-Palaeozoic cooling and uplift of the Brabant Massif as revealed by apatite fission track analysis 639-646 Geological Magazine 130 5e apatite-; Belgium-; Brabant-Massif; Caledonian-Orogeny; Carboniferous-; Cimmerian-Orogeny; cooling-; Dinant-Basin; Europe-; fission-track-dating; geochronology-; Hercynian-Orogeny; igneous-rocks; Jurassic-; Mesozoic-; Namur-Belgium; Paleozoic-; phosphates-; sedimentary-rocks; uplifts-; Upper-Carboniferous; Western-Europe; Geochronology; Structural-geology Structural Geology Belgium Mesozoic /?
De Vos, W. 1997j Influence of the granitic batholith of Flanders on Acadian and later deformation (Brabant Massif, Belgium) 49-52 Aardkundige Mededelingen 8P Acadian-; Alpine-Orogeny; batholiths-; Belgium-; Brabant-Massif; Cambrian-; deformation-; Europe-; Flanders-Batholith; granites-; gravity-anomalies; Hercynian-Orogeny; igneous-rocks; intrusions-; magmas-; Middle-Cambrian; orogeny-; Paleozoic-; plate-tectonics; plutonic-rocks; subduction-; tectonics-; Western-Europe; Structural-geology Structural Geology Belgium Generic 7 ? ) Waters, C. N.
Glover, B. W.
Powell, J. H. 1994i Structural synthesis of S Staffordshire, UK; implications for the Variscan evolution of the Pennine Basin 697-713" Journal of the Geological Society 151 4) basement-; Carboniferous-; deformation-; England-; Europe-; faults-; Great-Britain; Hercynian-Orogeny; orogeny-; Paleozoic-; Pennine-Basin; reverse-faults; Staffordshire-England; Stephanian-; strike-slip-faults; United-Kingdom; Upper-Carboniferous; Western-Europe; Westphalian-; Structural-geology Structural Geology UK
Carbonifer? Weber, K. 1984j Variscan events; early Palaeozoic continental rift metamorphism and the late Palaeozoic crustal shortening 3-22/ Variscan Tectonics of the North Atlantic Region 14 Hutton, D.H.W. London' Geological Society Special PublicationsD absolute-age; alkaline-earth-metals; basement-; Caledonian-Orogeny; Central-Europe; continental-rift; crustal-shortening; dates-; Europe-; geochronology-; geodynamics-; Germany-; Hercynian-Orogeny; isotopes-; lithosphere-; lower-Paleozoic; metals-; metamorphic-rocks; metamorphism-; Moldanubian-; nappes-; Paleozoic-; plate-tectonics; processes-; Rb-Sr; Rhenish-Schiefergebirge; Rhenohercynian-; rifting-; Saxothuringian-; Sr-87-Sr-86; stable-isotopes; stratigraphic-boundary; strontium-; structural-geology; tectonics-; upper-Paleozoic; zoning-; Structural-geology; Geochronology Structural Geology Europe
Palaeozoic w? - Wilcox, Ronald E.
Harding, T. P.
Seely, D. R. 1973 Basic Wrench Tectonics 74-965 American Association of Petroleum Geologists Bulletin 57 1 En-echelon; experimental-studies; faults-; folds-; models-; patterns-; petroleum-; petroleum-exploration; possibilities-; systems-; traps-; wrench-; Structural-geology Structural Geology Generic Generic :?N
Verbeek, J.W. 1986 Calcareous nannoplankton at the Cretaceous Tertiary boundary in the region near Maastricht in the province of Limburg (The Netherlands) 357-365E Proceedings of the Koninklijke Nederlandse Akademie van Wetenschappen 89
Palaeontology Netherlands Cretaceous; Palaeogene ? o Williams, G.D. 19939 Structural models for the evolution of the North Sea area 1083-1093I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference 4 Parker, J.R. London The Geological Society Structural Geology North Sea Generic= internal-pdf://Williams (1993)-1206228490/Williams (1993).pdf o? Wrede, V. 1987_ Der Einfluss des Brabanter Massivs auf die Tektonik des Aachener-Erkelenzer Steinkohlengebietes 177-192/ Neues Jahrbuch für Geologie und Paläontologie 1987 3v Aachen-Erkelenz-District; Belgium-; Brabant-Massif; Central-Europe; coal-; coal-fields; cratons-; displacements-; economic-geology; Europe-; evolution-; faults-; Germany-; Hercynian-Orogeny; North-Rhine-Westphalia-Germany; organic-residues; orogeny-; overthrust-faults; Rhine-Westphalian-Basin; sedimentary-rocks; tectonics-; West-Germany; Western-Europe; Structural-geology Structural Geology Germany
Carboniferous ? Ziegler, P.A.
Cloetingh, S. 20048 Dynamic processes controlling evolution of rifted basins 1-50 Earth Science Reviews 64 1-2 basins-; bibliography-; crust-; dynamics-; extension-; lithosphere-; magmatism-; plate-tectonics; review-; rheology-; rifting-; shear-; strain-; stress-; subsidence-; Solid-earth-geophysics Structural Geology The extension of the lithosphere, controlling the development of rifted basins, is driven by a combination of plate-boundary forces, frictional forces exerted on the base of the lithosphere by the convecting asthenosphere and deviatoric tensional stresses developing over upwelling branches of the asthenospheric convection system. Although mantle plumes are not a primary driving force of rifting, they play an important secondary role by weakening the lithosphere and by controlling the level of rift-related volcanic activity. A distinction between "active" and "passive" rifting is only conditionally justified. The extension of the lithosphere, depending on its rate and magnitude, and the potential temperature of the asthenosphere, can cause by adiabatic decompression partial melting of the lower lithosphere and upper asthenosphere. In rift systems, the level and timing of volcanic activity is highly variable. The lack of volcanic activity implies "passive" rifting. An initial "passive" rifting stage can be followed by a more "active" one during which magmatism plays an increasingly important role. Magmatic destabilization of the Moho may account for the frequently observed discrepancy between upper and lower crustal extension factors. Combined with evidence for thermal thinning of the mantle-lithosphere, this suggest that the volume of the lithosphere is not necessarily preserved during rifting as advocated by conventional stretching models. The structural style of rifts is controlled by the rheological structure of the lithosphere, the availability of crustal discontinuities that can be tensionally reactivated, the mode (orthogonal or oblique) and amount of extension, and the lithological composition of pre- and syn-rift sediments. Simple-shear extension prevails in rifts that subparallel the structural grain of the basement. Pure-shear extension is typical for rifts cross-cutting the basement grain. Pre-existing crustal and mantle-lithospheric discontinuities contribute to the localization of rift systems. The duration of the rifting stage of extensional basins is highly variable. Stress field changes can cause abrupt termination of rifting. In major rift systems, progressive strain concentration on the zone of future crustal separation entails abandonment of lateral rifts. Depending on constraints on lateral block movements, crustal separation can be achieved after as little as 9 My and as much as 280 My of rifting activity. Syn-rift basin subsidence is controlled by isostatic adjustment of the crust to mechanical stretching of the lithosphere, its magmatic inflation and thermal attenuation of the mantle-lithosphere. Post-rift basin subsidence is governed by thermal reequilibration of the lithosphere-asthenosphere system. Deep-seated thermal anomalies related to syn-rift pull-up of the asthenosphere-lithosphere boundary have decayed after 60 My by about 65% and after 180 My by about 95%. The magnitude of post-rift subsidence is a function of the rift-induced thermal anomaly and crustal density changes, the potential temperature of the asthenosphere and initial water depths. Intraplate stresses can have an overprinting effect on post-rift subsidence. Stretching factors derived from post-rift subsidence analyses must be corrected for such effects. Generic GenericS internal-pdf://Ziegler & Cloetingh (2004)-0251564545/Ziegler & Cloetingh (2004).pdf ? F Ziegler, P.A.
Schumacher, M.E.
Dèzes, P.
van Wees, J.D.
Cloetingh, S. 2006[ Post-Variscan evolution of the lithosphere in the area of the European Cenozoic rift system 97-112% Geological Society of London, Memoirs 32 Carboniferous-; Cenozoic-; crustal-thinning; DEKORP-; depth-; ECRIS-; Europe-; faults-; Hercynian-Orogeny; lithosphere-; Mohorovicic-discontinuity; orogeny-; paleogeography-; Paleozoic-; Permian-; plate-tectonics; Rhine-Valley; rifting-; subsidence-; Solid-earth-geophysics Structural Geology6 The European Cenozoic Rift System (ECRIS) transects Variscan basement, Permo-Carboniferous troughs and Late Permian to Mesozoic series, deposited in thermal sag basins, which are exposed on rift-related arches. We have analysed processes governing the transformation of the orogenically destabilized Variscan lithosphere into end-Cretaceous stabilized cratonic lithosphere, prior to its renewed Cenozoic rift-related destabilization. In the ECRIS area, crustal and lithospheric thicknesses at present are in the range of 24-35 km and 60-120 km, respectively. The Variscan orogen was characterized at the time of its end-Westphalian consolidation by 45-60 km deep crustal roots, marking major sutures. During the Stephanian-Early Permian wrench-induced collapse of the Variscan orogen, subducted lithospheric slabs were detached, causing upwelling of the asthenosphere, thermal thinning and/or partial delamination of the lithospheric mantle, and regional uplift. By mid-Permian times, the crust was thinned to 28-35 km owing to its regional erosional unroofing, localized mechanical stretching and the interaction of mantle-derived melts with its basal parts. By mid-Permian times, when the temperature of the asthenosphere returned to ambient levels, thermal subsidence of the lithosphere commenced, controlling development of a system of Late Permian and Mesozoic intracratonic basins. These experienced repeated minor subsidence accelerations, related to the build-up of far-field stresses, which did not involve renewed lithospheric destabilization. Modelling of observed subsidence curves indicates that during the mid-Permian lithospheric thicknesses ranged in the ECRIS area between 40 and 80 km, but had increased by the end of the Cretaceous to 100-120 km. Cenozoic rifting and mantle-plume activity caused renewed lithospheric thinning. Western Europe CenozoicI internal-pdf://Ziegler et al. (2006)-3920882688/Ziegler et al. (2006).pdf ? A Dreesen, R.
Bossiroy, D.
Dusar, M.
Flores Romeo, M.
Verkaeren, P. 1995 Overview of the influence of syn-sedimentary tectonics and palaeo-fluvial systems on coal seam and sand body characteristics in the Westphalian C strata, Campine Basin, Belgium 215-232 European Coal Geology 82 1 Whateley, M.K.G
Spears, D.A. London' Geological Society Special Publications Belgium-; Campine-Basin; Carboniferous-; clastic-rocks; coal-; coal-exploration; coal-seams; correlation-; depositional-environment; Europe-; fluvial-environment; lithologic-controls; organic-residues; paleogeography-; Paleozoic-; sandstone-; sedimentary-rocks; sequence-stratigraphy; structural-controls; synsedimentary-processes; Upper-Carboniferous; Western-Europe; Westphalian-; Economic-geology,-geology-of-energy-sources Structural Geology Belgium
CarboniferousI internal-pdf://Dreesen et al. (1995)-2519314745/Dreesen et al. (1995).pdf ? Kosters, M.
Donselaar, M. E. 2003 Syn-sedimentary faulting and the formation of localized reservoir sands; Carboniferous examples from the Campine Basin, Belgium and the Dutch offshore 309-319 Petroleum Geoscience 9 4 Atlantic-Ocean; Belgium-; Caister-Sandstone; Campine-Basin; Carboniferous-; clastic-rocks; cores-; depositional-environment; Europe-; faults-; fluvial-environment; geophysical-methods; geophysical-profiles; geophysical-surveys; lacustrine-sedimentation; lithofacies-; Netherlands-; North-Atlantic; North-Sea; offshore-; Paleozoic-; petroleum-engineering; reservoir-properties; sandstone-; sedimentary-rocks; sedimentation-; seismic-methods; seismic-profiles; structural-controls; surveys-; syn-sedimentary-faults; synsedimentary-processes; tectonics-; Upper-Carboniferous; Western-Europe; Westphalian-; Economic-geology,-geology-of-energy-sources
Geophysics The Westphalian B in the Campine Basin in Belgium contains a low net-to-gross succession of fluvial channel and crevasse sandbodies embedded in lacustrine and floodplain claystone and siltstone. Study and correlation of closely spaced boreholes reveal a localized 15-25 m thick succession of stacked fluvial channel sandbodies in this overall low net-to-gross setting. This concentration of sandbodies is interpreted as the fill of a tectonically induced palaeo-valley based on the orientation of syn-sedimentary faults and the palaeogeographical setting of the Campine Basin, far away from the Westphalian Sea. The depositional model was used to interpret stacks of fluvial sandstone of the Caister Sandstone (Westphalian B) in the Dutch offshore and may guide finding economic reservoirs in the overall low net-to-gross labyrinth-type fluvial architecture in this area and in comparable structural settings. Netherlands; Belgium
CarboniferousS internal-pdf://Kosters & Donselaar (2003)-0761281026/Kosters & Donselaar (2003).pdf ?
Frikken, H.W. 1998c Drenthe Carboniferous study: New concepts, analogues, geometry data and thoughts on the way forward Assen NAM Petroleum Geology Netherlands
Carboniferous 6? Van Hulten, F.F.N.
Poty, E. 2008d Geological factors controlling Early Carboniferous Carbonate Platform development in the Netherlands 175-196 Geological Journal 43 Geology Netherlands
CarboniferousO internal-pdf://Van Hulten & Poty (2008)-1040349968/Van Hulten & Poty (2008).pdf u? ! 2 Pagnier, H.J.M.
Pestman, P.J.
van Tongeren, P.C.H. 1987* Recent coal exploration in the Netherlands 151-162F Proceedings of the 13th Annual Underground Coal Gasification Symposium Martin, J.W.
Acarome, S.P. Laramie, Wyoming US Dept. of Ene3? Bloxham, T.W.
Thomas, R.L. 1969 Palaeontological and geochemical facies in the Gastrioceras subcrenatum marine-band and associated rocks from North Crop of the South Wales Coalfield 239-2815 Quarterly Journal of the Geological Society of London 124 Geochemistry UK
Carboniferous ? Spears, D.A. 1964[ The major element geochemistry of the Mansfield marine band in the Westphalian of Yorkshire 1679-1696 Geochimica et Cosmochimica Acta 28 Geochemistry UK
Carboniferous9 internal-pdf://Spears (1964)-2864400128/Spears (1964).pdf Pd?
Bongaerts, H. 1996B Mineraal-systematiek van het Emma-Hendrik-steenkoolveld (Limburg). 97-106 Grondboor & Hamer 5
Mineralogy Netherlands
Carbo 0? J Van der Zwan, C.J.
Laar, J.G.M. van der
Pagnier, H.J.M.
Amerom, H.W.J. van 1993~ Palynological, ecological and climatological synthesis of the upper carboniferous of the well De Lutte-6 (Eastern Netherlands) 167-186k Comptes Rendus Douzième Congrès International de la Stratigraphie et Géologie du Carbonifère et Permien 12
Palaeontology Netherlands
C7?m Bouckaert, Joseph 1967! Namurian transgression in Belgium 145-150. Annales de la Société Géologique de Pologne 37 1, Ammonoidea-; Belgium-; Carboniferous-; Cephalopoda-; changes-of-level; Europe-; Goniatites-; Goniatitida-; Goniatitidae-; Invertebrata-; Mollusca-; Namurian-; northeast-; Paleozoic-; sea-level-changes; stratigraphy-; Tetrabranchiata-; transgression-; Upper-Carboniferous; Western-Europe; Stratigraphy PalaeogeographyK The Namurian (Carboniferous) marine transgression in Belgium was from the northeast and extended as far as the Condroz overthrust. It has been traced by the distribution and correlation of goniatites. The boundary with Visean is unconformable and pockets of Namurian shale have been found filling cavities in the Visean limestones. Belgium
Carboniferous y? j David, F. 1987e Sandkörper in fluviatilen Sandsteinen des Unteren Westfal D (Oberkarbon) am Piesberg bei Osnabrϋck. 51-58 Facies 17 1 Clastic sedimentology Germany
Carboniferous7 internal-pdf://David (1987)-0952074296/David (1987).pdffS H? Drozdzewski, G. 2005` Zur sedimentären Entwicklung des Subvariscikums im Namurium und Westfalium Nordwestdeutschlands 151-203O Stratigraphie von Deutschland V - Das Oberkarbon (Pennsylvanium) in Deutschland 254 Wrede, V. Frankfurt am Main& Courier Forschungsinstitut Senckenberg Clastic sedimentology Germ\ ? " Jankowski, B.
David, F.
Selter, V. 1993c Facies complexes of the Upper Carboniferous in north-west Germany and their structural implications 139-158( Rhenohercynian and Subvariscan Foldbelts& Gayer, R.A.
Greiling, R.O.
Vogel, A.K. Wiesbaden International Monograph Series Clastic sedimentology Germany
Carboniferous<? Hartley, A. 1993f Silesian sedimentation in south-west Britain: sedimentary responses to the developing variscan orogeny 159-196( Rhenohercynian and Subvariscan Foldbelts% Gayer R.A.
Greiling, R.O.
Vogel, A.K. Wiesbaden International Monograph Series Palaeogeography UK
Carboniferous ?
Pagnier, H. J. M. 1988 Vertical and lateral sedimentary trends in six recently drilled wells through Upper Westphalian A to Upper Westphalian C-strata in the Netherlands Heerlen Rijks Geologische Dienst Clastic sedimentology Netherlands
# D? Paproth, E. 19877 The Variscan front north of the Ardenne-Rhenish massifs 279-296/ Annales de la Société Géologique de Belgique 110 2 Structural Geology Netherlands; Belgium; Germany
1? Wrede, V. 1993U Some aspects of interactivity between folding and thrusting in the Ruhr Carboniferous 241-268( Rhenohercynian and Subvariscan Foldbelts% Gayer R.A.
Greiling, R.O.
Vogel, A.K. Wiesbaden International Monograph Series Structural Geology Germany
Carboniferous ? Aplin, A.C.
Macquaker, J.H.S. 1993O C-S-Fe geochemistry of some modern and ancient anoxic marine muds and mudstones 89-100\ Philosophical Transactions of the Royal Society of London, Physical Sciences and Engineering 344 anaerobic-environment; burial-diagenesis; carbon-; case-studies; chemical-ratios; clastic-rocks; clastic-sediments; diagenesis-; early-diagenesis; geochemistry-; iron-; kerogen-; marine-environment; metals-; models-; mud-; mudstone-; organic-compounds; pyrite-; rates-; reduction-; sedimentary-rocks; sediments-; sulfates-; sulfides-; sulfur-; Sedimentary-petrology; Geochemistry-of-rocks,-soils,-and-sediments Geochemistry Generic GenericC internal-pdf://Aplin et al (1993)-3247045120/Aplin et al (1993).pdf ? 2 Vorlicek, T. P.
Kahn, M. D.
Kasuya, Y.
Helz, G. R. 2004c Capture of molybdenum in pyrite-forming sediments: Role of ligand-induced reduction by polysulfides 547-556 Geochimica et Cosmochimica Acta 68 3 anaerobic-environment; anions-; chemical-fractionation; chemical-reactions; experimental-studies; geochemistry-; ions-; iron-sulfides; ligands-; marine-environment; metals-; metasomatism-; mineral-water-interface; molybdates-; molybdenum-; polysulfides-; pyrite-; pyritization-; reagents-; reduction-; sample-preparation; sediments-; spectra-; sulfides-; sulfur-; thiomolybdates-; transformations-; X-ray-spectra; General-geochemistry; Mineralogy-of-non-silicates Geochemistryo Capture of Mo by FeS (sub 2) is an important sink for marine Mo. X-ray spectroscopy has shown that Mo forms Mo-Fe-S cuboidal clusters on pyrite. Reduction of Mo (super VI) must occur to stabilize these structures. Sulfide alone is a poor reductant for Mo, producing instead a series of Mo (super VI) thioanions (MoO (sub x) S (sub 4-x) (super 2-) , x = 0-3). In solutions that contain both H (sub 2) S and S (super 0) -donors (i.e. polysulfides; dissolved S (sub 8) ), Mo is transformed to Mo (super IV) or Mo (super V) (sub 2) polysulfide/sulfide anions. This intramolecular reduction requires no external reducing agent. Remarkably, an oxidizing agent (S (super 0) donor), rather than a reducing agent, stabilizes the reducible Mo (super VI) complex. Thiomolybdates and their reduction products do not precipitate spontaneously; solutions supersaturated by 10 (super 9) with respect to molybdenite, MoS (sub 2) , produce no precipitate in 40 days. In 10-minute exposures, pyrite can scavenge MoOS (sub 3) (super 2-) and MoS (sub 4) (super 2-) weakly at mildly alkaline pH but can scavenge an unidentified product of the S (super 0) -induced reduction of MoOS (sub 3) (super 2-) very strongly. On the basis of these observations, a reaction pathway for Mo capture by pyrite is proposed. Conditions that favor Mo capture by this pathway also favor pyrite growth. Ascribing Mo capture simply to low redox potential is too simplistic and neglects the likely role of oxidizing S (super 0) -donors. The aqueous speciation of Mo in anoxic environments will be a function of the activity of zero-valent sulfur as well as the activity of H (sub 2) S(aq). Generic GenericK internal-pdf://Vorlicek et al. (2004)-2966640440/Vorlicek et al. (2004).pdf o# ? % Gluyas, J.
Jolley, E.J.
Primmer, T.J. 1997e Element mobility during diagenesis; sulphate cementation of Rotliegend sandstones, southern North Sea 1001-1011 Marine and Petroleum Geology 14 7-8 Amethyst-Field; anhydrite-; Atlantic-Ocean; barite-; burial-; cementation-; clastic-rocks; diagenesis-; grain-size; isotope-ratios; isotopes-; migration-of-elements; natural-gas; North-Atlantic; North-Sea; O-18-O-16; oil-and-gas-fields; oxygen-; Paleozoic-; permeability-; Permian-; petroleum-; porosity-; production-; reservoir-rocks; Rotliegendes-; S-34-S-32; sandstone-; sedimentary-rocks; stable-isotopes; sulfates-; sulfur-; thermal-history; Upper-Permian; Zechstein-; Economic-geology,-geology-of-energy-sources; Sedimentary-petrology Geochemistry Southern North Sea permi? Sah, R.H.
Brown, P.H. 19964 Boron determination - a review of analytical methods 285-304 Microchemical Journal 56 Geochemistry Generic GenericY internal-pdf://Borium-measurement-techniques-2260521216/Borium-measurement-techniques.pdf ? 1 Środoń, J.
Clauer, N.
Banaś, M.
Wójtowicz, A. 2006l K-Ar evidence for a Mesozoic thermal event superimposed on burial diagenesis of the Upper Silesia coal basin 669-690
Clay Minerals 41 2 absolute-age; bentonite-; burial-diagenesis; Central-Europe; clastic-rocks; clay-mineralogy; clay-minerals; dates-; diagenesis-; Europe-; illite-; illitization-; K-Ar; Katowice-Poland; Mesozoic-; metamorphism-; Poland-; sedimentary-rocks; sheet-silicates; silicates-; smectite-; thermal-metamorphism; Upper-Silesian-coal-basin; vitrinite-reflectance; Sedimentary-petrology; Geochronology Burial historyR K-Ar dating of mixed-layer illite-smectite from clay fractions extracted from pyroclastic horizons was used to address the controversy about the age and mechanism of the thermal alteration of Carboniferous rocks from the Upper Silesia Coal Basin (USCB). The clay fractions were also investigated by X-ray diffraction in order to select for dating samples possibly rich in illite-smectite, and to evaluate the K-Ar dates for possible contamination by K-bearing pre-diagenetic minerals, of pyroclastic or epiclastic origin. The K-Ar dates document intense Variscian tectonic burial illitization produced by thrusting (approximately 290 Ma) in the SW of the basin, and the lack of intense burial illitization in the NE, which is consistent with sedimentological models of the basin. The burial illitization in its final phase (<30%S in illite-smectite) involved incorporation of measurable amounts of ammonium cation in the illite structure (substitution for K). Advanced illitization in the NE of the basin is much younger than its tectonic inversion (uplift and erosion started in Permian), and the corresponding K-Ar dates have to be interpreted as the result of a Mesozoic thermal event, which produced widespread pervasive illitization at shallow depth. This event was dated at 175 Ma, but it may have started earlier and could have lasted longer. This conclusion is consistent with widespread evidence of a major Mesozoic thermal event all over Central Europe, produced by rifting and lithospheric thinning during the opening of the Tethys and Atlantic oceans. This study demonstrates that smectite illitization histories may be very complex, and that the nature of the illitization mechanism results in mixed K-Ar dates encompassing pro-longed or multiple illitization histories. Dating of several grain-size fractions may help to unravel such histories. When a calibration using data from Neogene sedimentary basins is applied, vitrinite reflectance and %S in I-S indicate similar palaeotemperatures of tectonic burial diagenesis in the USCB, but they produce very different estimates of the temperature of the thermal event. Poland MesozoicK internal-pdf://Środoń et al. (2006)-3630909446/Środoń et al. (2006).pdf 0?: ' Bless, M.J.M.
Bouckaert, J.
Paproth, E. 1983 Recent exploration in pre-Permian rocks around the Brabant Massif in Belgium, the Netherlands and the Federal Republic of Germany 51-62 Geologie en Mijnbouw 62 1 allochthons-; Belgium-; bibliography-; block-structures; Brabant-Massif; Caledonian-Orogeny; Central-Europe; cratons-; economic-geology; energy-sources; Europe-; exploration-; faults-; Germany-; Hercynian-Orogeny; kinematics-; Netherlands-; overthrust-faults; paleogeography-; Paleozoic-; structural-geology; tectonics-; uplifts-; West-Germany; Western-Europe; Structural-geology; Economic-geology,-geology-of-energy-sources Petroleum Geology Netherlands; Belgium; Germany
PalaeozoicE internal-pdf://Bless et al. (1983)-4104571969/Bless et a)? % 1 Pearce, T. J.
Martin, J.H.
Cooper, D.
Wray, D. S. 2010o Chemostratigraphy of Upper Carboniferous (Pennsylvanian) sequences from the Southern North Sea (United Kingdom) 1-24 Geochemistry UK
CarboniferousA internal-pdf://Pearce et al. (-)-2971101702/Pearce et al. (-).pdf?
Spears, D. A. 20064 Clay mineralogy of onshore UK Carboniferous mudrocks 395-416
Clay Minerals 41 14 bentonite-; burial-diagenesis; Carboniferous-; clastic-rocks; clay-mineralogy; clay-minerals; claystone-; diagenesis-; Europe-; kaolinite-; mineral-composition; mudstone-; paleosols-; Paleozoic-; sedimentary-rocks; sheet-silicates; silicates-; tonstein-; United-Kingdom; Western-Europe; Sedimentary-petrology
Mineralogy The Carboniferous in Britain is diverse, and this is reflected in the clay mineral assemblages. Several factors affecting the assemblages are identified including climate, rates of weathering and erosion, source rocks in the hinterland, preservation of paleosols, whether the source rocks are nearby or distant, sorting during transportation, the presence of altered volcanic ash-falls in the depositional environment and the extent of burial diagenesis. There are temporal and geographic variations in the clay mineral assemblages in the mudrocks as a result of these controls. There are also clay-rich rocks that differ from the normal mudrocks, and a knowledge of the clay mineralogy of these is a necessary prerequisite to a full understanding of their origins. Mudrocks falling in this category, and described below, include bauxitic clays, flint clays, fragmental clay rocks, tonsteins and K-bentonites and various paleosols. UK
Carboniferous9 internal-pdf://Spears (2006)-4168100880/Spears (2006).pdf a? ! Scheck-Wenderoth, M.
Lamarche, J. 2005q Crustal memory and basin evolution in the Central European Basin System—new insights from a 3D structural model 143-165 Tectonophysics 397 Structural Geology Western Europe Genericc internal-pdf://Scheck-Wenderoth & Lamarche (2005)-1378878248/Scheck-Wenderoth & Lamarche (2005).pdf ? P Techer, Isabelle
Rousset, Davy
Clauer, Norbert
Lancelot, Joel
Boisson Jean, Yves 2006 Chemical and isotopic characterization of water-rock interactions in shales induced by the intrusion of a basaltic dike; a natural analogue for radioactive waste disposal 203-222 Applied Geochemistry 21 2w absolute-age; alkaline-earth-metals; basalts-; bedrock-; characterization-; clastic-rocks; clay-minerals; dates-; dikes-; environmental-analysis; Europe-; France-; geochemistry-; glasses-; ground-water; hazardous-waste; heat-flux; Herault-France; igneous-rocks; intrusions-; isotope-ratios; isotopes-; Jurassic-; K-Ar; lithostratigraphy-; Lower-Jurassic; Mesozoic-; metals-; mineral-composition; movement-; natural-analogs; palagonite-; Perthus-Pass; petrography-; pollution-; precipitation-; radioactive-isotopes; radioactive-waste; sedimentary-rocks; SEM-data; shale-; sheet-silicates; silicates-; Sr-87-Sr-86; stable-isotopes; stratigraphic-units; strontium-; textures-; thermal-circulation; Toarcian-; tracers-; upper-Liassic; volcanic-rocks; waste-disposal; water-pollution; water-rock-interaction; Western-Europe; X-ray-diffraction-data; Isotope-geochemistry; Environmental-geology Geochemistry~ Disposal of nuclear waste in deep geological formations is expected to induce thermal fluxes for hundreds of years with maximum temperature reaching about 100-150 degrees C in the nearfield argillaceous environment. The long-term behavior of clays subjected to such thermal gradients needs to be perfectly understood in safety assessment considerations. In this respect, a Toarcian argillaceous unit thermally disturbed by the intrusion of a 1.1-m wide basaltic dike at the Perthus pass (Herault, France), was studied in detail as a natural analogue. The thermal imprint induced by the dike was evaluated by a mineralogical, chemical and K-Ar study of the <2 mu m clay fraction of shale samples collected at increasing distance from the basalt. The data suggest that the mineral composition of the shales was not significantly disturbed when the temperature was below 100-150 degrees C. Closer to the dike at 150-300 degrees C, changes such as progressive dissolution of chlorite and kaolinite, increased content of the mixed layers illite-smectite with more illite layers, complete decalcification and subsequent increased content of quartz, were found. At the eastern contact with the dike, the mineral and chemical compositions of both the shales and the basalt suggest water-rock interactions subsequent to the intrusion with precipitation of palagonite and renewed but discrete deposition of carbonate. A pencil cleavage developed in the shales during the dike emplacement probably favored water circulation along the contact. Strontium isotopic data suggest that the fluids of probable meteoric origin, reacted with Bathonian and Bajocian limestones before entering the underlying Toarcian shales. By analogy with deep geological radioactive waste repositories, the results report discrete mineralogical variations of the clays when subjected to temperatures of 100-150 degrees C that are expected in deep storage conditions. Beyond 150 degrees C, significant mineralogical changes may alter the physical and chemical properties of the shales, especially of the clay fraction. Also, the development of structural discontinuities in the so-called thermally disturbed zone might be of importance as these discontinuities might become zones for preferential fluid circulation. Finally, the study emphasizes the use of Rb-Sr and K-Ar isotopic systems as tracers of local circulating fluids related to low-grade thermal imprints. Generic GenericG internal-pdf://Techer et al. (2006)-1979720976/Techer et al. (2006).pdfL ? 3 Berger, G.
Lacharpagne, J.C.
Velde, B.
Beaufort, D. 1997p Kinetic constraints on illitization reactions and the effects of organic diagenesis in sandstone-shale sequences 23-35 Applied Geochemistry 12 Geochemistry Generic GenericG internal-pdf://Berger et al. (1997)-2088100870/Berger et al. (1997).pdfp? @ Lanson, B.
Beaufort, D.
Berger, G.
Baradat, J.
Lacharpagne, J.C. 1996 Illitization of diagenetic kaolinite-to-dickite conversion series: late-stage diagenesis of the Lower Permian Rotliegend Sandstone reservoir, offshore of the Netherlands 501-518 Journal of Sedimentary Research 66 3 Atlantic-Ocean; Broad-Fourteens-Basin; clastic-rocks; clay-minerals; diagenesis-; dickite-; Europe-; illitization-; kaolinite-; late-diagenesis; Lower-Permian; Netherlands-; North-Atlantic; North-Sea; offshore-; Paleozoic-; Permian-; petroleum-; reservoir-rocks; Rotliegendes-; sandstone-; sedimentary-rocks; sheet-silicates; silicates-; southern-North-Sea; transformations-; Western-Europe; Economic-geology,-geology-of-energy-sources; Sedimentary-petrology
Mineralogy Netherlands PermianE internal-pdf://Lanson et al (1996)-0732146432/Lanson et al (1996).pdf ? * Kennedy, M.J.
Pevear, D.R.
Hill Ronald, J. 20028 Mineral surface control of organic carbon in black shale 657-660 Science 295 5555 black-shale; carbon-; clastic-rocks; clay-mineralogy; clay-minerals; Cretaceous-; geochemistry-; lithofacies-; lithostratigraphy-; Mesozoic-; mineral-composition; North-America; organic-carbon; organic-compounds; petroleum-; petroleum-accumulation; Pierre-Shale; resources-; sedimentary-rocks; sheet-silicates; silicates-; total-organic-carbon; United-States; Upper-Cretaceous; Western-Interior; Western-Interior-Seaway; Economic-geology,-geology-of-energy-sources; Sedimentary-petrology Geochemistry We show that 85% of variation in total organic carbon can be explained by mineral surface area in a black shale deposit from two locations in the late Cretaceous Western Interior Seaway, United States. This relation suggests that, as in modern marine sediments, adsorption of carbon compounds onto clay mineral surfaces played a fundamental role in the burial and preservation of organic carbon. Our data also provide evidence for organic matter within the smectite interlayer. This association implies that organic carbon sequestration in a representative oil-prone black shale facies may be more closely related to patterns of continental weathering and clay mineralogy than to ocean water chemistry or marine productivity. Generic GenericC internal-pdf://Kennedy et al 2002-0546383197/Kennedy et al 2002.pdf i? K Kennedy, Martin
Droser, Mary
Mayer Lawrence, M.
Pevear, David
Mrofka, David 2006C Late Precambrian oxygenation; inception of the clay mineral factory 1446-1449 Science 311 5766
alkaline-earth-metals; Australasia-; Australia-; chemical-weathering; clastic-rocks; clay-mineralogy; geochemistry-; isotope-ratios; isotopes-; life-origin; marine-environment; metals-; Neoproterozoic-; North-America; organic-compounds; oxygen-; paleoecology-; paleosols-; passive-margins; pedogenesis-; Precambrian-; Proterozoic-; Russian-Platform; secular-variations; sedimentary-rocks; Sr-87-Sr-86; stable-isotopes; strontium-; terrestrial-environment; upper-Precambrian; weathering-; Stratigraphy; Isotope-geochemistry Geochemistry# An enigmatic stepwise increase in oxygen in the late Precambrian is widely considered a prerequisite for the expansion of animal life. Accumulation of oxygen requires organic matter burial in sediments, which is largely controlled by the sheltering or preservational effects of detrital clay minerals in modern marine continental margin depocenters. Here, we show mineralogical and geochemical evidence for an increase in clay mineral deposition in the Neoproterozoic that immediately predated the first metazoans. Today most clay minerals originate in biologically active soils, so initial expansion of a primitive land biota would greatly enhance production of pedogenic clay minerals (the "clay mineral factory"), leading to increased marine burial of organic carbon via mineral surface preservation. Generic PrecambrianC internal-pdf://Kennedy et al 2006-3503372032/Kennedy et al 2006.pdf ? Fralick, P. W.
Kronberg, B. I. 1997> Geochemical discrimination of clastic sedimentary rock sources 111-124 Sedimentary Geology 113 1-2: Archean-; calc-alkalic-composition; Canada-; Canadian-Shield; chemical-ratios; clastic-rocks; controls-; geochemistry-; graphic-methods; igneous-rocks; North-America; Precambrian-; provenance-; sedimentary-rocks; Superior-Province; trace-elements; Geochemistry-of-rocks,-soils,-and-sediments; Sedimentary-petrology Geochemistry Factors controlling the geochemistry of a clastic sedimentary rock can include: (1) composition of source terrain, (2) chemical weathering, (3) hydraulic sorting, (4) diagenesis, (5) metamorphism, and (6) hydrothermal alteration. A linear solution inferring source terrain composition from geochemistry of the sediment is impossible in this multivariate system as several unknowns will commonly be present. The use of graphical analysis of element pairs circumvents the problem. Chemically immobile elements will maintain invariant ratios during rock mass change caused by either addition or depletion of mobile elements. This results in chemically immobile element scattergrams exhibiting linear trends along radians extending from the origin, if the major mineral phases of the immobile elements have behaved in a hydrodynamically similar manner. As chemically mobile element plots will produce a scatter of points, this relationship can be used to test chemical immobility and similarity in hydrodynamic sorting history. The constraint on analysis is that the source area must be compositionally uniform or the sediment well mixed prior to delivery to the basin. A second technique, using SiO (sub 2) plots, has also been developed to investigate element mobility and hydrodynamic behaviour of the mineral phases containing the elements. SiO (sub 2) -immobile element plots result in a linear arrangement of points extending towards either 0% or 100% SiO (sub 2) . The 0 intercept position occurs for elements with major mineral phases concentrated in sand; the 100 intercept for those concentrated in clays. Plotting chemically mobile elements produces different patterns, and this can be used to gain information on alteration and sorting history. Elemental ratios for chemically immobile elements with similar hydrodynamic behaviour will be the same as those for the weighted average composition of the source material. This provides a powerful tool for deducing source terrain from sediment geochemistry. Techniques outlined above were tested on Archaean metasandstones from Superior Province, Canada. Immobile element ratio diagrams for Nb-Al-Ti and Zr-Al-Ti indicate that a calc-alkaline extrusive-intrusive suite lying to the north of the study area was the source, and not five other volcanic suites in the region. This conclusion agrees with previous clast lithology studies and accentuates the applicability of the geochemical techniques. Generic GenericQ internal-pdf://Fralick & Kronberg (1997)-4108769300/Fralick & Kronberg (1997).pdf ? Follows, B.
Tyson, R. V. 1998 Organic facies of the Asbian (Early Carboniferous) Queensferry Beds, lower Oil Shale Group, South Queensferry, Scotland, and a brief comparison with other Carboniferous North Atlantic oil shale deposits 821-844 Organic Geochemistry 29 4 Albert-Formation; algae-; alginite-; aliphatic-hydrocarbons; alkanes-; amorphous-materials; anaerobic-environment; Arctic-region; aromatic-hydrocarbons; Asbian-; Atlantic-Ocean; biomarkers-; Botryococcus-; carbon-; Carboniferous-; Chlorophyta-; clastic-rocks; depositional-environment; Dinantian-; East-Greenland; Europe-; exinite-; faults-; fusinite-; geochemistry-; Great-Britain; Greenland-; hopanes-; hopanoids-; hydrocarbons-; inertinite-; kerogen-; lacustrine-environment; lineaments-; lithostratigraphy-; Lothian-region-Scotland; macerals-; microfossils-; Midland-Valley; mudstone-; North-Atlantic; oil-shale; Oil-Shale-Group; organic-compounds; paleogeography-; Paleozoic-; palynomorphs-; phytane-; phytoclasts-; Plantae-; pristane-; Queensferry-Beds; reconstruction-; Scotland-; sedimentary-rocks; semifusinite-; shale-; South-Queensferry-Scotland; steranes-; subsidence-; sulfur-; tectonics-; total-organic-carbon; triterpanes-; United-Kingdom; vitrinite-; Western-Europe; Geochemistry-of-rocks,-soils,-and-sediments Organic geochemistry UK
CarboniferousK internal-pdf://Follows & Tyson (1998)-3935089926/Follows & Tyson (1998).pdf F? Luan, G.
Steffan, E.M.
Weber, R. 1998; Optimizing Well Capacity in a Tight Carboniferous Reservoir SPE Paper 39912 Petroleum Geology Germany
Carboniferous ? Dietzel, H.J.
Koeler, M. 1998d Stimulation of a Low Permeability Natural Fractured Reservoir in the North-West German Carboniferous 83-95 SPE Paper 39913 Petroleum Geology Germany
Carboniferous ? Dahlgren, S.
Corfu, F. 2001w Northward sediment transport from the Late Carboniferous Variscan mountains; zircon evidence from the Oslo Rift, Norway 29-36" Journal of the Geological Society 158 absolute-age; Asker-Group; Carboniferous-; clastic-rocks; compression-tectonics; dates-; Europe-; Hercynian-Orogeny; monazite-; nesosilicates-; Norway-; orogeny-; orthosilicates-; Oslo-Graben; paleogeography-; Paleozoic-; phosphates-; provenance-; sandstone-; Scandinavia-; sediment-transport; sedimentary-rocks; silicates-; Silurian-; tectonics-; U-Pb; Upper-Carboniferous; Western-Europe; zircon-; Stratigraphy; Geochronology
Mineralogy Proto-rift, late Carboniferous fluvial and deltaic sandstones from the Asker Group are locally preserved in the upper Palaeozoic Oslo Rift. High-precision U-Pb ages of single detrital zircon grains from a Moscovian (late Westphalian to early Stephanian) sandstone and overlying tuffaceous sediments, that predated initial basaltic volcanism, have been used to study the provenance of the detritus and to evaluate the tectonic significance of the deposits. We find late Neoproterozoic (of Avalonian affinity), Cambro-Ordovician and early Carboniferous detrital zircons requiring that one of the source regions was located along, or south of, the axis between southern England and northeastern Germany and implying sediment transport from the south, probably as a consequence of uplift during the Asturic compressional phase of the Variscan Orogeny. Other age groups reflect typical Baltic sources, possibly from the Ringkobing-Fyn High. Detrital zircons (and monazite) from underlying Silurian sandstone (Wenlock-Ludlow) yield Svecofennian to Sveconorwegian as well as late Ordovician ages but lack late Neopoterozoic (Avalonian) ages. It is thus unlikely that the bulk of the Carboniferous detritus could have been derived by recycling of preexisting Silurian sandstones. These data imply that the rivers feeding the Asker Group originated in the Variscan mountains and entered the Oslo proto-rift from the south, possibly via the Horn Graben or along the Sorgenfrei-Tornquist Zone. Norway
CarboniferousM internal-pdf://Dahlgren & Corfu (2001)-1218176518/Dahlgren & Corfu (2001).pdf?
Land, L.S. 19955 The role of saline formation water in crustal cycling 137-145 Aquatic Geochemistry 1 29 albitization-; alkali-metals; alkaline-earth-metals; basins-; boron-; brines-; bromine-; calcium-; carbon-dioxide; chemical-composition; chemical-properties; chloride-ion; chlorides-; chlorine-; connate-waters; crust-; detection-; diagenesis-; dissolved-materials; enrichment-; geochemical-cycle; halides-; halite-; halogens-; isotope-ratios; isotopes-; lithium-; melting-; metals-; metamorphism-; metasomatism-; pore-water; saline-composition; sedimentary-basins; sodium-; Sr-87-Sr-86; stable-isotopes; strontium-; sulfur-; water-rock-interaction; General-geochemistry Geochemistry Generic Generic5 internal-pdf://Land (1995)-0765941510/Land (1995).pdf i? / Adams, L.K.
Macquaker, J. H. S.
Marshall, J. D. 2006B Iron(III)-reduction in a low-organic-carbon brackish-marine system 919-925 Journal of Sedimentary Research 76 5-6 brackish-water-environment; carbon-; carbonates-; chemical-reactions; clastic-rocks; coal-; diagenesis-; early-diagenesis; England-; Europe-; ferric-iron; fresh-water-environment; geochemical-indicators; geochemistry-; Great-Britain; iron-; Ketton-; marine-environment; metals-; mudstone-; organic-carbon; reduction-; Rutland-Formation; sedimentary-rocks; siderite-; United-Kingdom; Western-Europe; Geochemistry-of-rocks,-soils,-and-sediments; Sedimentary-petrology Geochemistryg Siderite rhizocretions are generally considered to be an indicator of fresh-water conditions. The presence of siderite rhizocretions with a marine delta (super 18) O isotope signature in the Rutland Formation, Ketton, U.K. seems to contradict this belief. Commonly, in marine settings pyrite is more prevalent than siderite because of the high concentrations of sulfate in seawater. The Rutland Formation is a fine-grained mixed carbonate-clastic succession with interbedded coals that was deposited in marginal marine conditions. Analysis of siderite revealed that it was chemically zoned, predated pyrite, and has an average delta (super 18) O signature of +0.44 per mil. This siderite is interpreted as having precipitated during early diagenesis from brackish to marine porewaters containing low concentrations of bioavailable organic matter. Despite the porewaters being dominantly marine, under conditions of restricted organic-matter quality and/or quantity Fe(III)-reducing bacteria can outcompete sulfate-reducing bacteria for the organic substrate, resulting in the precipitation of siderite at the expense of pyrite. Generic GenericE internal-pdf://Adams et al. (2006)-3820023046/Adams et al. (2006).pdf ? Berner, R.A. 1977@ Sulfate reduction and the rate of deposition of marine sediments 492-498# Earth and Planetary Science Letters 37 Geochemistry Generic Generic9 internal-pdf://Berner (1977)-4004718598/Berner (1977).pdf? Bellingham, P.
White, N. 2000E A general inverse method for modelling extensional sedimentary basins 219-226 Basin Research 12 Structural Geology Generic GenericQ internal-pdf://Bellingham & White (2000)-1381722624/Bellingham & White (2000).pdf ? * Sternbeck, J.
Sohlenius, G.
Hallberg, R.O. 2000s Sedimentary trace elements as proxies to depositional changes induced by a Holocene fresh-brackish water transition 325-345 Aquatic Geochemistry 6 3 arsenic-; Atlantic-Ocean; Baltic-Sea; brackish-water-environment; cadmium-; Cenozoic-; copper-; depositional-environment; ecology-; Eh-; geochemistry-; Gotland-Deep; Holocene-; manganese-; metals-; metasomatism-; molybdenum-; nearshore-environment; nickel-; North-Atlantic; pore-water; pyritization-; Quaternary-; residence-time; saline-composition; sediment-water-interface; sediments-; solubility-; trace-elements; Quaternary-geology; General-geochemistry Geochemistry Generic
QuaternaryM internal-pdf://Sternbeck et al. (2000)-3638301446/Sternbeck et al. (2000).pdfR? , Gayer, R. A.
Rose, M.
Dehmer, J.
Shao, L. Y. 1999 Impact of sulphur and trace element geochemistry on the utilization of a marine-influenced coal; case study from the South Wales Variscan foreland basin 151-174% International Journal of Coal Geology 40 2-3 Amman-Rider-Seam; arsenic-; bituminous-coal; Bute-Seam; Carboniferous-; coal-; copper-; Europe-; Great-Britain; Hercynian-Orogeny; lead-; Llanilid-Mine; metals-; nickel-; orogeny-; Paleozoic-; petrography-; sedimentary-rocks; South-Wales; sulfur-; trace-elements; United-Kingdom; Upper-Carboniferous; utilization-; Wales-; Western-Europe; Westphalian-; Economic-geology,-geology-of-energy-sources; Geochemistry-of-rocks,-soils,-and-sediments Geochemistry Incremental channel samples through two high volatile A bituminous coal seams, the Amman Rider and Bute seams, below and above the Vanderbeckei Marine Band at the Westphalian A/B boundary, have been analysed using proximate, petrographic, inductively coupled plasma mass spectrometry (ICP-MS), X-ray fluorescence (XRF) and scanning electron microscopy with energy-dispersive X-ray (SEM-EDX) techniques. The results show that both coals are vitrinite-rich and indicate a similar history of palaeomire development, with a period of falling water tables towards the middle plies of each seam. Mean sulphur contents in the coal with the marine roof, the Amman Rider seam (4.19 wt.%) are almost 4 times higher than in the coal with a non-marine roof, the Bute seam (1.09 wt.%), implying that high sulphur contents are derived from sea water sulphate. In both coals, sulphur is predominantly in the form of pyritic sulphur. Both syngenetic, framboidal and euhedral crystals, and epigenetic vein and cleat-fill pyrite are present. Relatively constant levels of organic sulphur at around 2% have been recorded in the Amman Rider seam. Sulphur levels in the basal and top plies of each seam are at least twice that of the ply with the lowest sulphur content in the seam, reflecting the stages in palaeomire development most strongly influenced by sulphate-containing waters. Thorium/Uranium ratios are below 2.9 in the coal with a marine roof, the Amman Rider seam, indicating an enrichment of U from sea water, most marked at the top and bottom of the seam. The seam without a marine roof shows Th/U ratios between 2.5 and 4.9, indicating mild marine enrichment of U. The concentrations of environmentally significant trace elements (ESEs) are correlated with either the ash or sulphur contents, or both. The correlation between S and Pb, As, Cu, Ni in the coal with a marine roof implies an origin of these ESEs from sea water and their mode of occurrence in sulphide minerals. Most ESEs in this coal are present at levels at least twice that of the global average in coals, the exceptions being Pb and Zn which have concentrations less than half the global average. By contrast, the coal without a marine roof and with lower sulphur contents has most ESEs present at concentrations less than a third of the global average, the exceptions being Ni and Cu. Diagenetic hydrothermal activity is documented in the middle ply of the coal with a marine roof. This hydrothermal system redistributed the sulphur, Pb and As in this ply. The principal utilization of bituminous coals in the South Wales coalfield is as feed coals in power station boilers. The resultant concentration of most ESEs in the solid residues from power plant coal combustion theoretically can be alleviated by careful blending of feed coals with low and high ESE contents. UK
CarboniferousC internal-pdf://Gayer et al (1999)-2881508608/Gayer et al (1999).pdf :? Derer, C.E. 2003{ Tectono-sedimentary evolution of the northern Upper Rhine Graben (Germany), with special regard to the early syn-rift stage 103 Bonn) Rheinischen Friedrich-Wilhelms University Palaeogeography Germany Cenozoic7 internal-pdf://Derer (2003)-4226455808/Derer (2003).pdf ?V Ribbert, K.-H. 1998B Wenig bekannte Bohrungen im Umfeld der Krefelder Aschenaufwölbung 49-548 Fortschritte in der Geologie von Rheinland und Westfalen 37 Geology Germany
Palaeozoic?W Ribbert, K.-H. 1998h Die grobklastische und karbonatische Sedimentation im tiefen Oberdevon am Nordrand des Velberter Sattels 381-3918 Fortschritte in der Geologie von Rheinland und Westfalen 37 Clastic sedimentology Germany Devonian ?O Bryant, I.D.
Livera, S.E. 1991 Identification of unswept oil volumes in a mature field by using integrated data analysis: Ness Formation, Brent field, UK North Sea 75-88@ Generation, accumulation and production of Europe's hydrocarbons 1
Spencer, A.M. BerlinJ Special Publication of the European Association of Petroleum Geoscientists Petroleum Geology UK North Sea JurassicK internal-pdf://Bryant & Livera (1991)-3238386690/Bryant & Livera (1991).tif?4 Franke, W.
Engel, W. 1988M Tectonic settings of synorogenic sedimentation in the Variscan Belt of Europe 8-17Y Sedimentation in a synorogenic basin complex; the Upper Carboniferous of Northwest Europe Besly, B.M.
Kelling, G. Glasgow Blackie basins-; Carboniferous-; clastic-rocks; Devonian-; environment-; Europe-; faults-; flysch-; Hercynian-Orogeny; Namurian-; nappes-; northwestern-Europe; Paleozoic-; reconstruction-; Rhenohercynian-Zone; sedimentary-basins; sedimentary-petrology; sedimentary-rocks; sedimentation-; structural-controls; subsidence-; thrust-faults; turbidite-; Upper-Carboniferous; Variscides-; Sedimentary-petrology Structural Geology Europe
Palaeozoic ]?5 > Geluk, M.
de Haan, H.B.
Schroot, B.M.
Wolters, B.
Nio Swie, D. 2002] The Permo-Carboniferous gas play, Cleaver Bank high area, southern North Sea, the Netherlands 877-894& Carboniferous and Permian of the World 19( Hills, L.V.
Henderson, C.M.
Bamber, E.W./ Memoir Canadian Society of Petroleum Geologists{ Atlantic-Ocean; Bashkirian-; Carboniferous-; clastic-rocks; claystone-; Cleaver-Bank; coal-; controls-; correlation-; cyclostratigraphy-; Europe-; folds-; geophysical-methods; geophysical-profiles; geophysical-surveys; high-resolution-methods; history-; Kazanian-; mapping-; maturity-; Maurits-Formation; Mississippian-; Moscovian-; Namurian-; natural-gas; Netherlands-; North-Atlantic; North-Sea; offshore-; oil-wells; paleorelief-; Paleozoic-; Permian-; petroleum-; petroleum-exploration; reservoir-rocks; Rotliegendes-; sedimentary-rocks; seismic-methods; seismic-profiles; seismic-stratigraphy; sequence-stratigraphy; Serpukhovian-; source-rocks; southern-North-Sea; surveys-; tectonics-; three-dimensional-models; unconformities-; Upper-Carboniferous; Upper-Mississippian; Upper-Permian; well-logs; Western-Europe; Westphalian-; Economic-geology,-geology-of-energy-sources; Stratigraphy Petroleum GeologyW The Netherlands Institute of Applied Geoscience TNO -- National Geological Survey, carried out an assessment of the Permo-Carboniferous gas play in the NW offshore area of the Netherlands. For this study, 3D seismic data have been integrated with computerised high-resolution cyclostratigraphic analysis of the Carboniferous and overlying Permian succession in wells. The gas play has been explored in both the Dutch and the UK part of the Southern North Sea. This study established a new approach to this play. Source rocks are formed by Westphalian (Bashkirian) coal-measures of low maturity and highly mature Namurian (Serpukhovian) marine hot-shales. Clastic reservoir rocks are present in several confined intervals: Namurian, Westphalian A-B, Westphalian C-D (Moscovian) and the basal Upper Rotliegend (Kazanian). The occurrence of Carboniferous sandstones is controlled by climatic variations. The distribution of the basal Upper Rotliegend sandstones is related to the paleotopography, which was controlled by the greater resistance of cemented Carboniferous sandstones in contrast to softer coal-bearing claystones. The lows were filled with aeolian sands, whereas on the ridges little or no sands were preserved. The prediction is complicated by the fact that up to five regional unconformities amalgamate into one single unconformity in the study area. The structural configuration of the Carboniferous deposits constitutes a major exploration risk. The structural style exists of the Carboniferous differs of that of the overlying succession, and includes wrench tectonics and large-scale folding. Increasing the exploration success can be achieved by the integration of detailed 3D mapping of the intra-Carboniferous succession, high-resolution stratigraphic correlations of the Carboniferous and the understanding of the palaeotopography of the pre-Permian surface. Netherlands Carboniferous; Permian D? Roscher, M.
Schneider, J.W. 2005i An annotated correlation chart for continental late Pennsylvanian and Permian basins and the marine scale The Nonmarine Permian Lucas, S.G.
Zeigler, K.E.7 New Mexico Museum of Natural Histroy & Science Bulletin Stratigraphy Generic Carboniferous; PermianS internal-pdf://Roscher & Schneider (2005)-2880176646/Roscher & Schneider (2005).pdf ? Sinclair, H. D. 1997\ Tectonostratigraphic model for underfilled peripheral foreland basins; an Alpine perspective 324-346& Geological Society of America Bulletin 109 3j Alpine-Orogeny; Alps-; basins-; carbonate-rocks; Cenozoic-; Central-Europe; chronostratigraphy-; cratons-; cross-sections; deep-water-environment; Eocene-; Europe-; faults-; foreland-basins; France-; French-Alps; hemipelagic-environment; lithostratigraphy-; marine-environment; Oligocene-; orogeny-; Paleocene-; Paleogene-; paleogeography-; sedimentary-basins; sedimentary-rocks; sedimentation-; sedimentation-rates; siliciclastics-; structural-controls; Swiss-Alps; Switzerland-; tectonostratigraphic-units; Tertiary-; thrust-faults; turbidite-; Western-Europe; Stratigraphy; Sedimentary-petrology; Structural-geology Structural Geology
Advances in the development of quantitative models of foreland basin stratigraphy have outpaced the observational data used to constrain the input parameters in such models. Underfilled peripheral foreland basins comprise a broad threefold subdivision of depositional realms that translates into three stratigraphic units which are commonly superimposed during basin migration; these units are here termed the "underfilled trinity." The three units of the trinity reflect (1) carbonate deposition on the cratonic margin of the basin (the lower unit), (2) hemipelagic mud sedimentation offshore from the cratonic margin of the basin (the middle unit), and (3) deep water turbiditic siliciclastic sedimentation toward the orogenic margin of the basin (the upper unit). Theoretical predictions of how such a complex basin fill initiates and evolves through time are not currently available; hence this study reviews the stratigraphy of underfilled peripheral foreland basins and provides a unique data set comprising rates of thrust advance and basin fill migration for the Tertiary foreland basin of the European Alps. The Paleocene to Oligocene Alpine foreland basin of France and Switzerland comprises a well-developed underfilled trinity that is preserved within the outer deformed margins of the Alpine orogen. Structural restorations of the basin indicate a decrease in the amount of basin shortening from eastern Switzerland (68%) to eastern France (48%), to southeastern France (35%). Structurally restored chronostratigraphic diagrams allow rates of basin migration to be calculated from around the Alpine arc. Paleogeographic restorations of the Nummulitic Limestone (lower unit) illustrate a radial pattern of coastal onlap on to the European craton. Time-averaged rates for northwestward coastal onlap of the underfilled Alpine basin across Switzerland were between 8.5 and 12.9 mm/yr. Time-equivalent westward to southwestward coastal onlap rates in France were between 4.9 and 8.0 mm/yr. The direction of migration of the cratonic coastline of the basin was parallel to the time-equivalent thrust motions, and oblique to the Africa-Europe plate motion vector. By comparing rates of thrust propagation into the orogenic margin of the basin to rates of coastal onlap of the cratonic margin of the basin, it is possible to suggest that the Alpine foreland basin of central Switzerland migrated with an approximately steady state geometry for at least 210 km northwestward over the European craton. The westward and southward decrease in the basin migration rate around the Alpine arc was associated with an increase in the degree of syndepositional normal faulting on the European plate; this is thought to relate to the opening of the Rhine-Bresse-Rhone graben system. Central Europe Cenozoic internal-pdf://Tectonostratigraphic model for underfilled peripheral foreland basins%3B an Alpine p-3606111744/Tectonostratigraphic model for underfilled peripheral foreland basins%3B an Alpine perspective.pdf ? Sinclair, H. D. 1997o Flysch to molasse transition in peripheral foreland basins; the role of the passive margin versus slab breakoff 1123-1126 Geology 25 12 Alps-; basins-; Cenozoic-; Central-Europe; clastic-rocks; Europe-; exhumation-; flysch-; foreland-basins; isostasy-; molasse-; mountains-; North-Alpine-foreland-basin; Oligocene-; Paleogene-; passive-margins; plate-convergence; plate-tectonics; provenance-; sediment-supply; sedimentary-rocks; sedimentation-; slabs-; structural-controls; Swiss-Alps; Switzerland-; tectonics-; Tertiary-; Sedimentary-petrology; Structural-geology Structural Geology The initiation of continental collision and the inception of peripheral foreland basins occur by the deformation and flexure, respectively, of the inherited passive margin of the foreland plate. During progressive plate convergence, peripheral foreland basins develop from an underfilled flysch stage to a filled or overfilled molasse stage. Classically, this flysch to molasse transition is interpreted as recording the migration of the thrust wedge and foreland basin over the hinge line of the inherited passive margin. It is demonstrated that during the development of the North Alpine foreland basin neither inherited paleobathymetry nor changing lithospheric strength of the underthrust European passive margin played a significant role in the flysch to molasse transition. Sediment supply from the Alps increased at least 30% from the time of flysch to molasse deposition. At about the same time as the flysch to molasse transition (mid-Oligocene), the inner parts of the mountain belt experienced accelerated exhumation, uplift of high-pressure metamorphic rocks, lower lithospheric melting, and the onset of major backthrusting, all of which have been linked via a model of slab breakoff. A further consequence of the model is isostatic surface uplift and erosion. It is proposed that slab breakoff may have been responsible for the increased sediment supply that resulted in the flysch to molasse transition in the North Alpine foreland basin, and that this provides an alternative to the passive margin model. Generic CenozoicA internal-pdf://Sinclair (1997 b)-2947868678/Sinclair (1997 b).pdf ? Burgess, P.M.
Gurnis, M. 1995@ Mechanisms for the formation of cratonic stratigraphic sequences 647-663# Earth and Planetary Science Letters 136 3-4 advection-; carbonate-rocks; clastic-rocks; continental-crust; cratons-; crust-; cyclic-processes; denudation-; drainage-basins; erosion-rates; eustacy-; fluvial-features; geodynamics-; geomorphology-; isostasy-; landform-evolution; lithostratigraphy-; lower-crust; mantle-; mechanism-; North-America; paleogeography-; Phanerozoic-; regression-; sea-level-changes; sedimentary-rocks; sedimentation-; stress-; structural-controls; subsidence-; tectonics-; theoretical-models; thickness-; three-dimensional-models; tilt-; topography-; transgression-; unconformities-; upper-mantle; vertical-movements; Stratigraphy; Structural-geology; Solid-earth-geophysics Structural Geologyc North American Phanerozoic cratonic strata comprise six transgressive/regressive sequences separated by interregional unconformities. The mechanism of formation of the sequences and their bounding unconformities remain uncertain. Although eustasy probably contributed, it cannot have acted alone in their formation, as testified by syn-depositional faulting and post-depositional tilting of strata. We have developed a three-dimensional stratigraphic model which incorporates vertical motions from dynamic topography, background cratonic subsidence, eustasy, denudation, mixed carbonate and clastic deposition, Airy isostasy in response to loading and unloading, and mechanical compaction. The model has been used to test possible contributions of eustasy, epeirogeny and background subsidence to patterns of cratonic strata. The results demonstrate the potential of dynamic topography to account for observed long-wavelength tilting. They also demonstrate the importance of background subsidence on the craton in providing accommodation space to accumulate and preserve the observed thicknesses of stratigraphic sequences. Generic GenericM internal-pdf://Burgess & Gurnis (1995)-2213502465/Burgess & Gurnis (1995).pdf ? ! Fielitz, Werner
Mansy Jean, Louis 1999 Pre- and synorogenic burial metamorphism in the Ardenne and neighbouring areas (Rhenohercynian Zone, Central European Variscides) 227-256 Tectonophysics 309 1-4l anchimetamorphism-; Ardennes-; Belgium-; Brabant-Massif; burial-metamorphism; Caledonian-Orogeny; Central-Europe; clay-minerals; color-alteration-index; crystallinity-; diagenesis-; Eifel-; Europe-; field-studies; fluid-inclusions; Germany-; illite-; inclusions-; metamorphic-rocks; metamorphism-; mineral-assemblages; orogeny-; overprinting-; Paleozoic-; polyphase-processes; Rhenish-Schiefergebirge; Rhenohercynian-; Rhineland-Palatinate-Germany; sheet-silicates; silicates-; syntectonic-processes; thermal-alteration; ultrastructure-; Variscides-; Western-Europe; Igneous-and-metamorphic-petrology; Structural-geology Burial historyS
The Rhenohercynian zone of the central European Variscides contains in the central Ardenne/Eifel/Brabant/Campine region of Belgium, France, Germany, and Luxemburg an omnipresent thermal overprint, which reaches in places uppermost epizonal conditions. Because of its distribution and structural relationships this metamorphism cannot be explained by a singular tectonometamorphic event. Field and microstructural observations, new illite crystallinity and other data relating to this metamorphism are presented. Together with a review of existing petrological, illite crystallinity, vitrinite reflectance, conodont alteration index, and fluid inclusion data, and their relationship to small- and regional-scale geological structures three distinct geotectonic situations can be described, which overlap and alternate in space and time. (1) The oldest metamorphism, which reached epizonal conditions, can be localized in the pre-Devonian basement rocks of the Brabant Massif and, with minor evidence, of the Stavelot Massif further south. It is clearly related to a pre-Variscan (Caledonian) deformation event and could be of burial origin. (2) The main regional metamorphism affected all Devonian and Carboniferous rocks and the lower Palaeozoic basement highs of the Ardenne/Eifel area. It does not exceed diagenetic conditions in some areas, but reaches maximal values of 500 degrees C and 400 MPa in the Serpont and Rocroi Massif areas ( [Theye] ; [Robion] ). It is pre- to synkinematic to the main Variscan contractional penetrative deformation and correlates well with the age and thickness of the sedimentary cover rocks. The metamorphism is associated with the pre-Carboniferous preorogenic rifting stage of the Rhenohercynian basin and documents the peak of subsidence and sediment accumulation. We interpret it as diastathermal metamorphism. It reaches its maximum in the low-grade metamorphic zones of the Ardenne area, which are inverted synsedimentary structures. (3) The diastathermal metamorphism is overprinted in the central part of the Ardenne/Eifel area (Middle Devonian to Carboniferous rocks of the Dinant Synclinorium) by an anchizonal/beginning epizonal metamorphism. In the foreland basins north of the Midi Fault Zone it reaches diagenetic to lowermost anchizonal conditions. It is the expression of the burial by thick synorogenic mid- to Upper Carboniferous cover rocks, which were deposited in piggyback and foreland basins. This clastic wedge relates to the Carboniferous contraction of the Rhenohercynian basin, whose metamorphosed rocks were themselves affected by the deformation of the advancing orogenic front. Belgium GenericK internal-pdf://Fielitz & Mansy (1999)-3371204097/Fielitz & Mansy (1999).pdf ^? A Michon, Laurent
van Balen Ronald, T.
Merle, Olivier
Pagnier, Henk 2003T The Cenozoic evolution of the Roer Valley rift system integrated at a European scale 101-126 Tectonophysics 367 1-2d active-faults; backstripping-; Belgium-; Cenozoic-; Central-Europe; Europe-; extension-; faults-; geophysical-profiles; Germany-; grabens-; inversion-tectonics; Laramide-Orogeny; neotectonics-; Netherlands-; North-Sea-region; rift-zones; Roer-Valley-Graben; rotation-; seismic-profiles; subsidence-; systems-; tectonics-; Western-Europe; Structural-geology Structural Geology The Roer Valley Rift System (RVRS) is located between the West European rift and the North Sea rift system. During the Cenozoic, the RVRS was characterized by several periods of subsidence and inversion, which are linked to the evolution of the adjacent rift systems. Combination of subsidence analysis and results from the analysis of thickness distributions and fault systems allows the determination of the Cenozoic evolution and quantification of the subsidence. During the Early Paleocene, the RVRS was inverted (Laramide phase). The backstripping method shows that the RVRS was subsequently mainly affected by two periods of subsidence, during the Late Paleocene and the Oligocene-Quaternary time intervals, separated by an inversion phase during the Late Eocene. During the Oligocene and Miocene periods, the thickness of the sediments and the distribution of the active faults reveal a radical rotation of the direction of extension by about 70-80 degrees (counter clockwise). Integration of these results at a European scale indicates that the Late Paleocene subsidence was related to the evolution of the North Sea basins, whereas the Oligocene-Quaternary subsidence is connected to the West European rift evolution. The distribution of the inverted provinces also shows that the Early Paleocene inversion (Laramide phase) has affected the whole European crust, whereas the Late Eocene inversion was restricted to the southern North Sea basins and the Channel area. Finally, comparison of these deformations in the European crust with the evolution of the Alpine chain suggests that the formation of the Alps has controlled the evolution of the European crust since the beginning of the Cenozoic. Netherlands CenozoicE internal-pdf://Michon et al (2003)-4025635841/Michon et al (2003).pdf c? Ziegler, P.A.
Dèzes, P. 2006/ Crustal evolution of Western and Central Europe 43-56% Geological Society of London, Memoirs 32I Caledonian-Orogeny; cartography-; Central-Europe; crust-; crust-mantle-boundary; depth-; Europe-; Hercynian-Orogeny; lower-crust; mantle-; Mediterranean-Sea; Mohorovicic-discontinuity; orogeny-; Paleozoic-; plate-tectonics; rifting-; tectonics-; upper-mantle; Variscan-; West-Mediterranean; Western-Europe; Solid-earth-geophysics Structural Geology A new Moho depth map has been assembled for Western and Central Europe and the Western Mediterranean area that is exclusively based on published regional Moho depth maps. Tectonic overlays summarize Caledonian and Variscan tectonic units, Permo-Carboniferous fault systems and magmatic provinces, Mesozoic and Cenozoic rift-wrench systems, areas of intraplate compression, the outlines of Alpine orogens and the distribution of oceanic crust. Based on a comparison of these overlays with the Moho depth map we assess processes that controlled the evolution of the crust in the various parts of Europe through time. The present-day crustal configuration of Western and Central Europe results from polyphase Late Palaeozoic to recent lithospheric deformation that overprinted the margin of the Proterozoic East European Craton and particularly the Caledonian and Variscan crustal domains. Following consolidation of the Caledonides, their crustal roots were destroyed in conjunction with Devonian wrench tectonics and back-arc rifting. During the Permo-Carboniferous tectonomagmatic cycle, wrench faulting disrupted the crust of the Variscan Orogen and its foreland and the lithosphere of these regions was thermally destabilized. Late Permian and Mesozoic re-equilibration of the lithosphere-asthenosphere system was interrupted by the development of the Arctic-North Atlantic, Tethyan and associated rift systems. During the Alpine orogenic cycle, intraplate compressional stresses controlled basin inversion-related crustal thickening and lithospheric folding, as well as the evolution of the Rhine-Rhone rift system. Variably deep crustal roots characterize the Alpine orogenic chains. Neogene back-arc extension disrupted the eastern Pyrenees, Betic-Balearic, Apennine and Dinarides orogens. Western Europe GenericK internal-pdf://Ziegler & Dezes (2006)-0503241473/Ziegler & Dezes (2006).pdf
? + Dèzes, Pierre
Schmid, S. M.
Ziegler, P. A. 2004~ Evolution of the European Cenozoic rift system; interaction of the Alpine and Pyrenean orogens with their foreland lithosphere 1-33 Tectonophysics 389 1-2 Alps-; basins-; Bohemian-Massif; Cenozoic-; Central-Europe; Central-Massif; crust-; deformation-; dikes-; Europe-; faults-; forelands-; France-; heat-flow; intrusions-; lithosphere-; mantle-; mantle-plumes; mineral-composition; Mohorovicic-discontinuity; Oligocene-; orogenic-belts; orogeny-; Paleocene-; Paleogene-; plate-collision; plate-tectonics; Provencal-Basin; Pyrenees-; Quaternary-; Rhenish-Schiefergebirge; Rhone-Valley; rift-zones; rifting-; stress-; subduction-; systems-; tectonics-; Tertiary-; thermal-history; transition-zones; uplifts-; Upper-Rhine-Graben; volcanism-; Western-Europe; Structural-geology; Solid-earth-geophysics Structural Geology The evolution of the European Cenozoic Rift System (ECRIS) and the Alpine orogen is discussed on the base of a set of palaeotectonic maps and two retro-deformed lithospheric transects which extend across the Western and Central Alps and the Massif Central and the Rhenish Massif, respectively. During the Paleocene, compressional stresses exerted on continental Europe by the evolving Alps and Pyrenees caused lithospheric buckling and basin inversion up to 1700 km to the north of the Alpine and Pyrenean deformation fronts. This deformation was accompanied by the injection of melilite dykes, reflecting a plume-related increase in the temperature of the asthenosphere beneath the European foreland. At the Paleocene-Eocene transition, compressional stresses relaxed in the Alpine foreland, whereas collisional interaction of the Pyrenees with their foreland persisted. In the Alps, major Eocene north-directed lithospheric shortening was followed by mid-Eocene slab- and thrust-loaded subsidence of the Dauphinois and Helvetic shelves. During the late Eocene, north-directed compressional intraplate stresses originating in the Alpine and Pyrenean collision zones built up and activated ECRIS. At the Eocene-Oligocene transition, the subducted Central Alpine slab was detached, whereas the West-Alpine slab remained attached to the lithosphere. Subsequently, the Alpine orogenic wedge converged northwestward with its foreland. The Oligocene main rifting phase of ECRIS was controlled by north-directed compressional stresses originating in the Pyrenean and Alpine collision zones. Following early Miocene termination of crustal shortening in the Pyrenees and opening of the oceanic Provencal Basin, the evolution of ECRIS was exclusively controlled by west- and northwest-directed compressional stresses emanating from the Alps during imbrication of their external massifs. Whereas the grabens of the Massif Central and the Rhone Valley became inactive during the early Miocene, the Rhine Rift System remained active until the present. Lithospheric folding controlled mid-Miocene and Pliocene uplift of the Vosges-Black Forest Arch. Progressive uplift of the Rhenish Massif and Massif Central is mainly attributed to plume-related thermal thinning of the mantle-lithosphere. ECRIS evolved by passive rifting in response to the build-up of Pyrenean and Alpine collision-related compressional intraplate stresses. Mantle-plume-type upwelling of the asthenosphere caused thermal weakening of the foreland lithosphere, rendering it prone to deformation. Western Europe CenozoicC internal-pdf://Dezes et al (2004)-3002085633/Dezes et al (2004).pdf ? = Vanbrabant, Yves
Jongmans, Denis
Hassani, Riad
Bellino, David 1999 An application of two-dimensional finite-element modelling for studying the deformation of the Variscan fold-and-thrust belt (Belgium) 141-159 Tectonophysics 309 1-4s allochthons-; Ardennes-; Belgium-; data-processing; decollement-; digital-simulation; Europe-; faults-; finite-element-analysis; fold-and-thrust-belts; forelands-; geometry-; Hercynian-Orogeny; layered-materials; mechanics-; normal-faults; orogeny-; Rhenohercynian-; rheology-; statistical-analysis; two-dimensional-models; Variscides-; Western-Europe; Structural-geology Structural Geology This paper presents 2D finite-element simulations of fold-and-thrust belts with a focus on the Variscan foreland thrust belt in Belgium. The numerical models are limited to the deformation of a 5 km thick sedimentary layer separated from a backstop by a deformable zone. The sedimentary layer obeys an elastic-plastic law and can include one detachment horizon with some ramps. Our study deals with the effects of rheological and geometrical parameters on the structural characteristics of the belt. For regular basin geometries (rectangular and wedge shapes), results of numerical simulations show that deformation continuously propagates and decreases towards the foreland. In agreement with sandbox experiments, the basal friction appears to be a major parameter controlling the tectonic style of a fold-and-thrust belt. Our analysis has also shown that the strain propagation in time and space is strongly controlled by the presence of a weak intra-detachment and of ramps which initiate shear bands. For the Rhenohercynian fold-and-thrust belt, a major decollement is usually considered within the Palaeozoic sediments and the existence of steps in the basin geometry is proven by numerous geological data showing the activity of pre-orogenic normal faulting. During the Variscan orogeny, this irregular detachment horizon influenced the regional tectonics. Simulation results show that ramps create strongly deformed anticlinoria separated by weakly deformed synclinoria which is the basic structure observed in the western and northern Rhenohercynian belt. Belgium
CarboniferousO internal-pdf://Vanbrabant et al. (1999)-2091440128/Vanbrabant et al. (1999).pdf t ? L Littke, R.
Bueker, C.
Hertle, M.
Karg, H.
Stroetmann Heinen, V.
Oncken, Onno 2000c Heat flow evolution, subsidence and erosion in the Rheno-Hercynian orogenic wedge of Central Europe 231-255E Orogenic Processes: Quantification and Modelling in the Variscan Belt 179) Franke, W.
Haak, V.
Oncken, O.
Tanner, D. London' Geological Society Special Publications basins-; Central-Europe; erosion-; Europe-; Germany-; heat-flow; Hercynian-Orogeny; hydrothermal-conditions; macerals-; magmatism-; North-Rhine-Westphalia-Germany; numerical-models; one-dimensional-models; orogeny-; overburden-; paleogeography-; Paleozoic-; plate-tectonics; reflectance-; Rhenish-Schiefergebirge; Rhenohercynian-; rheology-; rifting-; Ruhr-; sedimentary-basins; subsidence-; thermal-properties; upper-Paleozoic; vitrinite-; Solid-earth-geophysics Burial history Numerical, thermal and rheological modelling techniques are applied to unravel the basin-forming processes and the heat flow and burial history of the Rheno-Hercynian fold belt (Rhenish Massif), the adjacent Subvariscan foreland (Ruhr Basin), and the intramontane Saar-Nahe Basin. Thermal history and crustal architecture in the study areas were affected mainly by the Variscan Orogeny during late Palaeozoic times. Calibration of the simulated thermal histories is primarily based on vitrinite reflectance and fission-track data. Mechanical modelling reveals average beta values of 1.7, reaching a maximum of 2.4 in the central basin (Mosel Graben) and at the transition to the Giessen Ocean to the south during Early Devonian rifting. This stage was associated with tholeiitic magmatism and an elevated heat flow of up to 110 m W m (super -2) , preserved in weakly overprinted syn-rift sediments. Average basal heat flow during maximum burial at the end of the Carboniferous period (i.e. the end of crustal shortening) was between 50 and 70 m W m (super -2) with a slight decrease from the Sub-variscan foreland basins towards the Rheno-Hercynian in the south. The values suggest average crustal thicknesses of between 32 and 36 km during late Carboniferous time. For the Saar-Nahe Basin, values between 50 and 75 m W/m (super 2) represent the thermal regime in the upper crust during the late Stephanian and early Permian time. Estimated eroded thicknesses of Palaeozoic sediments vary between 2500 m in the northern and central Ruhr Basin and more than 6000 m in the Osteifel and the Siegen Anticline within the Rheno-Hercynian, and between 1800 and 3600 m in the Saar-Nahe Basin. Fission-track data provide evidence for significant reheating during the Mesozoic era within the entire study area. This phase of heating, probably linked to North Atlantic rifting, coincides with post-Variscan ore formation and with major tectono-magmatic events in central Europe. Germany
PalaeozoicE internal-pdf://Littke et al (2000)-2112992769/Littke et al (2000).pdf ? d Benek, R.
Kramer, W.
McCann, T.
Scheck, M.
Negendank, J. F. W.
Korich, D.
Huebscher, H. D.
Bayer, U. 1996; Permo-Carboniferous magmatism of the Northeast German Basin 379-404 Tectonophysics 266 1-4 alkali-basalts; andesites-; basalts-; basin-analysis; basins-; Carboniferous-; Central-Europe; eruptions-; Europe-; geochemistry-; Germany-; Hercynian-Orogeny; igneous-activity; igneous-rocks; lithogeochemistry-; major-elements; North-German-Plain; orogeny-; Paleozoic-; Permian-; pull-apart-basins; rhyolites-; Rotliegendes-; tectonics-; tholeiitic-basalt; trace-elements; volcanic-rocks; volcanism-; Geochemistry-of-rocks,-soils,-and-sediments; Igneous-and-metamorphic-petrology; Structural-geology Magmatismv Variscan continent-continent collision in Central Europe was followed by a period of syn- to late-tectonic magmatism involving the extrusion of large volumes of Permosilesian-age volcanic rocks, particularly in the Northeast German Basin. The volcanic suite (up to ca. 2000 m thick) comprises rhyolites, acid and basic andesites, and tholeiitic and alkali basalts. Tectono-geochemical analysis, in conjunction with volume calculations and petrography reveals changes in volcanic activity over time. A total of five eruptive stages are recognised beginning in the Stephanian and extending up into the upper Rotliegend (Permian). These include; the Stephanian (Late Carboniferous) (andesite) pre-ignimbrite stage (I), lower Rotliegend (Permian)-age (explosive) ignimbrite stage (II), post-ignimbrite stage (III), late rhyolite stage (IV), and, upper Rotliegend (Permian)-age late basalt stage (V). In addition, several volcanic centres including at least two large caldera-like structures are recognised. The total calculated volume for the Northeast German Basin volcanics is ca 48,000 km (super 3) , comprising rhyolitic rocks and ignimbrites (ca. 70%), andesitic rocks (ca. 26%) and basalts with cogenetic dolerites (ca. 4%). Regional variations in composition and geochemistry are related to diverse crust-mantle regimes which correlate with differing positions relative to the heterogeneous basement of the Variscan foredeep or within the Rhenohercynian orogenic zone. The crustal thickening and increasing generation depth of the mafic magmas from north to south may reflect the presence of a pre-existing subduction-influenced basaltic magma source. Germany Carboniferous; PermianC internal-pdf://Benek et al (1996)-0351178241/Benek et al (1996).pdf
6?! % Vanbrabant, Y.
Braun, J.
Jongmans, D. 2002q Models of passive margin inversion; implications for the Rhenohercynian fold-and-thrust belt, Belgium and Germany 15-29# Earth and Planetary Science Letters 202 1 Belgium-; Central-Europe; crust-; decollement-; Europe-; faults-; finite-element-analysis; fold-and-thrust-belts; Germany-; Hercynian-Orogeny; inversion-tectonics; normal-faults; numerical-models; one-dimensional-models; orogeny-; passive-margins; plate-tectonics; reactivation-; reverse-faults; Rhenohercynian-; statistical-analysis; strain-; tectonics-; theoretical-models; thermomechanical-properties; two-dimensional-models; Western-Europe; Structural-geology Structural Geology Positive tectonic inversion is related to the transmission of compressional stresses along a decollement into the foreland of an orogenic zone. This stress and strain concentration in regions remote from the main orogenic front is commonly related to the presence of pre-existing rheological heterogeneities such as normal syn-depositional faults. During inversion, these pre-existing normal faults are reactivated as reverse faults. Tectonic inversion in the Rhenohercynian fold-and-thrust belt during the Variscan Orogeny shows that inversion is likely synchronous with the onset of collision in the hinterland. Here, we present the results of a simplified thermo-mechanical model (STM) which allows one to study strain partitioning between two orogenic zones. We show that, if the two orogenic zones have the same mechanical properties, the viscosity of the decollement, which links them, controls the initial strain partitioning. During subsequent finite shortening, erosional processes determine the partitioning of strain rate. The presence of a weak structure in the inverted zone and of a low-viscosity decollement leads to initial strain concentration in the inverted track rather than in the collision zone and a progressive decrease in strain partitioning between the two orogenic zones. The STM results are in good agreement with results of a 2D finite-element model. We conclude that, in the western part of the Rhenohercynian Massif, simultaneous uplift and deformation within the Mid-German Crystalline Rise (the main collision zone) and the Ardenne Anticlinorium (the inverted zone) lead to interpreting this orogenic event as a case of vice tectonic rather than the propagation of a "wave of folding" towards the Variscan front, as suggested by previous authors. Western Europe
CarboniferousO internal-pdf://Vanbrabant et al. (2002)-3718874624/Vanbrabant et al. (2002).pdf
?" 9 Oncken, Onno
Plesch, A.
Weber, J.
Ricken, W.
Schrader, S. 2000X Passive margin detachment during arc-continental collision (Central European Variscides) 199-216E Orogenic Processes: Quantification and Modelling in the Variscan Belt 179) Franke, W.
Haak, V.
Oncken, O.
Tanner, D. London' Geological Society Special Publications7 Ardennes-; basins-; Central-Europe; continental-drift; decollement-; detachment-faults; Europe-; fabric-; faults-; island-arcs; orogeny-; passive-margins; plate-collision; plate-tectonics; Rhenish-Schiefergebirge; Rhenohercynian-; sedimentary-basins; stress-; Variscides-; Western-Europe; Solid-earth-geophysics Structural Geology In the Rhenish Massif and Ardennes, the Rheno-Hercynian fold and thrust belt of the Mid-European Variscides exposes a telescoped complete Late Palaeozoic passive margin, which was detached from the lower crust during Carboniferous collision with a continental arc (Mid-German Crystalline High on the leading edge of Armorica). Geometric analysis and isostatically corrected balanced cross-sections show that the basal detachment propagated from the oceanic realm into the passive margin by repeated ductile footwall failure during lithospheric flexure of the weak lower plate (effective elastic lithospheric thickness <4 km) under the load of the advancing upper plate. Early collision was associated with offscraping of the uppermost slope sediments in frontal accretion mode. Subsequent detachment of the remaining passive margin cover was initiated after subduction of the ocean-continent transition to about 6 kbar depth. Rocks and fabrics from the detachment show that, at this pressure, they crossed the brittle-plastic transition at the fossil 300-400 degrees C isotherm. Newly failed segments of the basal detachment propagated along this isotherm and branched off towards the foreland by progressively downstepping from the passive margin sediments into the basement of the downflexed lower-plate crust. This evolution coincided with cyclic changes in accretion mode of the lower-plate upper crust to the advancing orogenic wedge (repeated changes from basal to frontal accretion) as well as with a related stepwise propagation of a narrow foreland basin. Propagation of the detachment segments and the related imbricate fans in the lower plate, moreover, was controlled by the geometry of the basin structure by localizing branch lines and ramps along earlier growth faults. Germany
CarboniferousE internal-pdf://Oncken et al (2000)-0217237505/Oncken et al (2000).pdf P ?# Slagstad, Trond 2006N Did hot, high heat-producing granites determine the location of the Oslo Rift? 105-119 Tectonophysics 412 1-2 Baltic-Shield; basement-; continental-crust; crust-; Europe-; faults-; Fennoscandia-; grabens-; granites-; heat-flow; igneous-rocks; intrusions-; lithosphere-; magmatism-; mantle-; mathematical-methods; Norway-; Oslo-Graben; Paleozoic-; Permian-; plate-tectonics; plutonic-rocks; reactivation-; rheology-; rift-zones; rifting-; Scandinavia-; stress-fields; systems-; Western-Europe; Solid-earth-geophysics Structural Geology The Late Carboniferous-Early Permian Oslo Rift formed in apparently cold, stable lithosphere of the Fennoscandian Shield in a tensional stress regime widely documented in Northwest Europe at that time. The Rift formed obliquely to older, crustal structures that display only limited Permian reactivation, and, although numerical modelling suggests that the present-day lithospheric structure would serve to focus tensional stresses in the Oslo region, the assumption that no lithospheric evolution has occurred since the Palaeozoic is by no means obvious. Here, I show that, up to 5 km thick, regional-scale Late- to Post-Sveconorwegian granites in the vicinity of the Oslo Rift, with heat-production rates averaging ca. 5 mu W/m (super 3) , nearly three times higher than the surrounding Sveconorwegian gneisses, would have increased the temperature in the lower crust and lithospheric mantle by up to 100 degrees C, resulting in significant thermal weakening of the lithosphere in this area. Given a tensional stress regime, weakening by these high heat-producing element granites would have made the Oslo area a favoured site for passive rifting and may have been a first-order parameter locating rifting to this part of the Fennoscandian Shield. The thermo-rheological effects of such granites must be considered along with other factors in future models of initial rift mechanisms in the Oslo Rift, and probably in other rifts elsewhere. Norway Carboniferous; Permian= internal-pdf://Slagstad (2006)-1173712385/Slagstad (2006).pdf ? Sperber, B. 1993 Bituminous coal in NW Germany 269-280( Rhenohercynian and Subvariscan Foldbelts% Gayer R.A.
Greiling, R.O.
Vogel, A.K. Wiesbaden International Monograph Series Organic geochemistry Germany Generic ?$ - Ricken, W.
Schrader, S.
Oncken, O.
Plesch, A. 2000\ Turbidite basin and mass dynamics related to orogenic wedge growth; the Rheno-Hercynian case 257-280E Orogenic Processes: Quantification and Modelling in the Variscan Belt 179) Franke, W.
Haak, V.
Oncken, O.
Tanner, D. London* The Geological Society Special Publication basins-; dynamics-; Europe-; exhumation-; geodynamics-; mass-balance; orogeny-; Rhenish-Schiefergebirge; Rhenohercynian-; sedimentary-basins; tectonic-wedges; tectonics-; turbidite-; Structural-geology Structural Geology Investigation of the Rheno-Hercynian Turbidite Basin suggests an interrelation between orogenic wedge migration and changes of the basin architecture, facies types and progradation rates of turbidite systems. The orogenic wedge was built dominantly by the Mid-German Crystalline Rise and accreted older parts of the Rheno-Hercynian Turbidite Basin. Turbidite sequences seem to have developed in stepwise prograding sub-basins. They show systematic trends of widely correlative (tens of kilometres) large-scale cycles that show an upward transition from coarse-grained clastics to highly diluted mud turbidites with highstand shedding of carbonates. These observations suggest the existence of accommodation cycles on the assumed shelf along the Mid-German Crystalline Rise. Exposure of the shelf above sea level was associated with bypass and transport of coarse-grained clastics into the basin, whereas flooding is thought to have caused storage of clastic deposits on the shelf and the simultaneous deposition of mud turbidites in the basin. Accommodation cycles, estimated to reflect an average duration of 10 (super 5) -10 (super 6) a, were probably related to cyclic changes of underthrusting in the internal parts of the orogenic wedge with concomitant uplift. The lifetime and onset of new sub-basins, of the order of a few million years, may show stages of imbricate fan formation. A pattern of major change in sedimentation rates, basin geometry and subsidence style of the Rheno-Hercynian Turbidite Basin and the Sub-Variscan Molasse Basin was interpreted to reflect the different change in crustal strength. This occurred because the hinge line between previously rifted and unrifted crust was overrun during wedge progradation. Numerical mass balance that compares exhumed and intra-basinal masses of the Rheno-Hercynian Turbidite Basin, including the proportional fill of the Sub-Variscan Molasse Basin and the Saar-Nahe Basin, indicates a significant lack of sediment mass (i.e. more than one-third of the exhumed masses). In this estimate, syn- to post-depositional truncation was included. As extension in the internal parts of the orogenic wedge has only a minor role, the above deficit is probably related to subduction of sediment during the early stages of convergence. Germany
CarboniferousG internal-pdf://Ricken et al. (2000)-2007013638/Ricken et al. (2000).pdf ? $ Van den Belt, F. J. G.
De Boer, P.L. 2007M A shallow basin model for "saline giants" based on isostasy-driven subsidence 241-252I Sedimentary processes, environments and basins; a tribute to Peter Friend 38& Nicholson, R.A.
Williams, E.
Paola, C. OxfordH Special Publication of the International Association of Sedimentologists anhydrite-; basin-analysis; Cenozoic-; chemically-precipitated-rocks; chlorides-; depositional-environment; Europe-; evaporites-; halides-; halite-; isostasy-; isostatic-compensation; Messinian-; Miocene-; models-; Neogene-; ocean-basins; paleoenvironment-; paleosalinity-; Paleozoic-; Permian-; precipitation-; salinity-; sedimentary-rocks; sedimentation-; shallow-water-environment; subsidence-; sulfates-; Tertiary-; thickness-; upper-Miocene; Upper-Permian; Zechstein-; Stratigraphy Structural Geology Generic GenericY internal-pdf://Van den Belt & de Boer (2007)-2231060993/Van den Belt & de Boer (2007).PDF?& # Van Wees, J. D.
Cloetingh, S.A.P.L. 1996< 3D flexure and intraplate compression in the North Sea basin 343-359 Tectonophysics 266 1-4/ Atlantic-Ocean; basins-; Cenozoic-; compression-; crust-; crustal-thinning; flexure-; intraplate-processes; lithosphere-; mechanical-properties; neotectonics-; North-Atlantic; North-Sea; Quaternary-; rigidity-; stress-; subsidence-; tectonics-; three-dimensional-models; uplifts-; Solid-earth-geophysics Structural Geology We apply a recently developed 3D flexure model incorporating lateral variations in flexural rigidity (EET) and necking depth (z (sub n) ) to study the 3D effects of intraplate stresses on Quaternary accelerated subsidence and uplift in the North Sea basin and adjacent areas. In the model approach lateral variations and magnitude of predicted Quaternary vertical motions are largely dependent on the pre-existing late Tertiary flexural state of the area and the relative change in magnitude and orientation of intraplate stresses in the Quaternary. The late Tertiary deflections are reconstructed by incorporating lithospheric stretching values calculated from the Mesozoic subsidence record, and by adopting admissible variations in necking depth (z (sub n) ) and flexural rigidity (EET) from earlier work. The 3D model results for the North Sea and adjacent areas indicate that an increase of compressive intraplate forces with a magnitude of about N/m can predict accelerated subsidence values up to 700 m, largely in agreement with observed patterns of Quaternary isopach values corrected for effects of shallowing waterdepth. The magnitude of the intraplate forces is 2 to 3 times lower than predicted by earlier 2D studies. It is believed that the 2D model results actually overestimate required stress levels, since they do not take into account the effect of out-of-plane stresses.The relative increase in compressive forces is in agreement with observed compressive stresses and the magnitude corresponds to characteristic values for plate boundary forces. The adopted values for z (sub n) and EET do not show a clear relation with the preceding basin history. Serial; Conference-Document North Sea CenozoicU internal-pdf://Van Wees & Cloetingh (1996)-1543223553/Van Wees & Cloetingh (1996).pdf
:?' Narkiewicz, M. 2007t Development and inversion of Devonian and Carboniferous basins in the eastern part of the Variscan foreland (Poland) 231-265 Geological Quarterly 51 3W Variscides, Central Europe, foreland basins, subsidence, palaeogeography, palaeostress. Structural Geology The Polish part of the Central European Variscan foreland includes several regional units that differ in crustal structure and are character -
ized by distinct Devonian to Carboniferous subsidence and depositional histories. These units responded differently to palaeostress
changes along the southern margin of the Old Red Continent. During the Devonian to Namurian A, areas located to the south-west of the
Teisseyre-Tornquist Zone (TTZ), including the Upper Silesian Coal Basin, Ma³opolska and £ysogóry–Radom blocks, were influenced
by stress fields similar to those in the westward adjacent Rheno-Hercynian Zone, whilst the Lublin Basin, located to the north-east of the
TTZ, shows a similar development to the Pripyat–Dniepr–Donets rift system. After the Namurian A, the entire southern Polish foreland
started to respond in a more consistent way to the build-up of synorogenic compressional stresses, implying a more uniform development
of the stress field. During the Namurian B to early Westphalian D, the Polish foreland was dominated by north-directed compressional
stresses emanating from the Southeastern Variscan Belt. During the late Westphalian and early Stephanian, the entire foreland underwent
compressional deformation and concomitant basin inversion under the influence of stresses propagating from the Moravian-Silesian
Fold-and-Thrust Belt. In the Polish foreland, the development of Devonian-Carboniferous basins, as well as the architecture of Variscan
structures, clearly reflect the reactivation of pre-exist ing crustal discontinuities, including specifically the TTZ, but also other major
geophysically defined crustal boundaries. In general, thick-skinned tectonics controlled by the inherited structural grain of the basement
prevailed, whereas structural de coupling, resulting in the development of minor thrusts and reverse faulting, was of local significance
only. The distinct structural-depositional development of the Pomerania region reflects its distal location with respect to the evolving
orogen. Orogenic compression influenced this area only indirectly, with the TTZ acting as a guide for the transmission of transtensional
and transpressional stresses. Poland Devonian; CarboniferousA internal-pdf://Narkiewicz (2007)-3824321793/Narkiewicz (2007).pdf ?) Paproth, E. 1989< Die paläogeographische Entwicklung Mittel-Europas im Karbon 53-68 Geologisches Jahrbuch Hessen 117 Palaeogeography Central Europe
Carboniferous; internal-pdf://Paproth (1989)-1050052102/Paproth (1989).pdfֽ?W Ziegler, P.A.
Stampfli, G.M. 2001v Late Palaeozoic-Early Mesozoic plate boundary reorganization: collapse of the Variscan Orogen and opening of Neotethys 17-34Y Permian continental deposits of Europe and other areas. Regional reports and correlations 25 Cassinis, G Natura Bresciana, Monograph Structural Geology Natura Bresciana, Monograph Europe Palaeozoic; Mesozoic` ?+ o J Gerling, P.
Geluk, M.C.
Kockel, F.
Lokhorst, A.
Lott, G.K.
Nicholson, R.A. 1999z NW European Gas Atlas - new implications for the Carboniferous gas plays in the western part of the Southern Permian Basin 799-808I Petroleum Geology of North-West Europe: Proceedings of the 5th Conference Fleet, A.J.
Boldy, S.A.R. London The Geological Society Petroleum Geology North Sea
CarboniferousI internal-pdf://Gerling et al. (1999)-0124620093/Gerling et al. (1999).pdf ?, Wrede, V. 2005O Stratigraphie von Deutschland V - Das Oberkarbon (Pennsylvanium) in Deutschland 477 254& Courier Forschungsinstitut Senckenberg Stratigraphy Germany
?/ Verniers, J.
Pharaoh, T. C.
Andre, L.
Debacker, T. N.
De Vos, W.
Everaerts, M.
Herbosch, A.
Samuelsson, J.
Sintubin, M.
Vecoli, M. 2002 The Cambrian to mid Devonian basin development and deformation history of Eastern Avalonia, east of the Midlands Microcraton; new data and a review 47-93) Palaeozoic Amalgamation of Central Europe 201+ Winchester, J.A.
Pharaoh, T.C.
Verniers, J. London& Geological Society Special Publication Anglo-Brabant-Belt; Ardennes-; Avalonia-; Baltica-; basins-; Belgium-; biota-; Brabant-Massif; Caledonian-Orogeny; Caledonides-; Cambrian-; Central-Europe; Condroz-Inlier; deformation-; Devonian-; Europe-; fossils-; Gondwana-; gravity-anomalies; Great-Britain; igneous-rocks; Invertebrata-; Lake-District; lithostratigraphy-; magmatism-; metamorphism-; Midlands-Microcraton; models-; paleoclimatology-; paleogeography-; paleomagnetism-; Paleozoic-; plate-tectonics; Pomerania-; Precambrian-; Rhenohercynian-; rifting-; sedimentary-rocks; sedimentation-; subduction-; tectonic-units; tectonostratigraphic-units; United-Kingdom; Wales-; Welsh-Basin; Western-Europe; Structural-geology; Stratigraphy Structural Geology A review is given of recently published and new data on Avalonia east of the Midlands Microcraton. The three megasequences from Cambrian to mid Devonian described in Wales and Welsh Borderland are also present east of the Midlands Microcraton (Brabant Massif, Condroz, Ardennes, Remscheid and Ebbe inliers, Krefeld high). The three megasequences are caused by a tectonic driving mechanism and are explained by three different geodynamic contexts: an earlier phase with extensional basins or rifting and rather thick sequences, when Avalonia was still attached to Gondwana; a second phase with a shelf basin with moderately thin sequences when Avalonia was a separate continent and a later phase with a shelf or foreland basin development and thick sequences. Deformation of the megasequences 1 and 2 or 1 to 3 varies between areas. In Wales and the Lake District the Acadian phase is long-lived and active from early to mid Devonian. In the Ardennes inliers a deformation is active between the late Ordovician and the Silurian (Ardennian Phase), with a similar intensity as the core of the Brabant Massif, when present erosion levels are compared. The Brabant Massif is partly deformed by the long-lived Brabantian Phase from late Silurian till early mid Devonian. Both the Ardennes inliers and the Brabant Massif are not classic orogenic belts, only slate belts where no more than the epizone is reached at present erosion levels. Areas supposedly close to the microcraton or basement are nearly undeformed (SW Brabant Massif and central Condroz). A model of anticlockwise rotation of Avalonia of about 55 degrees from Caradoc to Emsian is proposed to explain the deposition setting of megasequence 3 and the subsequent Acadian and Brabantian deformation. Immediately after the Avalonian microcontinent touched Baltica in Caradoc times it created a short-lived subduction magmatic event from The Wash to the Brabant Massif and soon after the magmatism ended a foreland basin developed. Possibly during and after that development a long-lived and slow compressional event occurred, leading to the deformation of the Anglo-Brabant Deformation Belt. In the early Devonian, contemporaneous with the shortening of the Anglo-Brabant Deformation Belt, extension occurred in the Rheno-Hercynian Zone, possibly caused by the same slow rotation of Avalonia. More evidence emerges that Avalonia east of the Midlands Microcraton comprises not one but probably two terranes: the remnant of the palaeocontinent Avalonia, and what is called the palaeocontinent Far Eastern Avalonia; the latter is only occasionally observed in the few deep boreholes into the Heligoland-Pomerania Deformation Belt, in southern Denmark, NE Germany and NW Poland, with scant available indirect data in between indicating only Proterozoic basement and no Caledonian deformation. For Far Eastern Avalonia a similar palaeogeographical history is postulated as Avalonia, with rifting from Gondwana in Arenig or earlier times, collision with Baltica before the mid-Ashgill and deformation between the late Ordovician and latest Silurian. The Avalonia concept might need to be expanded to an "Avalonian Terrane Assemblage" with cratonic cores and small short-lived oceans as in the Armorican Terrane Assemblage. Western Europe
Palaeozoic ># ƽ?- Amler, M.R.W.
Stoppel, D. 2006> Stratigraphie von Deutschland VI - Unterkarbon (Mississippium) 590 41 Amler, M.R.W.
Stoppel, D. Hannover, Deutsche Gesellschaft für Geowissenschaften Stratigraphy@ Schriftenreihe der Deutschen Gesellschaft für Geowissenschafte1?0 1 Tait, J. A.
Bachtadse, V.
Franke, W.
Soffel, H.C. 1997b Geodynamic evolution of the European Variscan fold belt; palaeomagnetic and geological constraints 585-598 Geologische Rundschau 86 3- Armorican-Massif; Avalonia-; Central-Europe; controls-; Devonian-; Europe-; fold-belts; France-; geodynamics-; global-; Hercynian-Orogeny; microplates-; Ordovician-; orogeny-; paleogeography-; paleomagnetism-; Paleozoic-; plate-tectonics; Silurian-; Variscides-; Western-Europe; Solid-earth-geophysics Structural Geology Europe
Palaeozoic ?1 M Banka, D.
Pharaoh, T. C.
Williamson, J. P.
Lee, M. K.
Thybo, H.
Wybraniec, S. 2002W Potential field imaging of Palaeozoic orogenic structure in Northern and Central Europe 23-45 Tectonophysics 360 1-4 Amsterdam Armorican-Massif; Avalonia-; Baltic-Shield; Bruno-Silesia; Central-Europe; crust-; Europe-; France-; geophysical-methods; geophysical-profiles; geophysical-surveys; gravity-methods; lithosphere-; Lysogory-Terrane; magnetic-methods; Malopolska-Terrane; orogenic-belts; orogeny-; Paleozoic-; potential-field; Russian-Platform; surveys-; suture-zones; tectonics-; terranes-; Trans-European-suture-zone; Western-Europe; Solid-earth-geophysics; Applied-geophysics
Geophysics The Trans-European suture zone (TESZ) is the most fundamental lithospheric boundary in Europe, separating the ancient crust of the Fennoscandian Shield-East European Craton from the younger crust of Central Europe, and extending deep into the mantle. Geophysical potential field images provide an overview of the entire Paleozoic orogenic system of Northern and Central Europe for the first time. The TESZ is largely concealed by sedimentary basins of Permian-Cenozoic age; geological observations are largely restricted to local basement highs and deep boreholes, and the coverage of deep seismic surveys is widely spaced, despite experiments recently acquired within the EUROPROBE program. By contrast, the potential field data offer a relatively detailed coverage of standardized observations throughout the TESZ. While some features of the images may be sourced in the near surface, particularly in the gravity image, much of their content reflects the structure of the underlying Palaeozoic basement. At the scale presented, the images highlight the most fundamental features of the crustal structure of the TESZ. These include the strong contrast between the highly magnetic crust of the East European Craton and the less magnetic Paleozoic-accreted terranes of Central Europe; the lateral continuity of terranes and their internal structure, particularly where arc-magmatic complexes are involved; and the location and geometry of the terrane boundaries (oceanic sutures and strike-slip zones) that separate them. Europe
PalaeozoicG internal-pdf://Bailey et al. (1998)-1438800435/Bailey et al. (1998).pdf ?2 . Krawczyk, C. M.
Eilts, F.
Lassen, A.
Thybo, H. 2002 Seismic evidence of Caledonian deformed crust and uppermost mantle structures in the northern part of the Trans-European suture zone, SW Baltic Sea 215-244 Tectonophysics 360 1-4T Atlantic-Ocean; Avalonia-; Baltic-Sea; Baltica-; Caledonian-Orogeny; crust-; DEKORP-; faults-; geophysical-methods; geophysical-profiles; geophysical-surveys; lithosphere-; mantle-; marine-methods; Mohorovicic-discontinuity; normal-faults; North-Atlantic; orogeny-; Paleozoic-; plate-collision; plate-tectonics; Precambrian-; prestack-migration; reflection-methods; seismic-methods; seismic-migration; seismic-profiles; shear-zones; streamers-; surveys-; suture-zones; Sveconorwegian-Orogeny; tectonic-elements; Trans-European-suture-zone; upper-mantle; Solid-earth-geophysics; Applied-geophysics
Geophysics Northern Europe
PalaeozoicK internal-pdf://Krawczyk et al. (2002)-3866417455/Krawczyk et al. (2002).pdf XPalaeozoicK internal-pdf://Krawczyk et al. (1999)-4285972783/Krawczyk et al. (1999).pdf `Geology UK GenericG internal-pdf://Lake & Karner (1987)-1383669807/Lake & Karner (1987).pdf g
Denmark GenericQ internal-pdf://Liboriussen et al. (1987)-1316681775/Liboriussen et al. (1987).pdf \a
PalaeozoicK internal-pdf://Lyngsie & Thybo (2007)-1333566255/Lyngsie & Thybo (2007).pdf S
GenericI internal-pdf://Lyngsie et al. (2006)-3447586095/Lyngsie et al. (2006).pdf W
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PalaeozoicE internal-pdf://Mansy et al. (1999)-2894038063/Mansy et al. (1999).pdf ]Germany GenericI internal-pdf://Marotta et al. (2002)-1921057327/Marotta et al. (2002).pdf Uany GenericE internal-pdf://Mayer et al. (1997)-1988252719/Mayer et al. (1997).pdf bh Sea MesozoicO internal-pdf://Maystrenko et al. (2005)-1132710191/Maystrenko et al. (2005).pdf nth Sea Generic[ internal-pdf://MONA LISA Working Group (1997)-0696581679/MONA LISA Working Group (1997).pdf [
urope GenericI internal-pdf://Müller et al. (1997)-3146230319/Müller et al. (1997).pdf k
l Geology North Sea GenericI internal-pdf://Nielsen et al. (2000)-3599322671/Nielsen et al. (2000).pdf R GenericG internal-pdf://Norden et al. (2008)-0059437103/Norden et al. (2008).pdf W
ProterozoicG internal-pdf://Olesen et al. (2004)-1200392239/Olesen et al. (2004).pdf G
rmany Generic5 internal-pdf://Otto (2003)-3196980527/Otto (2003).pdf dmany GenericS internal-pdf://Plenefisch & Bonjer (1997)-0462387247/Plenefisch & Bonjer (1997).pdf 9 Zthe Malm. A high-resolution 3D seismic volume has been acquired within an area of 27 km2 size for geothermal exploration and modelling purposes, located within the southern suburbs of Munich. First results show preferential hydraulic pathways along fault zones within the Malm reservoir which were partly active until Aquitanian (Lower Miocene). Additionally, a greater number of sinkholes have been identified at the top Malm, located along fault zones which constitute new possible targets for geothermal exploration.© 2010, Society of Petroleum Engineers.
German?7 % Hampson, G.J.
Elliott, T.
Flint, S.S. 1996 Critical application of high resolution sequence stratigraphic concepts to the Rough Rock Group (Upper Carboniferous) of northern England 221-246C High Resolution Sequence Stratigraphy: Innovations and Applications 104 1 Howell, J.A.
Aitken, J.F.. London' Geological Society Special Publications Carboniferous-; clastic-rocks; coal-; correlation-; deltaic-environment; England-; Europe-; fluvial-environment; Great-Britain; high-resolution-methods; Namurian-; northern-England; paleogeography-; paleosols-; Paleozoic-; Pennines-; Rough-Rock-Group; sea-level-changes; sedimentary-rocks; sequence-stratigraphy; shale-; siliciclastics-; structural-controls; synsedimentary-processes; transgression-; United-Kingdom; Upper-Carboniferous; Western-Europe; Stratigraphy Stratigraphy UK
CarboniferousI internal-pdf://Hampson et al. (1996)-2068273721/Hampson et al. (1996).pdf ?8 Hance, L.
Poty, E.
Devuyst, F.X. 2001w Stratigraphie sequentielle du Dinantien type (Belgique) et correlation avec le Nord de la France (Boulonnais, Avesnois) 411-426. Bulletin de la Société Géologique de France 172 4 Avesnes-France; Belgium-; biostratigraphy-; Boulonnais-; Carboniferous-; chronostratigraphy-; Conodonta-; correlation-; depositional-environment; Dinant-Basin; Dinantian-; Europe-; Foraminifera-; France-; Invertebrata-; lithofacies-; lithostratigraphy-; microfossils-; Namur-Belgium; paleoenvironment-; paleogeography-; Paleozoic-; Pas-de-Calais-France; Protista-; sequence-stratigraphy; Western-Europe; Stratigraphy Stratigraphy The relative influences of local tectonics and global eustasy in the architecture of the sedimentary units of the Namur-Dinant Basin (southern Belgium) are determined. Nine third-order sequences are recognised. During the Lower Tournaisian (Hastarian and lower Ivorian) a homoclinal ramp extended from southern Belgium through southern England (Mendips) and into southern Ireland. From the upper Ivorian to the lower Visean rapid facies changes occurred due to progradation and increasing prominence of Waulsortian mudmounds. Progradation gradually produced a situation in which inner shelf facies covered the Namur (NSA), Condroz (CSA) and southern Avesnes (ASA) sedimentation areas, whereas outer shelf facies were restricted to the Dinant sedimentation area (DSA). During the middle and late Visean a broad shelf was established from western Germany to southern Ireland. Because the shelf built up mainly by aggradation, parasequences can be followed over a large area. An early phase of Variscan shortening is perceptible during the Livian. The stratigraphic gap between the first Namurian sediments (E2 Goniatite Zone) and the underlying Visean varies from place to place, but is more important in the north. Belgium
Carboniferous yg p?4 Herbig, H.-G 2005| Die internationale Mississippium-Pennsylvanium-Grenze – Entwicklung des Konzeptes, Definition und Anwendung in Deutschland 3-12O Stratigraphie von Deutschland V - Das Oberkarbon (Pennsylvanium) in Deutschland 254 254 Wrede, V. Frankfurt am Main& Courier Forschungsinstitut Senckenberg Stratigraphy Germa?5 U Neves, R.
Gueinn, K. J.
Clayton, G.
Ioannides, N. S.
Neville, R. S. W.
Kruszewska, K. 1973Z Palynological Correlations within the Lower Carboniferous of Scotland and Northern England 24-53' Transactions Royal Society of Edinburgh 69 2 biostratigraphy-; Carboniferous-; Dinantian-; England-; Europe-; Great-Britain; microfossils-; miospores-; new-taxa; Paleozoic-; palynomorphs-; Scotland-; stratigraphy-; taxonomy-; United-Kingdom; Western-Europe; Stratigraphy
Palaeontology Description and distribution of miospore species and zones in Dinantian series with marked variations in facies; two new genera, 15 new species. UK
Carboniferous ( ?6 G Clayton, G.
Colthurst, J. R. J.
Higgs, K.
Jones, G. L. L.
Keegan, J. B. 19778 Tournaisian miospores and conodonts from County Kilkenny 99-106, Bulletin of the Geological Survey of Ireland 2( assemblages-; biostratigraphy-; Carboniferous-; Conodonta-; correlation-; Devonian-; Dinantian-; Europe-; Ireland-; Kilkenny-; Lower-Limestone-Shale; microfossils-; miospores-; Mississippian-; Old-Red-Sandstone; Paleozoic-; palynomorphs-; stratigraphy-; Tournaisian-; Western-Europe; Stratigraphy
Palaeontology Ireland
Carboniferous?7 % Owens, B.
Gueinn, K. J.
Cameron, I.B. 1977z A Tournaisian miospore assemblage from the Altagoan Formation (Upper Calciferous Sandstone), Draperstown, Northern Ireland 313-324 Pollen et Spores 19 2 Altagoan-Formation; Altagoan-River; biostratigraphy-; Carboniferous-; Dinantian-; Europe-; microfossils-; miospores-; Northern-Ireland; paleobotany-; Paleozoic-; palynomorphs-; Tournaisian-; United-Kingdom; Upper-Calciferous-Sandstone; Western-Europe; Stratigraphy
Palaeontology Ireland
Carboniferous ?; / Hoffmann, N.
Lindert, W.
Weyer, D.
Illers, K.H. 1975= Zum Unterkarbon-Vorkommen auf den Inseln Ruegen und Hiddensee 851-873+ Zeitschrift für Geologische Wissenschaften 3 7 biostratigraphy-; Carboniferous-; Central-Europe; Culm-; Dinantian-; East-Germany; Europe-; Germany-; Hiddensee-Island; Kohlenkalk-; lithostratigraphy-; Mecklenburg-Western-Pomerania-Germany; paleogeography-; Paleozoic-; Rugen-Island; stratigraphy-; Stratigraphy Palaeogeography Germany
Carboniferouse 4ƽ?=
Gursky, H. 2006. Paläogeographie, Paloozeanographie und Fazies 51-68> Stratigraphie von Deutschland VI - Unterkarbon (Mississippium) 41 Amler, M.R.W.
Stoppel, D. Hannover, Deutsche Gesellschaft für Geowissenschaften Palaeogeograph?> ! Johnson, G. A. L.
Tarling, D. H. 1985A Continental convergence and closing seas during the Carboniferous 163-168R Compte Rendu Congres International de Stratigraphie et de Geologie du Carbonifère 4 accretion-; biogeography-; Carboniferous-; continental-drift; Devonian-; Gondwana-; Laurasia-; paleogeography-; Paleozoic-; plate-collision; plate-convergence; plate-tectonics; stratigraphy-; Stratigraphy; Structural-geology Structural Geology 4 Generic
Carboniferous ?? Chadwick, R.A.
Evans, D.J. 2005D A seismic atlas of southern Britain - images of subsurface structure 193 7 Keyworth0 British Geological Survey Occasional Publication
Geophysics UK GenericO?@
Franke, W. 1989A Tectonostratigraphic units in the Variscan Belt of Central Europe 67-901 Terranes in the Circum-Atlantic Paleozoic orogens 230 Dallmeyer, R.D. Boulder Geological Society of America6 basins-; Bohemian-Massif; Central-Europe; continental-crust; correlation-; crust-; Europe-; evolution-; faults-; Gondwana-; Hercynian-Orogeny; IGCP-; low-pressure; metamorphism-; nappes-; oceanic-crust; orogeny-; paleolatitude-; Pan-African-Orogeny; plate-collision; plate-convergence; Precambrian-; pressure-; Proterozoic-; Rhenohercynian-Basin; rifting-; Saxothuringian-Zone; sedimentary-basins; structural-geology; subduction-; tectonics-; tectonostratigraphic-units; thermal-history; three-dimensional-models; thrust-faults; upper-Precambrian; Structural-geology Structural Geology Central Europe
Palaeozoic c ƽ?A Amler, M.R.W.
Herbig, H.-G 2006{ Ostrand der Kohlenkalk-Plattform und Übergang in das Kulm-Becken im westlichsten Deutschland zwischen Aachen und Wuppertal 441-477> Stratigraphie von Deutschland VI - Unterkarbon (Mississippium) 41 Amler, M.R.W.
Stoppel, D. Hannover, Deutsche Gesellschaft für Geowissenschaften Stratigrapho hƽ?B ; Buchholz, P.
Obert, C.
Trapp, E.
Wachendorf, H.
Zellmer, H. 2006 Westharz 387-413> Stratigraphie von Deutschland VI - Unterkarbon (Mississippium) 41 Amler, M.R.W.
Stoppel, D. Hannover, Deutsche Gesellschaft für Geowissenschaften Stratigraphy@/ $?A Ramsbottom, W. H. C. 1979b Rates of transgression and regression in the Carboniferous of NW Europe; with discussion and reply 147-153" Journal of the Geological Society 136 2 Carboniferous-; cyclic-processes; deposition-; Europe-; Namurian-; northwestern-Europe; Paleozoic-; regression-; sea-level-changes; sedimentation-; stratigraphy-; synthems-; transgression-; Upper-Carboniferous; Westphalian-C; Stratigraphy Palaeogeography Western Europe
CarboniferousA internal-pdf://Ramsbottom `arboniferous7 intern
?B Smith, N. T. 1999j Variscan inversion within the Cheshire Basin, England; Carboniferous evolution north of the Variscan Front 211-225 Tectonophysics 309 1-4 Carboniferous-; Cheshire-Basin; Cheshire-England; England-; Europe-; faults-; forelands-; geophysical-methods; geophysical-profiles; geophysical-surveys; Great-Britain; Hercynian-Orogeny; inversion-tectonics; orogeny-; Paleozoic-; reflection-methods; sedimentary-rocks; seismic-methods; seismic-profiles; seismic-stratigraphy; sequence-stratigraphy; structural-analysis; surveys-; tectonics-; United-Kingdom; Upper-Carboniferous; Variscides-; Western-Europe; Structural-geology; Applied-geophysics Structural Geology UK
Carboniferous7 internal-pdf://Smith (1999)-1793956352/Smith (1999).pdf ws Denmark GenericE inter xnmark PermianW int d Germany GenericO internal-pdf://Tryggvason et al. (1998)-3506270720/Tryggvason et al. (1998).pdf @nal-pdf://Thybo et al. (2006)-3841835520/Thybo et al. (2006).pdf Ternal-pdf://Thybo & Schönharting (1991)-3724410624/Thybo & Schönharting (1991).pdf 7
-pdf://Van Hoorn (1987)-0721477889/Van Hoorn (1987).pdf c
urope GenericQ internal-pdf://Van Wees & Beekman (2000)-3506637313/Van Wees & Beekman (2000).pdf t 1-4 Structural Geology Netherlands Mesozoic? internal-pdf://Van Wijhe (1987)-2600833281/Van Wijhe (1987).pdf O
ous; Palaeogene= internal-pdf://Vandycke (2002)-1980179201/Vandycke (2002).pdf `ctural Geology Denmark Generic; internal-pdf://Vejbæk (1990)-4228552449/Vejbæk (1990).pdf bus; PalaeogeneQ internal-pdf://Vejbæk & Andersen (1987)-1745644801/Vejbæk & Andersen (1987).pdf ?G Kornpihl, K. 2005F Tectono-sedimentary Evolution of the NE German Variscan Foreland Basin 123 Bonn University of Bonn Geology Germany
Carboniferous= internal-pdf://Kormpihl (2005)-0696848134/Kormpihl (2005).pdf V?H Langenaeker, V. 2000y The Campine Basin. Stratigraphy, structural geology, coalification and hydrocarbon potential for the Devonian to Jurassic 142 Leuven Leuven University Geology Belgium4 Devonian; Carboniferous; Permian; Triassic; JurassicC internal-pdf://Langenaeker (2000)-0304936448/Langenaeker (2000).pdf qG ?I ( Wrede, V.
Kahlert, E.
Kampe, A.
Thum, H. 2005O Das Oberkarbon (Silesium) in der Stratigraphischen Tabelle von Deutschland 2002 77-89 Newsletters on Stratigraphy 41 1-3 Stratigraphy Germany
Carboniferous internal-pdf://Wrede et al. (2005)-1272052178/Wrede et al. (2005).pdf
internal-pdf://Mennintg ?J ) Van Buggenum, J.M.
den Hartog Jager, D.G. 2007 Silesian 43-62 Geology of the Netherlands' Wong, Th.E.
Batjes, D.A.J.
de Jager, J. Amsterdam5 Royal Netherlands Academy of Arts and Sciences (KNAW) Geology Netherlands
Carboniferousk internal-pdf://Van Buggenum & den Hartog Jager (2007)-3114152192/Van Buggenum & den Hartog Jag
;?K P Ziegler, P.A.
Schumacher, M. E.
Dèzes, P.
van Wees, J. D.
Cloetingh, S.A. P. L. 2004j Post-Variscan evolution of the lithosphere in the Rhine Graben area; constraints from subsidence modelling 289-3173 Permo-Carboniferous Magmatism and Rifting in Europe 223P Wilson, M.
Neumann, E.R.
Davies, G.R.
Timmerman, M.J.
Heeremans, M.
Larsen, B.T. London& Geological Society Special Publication+ Bohemian-Massif; Carboniferous-; Cenozoic-; Central-Europe; crust-; Europe-; France-; Franconian-Platform; geophysical-methods; geophysical-profiles; geophysical-surveys; Hercynian-Orogeny; lithosphere-; Lorraine-; Moldanubian-; Nancy-Pirmasens-Trough; orogeny-; Paleozoic-; Paris-Basin; reflection-methods; Rhenohercynian-; rift-zones; Saxothuringian-; seismic-methods; seismic-profiles; Southern-Permian-Basin; Stephanian-; subsidence-; surveys-; suture-zones; Upper-Carboniferous; Upper-Rhine-Graben; Variscides-; Western-Europe; Solid-earth-geophysics Structural GeologyB In the area of the Cenozoic Rhine rift system, crustal and lithospheric thicknesses range between 24 and 35 km, and 60 and 120 km, respectively. This rift system transects the deeply truncated Variscan Orogen and superimposed Permo-Carboniferous wrench-induced troughs, and Late Permian and Mesozoic thermal sag basins. At the time of its Westphalian consolidation, the Variscan Orogen was probably characterized by 45-60 km deep-crustal roots that were that were associated with its Rheno-Hercynian-Saxo-Thuringian, Saxo-Thuringian-Bohemian and Bohemian-Moldanubian sutures, all of which are transected by the Cenozoic Rhine rift system. During the Stephanian-Early Permian wrench-induced disruption of the Variscan Orogen, subducted lithospheric slabs were detached causing upwelling of hot mantle material. During the resulting thermal surge, partial delamination and/or thermal thinning of the continental mantle-lithosphere induced regional uplift. At the same time the Variscan orogenic roots were destroyed and crystal thicknesses reduced to 28-35 km in response to the combined effects of mantle-derived melts interacting with the lower crust, regional erosional unroofing of the crust and, on a more local scale, by its mechanical stretching. Towards the end of the Early Permian, the potential temperature of the asthenosphere returned to ambient levels. With this, regional, long-term thermal subsidence of the lithosphere commenced, controlling the development of a new system of Late Permian and Mesozoic thermal sag basins. However, the evolution of these basins was repeatedly overprinted by minor short-term subsidence accelerations that reflect the build-up of far-field stresses related to rifting in the Tethyan and Atlantic domains. Comparison of observed and modelled subsidence curves suggests that in the area of the Rhine rift system the lithosphere had equilibrated with the asthenosphere at the end of the Cretaceous at depths of 100-120 km, before it became thermally destabilized again by Cenozoic rifting and plume-related magmatism. Modelled subsidence curves indicate that by the end of Early Permian times the thermal thickness of the remnant mantle-lithosphere ranged between 10 and 50 km in areas that were later incorporated into Mesozoic thermal sag basins; this corresponds to mid-Permian thermal lithosphere thicknesses of 40-80 km. Germany Generic ?L Bard, J. P. 1997 Demembrement ante-mesozoique de la chaine varisque d'Europe occidentale et d'Afrique du Nord; role essentiel des grands decrochements transpressifs dextres accompagnant la rotation-translation horaire de l'Afrique durant le Stephanien 693-7043 Comptes Rendus de l'Academie des Sciences, Serie II 324 9Y Africa-; African-Plate; Carboniferous-; displacements-; Europe-; faults-; Gondwana-; lateral-faults; movement-; North-Africa; Paleozoic-; plate-rotation; plate-tectonics; preferred-orientation; right-lateral-faults; Stephanian-; strike-slip-faults; tectonics-; transpression-; Upper-Carboniferous; Variscides-; Western-Europe; Structural-geology Structural Geology In western Europe and North-Africa, the continental Stephanian is a period of major dextral transpressive faulting associated with the large clockwise rotation-translation of Africa (Gondwana) towards North America. This is the first reason why this belt has been strongly fragmented in numerous exotic segments before new redistributions during the circum-mediterranean Alpine orogenic processes. It is attempted to rebuild the "puzzle" just before and after the Stephanian. Western Europe
PalaeozoicX x?M Drozdzewski, G. 1992 Zur Faziesentwicklung im Oberkarbon des Ruhrbeckens,
abgeleitet aus Mächtigkeitskarten und lithostratigraphischen Gesamtprofilen 41-48$ Zeitschrift der Angewandten Geologie 38 1 Clastic sedimentology Germany
Ca D?N ! Glennie, K. 2007: Early exploration in the Southern Permian Basin Atlas area
Geo-Pomerania Szczecin Petroleum Geology Western Europe Generic )?O 7 Hollmann, G.
Klug, B.
Schmitz, J.
Stahl, E.
Wellens, M. 1997W Schneeren-Husum - zur Geologie einer Erdgaslagerstätte im Nordwestdeutschen Oberkarbon 33-34E Niedersächsische Akademie der Geowissenschaften, Veröffentlichungen 13 Petroleum Geology Germany
Carboniferous9?P 8 O'Mara, P.T.
Merryweather, M.
Stockwell, M.
Bowler, M.M. 2003/ The Trent gas field, block 43-24a, UK North Sea 835-849B United Kingdom Oil and Gas Fields, Commemorative Millennium Volume 20 Gluyas, J.
Hichens, H.M. London Geological Society Memoir Atlantic-Ocean; clastic-rocks; Europe-; geophysical-methods; natural-gas; North-Atlantic; North-Sea; oil-and-gas-fields; permeability-; petroleum-; petroleum-engineering; petroleum-exploration; porosity-; production-; reserves-; reservoir-properties; sandstone-; sedimentary-rocks; seismic-methods; structural-traps; traps-; Trent-Field; Trent-Sandstone; United-Kingdom; Western-Europe; Economic-geology,-geology-of-energy-sources Petroleum GeologyG The Trent gas field lies within the UKCS Southern Gas Basin (Block 43/24a) located 120 km off the Yorkshire coast in average water depths of 160 ft. The accumulation is contained within a NW-SE trending Base Permian closure, which straddles blocks 43/24, 43/23 and 43/25. The Carboniferous subcrop beneath the Base Permian unconformity varies in age from Westphalian A in the east to Namurian in the west. Although the Base Permian closure covers an area of 75 km (super 2) the producible reserves are only located in the central core area of 43/24a. The main reservoir horizon is the Trent Sandstone of Marsdenian age, equivalent to the Chatsworth Grit Sandstone, UK onshore. Additional reservoir zones are within the lowermost Westphalian A. The field has been developed through the application of fracture stimulation of deviated wells. UK
Carboniferous ?Q ) Kombrink, H.
Bridge, J. S.
Stouthamer, E. 2007W The alluvial architecture of the Coevorden Field (Upper Carboniferous), the Netherlands 3-14" Netherlands Journal of Geosciences 86 1 alluvial-architecture; bars-; Carboniferous-; channels-; clastic-rocks; Coevorden-Field; cores-; correlation-; depositional-environment; dimensions-; Ems-Low; Europe-; Gronau-fault-zone; mudstone-; Netherlands-; oil-and-gas-fields; paleoclimatology-; paleocurrents-; paleogeography-; Paleozoic-; planar-bedding-structures; reconstruction-; sand-bodies; sandstone-; sedimentary-rocks; sedimentary-structures; tectonics-; thickness-; Tubbergen-Formation; Upper-Carboniferous; well-logs; Western-Europe; Westphalian-; Stratigraphy Clastic sedimentology4 A detailed reconstruction of the alluvial architecture of the Coevorden gas Field (Tubbergen Formation, Upper Carboniferous), which is located in the northeastern part of the Netherlands, is presented. This reconstruction is based on well logs, cross-sections and paleogeographic maps. Sedimentological analysis of a 93 m long core allowed to refine the interpretation of the depositional environment. Accurate width determinations are necessary to correctly correlate fluvial sandbodies and reconstruct alluvial architecture. Without using sedimentological information, sandbody width is likely to be overestimated. A method developed by Bridge and Type (2000) was used to calculate the width of one sandstone body from cross-set thicknesses. On the basis of this calculation and the paleogeographic reconstructions, it may be stated that on average the width of the channel belts we studied in the Coevorden field does not exceed 4 km. Moreover, our paleogeographic reconstructions, which point to a northwestern direction of paleoflow, are in accordance with earlier observations from the study area. The Tubbergen Formation and time-equivalent sediments in Germany are reviewed briefly to put the Coevorden Field in a regional context. The thickness of the Tubbergen Formation is approximately 450 m in our study area. In the adjacent German area, time-equivalent sedimentary sequences reach higher thicknesses. This may be attributed to tectonic movements along the Gronau Fault zone and the coming into existence of the Ems Low, of which the Coevorden Field is the westernmost part. Netherlands
CarboniferousK internal-pdf://Kombrink et al. (2007)-1618976006/Kombrink et al. (2007).pdf ?S H Jureczka, J. 1995t Useful accompanying minerals occurring in Carboniferous rocks of Poland. Coalbed methane. Upper Silesian Coal Basin. 177-178" The Carboniferous system in Poland 149 Zdanowski, A.
Żakowa, H. * Prace Państwowego Instytuto Geologicznego
Mineralogy Poland
Carboniferous g ?T H
Zdanowski, A. 1995G Useful accompanying minerals occurring in Carboniferous rocks of Poland 176-177" The Carboniferous system in Poland 148 Zdanowski, A.
Żakowa, H. * Prace Państwowego Instytuto Geologicznego Natural resources Poland
Carboniferous ?U
Grotek, I. 2005 Alteration of the coalification degree of the organic matter dispersed in the Carboniferous sediments along border of the East-European Craton in Poland 5-80- Biuletyn Państwowego Instytuto Geologicznego 413 Geochemistry Poland
Carboniferous?V X $ Poprawa, P.
Grotek, I.
Żywiecki, M. 2005 Impact of the Permian magmatic activity on the thermal maturation of the Carboniferous sediments on the outer Variscan Orogen (SW Poland) 253-2601 Polskie Towarzystwo Mineralogiczne Special Papers 26 Magmatism Poland
Palaeozoic
?W B Pearce, T.J.
Wray, D.S.
Ratcliffe, K.
Wright, D.K.
Moscariello, A. 2005S Chemostratigraphy of the Upper Carboniferous Schooner Formation, southern North Sea 147-164X Carboniferous hydrocarbon geology - The southern North Sea and surrounding onshore areas 76 Collinson, J.D.
Evans, D.J.
Holliday, D.W.
Jones, N.S.3 Yorkshire Geological Society Occasional Publication Geochemistry UK North Sea
CarboniferousG internal-pdf://Pearce et al. (2005)-3927691270/Pearce et al. (2005).pdf 9?X Cocks, L. R. M.
Fortey, R. A. 1982D Faunal evidence for oceanic separations in the Palaeozoic of Britain 465-478" Journal of the Geological Society 139 4 Arthropoda-; biogeography-; Brachiopoda-; continental-drift; Europe-; faunal-list; Iapetus-; Invertebrata-; paleogeography-; Paleozoic-; stratigraphy-; sutures-; Trilobita-; Trilobitomorpha-; United-Kingdom; Western-Europe; Stratigraphy
Palaeontology UK
Pa?Y h Lipiec, Michal
Matyja, Hanna 1998 Architektura depozycyjna basenu dolnokarbonskiego na obszarze pomorskim (Lower Carboniferous depositional structure of the sedimentary basin in Pomerania) 101-112* Prace Państwowego Instytutu Geologicznego 165 basin-analysis; basins-; biostratigraphy-; Carboniferous-; Central-Europe; deposition-; Dinantian-; Europe-; lithofacies-; lithostratigraphy-; Paleozoic-; Poland-; Polish-Lowland; Pomerania-; sedimentary-basins; Sedimentary-petrology Palaeogeography Poland
Carboniferous?Z
) Frank, F.
Zinkernagel, U.
Füchtbauer, H. 1992G Zur Liefergebietsfrage der Sandsteine des Nordwestdeutschen Oberkarbons 167 0171-2187 DGMK Berichte 384-8 Carboniferous-; Central-Europe; clastic-rocks; detritus-; Europe-; fission-tracks; Germany-; Lower-Saxony-Germany; mineral-composition; molasse-; nesosilicates-; North-Rhine-Westphalia-Germany; Northwestern-German-Plain; northwestern-Germany; orthosilicates-; Paleozoic-; provenance-; Rhine-Westphalian-Basin; sandstone-; sedimentary-rocks; sedimentation-; silicates-; stratigraphic-columns; textures-; Upper-Carboniferous; zircon-; Sedimentary-petrology
Mineralogy Germany
Carboniferous D?b ) Hoth, P.
Lindert, W.
Hoth, K.A.
Weyer, D. 2005 Das Oberkarbon des zentralen Bereiches der Mitteleuropäischen Senke in Norddeutschland (Südwest-Mecklenburg, Nordwest-Brandenburg, Altmark) 335-354O Stratigraphie von Deutschland V - Das Oberkarbon (Pennsylvanium) in Deutschland 254 Wrede, V. Frankfurt am Main& Courier Forschungsinstitut Senckenberg Palaeogeography Germany ? Wrede, V. 2000s Struktureller Bau und Mächtigkeit des „Flözleeren“ (Namur A-C) im Raum Hasslinghausen (südliches Ruhrkarbon) 171-1853 Zeitschrift der Deutschen Geologischen Gesellschaft 151 Structural Geology Germany
Carboniferous< ?c h Waksmundzka, M.I. 1998; Depositional architecture of the Carboniferous Lublin basin 89-100* Prace Państwowego Instytutu Geologicznego 165 Clastic sedimentology Poland
Carboniferous?d Roscher, M.
Schneider, J.W. 2006 Permo-Carboniferous climate; Early Pennsylvanian to Late Permian climate development of Central Europe in a regional and global context 95-1364 Non-marine Permian biostratigraphy and biochronology 265( Lucas, S.G.
Cassinis, G.
Schneider, J.W. London& Geological Society Special Publicationz ancient-ice-ages; arid-environment; basins-; Carboniferous-; Central-Europe; Europe-; glacial-geology; glaciation-; lithostratigraphy-; paleo-oceanography; paleoclimatology-; paleocurrents-; paleoenvironment-; paleogeography-; paleosalinity-; Paleozoic-; Pangaea-; Pennsylvanian-; Permian-; seasonal-variations; terrestrial-environment; topography-; wind-transport; Stratigraphy ClimateV A well-justified stratigraphical correlation of continental successions and new palaeogeographic reconstruction of Pangaea reveal new insights into the northern Pangaean climate development influenced by palaeogeography, palaeotopography, glacio-eustatic sealevel changes and ocean currents. The overall Permo-Carboniferous aridization trend was interrupted by five wet phases. These are linked to the Gondwana icecap. The aridization and weakening of wet phases over time were not only caused by the drift of northern Pangaea to the arid climatic belt, but also by the successive closure of the Rheic Ocean, which caused the expansion of arid/semi-arid environments in the Lower/Middle Permian. The end of the Gondwana glaciation rearranged ocean circulation, leading to a cold, coast-parallel ocean current west of northern Pangaea, blocking moisture coming with westerly winds. The maximum of aridity was reached during the Roadian/Wordian. The Trans-Pangaean Mountain Belt was non-existent. Its single diachronous parts never exceeded an average elevation of 2000 m. The maximum elevation shifted during time from east to west. The Hercynian orogen never acted as an orographic east-west barrier, and the Inter-Tropical Convergence Zone was widely displaced, causing four seasons (dry summer/winter, wet spring/autumn) at the equator and a strong monsoon system. Central Europe Carboniferous; PermianS internal-pdf://Roscher & Schneider (2006)-0212096774/Roscher & Schneider (2006).pdf ?f * Poty, E.
Hance, L.
Lees, Al.
Hennebert, M. 2001, Dinantian lithostratigraphic units (Belgium) 69-93 Geologica Belgica 4 1-22 Anthozoa-; Belgium-; biostratigraphy-; carbonate-platforms; Carboniferous-; Coelenterata-; Conodonta-; Dinant-Basin; Dinantian-; Europe-; Foraminifera-; Invertebrata-; lithostratigraphy-; microfossils-; Namur-Basin; paleogeography-; Paleozoic-; Protista-; Rugosa-; Western-Europe; Zoantharia-; Stratigraphy Stratigraphy Six paleogeographic sedimentation areas (s.a.) are recognized in the Namur-Dinant Basin: (1) the Hainaut s.a., (2) the Namur s.a., (3) the Condroz s.a., (4) the Dinant s.a., (5) the Vise-Maastricht s.a., and (6) the southern Avesnois s.a. (only in northern France). Together with the sea-level variations (third-order sequences), local controls influenced the nature of the sedimentary deposits, so the lithostratigraphic successions in each sedimentation area are distinctive. The depositional setting was that of a carbonate platform which evolved from a ramp in the early Tournaisian to a rimmed shelf during the early Visean and then to a regionally extensive shelf during the middle and late Visean. Before the Livian, open marine facies were developed to the south, but from the Livian onwards open marine facies were restricted to the north while evaporites developed in the south. This inversion of the normal pattern was probably related to an early phase of Variscan shortening. Dinantian biostratigraphy is mainly based upon foraminifera, rugose corals and conodonts. Fifty formations (including members), 3 groups and 2 informal lithostratigraphic units are briefly described. Belgium
CarboniferousC internal-pdf://Poty et al. (2001)-2666087992/Poty et al. (2001).pdf ?g Poty, E. 1997j Devonian and Carboniferous tectonics in the eastern and southeastern parts of the Brabant Massif (Belgium) 143-144 Aardkundige Mededelingen 8 Belgium-; Brabant-Massif; Carboniferous-; Devonian-; Dinantian-; Europe-; Midi-Eifel-Fault; Namur-Belgium; Paleozoic-; tectonics-; Western-Europe; Structural-geology Structural Geology Belgium Devonian; CarboniferousL; 0?i Krull, P. 2005 Paläogeographischer Rahmen 3-12O Stratigraphie von Deutschland V - Das Oberkarbon (Pennsylvanium) in Deutschland 254 Wrede, V. Frankfurt am Main& Courier Forschungsinstitut Senckenberg Palaeogeography Germany
Carboniferous7 internal-pdf://Krull (2005)-0526281998 ?j
Selter, V. 1990f Sedimentologie und Klimaentwicklung im Westfal C/D und Stefan des nordwestdeutschen Oberkarbon-Beckens 310 384-4 DGMK Bericht Clastic sedimentology Germany
Carboniferous F?k ~ Bless, M. J. M.
Bouckaert, J.
Conil, R.
Groessens, E.
Kasig, W.
Paproth, E.
Poty, E.
van Steenwinkel, M.
Streel, M.
Walter, R. 1980g Pre-Permian depositional environments around the Brabant Massif in Belgium, the Netherlands and Germany 1-81 Sedimentary Geology 27 1 Belgium-; Cambrian-; Carboniferous-; Central-Europe; controls-; cyclic-processes; Devonian-; Europe-; evolution-; geologic-maps; Germany-; maps-; marine-environment; Netherlands-; Ordovician-; orogeny-; paleogeography-; Paleozoic-; provenance-; reefs-; sedimentation-; Silurian-; stratigraphy-; structural-controls; structural-geology; tectonics-; uplifts-; West-Germany; Western-Europe; Sedimentary-petrology Palaeogeography Netherlands; Belgium; Germany
PalaeozoicE internal-pdf://Bless et al. (1980)-4244539699/Bless et al. (1980).pdf ?l
g Füchtbauer, H.
Jankowski, B.
David, E.
David, F.
Frank, F.
Kraft, T.
Sedat, B.
Selter, V.
Strehlau, K. 1991. Sedimentologie des nordwestdeutchen Oberkarbon 75-116 468 0937-9762N Berichte Deutsche Wissenschaftliche Gesellschaft fuer Erdoel, Erdgas and Kohle~ braided-streams; carbonates-; Carboniferous-; Central-Europe; clastic-rocks; clasts-; coal-seams; cyclic-processes; diagenesis-; Europe-; eustacy-; framework-silicates; Germany-; macerals-; molasse-; Paleozoic-; porosity-; quartz-; red-beds; sandstone-; sedimentary-rocks; siderite-; silica-minerals; silicates-; soils-; spores-; streams-; Upper-Carboniferous; Sedimentary-petrology Clastic sedimentology Germany
Carboniferous p ?n N Williamson, J.P.
Pharaoh, T.C.
Banka, D.
Thyboc, H.
Laigle, M.
Lee, M.K. 2002l Potential field modelling of the Baltica–Avalonia (Thor–Tornquist) suture beneath the southern North Sea 47-60 Tectonophysics 360
Geophysics Southern North Sea
PalaeozoicM internal-pdf://Williamson et al (2002)-1023293185/Williamson et al (2002).pdf!?o Aretz, M.
Chevalier, E. 2007 After the collapse of stromatoporid–coral reefs — the Famennian and Dinantian reefs of Belgium: much more than Waulsortian mounds 163-188I Palaeozoic Reefs and Bioaccumulations: Climatic and Evolutionary Controls 275J Álvaro, J. J.
Aretz, M.
Boulvain, F.
Munnecke, A.
Vachard, D.
Vennin, E. London& Geological Society Special Publication Carbonate sedimentology Belgium Devonian; CarboniferousO internal-pdf://Aretz & Chevalier (2007)-3895971590/Aretz & Chevalier (2007).pdf ?p Dusar, M. 2006 Namurian 163-175 Geologica Belgica 9 Dejonghe, L. Stratigraphy Belgium
Carboniferous/ internal-pdf://Namurian-2792724994/Namurian.pdf$ ?r Dusar, M. 2006
Chokierian 177-187Q Current status of chronostratigraphic units named from Belgium and adjacent areas 9/1-2 Dejonghe, L. Brussels Geologica Belgica Stratigraphy Belgium
Carboniferous7 internal-pdf://Dusar (2006)-1292999686/Dusar (2006).pdf (?z Poty, E. 1991F Tectonique de blocs dans le prolongement oriental de Massif de Brabant 265-275/ Annales de la Société Géologique de Belgique 114 Structural Geology Belgium
Carbo?s 0 Spears, D. A.
Kanaris, S.R.
Riley, N.
Krause, P. 1999L Namurian bentonites in the Pennine Basin, UK; origin and magmatic affinities 385-401
Sedimentology 46 2+ affinities-; alteration-; bentonite-; Carboniferous-; clastic-rocks; clay-mineralogy; clay-minerals; diagenesis-; England-; Europe-; geochemistry-; Great-Britain; igneous-rocks; illite-; kaolinite-; lithogeochemistry-; metals-; mixed-layer-minerals; Namurian-; Paleozoic-; Pennine-Basin; Pennines-; pyroclastics-; rare-earths; sedimentary-rocks; sheet-silicates; silicates-; smectite-; tonstein-; trace-elements; tuff-; United-Kingdom; Upper-Carboniferous; volcanic-rocks; Western-Europe; Geochemistry-of-rocks,-soils,-and-sediments; Sedimentary-petrology
Mineralogy UK
Carboniferous internal-pdf://Namurian bentonites in the Pennine Basin UK%3B origin and magmatic affinities-2792753408/Namurian bentonites in the Pennine Basin UK%3B origin and magmatic affinities.pdf ?t George, T.N.
Johnson, George Anthony Lobjoit
Mitchell, Murray
Prentice, John Edward
Ramsbottom, William Hubert Craven
Sevastopulo, George Demetrius
Wilson, Robert Bryden 19765 A correlation of Dinantian rocks in the British Isles 87 7 London& Special Publication Geological Society biostratigraphy-; Carboniferous-; Dinantian-; Europe-; Invertebrata-; Paleozoic-; stratigraphy-; United-Kingdom; Western-Europe; Stratigraphy Stratigraphy UK
Carboniferous
?u
o Ramsbottom, W. H. C.
Calver, M. A.
Eagar, R. M. C.
Hodson, F.
Holliday, D. W.
Stubblefield, C. J.
Wilson, R. B. 19784 A correlation of Silesian rocks in the British Isles 81 10! Special Report Geological Society Carboniferous-; correlation-; Europe-; Great-Britain; lithostratigraphy-; Namurian-; nomenclature-; Paleozoic-; Silesian-; stratigraphy-; United-Kingdom; Upper-Carboniferous; Western-Europe; Westphalian-; Stratigraphy Stratigraphy UK
Carboniferous ?v Cameron, T.D.J. 19934 Carboniferous and Devonian of the Southern North Sea 1-933 Lithostratigraphic nomenclature of the UK North Sea 5 Knox, R. W. O. B.
Cordey, W.G.
Nottingham British Geological Survey Stratigraphy UK
Palaeozoic?w Besly, B. M. 2005U Late Carboniferous redbeds of the UK southern North Sea, viewed in a regional context 225-226X Carboniferous hydrocarbon geology - The southern North Sea and surrounding onshore areas 7= Collinson, John D.
Evans, David J.
Holliday, D.W.
Jones, N.S.3 Yorkshire Geological Society Occasional Publication Clastic sedimentology UK
Carboniferous ?x % Verweij, H. 2006I Nitrogen in natural gas accumulations in onshore and offshore Netherlands 25% TNO Built Environment and Geosciences Petroleum Geology Netherlands Generic; internal-pdf://Verweij (2006)-2439504128/Verweij (2006).pdf?z 0 Holloway, S.
Jones, N.S.
Creedy, D.P.
Garner, K. 2005f Can new technologies be used to exploit the coal resources in the Yorkshire-Nottinghamshire Coalfield? 195-208X Carboniferous hydrocarbon geology - The southern North Sea and surrounding onshore areas 7: Collinson, J.D.
Evans, David J.
Holliday, D.W.
Jones, N.S.3 Yorkshire Geological Society Occasional Publication Natural resources UK
Carboniferous J?{ Bruce, Duncan
Stemmerik, Lars 2003
Carboniferous 83-89M The Millennium Atlas: Petroleum Geology of the Central and Northern North Sea+ Evans, D.
Colin, G.
Armour, A.
Bathurst, P. London Geological Society/ Atlantic-Ocean; basin-analysis; basins-; biostratigraphy-; Buchan-Field; Buchan-Formation; Carboniferous-; chemical-composition; Claymore-Field; correlation-; Denmark-; depositional-environment; Europe-; faults-; Firth-Coal-Formation; Flora-Sandstone; geochemistry-; grabens-; Great-Britain; Highlander-Field; lithostratigraphy-; microfossils-; Millstone-Grit-Formation; North-Atlantic; North-Sea; Norway-; offshore-; oil-and-gas-fields; paleoenvironment-; Paleozoic-; palynomorphs-; petroleum-; petroleum-exploration; reservoir-rocks; Scandinavia-; Scremerston-Formation; sedimentary-basins; sedimentary-rocks; sedimentation-; source-rocks; stratigraphic-units; systems-; Tayport-Formation; United-Kingdom; well-logging; Western-Europe; Yoredale-Formation; Economic-geology,-geology-of-energy-sources; Stratigraphy Petroleum Geology North Sea
Carboniferous v?| \ Muchez, P.
Viaene, W.
Bouckaert, J.
Conil, R.
Dusar, M.
Poty, E.
Soille, P.
Vandenberghe, N. 1990 The occurrence of a microbial buildup at Poederlee (Campine Basin, Belgium); biostratigraphy, sedimentology, early diagenesis and significance for early Warnantian paleogeography 329-339/ Annales de la Société Géologique de Belgique 113 2 Anthozoa-; Belgium-; biogenic-structures; bioherms-; biostratigraphy-; boundstone-; Campine-; carbonate-rocks; Carboniferous-; Coelenterata-; diagenesis-; Dinantian-; early-diagenesis; Europe-; grainstone-; Invertebrata-; lower-Warnantian; packstone-; paleogeography-; Paleozoic-; Poederlee-Belgium; sedimentary-rocks; sedimentary-structures; Visean-; Warnantian-; Western-Europe; Stratigraphy Carbonate sedimentology Belgium
CarboniferousG internal-pdf://Muchez et al. (1990)-0498377025/Muchez et al. (1990).pdf ?} / Bless, M. J. M.
Boonen, P.
Dusar, M.
Soille, P. 1981e Microfossils and depositional environment of late Dinantian carbonates at Heibaart (northern Belgium) 135-165/ Annales de la Société Géologique de Belgique 104 Arthropoda-; Belgium-; biostratigraphy-; carbonate-rocks; Carboniferous-; Crustacea-; Dinantian-; environment-; Europe-; Foraminifera-; grainstone-; Heibaart-; Invertebrata-; lagoonal-environment; lagoonal-sedimentation; limestone-; Mandibulata-; microcrystalline-limestone; microfossils-; new-taxa; Ostracoda-; paleontology-; Paleozoic-; Protista-; sedimentary-petrology; sedimentary-rocks; sedimentation-; stratigraphy-; wackestone-; Western-Europe; Stratigraphy Carbonate sedimentology Belgium
Carboniferous{?~ 6 Muchez, P.
Conil, R.
Viaene, W.
Bouckaert, J.
Poty, E. 1987m Sedimentology and biostratigraphy of the Visean carbonates of the Heibaart (DzH1) borehole (Northern Belgium) 199-208/ Annales de la Société Géologique de Belgique 110 Carbonate sedimentology Belgium
CarboniferousG internal-pdf://Muchez et al. (1987)-2511307841/Muchez et al. (1987).pdf ? Cebulak, S. 1988 Zarys geologii podłoża karbonu 31-34( Karbon Lubelskiego Zagłębia Węglowego 122 Dembowski, Z.
Porzycki, J. Prace Instytutu Geologicznego Clastic sedimentology Poland
Carboniferous t ? Krzywiec, P. 2007f Tectonics of the Lublin area (SE Poland) – new views based on results of seismic data interpretation 1-18- Biuletyn Państwowego Instytuto Geologicznego 422
Geophysics Poland Generic7 @? X Paszkowski, M.
Szulczewski, M. 1995R Late Paleozoic carbonate platforms in Polish part of the Moravia-Małopolska shelf Evolution of the Polish-Moravian carbonate platform in the Late Devonian and Early Carboniferous: Holy Cross Mts., Kraków Upland, Moravian Karst, Guide to Excursion Szulczewski, M.
Dvorak, J. KrakówA XIII International Congress on Carboniferous-Permian Stratigraphy Carbonate sedimentology Poland Devonian; Carboniferous T? Skompski, S. 1996 Stratigraphic position and facies significance of the limestone bands in the subsurface Carboniferous succession of the Lublin Upland 171-268 Acta Geologica Polonica 46 3-4 Stratigraphy Poland
? X Unrug, R.
Dembowski, Z. 1971@ Rozwój diastroficzno-sedymentacyjny basenu morawsko-śląskiego 119-168 Towarzystwa Geologicznego 41 Geology Poland Generic
?
Wagner, R. 2007 Stratigraphic table of Poland Warsaw Polish Geological Institute Stratigraphy Poland Generic L? X Waksmundzka, M.I. 2005n Ewolucja facjalna i analiza sekwencji w paralicznych utworach karbonu z płn.-zach. i centralnej Lubelszczyzny Warsaw Polish Geological Institute Clastic sedimentology Poland
Carboniferous ? Waksmundzka, M.I. 20070 Karbon. Litologia, stratygrafia i sedymentologia 124-1306 Profile Głębokich Otworów Wiertniczych Państwowego 118
Pacześna, J. Busówno Instytutu Geologicznego Geology Poland
Carboniferous ? Waksmundzka, M.I. 2007M Karbon. Wyniki badań litologicznych, sedymentologicznych i stratygraficznych 114-1196 Profile Głębokich Otworów Wiertniczych Państwowego 119 Waksmundzka, M.I. Lublin Instytutu Geologicznego Geology Poland
CarboniferousS? Zdanowski, A.
Żakowa, H. 1995" The Carboniferous system in Poland 215 148* Prace Państwowego Instytutu Geologicznego Geology Poland
Carboniferous Q? & Szulczewski, M.
Belka, Z.
Skompski, S. 1996 The drowning of a carbonate platform; an example from the Devonian-Carboniferous of the southwestern Holy Cross Mountains, Poland 21-49 Sedimentary Geology 106 1-2 carbonate-platforms; carbonate-rocks; Carboniferous-; Central-Europe; clastic-rocks; coastal-environment; depositional-environment; Devonian-; Dinantian-; Europe-; Famennian-; Frasnian-; Galezice-; intertidal-environment; limestone-; lithostratigraphy-; Paleozoic-; Poland-; sedimentary-rocks; shale-; shallow-water-environment; stratigraphic-boundary; Swiety-Krzyz-Mountains; Tournaisian-; unconformities-; Upper-Devonian; Visean-; Sedimentary-petrology; Stratigraphy Carbonate sedimentology Poland Devonian; CarboniferousQ internal-pdf://Szulczewski et al. (1996)-0248616454/Szulczewski et al. (1996).pdf a
QuaternaryQ internal-pdf://Van Loon & Wiggers (1976)-3126848273/Van Loon & Wiggers (1976).pdf b QuaternaryS internal-pdf://Van Loon & Wiggers2 (1976)-2858534161/Van Loon & Wiggers2 (1976).pdf @pdf://Keutgen et al. (2010)-0587930660/Keutgen et al. (2010).pdf :? - Rose, J.
Carney, J.N.
Silva, B.N.
Booth, S.J. 2010 A striated, far travelled clast of rhyolitic tuff from Thames river deposits at Ardleigh, Essex, England: evidence for early Middle
Pleistocene glaciation in the Thames catchment 137-146" Netherlands Journal of Geosciences 89 2 Early Middle Pleistocene (MIS 18-14) glaciation, Welsh sourced glaciation, oversized far-travelled clast, Ordovician rhyolitic vitric tuff,
floe-ice transport Glacial Geology UK
QuaternaryC internal-pdf://Rose et al. (2010)-0269403684/Rose et al. (2010).pdf 9? ] Pudlo, D.
Albrecht, E.
Ganzer, L.
Gaupp, R.
Kohlhepp, B.
Meyer, R.
Reitenbach, V.
Wienand, J. 2011 Petrophysical, Facies and Mineralogical-Geochemical Investigations of Rotliegend Sandstones from the Altmark
Natural Gas Field in Central Germany 4648-4655 Energy Procedia 4 Rotliegend; Enhanced Gas Recovery (EGR); Carbon Capture Storage (CCS); red bed sandstones; porosity; permeability; rock
bleaching; mineral alteration; geochemistry Geochemistry Germany PermianE internal-pdf://Pudlo et al. (2011)-0255314703/Pudlo et al. (2011).pdf }? % Tambach, T.
Koenen, M.
Van Bergen, F. 2011h Geochemical evaluation of CO2 injection into storage reservoirs based on case-studies in The Netherlands 4747-4753 Energy Procedia 4@ CO2 storage; geochemistry; geochemical modelling; dawsonite; CCS Geochemistry Netherlands PermianI internal-pdf://Tambach et al. (2011)-1044081167/Tambach et al. (2011).pdf ? < Ranganathan, P.
Van Hemert, P.
Rudolph, E.S.J.
Zitha, P.Z.J. 2011O Numerical Modeling of CO2 Mineralisation during Storage in Deep Saline Aquifers 4538-4545 Energy Procedia 4S CO2; geological storage; saline aquifer; Rotliegend sandstone; numerical simualtion Geochemistry Netherlands PermianQ internal-pdf://Ranganathan et al. (2011)-2118044943/Ranganathan et al. (2011).pdf ? R Hou, M.Z.
Wendel, H.
Meyer, R.
Schmidt, M.
Kretzschmar, H.J.
Schmitz, S.
Franz, O. 2011 Developing, modeling and in-situ-testing a long-term wellbore seal in the framework of the CO2-EGR research project CLEAN in the natural gas fiel( ? Narkiewicz, Marek 2002p Przedpole orogenu waryscyjskiego w polLudniowej Polsce; etapy tektonicznego rozwoju basenow w dewonie i karbonie 1216J I sesja Robocza Projektu Celowego; Zamawianego Paleozoiczna akrecja Polski 50 12 Nawrocki, J. Warsaw Wydawnictwa Geologiczne basins-; Carboniferous-; Central-Europe; Devonian-; Europe-; foreland-basins; forelands-; Hercynian-Orogeny; orogeny-; Paleozoic-; Poland-; sedimentary-basins; southern-Poland; tectonics-; Structural-geology Palaeogeography Poland
Carboniferous? ; Belka, Zdzislaw
Skompski, Stanislaw
Sobon Podgorska, Janina 1996 Reconstruction of a lost carbonate platform on the shelf of Fennosarmatia; evidence from Visean polymictic debrites, Holy Cross Mountains, Poland 315-329. Recent Advances in Lower Carboniferous Geology 1074 Strogen, Peter
Somerville, Ian D.
Jones, Gareth L. London' Geological Society Special Publications breccia-; carbonate-platforms; carbonate-rocks; Carboniferous-; Central-Europe; clastic-rocks; clasts-; detritus-; Devonian-; Dinantian-; Europe-; eustacy-; Famennian-; Fennosarmatia-; Frasnian-; marine-environment; Nida-Platform; paleogeography-; Paleozoic-; Poland-; provenance-; reconstruction-; regression-; sea-level-changes; sedimentary-rocks; shelf-environment; Swiety-Krzyz-Mountains; tectonics-; Tournaisian-; transgression-; uplifts-; Upper-Devonian; Visean-; Stratigraphy Carbonate sedimentology Poland
Carboniferoush ?
Kraft, Thomas 1992e Faziesentwicklung vom floezleeren zum floezfuehrenden Oberkarbon (Namur B-C) im suedlichen Ruhrgebiet 146X Deutsche Wissenschaftliche Gesellschaft für Erdöl, Erdgas und Kohle e.V., DGMK-Bericht 384 HamburgE Deutsche Gesellschaft fuer Mineraloelwissenschaft und Kohlechemie e V boreholes-; Carboniferous-; Central-Europe; coal-seams; concentration-; deltaic-environment; deposition-; environment-; Europe-; fluvial-environment; fossils-; Germany-; interpretation-; lithofacies-; lithostratigraphy-; marine-environment; Namurian-; North-Rhine-Westphalia-Germany; paleogeography-; Paleozoic-; pit-sections; Rhenish-Schiefergebirge; Ruhr-; sedimentary-structures; sedimentation-; sorting-; staining-; Upper-Carboniferous; well-logging; Stratigraphy; Sedimentary-petrology Clastic sedimentology Germany
Carboniferous -? Kroner, U.
Mansy, J. L.
Mazur, S.
Aleksandrowski, P.
Hann, H.P.
Huckriede, H.
Lacquement, F.
Lamarche, J.
Ledru, P.
Pharaoh, T.C.
Zedler, H.
Zeh, A.
Zulauf, G. 2008 Varsican Tectonics 599-664 The Geology of Central Europe 1
McCann, T. London The Geological Society Structural Geology Europe Devonian; Carboniferous9 internal-pdf://Kroner (2008)-3555793665/Kroner (2008).PDF ? Timmerman, M.J. 2004{ Timing, geodynamic setting and character of Permo-Carboniferous magmatism in the foreland of the Variscan Orogen, NW Europe 41-743 Permo-Carboniferous Magmatism and Rifting in Europe 223Q Wilson, M.
Neumann, E.-R.
Davies, S.J.
Timmerman, M.J.
Heeremans, M.
Larsen, B.T. London* The Geological Society Special Publication Magmatism Western Europe Carboniferous; Permian;+ ? De Jager, J. 2007 Geological development 5-26 Geology of the Netherlands' Wong, Th.E.
Batjes, D.A.J.
Jager, J. de Amsterdam5 Royal Netherlands Academy of Arts and Sciences (KNAW) Structural Geology Netherlands Generic= internal-pdf://De Jager (2007)-3433021184/De ?
Michelsen, O. 1971` Lower Carboniferous foraminiferal faunas of the boring Ørslev No. 1, island of Falster, Denmark 86 98 Danm. Geol. Und. (II)
Palaeontology Denmark
Carboniferous ܄?
Bertelsen, F. 1972\ A Lower Carboniferous microflora from the Ørslev No. 1 borehole, island of Falster, Denmark 78 99% Danmarks Geologiske Undersøgelse, II
Palaeontology Den? / Morton, A. C.
Hallsworth, C. R.
Moscariello, A. 2005 Interplay between northern and southern sediment sources during Westphalian deposition in the Silverpit Basin, southern North Sea 135-146X Carboniferous hydrocarbon geology - The southern North Sea and surrounding onshore areas 77 Collinson, J.D.
Evans, D. J.
Holliday, D.W.
Jones, N.S.3 Yorkshire Geological Society Occasional Publication
Mineralogy UK North Sea
Carboniferous G? Besly, B. M. 1988\ Palaeogeographic implications of Late Westphalian to Early Permian red-beds, central England 200-221Y Sedimentation in a synorogenic basin complex: the Upper Carboniferous of Northwest Europe Besly, B. M.
Kelling, G. Glasgow Blackie Palaeogeography UK Carboniferous; Permian ? & Pagnier, H. J. M.
Van Tongeren, P.C.H. 1996 Lithostratigraphy and sedimentology of the Upper Carboniferous of borehole “De Lutte-6” (East Twente, the Netherlands) and evalution of the Tubbergen Formation in the eastern and southern parts of the Netherlands 3-30% Mededelingen Rijks Geologische Dienst 55 Clastic sedimentology Netherlands
Carboniferous?
Matyja, H. 2006 Stratygrafia i rozwój facjalny osadów dewonu i karbonu w basenie pomorskim i w zachodniej części basenu bałtyckiego a paleogeografia północnej części TESZ w późnym paleozoiku 79-122* Prace Państwowego Instytutu Geologicznego 186 Palaeogeography Poland Devonian; Carboniferous ?
Matyja, H. 2008U Pomerania Basin (NW) Poland) and its sedimentary evolution during Mississipian times. 123-150 Geological Journal 43 2-3 Palaeogeography Poland
Carboniferous9 internal-pdf://Matyja (2008)-2388383873/Matyja (2008).pdf ? Konon, A. 2006G Buckle folding in the Kielce Unit, Holy Cross Mountains, central Poland 375-405 Acta Geologica Polonica 56 4 Structural Geology Poe? h Narkiewicz, M. 2005] Devonian and Carboniferous carbonate complex in the Southern Part of the Upper Silesian Block 1-46* Prace Państwowego Instytutu Geologicznego 182 Carbonate sedimentology Poland Devonian; Carboniferous7 `? 2 Żelaźniewicz, A.
Marheine, D.
Oberc-Dziedzic, T. 2003 A Late Tournaisian synmetamorphic folding and thrusting event in the eastern Variscan foreland: 40Ar-39Ar evidence from the phyllites of the Wolsztyn-Leszno High, western Poland 185-194' International Journal of Earth Sciences 92 2 Structural Geology Poland
/# TP?: Couper, R.A.
Hughes, N.F. 1963N Jurassic and Lower Cretaceous palynology of the Netherlands and adjacent areas 105-108e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie 2 21
Palaeontology Netherlands Jurassic)? h Kotas, A. 1995= Moravian-Silesian-Cracovian region. Upper Silesian Coal basin 124-136* Prace Państwowego Instytutu Geologicznego 148 Geology Poland
Carboniferous ? Bojkowski, K.
Dembowski, Z. 1988] Paleogeografia karbonu Lubelskiego Zagłębia Węglowego na tle paleogeografii karbonu Polski 18-26* Prace Państwowego Instytutu Geologicznego 122 Palaeogeography Poland
Carboniferous ? Drozdzewski, G.
Wrede, V. 1994A Faltung und Bruchtektonik - Analyse der Tektonik im Subvariscikum 7-1878 Fortschritte in der Geologie von Rheinland und Westfalen 38 Structural Geology Germany
Carboniferousv ƽ? Stoppel, D.
Amler, M.R.W. 20063 Zur Abgrenzung und Untergliederung des Unterkarbons 15-26> Stratigraphie von Deutschland VI - Unterkarbon (Mississippium) 41 Amler, M.R.W.
Stoppel, D. Hannover, Deutsche Gesellschaft für Geowissenschaften Stratigrapw X? M Krooss, B.M.
Friberg, L.
Gensterblum, Y.
Hollenstein, J.
Prinz, D.
Littke, R. 2005a Investigation of the pyrolytic liberation of molecular nitrogen from Palaeozoic sedimentary rocks 1023-1038' International Journal of Earth Sciences 94 5-6 Geochemistry Generi}# <? + Mingram, B.
Hoth, P.
Lüders, V.
Harlov, D. 2005 The significance of fixed ammonium in Palaeozoic sediments for the generation of nitrogen-rich natural gases in the North German Basin 1010-1022( International Journal of Earth Sciences 94 5-6 Geochemistry German? O Kombrink, H.
Leever, K. A.
Van Wees, J. D.
Van Bergen, F.
David, P.
Wong, T. E. 2008 Late Carboniferous foreland basin formation and Early Carboniferous stretching in Northwestern Europe - Inferences from quantitative subsidence analyses in the Netherlands 377-395 Basin Research 20 Structural Geology Netherlands
CarboniferousK internal-pdf://Kombrink et al. (2008)-3934005254/Kombrink et al. (2008).pdf o? Conway, A.M.
Valvatne, C. 2003- The Boulton Field, Block 44-21a, UK North Sea 671-680B United Kingdom Oil and Gas Fields, Commemorative Millennium Volume 20 Gluyas, J.
Hichens, H.M. London Geological Society Memoir Petroleum Geology UK
CarboniferousO internal-pdf://Conway & Valvatne (2003)-1279857152/Conway & Valvatne (2003).pdf ? o Maynard, J.R.
Dunay, R.E. 1999P Reservoirs of the Dinantian (Lower Carboniferous) play of the Southern North Sea 729-745I Petroleum Geology of North-West Europe: Proceedings of the 5th Conference Fleet, A.J.
Boldy, S.A.R. London The Geological Society Petroleum Geology Southern North Sea
CarboniferousK internal-pdf://Maynard & Dunay (1999)-3179130941/Maynard & Dunay (1999).pdf >/ ? Grayson, R.F.
Oldham, L. 1987m A new structural framework for the Northern British Dinantian as a basis for oil, gas and mineral exploration 33-59 European Dinantian Environments# Miller, J.
Adams, A.E.
Wright, V.P.
Chichester John Wiley & Sons Ltd. Petroleum Geology UK
? Trewin, N.H. 1968D Potassium bentonites in the Namurian of Staffordshire and Derbyshire 73-91/ Proceedings of the Yorkshire Geological Society 37
Mineralogy UK
CarboniferousH?
Spears, D. A. 2005= A review of chlorine and bromine in some United Kingdom coals 257-265% International Journal of Coal Geology 64 3-4L anions-; brines-; bromine-; calcite-; carbonates-; chlorine-; coal-; diagenesis-; Europe-; halogens-; ion-exchange; low-temperature; moisture-; Paleozoic-; Permian-; pore-water; sedimentary-rocks; temperature-; United-Kingdom; Upper-Permian; Western-Europe; Zechstein-; Geochemistry-of-rocks,-soils,-and-sediments; Petrology-of-coal Geochemistry UK Generic9 internal-pdf://Spears (2005)-2427696578/Spears (2005).pdf [
CarboniferousK internal-pdf://Spears & Tewalt (2009)-3837085122/Spears & Tewalt (2009).pdf nd development of the Kopervik fairway,
Outer Moray Firth, UK 217-229r Petroleum Geology: North-West Europe and Global Perspectives - Proceedings of the 6th Petroleum Geology Conference Dore, A.G.
Vining, B. Londen Geological Society, Londen: Lower Cretaceous, Moray Firth, Exploration and Development Petroleum Geology UK North Sea
CretaceousG internal-pdf://Argent et al. (2005)-0485294468/Argent et al. (2005).pdf ? ! , Battié, J.E.
Siggerud, E.I.H.
Tveiten, O.G. 2005G Extending the life of the Varg Field, a tail-end production opportunity 405-421r Petroleum Geology: North-West Europe and Global Perspectives - Proceedings of the 6th Petroleum Geology Conference Dore, A.G.
Vining, B. Londen Geological Society, Londen> Varg Field, Norway, enhanced oil recovery, tail-end production Petroleum Geology UK North Sea Jurassic, Triassic, PermianI internal-pdf://Battié et al. (2005)-3723744900/Battié et al. (2005).pdf 8t? ! E Bergslien, D.
Kyllingstad, G.
Solberg, A.
Ferguson, I.J.
Pepper, C.F. 2005 Jotun Field reservoir geology and development strategy: pioneering
play knowledge, multidisciplinary teams and partner co-operation – key
to discovery
l ? & Spears, D. A.
Martinez Tarazona, M. R. 1993_ Geochemical and mineralogical characteristics of a power station feed-coal, Eggborough, England 1-20% International Journal of Coal Geology 22 1I chemical-composition; clay-minerals; coal-; Eggborough-England; England-; Europe-; Great-Britain; kaolinite-; major-elements; mineral-composition; organic-residues; samples-; sedimentary-rocks; sheet-silicates; silicates-; trace-elements; United-Kingdom; Western-Europe; Yorkshire-England; Petrology-of-coal; General-geochemistry Geochemistry Chemical and mineralogical analyses are presented for a power station feed-coal in the Yorkshire Coalfield, U.K. The mineralogy of the whole coal consists of quartz, kaolinite, illite, mixed-layer clay, chlorite, pyrite and carbonates. Pyrite, carbonates and some of the kaolinite are diagenetic. In separated, low-density fractions of the coal both pyrite and kaolinite are concentrated relative to the detrital minerals. Compared with the high density fractions the detrital clay mineralogy of these low density fractions contains less chlorite, and the mixed-layer clay to illite ratio is higher, which is consistent with a grain size control during sedimentation. The major element analyses are comparable with mudrocks in the stratigraphic sequence, but there is evidence of Na (sub 2) O enrichment related to connate brines and the Fe (sub 2) O (sub 3) content shows significant enrichment, particularly in the ashes of the low density fractions. The dissolution of oxhydroxide grain coatings associated with detrital sediment in the coal, and also in the adjacent strata, are probable sources of the iron in the diagenetic pyrite. There is evidence of iron mobility in the sedimentary sequence and introduction into the coal itself during diagenesis. Within the coal, trace elements are also enriched (on an ash basis) relative to the mudrocks and their origin is also probably very similar to that of iron. A noteworthy feature of the trace element enrichment is that the enrichment factors for a number of elements are comparable with those determined for marine black shales in the sequence. This suggests a common origin for the elements during the diagenetic processes. Analysis of the coal density fractions, after correcting for detrital mineralogy, suggests Pb, Cu, Ni, Zn and possibly Mn are associated with pyrite and V, Sr, Ba, Zr, and Nb are either directly or indirectly associated with organic components. Possibly Zr and Nb originate from dispersed volcanic ash. UK
Carboniferousa internal-pdf://Spears & Martinez-Tarazona (1993)-1135588608/Spears & Martinez-Tarazona (1993).pdf ? Gill, S.
Yemane, K. 1999e Illitization in a Paleozoic, peat-forming environment as evidence for biogenic potassium accumulation 327-334# Earth and Planetary Science Letters 170 3 alkali-metals; authigenesis-; biogenic-processes; Carboniferous-; clay-mineralogy; coal-; geochemistry-; illitization-; Lykens-Valley; metals-; organic-compounds; Paleosols-; Paleozoic-; pedogenesis-; Pennsylvania-; Pennsylvanian-; potassium-; Pottsville-Group; Pottsville-Pennsylvania; Schuylkill-County-Pennsylvania; Schuylkill-Formation; sedimentary-rocks; SEM-data; spectra-; United-States; X-ray-fluorescence-spectra; Geochemistry-of-rocks,-soils,-and-sediments; Sedimentary-petrology
Mineralogyo Potassium enrichment is common in surface horizons of many paleosols and has been attributed to the formation of authigenic illite from smectites during burial diagenesis. In such cases, the presence of primary smectite is key to the illitization process, which then results in potassium enrichment as a byproduct. Potassium enrichment in paleosols where no primary smectite was present, however, requires a different process of accumulation. A Lower Pennsylvanian, tropical Ultisol from the Southern Anthracite Field in Pennsylvania is enriched in potassium in the surface horizon and formed in an environment unfavorable for smectite accumulation. Kaolinite dominates clay mineral fractions of soils that form in such highly weathering environments. In the absence of primary smectite to scavenge potassium during illitization, there should be no potassium enrichment during burial diagenesis. However, in Lykens Valley paleosol, the pattern of potassium concentration, organic matter distribution and authigenic illite growth suggests that organic matter may have provided an important source of potassium for illite formation. Illitization of kaolinite in the organic-rich surface horizon is complete but, illite coexists with kaolinite in the B horizon. Within the paleosol matrix, illitization is more complete in areas of high organic concentration where organic fragments often have illite haloes with illite whorls growing from their edges. We propose that the potassium enrichment both in the soil profile and in the overlying coal is the result of the luxury uptake of potassium by peat-forming plants (nutrient intake at rates exceeding metabolic requirements). Further, potassium immobilized by adsorption on the peat provided interlayer cations for illite authigenesis to begin. If, as we suggest, luxury nutrient uptake during peat formation sequestered sufficient potassium to promote later illite formation, the pattern and extent of illitization within the paleosol profile reflects early biogenic nutrient accumulation. Thus, illite, in some paleosols, may represent fossil evidence for a biological process; the luxury uptake of potassium. Generic
CarboniferousG internal-pdf://Gill & Yemane (1999)-4106408960/Gill & Yemane (1999).pdf O? Lokhorst, A. (ed.) 1998 The Northwest European Gasatlas Haarlem/ Netherlands Institute of Applied Geoscience TNO CD-ROM Geochemistry
90-72869-60-5 Western Europe GenericK internal-pdf://Lokhorst et al. (1997)-2840936960/Lokhorst et al. (1997).doc? m 1 Van Bergen, Frank
Pagnier, Henk
Krzystolik, Pawel 2006V Field experiment of enhanced coalbed methane-CO2 in the Upper Silesian Basin of Poland 201-224 Environmental Geosciences 13 3 adsorption-; aliphatic-hydrocarbons; alkanes-; carbon-dioxide; Carboniferous-; Carpathians-; Central-Europe; clastic-rocks; claystone-; coal-seams; economics-; enhanced-recovery; Europe-; experimental-studies; feasibility-studies; fluid-injection; hydrocarbons-; injection-; Kaniow-Poland; Katowice-Poland; methane-; organic-compounds; Paleozoic-; permeability-; Poland-; Polish-Carpathians; pollution-; reservoir-properties; reservoir-rocks; rock-mechanics; sedimentary-rocks; storage-coefficient; stratigraphy-; underground-installations; underground-storage; Upper-Silesian-coal-basin; waste-management; Environmental-geology; Economic-geology,-geology-of-energy-sources Petroleum Geology Poland
Carboniferous ? H Busch, A.
Krooss, B. M.
Gensterblum, Y.
van Bergen, F.
Pagnier, H. J. M. 2003 High-pressure adsorption of methane, carbon dioxide and their mixtures on coals with a special focus on the preferential sorption behaviour 671-674" Journal of Geochemical Exploration 78 2003 adsorption-; aliphatic-hydrocarbons; alkanes-; applications-; carbon-dioxide; Central-Europe; coal-; coalbed-methane; Europe-; experimental-studies; gas-storage; gases-; geochemistry-; high-pressure; hydrocarbons-; Illinois-; interlaboratory-comparison; laboratory-studies; methane-; natural-gas; North-Dakota; organic-compounds; petroleum-; Poland-; pressure-; sedimentary-rocks; Silesian-coal-basin; sorption-; United-States; volatiles-; Economic-geology,-geology-of-energy-sources; General-geochemistry Geochemistry During recent years, extensive studies have been undertaken at RWTH Aachen to assess the gas adsorption capacities of coals of different rank with respect to CH (sub 4) , CO (sub 2) and their mixtures [e.g. Int. J. Coal Geol. 51 (2002) 69; Proceedings JCOAL Workshop: Present Status and Perspective of CO (sub 2) Sequestration in Coal Seams, Tokyo, Japan, (5 September 2002) 23-38]. Excess sorption isotherms of carbon dioxide recorded at 40, 60 and 80 degrees C on dry and moisture-equilibrated Carboniferous coals from the Netherlands exhibited distinct minima and even negative values in the 8-12 MPa interval. These anomalies are indicative of a strong volumetric effect. Evaluation of the experimental results in terms of absolute sorption assuming a range of different densities for the adsorbed phase could not eliminate the observed anomalies. In consequence, substantial swelling (up to 20%) of the (powdered) coal samples must be invoked to account for the observed phenomena. This interpretation is supported by the results of field tests in Alberta, Canada [Proceedings JCOAL Workshop: Present Status and Perspective of CO (sub 2) Sequestration in Coal Seams, Tokyo, Japan, (5 September 2002) 59-66], which resulted in a significant reduction in coal-seam permeability upon CO (sub 2) injection. The latest research focuses on the preferential sorption behaviour of CO (sub 2) and CH (sub 4) of coals from the Silesian coal basin. Experiments are conducted at pressures up to 250 bar (25 MPa) at a temperature of 45 degrees C using the volumetric method. These measurements provide fundamental information for enhanced coalbed methane recovery (ECBM) and storage of CO (sub 2) in deep unminable coal seams proposed as a potential means of the reduction of anthropogenic CO (sub 2) emissions (RECOPOL-project: http://www.nitg.tno.nl/recopol/). Preferential adsorption experiments on dry and moisture-equilibrated coals of different rank under identical conditions showed that adsorption is a function of coal type, moisture content and pressure. While at pressures above 50 bar, CO (sub 2) was always adsorbed preferentially to methane, preferential sorption of methane was observed in some instances at lower pressures. The unexpected phenomenon of preferential CH (sub 4) adsorption on natural coals is presently an issue for further investigation. In the context of a round robin project initiated by the US Department of Energy, CO (sub 2) excess sorption isotherms have been determined on five US premium coals at 22 degrees C in the dry state. Diversities of the excess sorption behaviour of these coals under different rank can be observed. Generally, excess sorption isotherms of lignite and subbituminous coals (0.25-0.46% VRr) exhibited a monotonous increase over the entire experimental pressure range (up to approximately 50 bar), while higher mature coals tended to approach a saturation level corresponding to a Langmuir isotherm. Generic Generic =? Gaupp, R.
Schoener, R. 2005^ Contrasting red bed diagenesis: the southern and northern margin of the Central European Basin 897-916' International Journal of Earth Sciences 94
Diagenesis Western Europe GenericM internal-pdf://Gaupp & Schoener (2005)-3127489025/Gaupp & Schoener (2005).pdfx ? Paproth, E.
Conil, R.
Bless, M.J.M.
Boonen, P.
Carpentier, N.
Coen, M.
Delcambre, B.
Deprijck, Ch.
Deuzon, S.
Dreesen, R.
Groessens, E.
Hance, L.
Hennebert, M.
Hibo, D.
Hahn, G & R.
Hislaire, O.
Kasig, W.
Laloux, M.
Lauwers, A.
Lees, A.
Lys, M.
Op de Beeck, K.
Overlau, P.
Pirlet, H.
Poty, E.
Ramsbottom, W.
Streel, M.
Swennen, R.
Thorez, J.
Vanguestaine, M.
Van Steenwinkel, M.
Vieslet, J-L., 1983N Bio- and lithostratigraphic subdivisions of the Dinantian in Belgium, a review 185-239/ Annales de la Société Géologique de Belgique 106 Stratigraphy Belgium
Carboniferous&? Grabowska, J.M. 1996f Stratigraphy of the Bisnik rock-shelter sediments on the background of the others caves in Polish Jura 107-109* Karst Waters Institute Special Publication 26 Bisnik-Cave; Bisnik-Hill; caves-; Cenozoic-; Central-Europe; climate-change; color-; Cracow-Czestochowa-Jura; Eemian-; Europe-; geomorphology-; grain-size; karst-; lithofacies-; paleoclimatology-; Pleistocene-; Poland-; Quaternary-; stratigraphy-; upper-Pleistocene; Vistulian-; weathering-; Quaternary-geology Stratigraphy Poland
Quaternary M? 3 Lauritzen Stein, Erik
Hercman, Helena
Glazek, Jerzy 1996Q Preliminary comparison between Norwegian and Polish speleothem growth frequencies 81-83* Karst Waters Institute Special Publication 2? absolute-age; carbon-dioxide; Carpathians-; Cenozoic-; Central-Europe; climate-; dates-; Europe-; glaciation-; growth-rates; Holocene-; Jura-Mountains; karst-; Norway-; Poland-; Quaternary-; Scandinavia-; solution-features; speleothems-; Swiety-Krzyz-Mountains; Tatra-Mountains; Th-U; Western-Europe; Quaternary-geology Carbonate sedimentology Norway; Poland Cenozoic ? Hercman, Helena
Walanus, A. 1996> Randomisation as a methods of frequency histogram construction 56-58* Karst Waters Institute Special Publication 2$ absolute-age; Carpathians-; Cenozoic-; Central-Europe; Europe-; frequency-; histograms-; Holocene-; karst-; paleoclimatology-; paleoenvironment-; Quaternary-; solution-features; speleothems-; statistical-analysis; stochastic-processes; Tatra-Mountains; Th-U; Quaternary-geology; Geochronology Carbonate sedimentology Generic Cenozoic ? ) Hercman, Helena
Starnawska, Ewa
Zink, Ewa 1996R Detritic contamination as an indicator of the breaks in the speleothems deposition 51-55* Karst Waters Institute Special Publication 2 absolute-age; Bez-Nazwy-Cave; calcite-; carbonates-; Carpathians-; caves-; Cenozoic-; Central-Europe; chemical-composition; Cracow-Wielun-Upland; crystal-growth; crystals-; dates-; deposition-; detritus-; electron-probe-data; Europe-; geochemistry-; karst-; lithofacies-; major-elements; microfacies-; Mietusia-Cave; Mietusia-Valley; petrography-; Pleistocene-; Poland-; Quaternary-; solution-features; speleothems-; Tatra-Mountains; Th-U; trace-elements; Quaternary-geology Carbonate sedimentology Generic Cenozoic? % Hercman, Helena
Lauritzen Stein, Erik 1996f Comparison of speleothem dating by the TL, ESR, (super 14) C and (super 230) Th/ (super 234) U methods 47-50* Karst Waters Institute Special Publication 2 absolute-age; C-14; carbon-; caves-; Cenozoic-; Holocene-; isotopes-; karst-; paleoclimatology-; Quaternary-; radioactive-isotopes; relative-age; solution-features; speleothems-; Th-U; thermoluminescence-; Geochronology; Quaternary-geology Carbonate sedimentology Generic Cenozoic ? A Gradzinski, Michal
Gorny, Andrzej
Pazdur, Anna
Pazdur, Mieczyslaw 1996I Origin of black coloured laminae in speleothems from Cracow-Wielun Upland 46* Karst Waters Institute Special Publication 2 absolute-age; archaeology-; C-14; carbon-; caves-; Cenozoic-; Central-Europe; charcoal-; color-; Cracow-Wielun-Upland; dates-; Europe-; fluorescence-; genesis-; Holocene-; isotopes-; karst-; lamellae-; lower-Pleistocene; Pleistocene-; Poland-; Quaternary-; radioactive-isotopes; SEM-data; solution-features; spectra-; speleothems-; stalagmites-; ultraviolet-spectra; Quaternary-geology Clastic sedimentology Poland Cenozoic}? Paproth, E.
Dusar, M.
Bless, M.J.M.
Bouckaert, J.
Delmer, A.
Fairon-Demaret, M.
Houlleberghs, E.
Laloux, M.
Pierart, P.
Somers, Y.
Streel, M.
Thorez, J.
Tricot, J. 1983M Bio- and lithostratigraphic subdivisions of the Silesian in Belgium, a review 241-283/ Annales de la Société Géologique de Belgique 106 Stratigraphy Belgium
CarboniferousA? * Rouchy, J.M.
Groessens, E.
Laumondais, A. 1984 Sédimentologie de la formation anhydritique viséenne du sondage de Saint Ghislain (Hainaut, Belgique). Implications paléogéographiques et structurales. 105-145+ Bulletin de la Société Belge de Géologie 93
Evaporites Belgium
Carboniferous? ? Dreesen, R.
Bouckaert, J.
Dusar, M.
Soille, P.
Vandenberghe, N. 1987 Subsurface structural analysis of the late-Dinantian carbonate shelf at the northern flank of the Brabant Massif (Campine Basin, N-Belgium) 1-37v Mémoires Explicatives des Cartes Géologiques et Minières de Belgique (Memoirs of the Geological Survey of Belgium) 21 Structural Geology Belgium
Carboniferous y ? 2 Paproth, E.
Dusar, M.
Verkaeren, P.
Bless, M.J.M. 1994t Stratigraphy and cyclic nature of Lower Westphalian deposits in the boreholes KB174 and KB206 in the Belgian Campine 169-189/ Annales de la Société Géologique de Belgique 117 1 Stratigraphy Belgium
)? Donato, J.A.
Megson, J 1990Z A buried granite batholith beneath the East Midlands Shelf of the Southern North Sea Basin 133-140! Journal of the Geological Society 147 Magmatism UK
PalaeozoicK internal-pdf://Donato & Megson (1990)-3058100993/Donato & Megson (1990).pdf
? ( Donato, J.A.
Martindale, W.
Tully, M.C. 1983- Buried granites within the Mid North Sea High 825-837" Journal of the Geological Society 140 Magmatism UK
PalaeozoicG internal-pdf://Donato et al. (1983)-0407382273/Donato et al. (1983).pdf k? # Olaussen, S.
Larsen, B.T.
Steel, R. 1994] The Upper Carboniferous – Permian Oslo Rift: basin fill in relation to tectonic development 175-197' Society of Petroleum Geologists Memoirs 17% Embry, A.F.
Beauchamp, B.
Glass, D.J. Calgary/ Memoir Canadian Society of Petroleum Geologists Palaeogeography Norway Carboniferous; Permian $ ? ) Bergström, J.
Bless, M.J.M.
Paproth, E. 1985r The marine Knabberud limestone in the Oslo Graben: possible implications for the model of Silesian palaeogeography 181-1943 Zeitschrift der Deutschen Geologischen Gesellschaft 136 Palaeogeography Norway
Carboniferous5# ? Hartkopf-Fröder, C. 20053 Palynostratigrafie des Pennsylvanium in Deutschland 133-160O Stratigraphie von Deutschland V - Das Oberkarbon (Pennsylvanium) in Deutschland 254 Wrede, V. Frankfurt am Main& Courier Forschungsinstitut Senckenberg Stratigraphy Germa ? Hoogteijling, P.J. 1948# Radioactiviteit en bodemgesteldheid 93 Thesis Amsterdam Vrije Universiteit Geochemistry Netherlands Generic6? ! De Magnée, I 1952I Observation sur la radioactivite des horizons marins du Westphalien Belge 429-434r Compte Rendu, Troisième Congrès pour l’Avancement des Études de Stratigraphie et de Géologie du Carbonifère Heerlen Ernest van Aelst Geochemistry Belgium
Carboniferous ? Wignall, P. B. 1994 Black shales 127 Oxford Oxford University Press Geochemistry Generic Generici D?
Herngreen, G.W.F. 2001 Palynologisch onderzoek project PetroPlay – Analyse van ‘black-shale’ monsters uit de boringen Beesel-72, Geverik-1, Hengevelde-1, Joppe-1, Kemperkoul-1, Ruurlo-1, F11-01 en L05-04 NITG-TNO report 01-074-B Utrecht/ Netherlands Institute of Applied Geoscience TNO
Palaeontology Netherlands
Palaeozoic
D?
! Van Amerom, H. W. J.
Glerum, J.J. 1984k Rapport betreffende de stratigrafische interpretatie van diepboring Kemperkoul-1 op grond van de makroflora Internal report 2003 Rijks Geologische Dienst Stratigraphy Netherlands
Carboniferous ?
Meessen, J.P.M.Th. 1985c Rapport betreffende het onderzoek naar microfossielen van een drietal trajecten van boring Ruurlo 1 2085 Rijks Geologische Dienst
Palaeontology Netherlands
Carboniferous ? Tourtelot, H.A. 1979- Black shale – its deposition and diagenesis 313-321 Clays and Clay Minerals 27 5 Geochemistry Gen <? $ Stow, D.A.V.
Huc, A.-Y.
Bertrand, P. 20014 Depositional processes of black shales in deep water 491-498 Marine and Petroleum Geology 18 4 Clastic sedimentology Gener? Berner, R.A.
Raiswell, R. 1984F C-S method for distinguishing freshwater from marine sedimentary rocks 365-368 Geology 12 Geochemistry Generic GenericO internal-pdf://Berner & Raiswell (1984)-1274630656/Berner & Raiswell (1984).pdf }?
Swaine, D. J. 1990 Trace elements in coal 278 London Butterworth Geochemistry Generic Generic ? Taylor, S.R.
McLennan, S.M. 19854 The continental crust: its composition and evolution 312 Oxford Blackwell Geochemistry Generic Generic ? Tissot, B.P.
Welte, D.H. 1984" Petroleum formation and occurrence 699 Berlin Springer-Verlag Petroleum Geology Generic Generic ? Adams, J.A.
Weaver, C.E. 1958g Thorium-uranium ratios as indicators of sedimentary processes: example of concept of geochemical facies 387-4305 American Association of Petroleum Geologists Bulletin 42 Geochemistry Generic Generic?# Ramsbottom, W. H. C. 1969 The Namurian of Britain 219-232R Compte Rendu Congres International de Stratigraphie et de Geologie du Carbonifère 1 Carboniferous-; England-; Europe-; Great-Britain; Namurian-; Paleozoic-; Pennsylvanian-; regional-; stratigraphy-; United-Kingdom; Upper-Carboniferous; Western-Europe; Stratigraphy GeologyJ Carboniferous, lithostratigraphy, goniatite-pectinoid faunas, correlation. UK
Carboniferous D?$ ! Q Pagnier, H. J. M.
Van den Belt, F.J.G.
Mijnlieff, H.F.
Van Bergen, F.
Verbeek, J. 2002 An overview of the Carboniferous structural and sedimentary evolution of the Southern North Sea with a discussion of hydrocarbon fields and play concepts in the Dutch sectorZ Hydrocarbon resources of the Carboniferous, Southern North Sea & surrounding onshore areas Sheffield Yorkshire Geological Society Petroleum Geology 13-15 September Netherlands
Carboniferous ?
Rabitz, A. 19665 Die marinen Horizonte des flözführenden Ruhrkarbons 243-2968 Fortschritte in der Geologie von Rheinland und Westfalen 13
Palaeontology Germany
Carboniferous ? ^ Cameron, T.D.J.
Crosby, A.
Balson, P.S.
Jeffery, D.H.
Lott, G.K.
Bulat, J.
Harrison, D.J. 1992N The geology of the southern North Sea. United Kingdom offshore regional report 152 London& HMSO for the British Geological Survey Stratigraphy UK Genericg l? Cameron, N.
Ziegler, T. 1997^ Probing the lower limits of a fairway: further pre-Permian potential in the southern North Sea 123-141> Petroleum Geology of the Southern North Sea: Future Potential 123# Ziegler, K.
Turner, P.
Daines, S.R. London& Geological Society Special Publication Petroleum Geology Southern North Sea
?
Chapple, W.M. 1978/ Mechanics of thin-skinned fold-and-thrust belts 1189-1198& Geological Society of America Bulletin 89 Structural Geology Generic Generic; internal-pdf://Chapple (1978)-2149193730/Chapple (1978).pdf \?
Gurnis, M. 1992Q Rapid continental subsidence following the initiation and evolution of subduction 1556-1558 Science 255 5051 Structural Geology G _? Kearey, P.
Brooks, M.
Hill, I. 2002* An Introduction to Geophysical Exploration 262 Blackwell Science 3
Geophysics Generic Generic ? McKenzie, D. 19785 Some remarks on the development of sedimentary basins 25-32# Earth and Planetary Science Letters 40 1 Structural Geology Generic Generic= internal-pdf://McKenzie (1978)-3443070773/McKenzie (1978).pdf ? $ Mooney, W.D.
Laske, G.
Masters, T.G. 1998. Crust 5.1: a global crustal model at 5° x 5° 727-747 Journal of Geophysical Research 103 Structural Geology Generic Generic ? 8 Richwien, J.
Schuster, A.
Teichmüller, R.
Wolburg, J. 19636 Überblick über das Profil der Bohrung Münsterland 1 9-188 Fortschritte in der Geologie von Rheinland und Westfalen 11 Stratigraphy Germany
Carboniferous z? : Scheck, M.
Thybo, H.
Lassen, A.
Abramovitz, T.
Laigle, M. 2002_ Basement structure in the southern North Sea, offshore Denmark, based on seismic interpretation 311-326* Palaeozoic Amalgamation of Central Europe 201+ Winchester, J.A.
Pharaoh, T.C.
Verniers, J. London* The Geological Society Special Publication
Geophysics DK North Sea Generic ? * Smith, N.J.P.
Kirby, G.A.
Pharaoh, T.C. 2005I Structure and evolution of the south-west Pennine Basin and adjacent area
Nottingham British Geological Survey Structural Geology UK
Carboniferous ? Süss, M.P. 1996 Sedimentologie und Tektonik des Ruhr-Beckens: Sequenzstratigraphische Interpretation und Modellierung eines Vorlandbeckens der Varisciden 147 Bonn5 Dissertation Rheinische Friedrich-Wilhelms University Stratigraphy Germany
Carboniferous ? Turcotte, D. L.
Schubert, G. 2002 Geodynamics Cambridge Cambridge University Press Structural Geology Generic Generic j x? Van Wees, J.-D.
Beekman, F. 2000 Lithosphere rheology during intraplate basin extension and inversion; inferences from automated modeling of four basins in Western Europe 219-242 Tectonophysics 320 3-4 Structural Geology Western E9? Watts, A.B.
Burov, E.B. 2003Y Lithospheric strength and its relationship to the elastic and seismogenic layer thickness 113-131# Earth and Planetary Science Letters 213 1-2 Structural Geology Generic GenericG internal-pdf://Watts & Burov (2003)-0581867832/Watts & Burov (2003).pdf ? Willett, S. D. 1999P Orogeny and orography: The effects of erosion on the structure of mountain belts 28957-28981 Journal of Geophysical Research 104 Structural Geology Generic Generic ? White, N. 1994] An inverse method for determining lithospheric strain rate variation on geological timescales 351-371# Earth and Planetary Science Letters 122 3-4 Structural Geology Generic Generic7 internal-pdf://White (1994)-4138755896/White (1994).pdf8 ? - Ziegler, P.A.
Cloetingh, S.
Van Wees, J.-D. 1995Y Dynamics of intra-plate compressional deformation: the Alpine foreland and other examples 7-59 Tectonophysics 252 Structural Geology Central Europe GenericI internal-pdf://Ziegler et al. (1995)-0212856064/Ziegler et al. (1995).pdf? * Van Adrichem Boogaert, H.A.
Kouwe, W.F.P. 1993h Stratigraphic nomenclature of The Netherlands, revision and update by RGD and NOGEPA, Section A, General 1-40& Mededelingen Rijks Geologische Dienst 50 Stratigraphy Netherlands Generic ? Wanless, H.R.
Shepard, F.P. 1936? Sea level and climate changes related to late Palaeozoic cycles 1177-1206' Geological Society of America Bulletin 47 8 Palaeogeography Generic
Palaeozoic ?? Wright, V.P. 1999] Assessing flood duration gradients and fine-scale environmental change on ancient floodplains 279-287) Floodplains: Interdisciplinary Approaches 163 Marriott, S.B.
Alexander, J. London' Geological Society Special Publication Clastic sedimentology Generic Generic ?
4 Van Amerom, H. W. J.
Meessen, J.P.M.Th.
Glerum, J.J. 19852 Rapport over mariene niveaus in diepboring Joppe-1 16
RGD report 2091 Heerlen Rijks Geologische Dienst Stratigraphy Netherlands
Carboniferous ?
' Van Amerom, H. W. J.
Meessen, J.P.M.Th. 19857 Rapport over mariene niveaus in diepboring Hengevelde-1 16
RGD report 2094 Heerlen Rijks Geologische Dienst Stratigraphy Netherlands
Carboniferous ? ( Van Waterschoot van der Gracht, W.A.J.M. 19188 Eindverslag der Rijksopsporing van Delfstoffen 1903-1916 664
's-Gravenhage Martinus Nijhoff Geology Netherlands Generic F3 ? Geluk, M.C.
Dusar, M.
de Vos, W. 2007 Pre-Silesian 27-42 Geology of the Netherlands' Wong, Th.E.
Batjes, D.A.J.
De Jager, J. Amsterdam5 Royal Netherlands Academy of Arts and Sciences (KNAW) Geology Netherlands
PalaeozoicE internal-pdf://Geluk et al. (2007)-2027668500/GeluQ? Kimpe, W.F.M.
Bless, M. J. M.
Bouckaert, J.
Conil, R.
Groessens, E.
Meessen, J.P.M.Th.
Poty, E.
Streel, M.
Thorez, J.
Vanguestaine, M. 1978O Paleozoic deposits east of the Brabant Massif in Belgium and in The Netherlands 37-103% Mededelingen Rijks Geologische Dienst 30 Geology Netherlands; Belgium
Palaeozoic ? Falcon, N.L.
Kent, P.E. 1960> Geological results of petroleum exploration in Britain 1945-57 56 2* Memoir of the geological Society of London Petroleum Geology UK Generic ? Evans, D.J.
Kirby, G.A. 1999y The architecture of concealed Dinantian carbonate sequences over the Central Lancashire and Holme highs, northern England 297-312/ Proceedings of the Yorkshire Geological Society 52 Carbonate sedimentology UK
Carboniferous? M Duin, E. J. T.
Doornenbal, J. C.
Rijkers, R. H. B.
Verbeek, J. W.
Wong, T. E. 2006W Subsurface structure of the Netherlands; results of recent onshore and offshore mapping 245-276" Netherlands Journal of Geosciences 85 4 Altena-Group; Atlantic-Ocean; Carboniferous-; cartography-; Cenozoic-; Chalk-Group; Cretaceous-; cross-sections; depth-; Europe-; faults-; Jurassic-; Mesozoic-; Netherlands-; Niedersachsen-Group; North-Atlantic; North-Sea; North-Sea-Supergroup; offshore-; onshore-; Paleozoic-; Permian-; Rijnland-Group; Roer-Valley-Graben; Schieland-Group; Scruff-Group; tectonics-; Terschelling-Basin; thickness-; Upper-Permian; Western-Europe; Zechstein-; Structural-geology Structural Geology This paper presents depth maps for eight key horizons and seven thickness maps covering the onshore and offshore areas for the Late Permian to recent sedimentary section of the Netherlands. These maps, prepared in the context of a TNO regional mapping project, are supported by nine regional structural cross sections and a table summarizing the timing of tectonic activity from Carboniferous to recent. These new regional maps enable the delineation of various structural elements but also reveal the development of these elements through time with improved detail. Since the latest Carboniferous the tectonic setting of the Netherlands changed repeatedly. During successive tectonic phases several pre-existing structural elements were reactivated and new elements appeared. The various identified regional structural elements are grouped into six tectonically active periods: Late Carboniferous, Permian, Triassic, Late Jurassic, Late Cretaceous and Cenozoic. This study demonstrates that many structural elements and fault systems were repeatedly reactivated and that a clear distinction exists between long-lived elements, such as the Roer Valley Graben, and short-lived structural elements, such as the Terschelling Basin. Netherlands GenericA internal-pdf://Duin et al (2006)-0986549505/Duin et al (2006).pdf ?! + Lawrence, S. R.
Coster, P.W.
Ireland, R. J. 1987} Structural development and petroleum potential of the northern flanks of the Craven Basin (Carboniferous), North-West England 225-233& Petroleum Geology of North-West Europe Brooks, J.
Glennie, K. London Graham & Trotman anticlines-; block-structures; Bowland-Basin; Bowland-Shales; Carboniferous-; economic-geology; England-; Europe-; evolution-; faults-; flexure-; folds-; genesis-; geophysical-methods; geophysical-surveys; Great-Britain; Lancaster-Fells; maturity-; migration-; monoclines-; northwestern-England; Paleozoic-; Pendle-Grits; Pendleside-Limestone; petroleum-; reactivation-; reservoir-rocks; rifting-; seismic-methods; shear-; source-rocks; structural-geology; subsidence-; surveys-; synclines-; tectonics-; tectonostratigraphy-; traps-; United-Kingdom; Western-Europe; Worston-Shales; wrench-faults; Structural-geology; Economic-geology,-geology-of-energy-sources Structural Geology UK
Carboniferous -?"
Calver, M. A. 1969 Westphalian of Britain 233-254S Compte Rendu Congres International de Stratigraphie et de Geologie du Carbonifère 1 Carboniferous-; England-; Europe-; Great-Britain; Paleozoic-; Pennsylvanian-; regional-; stratigraphy-; United-Kingdom; Upper-Carboniferous; Western-Europe; Westphalian-; Stratigraphy Stratigraphy Carboniferous, cyclothems, regressive series, nonmarine pelecypod assemblage zones, faunal facies of marine bands, geographic distribution, correlation with floral zonation. UK
Carboniferous*?% 1 Fraser, A. J.
Nash, D.F.
Steele, R.P.
Ebdon, C.C. 1990I A regional assessment of the intra-Carboniferous play of northern England 417-440 Classic Petroleum Provinces 55
Brooks, J. London' Geological Society Special Publications Petroleum Geology UK
Carboniferous ?&
Rayner, D. H. 1953? The lower Carboniferous rocks in the north of England; a review 231-315/ Proceedings of the Yorkshire Geological Society 28 Carboniferous-; Dinantian-; England-; Europe-; Great-Britain; historical-geology; north-; North-England; Paleozoic-; United-Kingdom; Western-Europe; Stratigraphy StratigraphyY Discusses problems in the stratigraphy and correlation of the lower Carboniferous deposits in the region north of the Lancashire and Yorkshire coal fields, England, on the basis of data published since 1924, and summarizes the depositional and geologic history of the region during the lower Carboniferous. An extensive bibliography is appended. UK
Carboniferous_?' Kent, P. E. 1966K The structure of the concealed Carboniferous rocks of north-eastern England 323-352/ Proceedings of the Yorkshire Geological Society 35 Part 3 Carboniferous-; Carboniferous-rocks; Carboniferous-structures; England-; Europe-; faults-; folds-and-faults; geophysical-surveys; Great-Britain; Hercynian-; Northeastern-; Orogenies-; Paleozoic-; patterns-; structural-geology; surveys-; United-Kingdom; Western-Europe; Structural-geology Structural GeologyX Although the structures beneath the Permian unconformity in northeastern England are generally similar to the visible outcrops of the Pennines, new geophysical evidence reveals certain marked contrasts in the intensity of the folds and faults. From the middle coal measures horizon, structural complexity decreases progressively eastward. New troughs or gulfs have been discovered. The structural lines which bounded these basins in the later lower and early upper Carboniferous continue on to the shelf, but are not there associated with differential intra-Carboniferous (early Hercynian) movement on a significant scale. The later Hercynian folding did not produce large displacements east of the Carboniferous outcrops. Seismic surveys beneath the Fenland show the relief of the lower Carboniferous to be comparable with that of the overlying Permian. Within the concealed Carboniferous rocks, the vertical amplitude of movements associated with the early Hercynian disturbances is several times greater than that due to the late Hercynian phase. Both disturbances appear to be more epeirogenic than orogenic. UK
Carboniferous ?( Phillips, J. 1836R Illustrations of the geology of Yorkshire. Part 2, The Mountain Limestone District unknown London John Murray Geology UK
Carboniferous ?) Johnson, G. A. L. 1967C Basement control of Carboniferous sedimentation in northern England 175-194/ Proceedings of the Yorkshire Geological Society 36 Part 2 Carboniferous-; England-; Europe-; Great-Britain; North-; Paleozoic-; sedimentary-petrology; sedimentation-; structural-controls; United-Kingdom; Western-Europe; Sedimentary-petrology Palaeogeography Geophysical evidence has provided an explanation for the disposition of massif and basinal structural regions in northern England. The massifs are underlain by granite masses of Caledonian age or older which have exerted a strong positive tectonic control since their emplacement in Devonian or earlier times. These positive structural regions formed gradually dwindling islands and uplands during Carboniferous times at least until the late Visean and in some cases considerably later. Structural basins and troughs surrounded the island areas and here great thicknesses of sediments were deposited. Deposition began in Tournaisian times and in some regions was a continuation of Old Red Sandstone sedimentation. Subsidence, forming basins of deposition and causing the initial Carboniferous marine transgression, is shown to be of tectonic origin. Early basin formation and later, and more widespread, epeirogenic subsidence are linked to isostatic uplift of the Caledonian mountain ranges following the mantle flow theory. UK
Carboniferous ?* Muchez, P.
Langenaeker, V. 1993v Middle Devonian to Dinantian sedimentation in the Campine Basin (northern Belgium); its relation to Variscan tectonism 171-181; Tectonic controls and signatures in sedimentary successions 20 Frostick, L.E.
Steel, R.J.H Special Publication of the International Association of Sedimentologists Belgium-; Brabant-Massif; Campine-; Carboniferous-; coastal-environment; compression-tectonics; Devonian-; Dinant-Synclinorium; Dinantian-; Dublin-Ireland; England-; Europe-; evolution-; extension-faults; extension-tectonics; faults-; Great-Britain; growth-faults; half-grabens; Hercynian-Orogeny; Ireland-; lithofacies-; marine-environment; Middle-Devonian; Namur-Synclinorium; northern-Belgium; northern-England; northern-Wales; orogeny-; Paleozoic-; plate-collision; plate-tectonics; sedimentation-; shallow-water-environment; siliciclastics-; South-Brittany-Massif; structural-controls; structural-geology; subtidal-environment; tectonics-; thickness-; thin-sections; United-Kingdom; variations-; Wales-; Western-Europe; Sedimentary-petrology; Structural-geology Palaeogeography Belgium Devonian; Carboniferous ?+ Besly, B.M. 1998
Carboniferous 104-136F Petroleum Geology of the North Sea: Basic Concepts and Recent Advances
Glennie, K.W. Oxford Blackwell Petroleum Geology North Sea
Carboniferous 0?, Geluk, M.C. 2007 Permian 63-84 Geology of the Netherlands' Wong, Th.E.
Batjes, D.A.J.
de Jager, J. Amsterdam5 Royal Netherlands Academy of Arts and Sciences (KNAW) Geology Netherlands Permian7 internal-pdf://Geluk (2007)-3735060 ?- Veld, H. 19957 Organic petrology of the Westphalian of the Netherlands 191 Utrecht Utrecht University Organic geochemistry Netherlands
Carboniferous s?. Gutteridge, P. 1995U Late Dinantian (Brigantian) carbonate mud-mounds of the Derbyshire carbonate platform 289-3070 Carbonate mud-mounds: their origin and evolution 237 Monty, C.L.V.
Bosence, D.W.J.
Bridges, P.H.
Pratt, B.R.H Special publication of the International Association of Sedimentologists Carbonate sedimentology UK
Carboniferous ?/
TotalE&PUK 2007R A regional review of the Dinantian carbonate play: Southern North Sea & onshore UK 64 UK-REG-0278.FH Total E&P UK UK DBERR Geology UK; UK North Sea
CarboniferousA internal-pdf://TotalE&PUK (2007)-1473885446/TotalE&PUK (2007).pdf ?4 Vandenbroucke, M.
Largeau, C. 2007' Kerogen origin, evolution and structure 719-833 Organic Geochemistry 38 Organic geochemistry Kerogen, commonly defined as the insoluble macromolecular organic matter (OM) dispersed in sedimentary rocks, is by far the most abundant form of OM on Earth. This fossil material is of prime importance as the source of oil and natural gas; moreover, kerogen can provide essential information on major topics such as past environments, climates and biota. This review reports the main advances in kerogen studies since the comprehensive synthesis edited by Durand [Durand, B. (Ed.), Kerogen, Insoluble Organic Matter from Sedimentary Rocks. Editions Technip, Paris, 1980.]. It is organized into eight sections. The first two are concerned with the successive definitions of kerogen and the definition used here, the different techniques used for kerogen isolation without loss or degradation and basic kerogen analysis. The third and fourth focus on sedimentary OM sources and preservation processes in relation to depositional environment, including sedimentation conditions favourable for kerogen accumulation, and extrapolation to past geological time. Great strides have been made in the latter topics over the last 25 years, owing to a combination of classical studies in organic geochemistry and studies in other domains such as biogeochemistry, oceanography, hydrology and soil science, along with the development of powerful analytical tools. The next two sections deal with the different kerogen classifications by type and kerogen evolution and maturation upon burial in sediments. Structural modelling of coal and kerogen, based on physical and/or chemical structural analysis, is described in the following section. Although, only statistical, the models thus derived provide a synthetic view of the main structural resemblances and differences among various samples in relation to source, maturity or physicochemical properties. Finally, the last section explores some of the advances in kerogen understanding expected for the near future. The review includes a list containing about 500 references. Generic Generic[ internal-pdf://Vandenbroucke & Largeau (2007)-2636840192/Vandenbroucke & Largeau (2007).pdf ?5 Huc, A.Y. 1988I Aspects of depositional processes of organic matter in sedimentary basins 263-272 Organic Geochemistry 13 Clastic sedimentology Generic Generic3 internal-pdf://Huc (1988)-3377396480/Huc (1988).pdf /?6 Nowak, G.J. 2007n Comparative studies of organic matter petrography of the late palaeozoic black shales from Southwestern Poland 568-587% International Journal of Coal Geology 71 Organic geochemistry Poland
Palaeozoic7 internal-pdf://Nowak (2007)-2053591808/Nowak (2007).pdf
]?7 6 Lev, S. M.
McLennan, S. M.
Meyers, W. J.
Hanson, G. N. 1998N A petrographic approach for evaluating trace-element mobility in a black shale 970-980 Journal of Sedimentary Research 68 5| black-shale; clastic-rocks; diagenesis-; Europe-; geochemistry-; Great-Britain; lithogeochemistry-; Llandeilian-; Llanvirnian-; metals-; Middle-Ordovician; mobility-; Ordovician-; Paleozoic-; petrography-; rare-earths; sedimentary-rocks; southwestern-Wales; trace-elements; United-Kingdom; Wales-; Western-Europe; Geochemistry-of-rocks,-soils,-and-sediments; Sedimentary-petrology Geochemistry At the time of deposition, black shales record geochemical information related to the provenance and conditions of deposition for that rock. These initial geochemical conditions are susceptible to alteration and overprinting by the aggressive processes of black-shale diagenesis. In this study, we evaluate a sequence of Ordovician black shales from the southern Welsh Basin for the presence of such a diagenetic overprint. Through use of cathodoluminescence, backscattered electron imaging, reflected-light microscopy, fission tracks, and microprobe elemental mapping, we can discern textural relationships with in the Welsh black shales. The relationships observed constrain a paragenetic sequence and overall diagenetic history including the early diagenetic formation of pyrite, apatite (rare earth element (REE)-rich) and carbonate and later formation of diagenetic monazite (REE-, U-rich) and late-stage carbonate. The chemical reactions necessary to produce this mineral sequence require postdepositional redistribution of REE (including changing cerium anomalies (Ce/Ce*)) and uranium. As a result, REE, U, and their associated isotopic systems (Sm-Nd and U-Pb) can reflect a diagenetic overprint rather than the source area and depositional conditions. The paragenetic sequence described in this study records several postdepositional changes in the whole-rock mineralogy. Among these changes are the formation of REE-rich apatite and REE- and U-rich monazite. The formation of these phases requires that REE and U are being redistributed on at least a mineral scale and that the initial depositional and provenance information recorded by the whole rock has been disturbed. Therefore, the approach used in this study to carefully characterize the paragenetic sequence from the Llandeilo-Caradoc black shales should be considered necessary in order to fully evaluate the usefulness of trace-element proxies susceptible to diagenetic redistribution. Generic Generic? internal-pdf://Lev et al (1998)-1909733888/Lev et al (1998).pdf
??: > Crusius, John
Calvert, Stephen E.
Pedersen, Thomas
Sage, David 1996t Rhenium and molybdenum enrichments in sediments as indicators of oxic, suboxic and sulfidic conditions of deposition 65-78# Earth and Planetary Science Letters 145 1-4 aerobic-environment; anaerobic-environment; authigenic-minerals; Black-Sea; British-Columbia; Canada-; cores-; East-Mediterranean; East-Pacific; Eh-; enrichment-; geochemistry-; Japan-Sea; marine-environment; marine-sediments; Mediterranean-Sea; metals-; molybdenum-; North-Pacific; Northwest-Pacific; Pacific-Ocean; rhenium-; Saanich-Inlet; sea-water; sediment-water-interface; sediments-; sulfides-; trace-elements; trace-metals; West-Pacific; Western-Canada; Geochemistry-of-rocks,-soils,-and-sediments; Oceanography Geochemistry The trace elements Re and Mo both behave conservatively in seawater yet are strongly enriched in reducing sediments. Their potential for authigenic enrichment above crustal concentrations is greater than for many other elements, due to the high ratio of [metal] (sub sw) / [metal] (sub crust) . We present sedimentary Re and Mo data from box- and multi-cores spanning a range of redox conditions, from well-oxygenated sites to locations with substantial sulfide concentrations. At the oxic sites, Re and Mo, as expected, accumulate at concentrations close to their crustal abundances. Re shows substantial enrichment in suboxic (absence of O (sub 2) and H (sub 2) S) sediments of the Sea of Japan, in sediments within the oxygen minimum of the Pakistan margin, as well as in sediments underlying the sulfide-bearing waters of the Black Sea and Saanich Inlet. Re enrichment occurs in these cores just below the depths of Fe and U reduction. Only in the sediments underlying the sulfidic waters of the Black Sea and Saanich Inlet is there substantial authigenic Mo accumulation. Absence of Re and Mo enrichments in sediment trap samples from the sulfide-bearing basins suggests that the addition of both metals occurs at or below the sediment-water interface. The Re and Mo concentration profiles are modeled to hindcast the removal depth of Re and Mo in the sediments which, along with the Re/Mo ratio, determine whether oxic, suboxic or sulfidic conditions were present in the water column or in the sediments in the past. Using this approach, historical redox conditions can be inferred even in environments such as continental margins where a substantial lithogenic component can obscure authigenic enrichments of other metals. Generic GenericG internal-pdf://Crusius et al (1996)-4134798081/Crusius et al (1996).pdf ?< Kelling, G.
Collinson, John D. 1992 Silesian 239-273 The Geology of England and Wales Duff, P.M.D.
Smith, A.J. London The Geological Society Geology UK
Carboniferous ?= . Ramsbottom, W. H. C.
Rhys, G. H.
Smith, E. G. 1962H Boreholes in the Carboniferous rocks of the Ashover district, Derbyshire 75-1682 Bulletin of the Geological Survey of Great Britain 19 Stratigraphy UK
Carboniferous ?> Amin, M. A. 1979O Geochemistry and Mineralogy of Namurian Sediments in the Pennine Basin, England Sheffield Sheffield University Geochemistry UK
Carboniferous :?? Arthur, M.A.
Sageman, Bradley B. 1994Q Marine Black Shales: Depositional mechanisms and environments of ancient deposits 499-551, Annual Review of Earth and Planetary Science 22 Geochemistry Generic GenericM internal-pdf://Arthur & Sageman (1994)-2418538498/Arthur & Sageman (1994).pdf ?@ Calvert, S. E.
Pedersen, T. F. 1993_ Geochemistry of recent oxic and anoxic marine sediments; implications for the geological record 67-88 Marine Geology 113 1-2O aerobic-environment; anaerobic-environment; bibliography-; Cenozoic-; geochemical-indicators; geochemistry-; Holocene-; lithogeochemistry-; marine-environment; marine-sediments; metals-; minor-elements; Quaternary-; sediments-; trace-elements; trace-metals; Geochemistry-of-rocks,-soils,-and-sediments; Oceanography; Quaternary-geology Geochemistry[ The distributions of certain minor and trace elements in marine sediments should potentially provide forensic tools for determining the redox conditions of the bottom waters at the time of deposition. The ability to identify such conditions in the geological past is important because (1) current models of the conditions of formation of organic-rich rocks require re-examination, (2) a method to determine whether the areal extent of anoxic waters expanded or retracted in response to palaeoceanographic changes is required, and (3) the effects of such environmental changes on the geochemical balance of these elements in the ocean need to be understood. Recent research has suggested that some minor and trace elements are precipitated where free dissolved sulphide is present (Cu, Cd, Ni, Zn) without undergoing a valency change, whereas others undergo a change in valency and are either more efficiently adsorbed onto solid surfaces under oxic (I) or anoxic (V) conditions or are precipitated under anoxic conditions (Cr, Mn, Mo, Re, U, V). Hence, the enrichment of these minor and trace elements relative to their crustal abundances indicates that the host sediments accumulated under anoxic conditions, although not necessarily under anoxic bottom waters. Examination of the chemical composition of the sediments of anoxic basins, continental margin sediments and oxidized deep-sea sediments shows that I and Mn enrichments are reliable indicators of bottom water oxygenation, whereas enrichments of the remaining elements reflect either bottom water anoxia or element uptake by subsurface anoxic sediments below a relatively thin surficial oxic veneer. Hence, the absence of metal enrichment in these cases can be taken as firm evidence that the bottom waters of a basin of sedimentation were not anoxic. These behaviours may be used to propose, for example, that the Holocene sapropel in the Black Sea accumulated under oxic bottom waters, whereas the modern facies reflects its formation under the prevailing intensely anoxic conditions, and that the Panama Basin bottom waters were not anoxic during the Last Glacial Maximum when the rate of accumulation of organic carbon increased. Likewise, the enrichment of Mn as a mixed carbonate phase in some ancient black shales strongly suggests that they formed under oxic bottom waters rather than anoxic conditions as is commonly assumed. Generic
QuaternaryQ internal-pdf://Calvert & Pedersen (1993)-1848791298/Calvert & Pedersen (1993).pdf ?] T Michelsen, O.
Thomsen, E.
Danielsen, M.
Heilmann-Clausen, C.
Jordt, H.
Laursen, G.V. 19987 Cenozoic sequence stratigraphy in the eastern North Sea 91-118> Mesozoic and Cenozoic Sequence Stratigraphy of European Basins 609 De Graciansky, P.-C.
Hardenbol, J.
Jacquin, T.
Vail, P.R.5 Society for Sedimentary Geology, Special Publications Stratigraphy Eastern North SeaY d?^ / Demoulin, A.
Lenotre, N.
Moxhet, J.
Pissart, A. 1992U Les regions neotectoniques de la Belgique definies par la comparaison de nivellements 99-111/ Annales de la Société Géologique de Belgique 115 1 Structural Geology Belgium 6?_ > Ahrendt, H.
Köthe, A.
Lietzow, A.
Marheine, D.
Ritzkowski, S. 1995t Lithostratigraphie, Biostratigraphie und radiometrische Datierung des Unter-Eozäns von Helmstedt (SE-Niedersachsen) 450-4573 Zeitschrift der Deutschen Geologischen Gesellschaft 146 Stratigraphy Germany
Palaeogene c$?b
Burgess, I.C. 1982p The stratigraphical distribution of Westphalian volcanic rocks in the area east and south of Nottingham, England 29-44/ Proceedings of the Yorkshire Geological Society 44 1 Stratigraphy UK
?c
Francis, E.H. 19706 Review of Carboniferous volcanism in England and Wales 41-56 Journal of Earth Sciences 8 Magmatism UK
Carboniferous#?f
Bouroz, A. 1963B Presence d'un niveau kaolinique dans le namurien marin de Picardie 281-286+ Annales de la Société Géologique du Nord 83 Part 4 Carboniferous-; clastic-rocks; Europe-; France-; General-description; Namurian-; Paleozoic-; petrology-; Picardy-; sedimentary-rocks; tonstein-; Upper-Carboniferous; Western-Europe; Igneous-and-metamorphic-petrology
Mineralogyu A tonstein, 15 mm in thickness, occurs in the marine Paleozoic rocks in the Lesboeufs borehole, south of the Great Midi fault on the Somme river in northern France. The tonstein is whitish gray, soft, and gives a white streak. Its contact with the underlying shale is sharp. The contact with the overlying shale is less distinct, with occasional interlayered thin bands of tonstein and shale and isolated bits of kaolinite suggesting a mixing of the materials being deposited. Only two of the various theories proposed for tonstein origin are considered plausible for this occurrence: as a wash from the altered surface of a quartz diorite, or as a transported sediment from an ash deposit. The latter possibility is preferred as the Lesboeufs tonstein exhibits characteristics suggestive of tuffaceous deposition, and it is doubtful that so thin a bed would result from water sorting. Belgium
Carboniferous *?i B Degens, Egon T.
Williams, Eugene Griffin
Keith, Mackenzie Lawrence 1957G Geochemical criteria for differentiating marine from fresh-water shales 2427-24555 American Association of Petroleum Geologists Bulletin 41 11 analyses-; Appalachian-coal-basin; clastic-rocks; clay-minerals; clay-mineral-and-trace-element; clay-mineral-and-trace-element-ratios; elements-; geochemical-differentiation; geochemical-investigations; marine-and-fresh-water-indicators; marine-and-fresh-water-shales; marine-vs.-fresh-water; marine-vs.-fresh-water-indicators; marine-vs.-fresh-water-shales; Pennsylvania-; petrology-; sedimentary-rocks; shale-; sheet-silicates; silicates-; Trace-; trace-elements-and-clay-minerals; United-States; Igneous-and-metamorphic-petrology Geochemistry Generic Generic L ?k " Algeo, Thomas J.
Lyons, Timothy W. 2006 Mo-total organic carbon covariation in modern anoxic marine environments; implications for analysis of paleoredox and paleohydrographic conditions PA1016 Paleoceanography 21 Africa-; anaerobic-environment; Atlantic-Ocean; Black-Sea; British-Columbia; Canada-; carbon-; Cariaco-Basin; Caribbean-Sea; chemostratigraphy-; covariance-analysis; East-Mediterranean; Eh-; Europe-; Framvaren-Fjord; geochemical-indicators; geochemistry-; hydrochemistry-; marine-environment; marine-sediments; Mediterranean-Sea; metals-; modern-; molybdenum-; Namibia-; North-Atlantic; North-Pacific; Norway-; organic-carbon; organic-compounds; Pacific-Ocean; paleo-oceanography; paleocirculation-; Saanich-Inlet; Scandinavia-; sea-water; sediments-; shelf-environment; South-Atlantic; Southeast-Atlantic; Southern-Africa; Southern-Norway; statistical-analysis; total-organic-carbon; Western-Canada; Western-Europe; Oceanography; General-geochemistry Geochemistry Generic GenericG internal-pdf://Algeo & Lyons (2006)-3694178070/Algeo & Lyons (2006).pdfx ?l Q Colpaert, A.
Pickard, N.
Mienert, J.
Henriksen, L.B.
Rafaelsen, B.
Andreassen, K. 2007| 3D seismic analysis of an Upper Palaeozoic carbonate succession of the Eastern Finnmark Platform area, Norwegian Barents Sea 79-98 Sedimentary Geology 197
Geophysics Norway
PalaeozoicI internal-pdf://Colpaert et al (2007)-3722624006/Colpaert et al (2007).pdf)?m , Gawthorpe, R.L.
Gutteridge, P.
Leeder, M. R. 1989O Late Devonian and Dinantian basin evolution in northern England and North Wales 1-23V The role of tectonics in Devonian and Carboniferous sedimentation in the British Isles 6* Arthurton, R.S.
Gutteridge, P.
Nolan, S.C.3 Occasional Publication Yorkshire Geological SocietyH basins-; Carboniferous-; controls-; Devonian-; Dinantian-; England-; Europe-; extension-tectonics; Great-Britain; northern-Wales; Paleozoic-; sedimentary-basins; sedimentation-; structural-controls; structural-geology; tectonics-; United-Kingdom; Upper-Devonian; Wales-; Western-Europe; Structural-geology; Sedimentary-petrology Structural Geology UK Devonian; CarboniferousK internal-pdf://Gawthorpe et al (1989)-3353864198/Gawthorpe et al (1989).pdf ?n Gutteridge, P. 1989P Controls on carbonate sedimentation in a Brigantian intrashelf basin, Derbyshire 171-187V The role of tectonics in Devonian and Carboniferous sedimentation in the British Isles 6* Arthurton, R.S.
Gutteridge, P.
Nolan, S.C.3 Occasional Publication Yorkshire Geological Society- basins-; Brigantian-; carbonate-sediments; controls-; Derbyshire-England; England-; Europe-; Great-Britain; lithofacies-; sedimentary-basins; sedimentary-petrology; sedimentation-; sediments-; Station-Quarry-Beds; structural-controls; subsidence-; United-Kingdom; Western-Europe; Sedimentary-petrology Palaeogeography UK
CarboniferousA internal-pdf://Gutteridge (1989)-2800410118/Gutteridge (1989).pdf ?o Pickard, Neil A. H. 1996S Evidence for microbial influence on the development of Lower Carboniferous buildups 65-82. Recent Advances in Lower Carboniferous Geology 107( Strogen, P.
Somerville, I.D.
Jones, G.L. London* The Geological Society Special Publicationz algae-; bacteria-; biogenic-structures; bioherms-; carbonate-rocks; Carboniferous-; Dinantian-; factors-; fungi-; limestone-; micrite-; microfossils-; microorganisms-; mud-mounds; paleogeography-; Paleozoic-; Plantae-; sedimentary-rocks; sedimentary-structures; sedimentation-; sedimentation-rates; stromatolites-; tectonics-; thallophytes-; thrombolites-; Sedimentary-petrology Carbonate sedimentology Generic
Carboniferous; internal-pdf://Pickard (1996)-1106120966/Pickard (1996).pdf '?p Gutteridge, Peter 1991G Aspects of Dinantian sedimentation in the Edale Basin, North Derbyshire 245-269 Geological Journal 26 3! Carboniferous-; Derbyshire-England; Dinantian-; Edale-Basin; England-; Europe-; Great-Britain; Holme-Platform; marine-installations; marine-platforms; marine-sedimentation; Paleozoic-; processes-; sedimentary-petrology; sedimentation-; United-Kingdom; Western-Europe; Sedimentary-petrology Palaeogeography UK
CarboniferousA internal-pdf://Gutteridge (1991)-1441795078/Gutteridge (1991).pdf ?q Gawthorpe, R. L.
Gutteridge, P. 1990k Geometry and evolution of platform-margin bioclastic shoals, late Dinantian (Mississippian), Derbyshire, UK 39-544 Carbonate platforms; facies, sequences and evolution 9> Tucker, M.E.
Wilson, J.L.
Crevello, P.D.
Sarg, J.R.
Read, J.F. OxfordH Special Publication of the International Association of Sedimentologists Asbian-; Brigantian-; carbonate-platforms; Carboniferous-; clastic-rocks; cyclic-processes; depositional-environment; Derbyshire-England; Dinantian-; England-; Europe-; Great-Britain; marine-environment; Mississippian-; Paleozoic-; reefs-; sandstone-; sea-level-changes; sedimentary-petrology; sedimentary-rocks; sedimentation-; shelf-environment; transgression-; United-Kingdom; upper-Dinantian; Western-Europe; Sedimentary-petrology Carbonate sedimentology Serial UK
CarboniferousY internal-pdf://Gawthorpe & Gutteridge (1990)-0201116934/Gawthorpe & Gutteridge (1990).pdf
?r - Elvebakk, Geir
Hunt, David W.
Stemmerik, Lars 2002 From isolated buildups to buildup mosaics; 3D seismic sheds new light on upper Carboniferous-Permian fault controlled carbonate buildups, Norwegian Barents Sea 7-17 Sedimentary Geology 152 1-2= Arctic-Ocean; Barents-Sea; carbonate-platforms; carbonate-rocks; Carboniferous-; depositional-environment; Loppa-High; marine-environment; mosaics-; Norwegian-Sea; Paleozoic-; Permian-; sedimentary-rocks; structural-controls; submarine-environment; synsedimentary-processes; Upper-Carboniferous; Sedimentary-petrology
Geophysics Carbonate buildups are a common feature of many ancient carbonate platforms, and were especially abundant during the Palaeozoic. Our present understanding of buildup distribution, and the ability to better predict their location, is however hampered by the fact that maps of buildups rarely show evidence of widespread spatial organisation and indeed their distribution often appears chaotic. A previously unrecognized pattern of buildup distribution has been revealed by three-dimensional (3D) seismic data recently acquired from the Loppa High, Norwegian Barents Sea. Here, syn-rift Carboniferous-Permian buildups are not isolated but are instead linked into a mosaic of laterally extensive ridges. The buildups' location is controlled by the intersection of three trends of syndepositional faults. Systematic organisation of buildup height, width, density and external form across the study area appears to have been controlled by changes in accommodation space driven by differential subsidence. The buildups were remarkably long-lived and developed over an interval of 35 Ma. Despite this longevity, buildup location remained relatively static and true to the underlying pattern of basement faults, indicating that their progradation was likely restricted by a combination of factors including limited highstand production, their depositional relief <420 m, steep flanks and/or differential subsidence. Study of the buildups' internal seismic geometries, and analogy to well-exposed onshore buildups, indicates that they are composite features, developed through the repeated recolonization of antecedent bathymetric seafloor highs following hiatuses related to both subaerial exposure and drowning. The picture of interconnected buildup mosaics described for the first time here provides important new insights as to the spatial and internal organisation of carbonate buildups and has potentially far-reaching implications for the interpretation of buildups in areas where good 3D control is poor or unavailable. Norway Carboniferous; PermianK internal-pdf://Elvebakk et al. (2002)-4161564176/Elvebakk et al. (2002).pdf ?s Korn, D. 2008_ Early Carboniferous (Mississippian) calciturbidites in the northern Rhenish Mountains (Germany) 151-173 Geological Journal 43 Carbonate sedimentology Germany
Carboniferous5 internal-pdf://Korn (2008)-2289610240/Korn (2008).pdf ?v < Tribovillard, Nicholas
Ramdani, Abdelkader
Trentesaux, Alain 2005z Controls on organic accumulation in Upper Jurassic shales of northwestern Europe as inferred from trace-metal geochemistry 145-164U The deposition of organic-carbon-rich sediments; models, mechanisms, and consequences 82
Harris, N. B. Tulsa3 Special Publication Society for Sedimentary Geology anaerobic-environment; Boulonnais-; chemical-composition; clastic-rocks; Cleveland-Basin; England-; Europe-; France-; geochemistry-; Great-Britain; Jurassic-; Kimmeridge-Clay; lithostratigraphy-; marine-environment; Mesozoic-; organic-compounds; paleoecology-; paleoenvironment-; Pas-de-Calais-France; productivity-; sedimentary-rocks; shale-; trace-metals; United-Kingdom; Upper-Jurassic; Western-Europe; Yorkshire-England; Sedimentary-petrology; Geochemistry-of-rocks,-soils,-and-sediments Geochemistry
In the Kimmeridge Clay Formation of the Wessex-Weald Basin, five organic-matter-rich intervals (ORIs), dated from Kimmeridgian-Tithonian times, can be correlated from distal depositional environments in Dorset and Yorkshire (UK) to the proximal environments in Boulonnais, northern France. The ORIs are superimposed on a meter-scale cyclic distribution of organic matter (OM), referred to as primary cyclicity, which is commonly interpreted to result from Milankovitch climate forcing. The present work addresses the distribution of redox-sensitive and/or sulfide-forming trace metals and selected major elements (Si, Al, and Fe) in Kimmeridge Clay shales from the Cleveland Basin (Yorkshire) and the Boulonnais cliffs with two objectives: (1) to determine whether the ORIs formed in similar paleoenvironments, and (2) to identify the mechanism(s) of OM accumulation. High-resolution geochemical data from primary cycles in the Yorkshire boreholes (Marton and Ebberstone boreholes) were studied and the results are then applied with lower-resolution sampling at the ORI scale in the Flixton borehole and Boulonnais cliff. Good correlations are found between total organic carbon (TOC) vs. Cu/Al and Ni/Al, but relationships between TOC and Mo/Al, V/Al and U/Al are more complex. Cu and Ni enrichment is interpreted to have resulted from passive accumulation with OM in an oxygen-deficient basinal setting, which prevented the subsequent loss of Cu and Ni from the sediment. Mo and V were significantly enriched only in sediments where considerable amounts of OM (TOC>7%) accumulated, the result of strongly reducing conditions and OM burial. At the scale of the Flixton ORIs, the samples with the highest Mo and V concentrations also show relative Fe enrichment, suggesting pyrite formation in the water column (combination of euxinic conditions and presumably low sedimentation rates). Samples from all ORIs were slightly enriched in Si relative to Al, interpreted as reflecting decreased sediment flux during transgressive and early-highstand systems tracts. The data show that in some ORIs, OM accumulation proceeded while productivity was not particularly high and sediments were not experiencing strong anoxia. In other ORIs, OM accumulation was accompanied by widespread anoxia and possibly euxinic conditions in distal settings. Though somewhat different from each other, all of the ORIs developed during episodes of reduced terrigenous supply (transgressive episodes). The common feature linking these contrasted episodes of enhanced OM storage (ORIs) must be the conjunction of productivity coupled with a decrease in the dilution effect by the land-derived supply, in a depositional environment prone to water stratification and, therefore, favorable to OM preservation and accumulation. Western Europe Jurassic ?w Tyson, R. V. 2005P The "productivity versus preservation" controversy; cause, flaws, and resolution 17-33U The deposition of organic-carbon-rich sediments; models, mechanisms, and consequences 82
Harris, N. B. Tulsa3 Special Publication Society for Sedimentary GeologyK anaerobic-environment; Black-Sea; dilution-; East-Mediterranean; marine-environment; Mediterranean-Sea; models-; modern-analogs; organic-compounds; oxygen-; paleoecology-; paleoenvironment-; petroleum-; preservation-; productivity-; sedimentary-rocks; source-rocks; total-organic-carbon; Economic-geology,-geology-of-energy-sources GeochemistryG
There has been an active debate about the factors controlling the origin of organic-rich marine sediments since at least the 1920s. Most of this debate has focused on the relative roles of elevated primary productivity and enhanced preservation related to dysoxia-anoxia. In theoretical and empirical terms it is absolutely clear that the total organic carbon content (TOC) of thermally immature sediments is always a function of three, not two, main factors: organic-matter input, organic-matter preservation, and dilution by mineralic sediment components, any of which may be the dominant factor in different situations. These factors are interrelated strongly and may be obscured by variations in sediment granulometry. While modern sediment data indicating a limited oxygen effect are not generally disputed, the conclusions drawn are often flawed and inapplicable to many ancient rocks. The effect of dysoxic to anoxic conditions on organic-matter preservation is clear only at slow sedimentation rates; it is therefore well expressed in ancient basinal facies but expressed poorly in the modern rapidly deposited shelf and slope facies where oceanographers have predominantly studied it. Organic-matter preservation is controlled strongly by the duration of exposure to oxygen; this can be modified by changes in organic-matter input, sedimentation rate, or bottom-water oxygenation. An oxygen effect alone is unlikely to result in more than a three-to six-fold difference in TOC; the effect is nonlinear, and enhanced preservation mostly occurs below 1.0-0.5 ml/lO (sub 2) . Minor differences in generally low oxygen values are never likely to be expressed in significant differences in TOC or HI. Very high TOC values (>10%) are unusual, and in ancient sediments commonly reflect a combination of higher preservation (dysoxia-anoxia) and low dilution. Geological models of source-rock deposition have remained little changed during the debate about productivity versus preservation, but the limitations of traditional modern analogues have been exposed. Studies of modern oxygen-minimum zones (OMZ) demonstrate that modern dysoxic-suboxic slope waters do not typically result in the accumulation of very well preserved (oil-prone) organic matter, as was once assumed. The Black Sea is too extreme and unusual to be used as an actualistic analogue for most "black shales": the geological euxinic-basin model essentially refers to very large stratified basins, characterized by episodic to quasi-continuous bottom-water anoxia, and the slow deposition of laminated and relatively organic-rich and oil-prone basinal sediments. Generic Generic 0?y ! Mathes-Schmidt, Margret Elisabeth 2000 Mikrofazies, Sedimentationsgeschehen und palaeogeographische Entwicklung im Verlauf des oberen Viseums im Untergrund der Niederrheinischen Bucht und des Campine-Beckens 245u Fakultät für Bergbau, Hüttenwesen und Geowissenschaften der Rheinisch-Westfälischen Technischen Hochschule Aachen Doktorin der Naturwissenschaften Aachen6 Rheinisch-Westfälischen Technischen Hochschule Aachenw borehole-sections; Carboniferous-; Central-Europe; Conodonta-; Dinantian-; Europe-; foraminifera-; Germany-; Lower-Rhine-Graben; marine-environment; marine-sedimentation; microfacies-; microfossils-; Netherlands-; North-Rhine-Westphalia-Germany; Paleozoic-; reconstruction-; sedimentation-; shallow-water-environment; shelf-environment; Visean-; Western-Europe; Areal-geology Carbonate sedimentology 15 november 2000 Netherlands; Belgium; Germany
CarboniferousK internal-pdf://Math
b$?{
Mundy, D.J.C. 1994u Microbialite-sponge-bryozoan-coral framestones in Lower Carboniferous (Late Visean) buildups of Northern England (UK) 713-7294 Canadian Society of Petroleum Geologists, Memoir 17. Carbonate sedimentology UK
CaH?| , Eder, F.W.
Engel, W.
Franke, W.
Sadler, P.M. 1983s Devonian and Carboniferous limestone-turbidites of the Rheinisches Schiefergebirge and their tectonic significance 93-124 Intracontinental Fold Belts Martin, H.
Eder, F.W. Berlin Springer Clastic sedimentology Germany Devonian; Carboniferous ?} & Stemmerik, L.
Elvebakk, G.
Worsley, D. 1999 Upper Palaeozoic carbonate reservoirs on the Norwegian arctic shelf; delineation of reservoir models with application to the Loppa High 173-187 Petroleum Geoscience 5 2c Arctic-Ocean; Arctic-region; Barents-Sea; carbonaceous-composition; Carboniferous-; continental-shelf; diagenesis-; Europe-; lithofacies-; Loppa-high; models-; Norway-; Paleozoic-; permeability-; Permian-; petrography-; petroleum-engineering; reservoir-properties; Scandinavia-; upper-Paleozoic; Western-Europe; Economic-geology,-geology-of-energy-sources Petroleum Geology Norway Carboniferous; PermianM internal-pdf://Stemmerik et al. (1999)-0185062160/Stemmerik et al. (1999).pdf Hermian? internal-pdf://Underhill (2009)-2013849360/Underhill (2009).pdf MuaternaryA internal-pdf://Shackleton (1997)-1561707024/Shackleton (1997).pdf ?
Burck, H.D.M. 1936 Trias onder Enschede 49-51 Geologie en Mijnbouw 15 4 Stratigraphy Netherlands Triassic7 internal-pdf://Burck (1936)-2138961474/Burck (1936).pdf ?
Burck, H.D.M. 1940% Het geologische profiel Delden-Losser 48-64 Jaarverslag Geologische Stchting Stratigraphy Netherlands Generic7 internal-pdf://Burck (1940)-2862969922/Burck (1940).pdf
al. (2001).pdf Wilmsen et al. (2010).pdf est Europe 177-197 Geological Magazine 134 2 Stratigraphy UK PermianI internal-pdf://Edwards et al. (1997)-2347838039/Edwards et al. (1997).pdf E' Cenozoic9 internal-pdf://Fabian (1958)-1933218648/Fabian (1958).pdf ? Dorsman, L. 19458 The marine fauna of the Carboniferous in the Netherlands 1-101% Mededelingen Rijks Geologische Dienst C-IV-3-3 Brachiopoda-; Carboniferous-; Carboniferous-faunal-zones; correlation-; Europe-; Invertebrata-; marine-fauna; Mollusca-; Netherlands-; Netherlands-Europe; paleontology-; Paleozoic-; west-; Western-Europe; Invertebrate-paleontology
PalaeontologyT Describes the upper Carboniferous marine fauna, mostly brachiopods and mollusks (including new species), of the Netherlands, discusses the zonal occurrence of the various species, and correlates the upper Carboniferous marine fossiliferous zones of England, Belgium, western Germany, and the Netherlands. Includes an extensive bibliography. Netherlands
CarboniferousU? ? Visser, W.A. 1987: The state service for the exploration of mineral resources 39-50G Seventy-five years of geology and mining in the Netherlands (1912-1987)- Visser, W.A.
Zonneveld, J.I.S.
van Loon, A.J. The Hague> Royal Geological and Mining Society of the Netherlands (KNGMG) History Net T? Jongmans, W.J. 19444 Geologisch onderzoekingen in Zuid- en Midden-Limburg 277-288R Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap 14
Kruizinga, P.
's Gravenhage Mouton & Co History Netherla? Z Rafaelsen, B.
Elvebakk, Geir
Andreassen, K.
Stemmerik, Lars
Colpaert, A.
Samuelsberg, T.J. 2008 From detached to attached carbonate buildup complexes - 3D seismic data from the upper Palaeozoic, Finnmark Platform, southwestern Barents Sea 17-32 Sedimentary Geology 206
Geophysics Norway Carboniferous; PermianK internal-pdf://Rafaelsen et al (2008)-1535921408/Rafaelsen et al (2008).pdf ? % Gradstein, F.M.
Ogg, J.G.
Smith, A.G. 2004 A Geologic Time Scale 2004 589 Cambridge Cambridge University Press Stratigraphy Generic Generic ? Beijer, H.
Fermont, W.J.J. 1987u The Geological Bureau for the mining district, the Geological Foundation and the Geological Survey of the Netherlands 51-62G Seventy-five years of geology and mining in the Netherlands (1912-1987)- Visser, W.A.
Zonneveld, J.I.S.
van Loon, A.J. The Hague> Royal Geological and Mining Society of the Netherlands (KNGMG) History Ne$ ?
Peelcommissie 1963 Rapport van de Peelcommissie 133i Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Mijnbouwkundige Serie 5; Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap Stratigraphy Netherlands
Carboniferous8 ? Patijn, R. J. H. 1963S De vorming van aardgas ten gevolge van na-inkoling in het noordoosten van Nederland 349-358 Geologie en Mijnbouw 42 11 Belgium-; Brabant-Massif; Carboniferous-; Europe-; Netherlands-; Paleozoic-; regional-; stratigraphy-; tectonics-; Upper-Carboniferous; Western-Europe; Westphalian-; Stratigraphy; Structural-geology Petroleum Geology The Carboniferous in the Netherlands belongs to the external zone of the Carboniferous geosyncline of northwest Europe. The lower coal-bearing Carboniferous (Westphalian A and B) is present throughout the Netherlands in a facies similar to that found in Limburg and the Ruhr. The higher coal-bearing Carboniferous (Westphalian C and D) is less widespread. Variscan folding caused irregular deposition and partial denudation, so that the Westphalian D was probably never deposited in the southern Netherlands. The Brabant massif became an area of denudation at the end of the Westphalian C; major uplift occurred much later, during Kimmeridgian (Jurassic) time. Netherlands
Carboniferous
? ! / Atkinson, C.D.
Verwest, B.
Baker, G.
O Mara, P. 2001| Direct gas detection in the Rotliegendes sandstone; a potential new opportunity for exploration in the UK Southern Gas Basin 8@ American Association of Petroleum Geologists 2001 annual meeting Denverf American Association of Petroleum Geologists and Society of Economic Paleontologists and Mineralogists" amplitude-; calibration-; clastic-rocks; detection-; elastic-waves; Europe-; faults-; geophysical-methods; geophysical-surveys; natural-gas; Paleozoic-; Permian-; petroleum-; petroleum-exploration; prestack-migration; production-; relief-; reserves-; Rotliegendes-; sandstone-; sedimentary-rocks; seismic-methods; seismic-migration; Southern-gas-basin; structural-traps; surveys-; technology-; three-dimensional-models; traps-; United-Kingdom; Upper-Permian; visualization-; Western-Europe; Zechstein-; Economic-geology,-geology-of-energy-sources Petroleum Geology With discovered reserves to date of 54 TCF of gas and cumulative production since 1967 of 34 TCF the UK Southern Gas Basin (SGB) is regarded as a truly great petroleum province. The main play, the Permian Rotliegendes Sandstone, is considered a mature exploration target, a fact reflected by the general reduction in new discovery reserves size through time as smaller and smaller prospects have become harder and harder to find. In the late 1980's increased use of 3D seismic data temporarily reversed this trend as more structurally subtle Rotliegendes objectives were defined and drilled with success. In the 1990's the increasing use of pre-stack time and depth migrated data, with improved definition of complex structural features and improved spatial positioning, provided a similar step change in exploration success. The future for continued success in the SGB may rely on a potentially more exciting innovation that utilises careful pre-stack amplitude analysis and accurate well calibration to provide a tool to enable direct detection of gas within the Rotliegendes. This technology becomes especially relevant in those areas of the basin where very low relief (<40 meters) but areally extensive base Zechstein closures are known to exist or within fields with undrained, fault sealed, compartments. In these areas a combination of accurate depth mapping of the structure coupled with the overlay of a calibrated amplitude response and 3D visualisation techniques, reveals the presence of several potentially large (up to 600 bcf), low risk, Rotliegendes targets. Successful drilling of these features could lead to a dramatic increase in discovery sizes in the basin and a new lease of life for the Rotliegendes fairway. UK Permian { ? o ; Carillat, A.
Hunt, D.
Randen, T.
Sonneland, L.
Elvebakk, G. 2005{ Automated mapping of carbonate build-ups and palaeokarst from the Norwegian Barents Sea using 3D seismic texture attributes 1595-1611r Petroleum Geology: North-West Europe and Global Perspectives - Proceedings of the 6th Petroleum Geology Conference 6 Dore, A.G.
Vining, B.A. London The Geological Meadows, N.S.
Maguire, K. 2005. The Corrib gas field, offshore west of Ireland 1035-1046r Petroleum Geology: North-West Europe and Global Perspectives - Proceedings of the 6th Petroleum Geology Conference Dore, A.G.
Vining, B. Londen Geological Society, Londen0 Triassic, fluvial, stratigraphy, West of Ireland Stratigraphy Ireland TriassicG internal-pdf://Dancer et al. (2005)-2577087488/Dancer et al. (2005).pdf (& Dam (2003)-32383114) ? ! " Dreesen, R.
Paproth, E.
Thorez, J. 1988[ Events documented in Famennian sediments (Ardenne-Rhenish Massif, Late Devonian, NW Europe) 295-308E Proceedings of the 2nd International Symposium on the Devonian System Calgary Clastic sedimentology Belgium; Germany Devonian ? ! ( Felder, P.J.
Felder, W.M.
Bromley, R.G. 1980( The type area of the Maastrichtian Stage 118-137o The Upper Cretaceous and Danian of N.W. Europe. Guide to excursion A-69. 26th International Geological Congress Paris Stratigraphy Netherlands
Cretaceous ? " Baldschuhn, R.
Best, G.
Kockel, F. 19912 Inversion tectonics in the north-west German basin 149-159@ Generation, accumulation and production of Europe's hydrocarbons 1
Spencer, A.M. OxfordJ Special Publication of the European Association of Petroleum Geoscientists Structural Geology Germany GenericO internal-pdf://Baldschuhn et al. (1991)-2881284625/Baldschuhn et al. (1991).pdfw mh?! $ Oele, J.A.
Hol, A.C.P.J.
Tiemens, J. 1981b Some Rotliegend gas fields of the K and L blocks, Netherlands offshore (1968-1978): A case history 289-300b Petroleum Geology of the continental Shelf of North-West Europe: Proceedings of the 2nd Conference Illing, L.V.
Hobson, G.D. London Institute of Petroleum Petroleum Geology NL North Sea Perm ?" Van Wijhe, D.H. 19875 The structural evolution of the Broad Fourteens Basin 315-323& Petroleum Geology of North-West Europe Brooks, J.
Glennie, K. London Graham & Trotman Structural Geology Netherlands Mesozoic
S?#
Ziegler, P.A. 1987N Compressional intra-plate deformations in the Alpine foreland; an introduction 1-5 Tectonophysics 137 1-4 Structural Geology Western E ?$
Ziegler, P.A. 1988: Evolution of the Arctic, North Atlantic and western Tethys 198 433 American Association of Petroleum Geologists Memoir Geology Western Europe Generic ?%
Ziegler, P.A. 1990E Tectonic and palaeogeogaphic development of the North Sea Rift system 1-36) Tectonic Evolution of the North Sea Rifts Blundell, D.J.
Gibbs, A.D. Oxford Oxford Science Publications Geology North Sea Mesozoic ?' ) Betz, D.
Fuhrer, F.
Greiner, G.
Plein, E. 1987# Evolution of the Lower Saxony Basin 127-170 Tectonophysics 137 1-4 Structural Geology Germany MesozoicC internal-pdf://Betz et al. (1987)-4092998451/Betz et al. (1987).pdf ?( ! Frikken, H.W.
Stark, J.B. 1994Z Character and performance of small Rotliegend gas reservoirs, Central Offshore Netherlands 41-50j North Sea Oil and Gas Reservoirs - III, Proceedings of the 3rd North Sea Oil and Gas Reservoirs ConferenceL Aasen, J.O.
Buller, A.T.
Hjelmeland, O.
Holt, R.M.
Kleppe, J.
Torsæter, O. Trondheim Petroleum Geology NL North Sea Permian ? , Van Waterschoot van der Gracht, W. A. J. M. 1936I Possibility of oil and gas production from Paleozoic formations in Europe 1476-14935 American Association of Petroleum Geologists Bulletin 20 11S Europe-; Paleozoic-; petroleum-; possibilities-; Economic-geology-of-energy-sources Petroleum Geology Europe
Palaeozoici internal-pdf://Van Waterschoot van der Gracht (1936)-2552779777/Van Waterschoot van der Gracht (1936).pdf }? , Van Waterschoot van der Gracht, W. A. J. M. 1935+ Search for Paleozoic oil in western Europe 1824-18255 American Association of Petroleum Geologists Bulletin 19 12 west-; economic-geology; Europe-; Paleozoic-; petroleum-; petroleum-possibilitis; possibilities-; west-; Economic-geology-of-energy-sources Petroleum Geology Western Europe
Palaeozoic @ ? 5 Tribovillard, N.
Algeo, T.J.
Lyons, T.
Riboulleau, A. 2006C Trace metals as paleoredox and paleoproductivity proxies; an update 12-32 Chemical Geology 232 1-2 actinides-; algae-; anaerobic-environment; authigenesis-; chemical-composition; copper-; covariance-analysis; depositional-environment; diagenesis-; Eh-; geochemistry-; hydrothermal-conditions; lithofacies-; manganese-; metals-; microfossils-; mobilization-; molybdenum-; nickel-; organic-compounds; paleoenvironment-; plankton-; Plantae-; productivity-; reconstruction-; sedimentary-rocks; statistical-analysis; trace-elements; uranium-; vanadium-; Geochemistry-of-rocks,-soils,-and-sediments; Sedimentary-petrology Geochemistry This paper is a synthesis of the use of selected trace elements as proxies for reconstruction of paleoproductivity and paleoredox conditions. Many of the trace elements considered here show variations in oxidation state and solubility as a function of the redox status of the depositional environment. Redox-sensitive trace metals tend to be more soluble under oxidizing conditions and less soluble under reducing conditions, resulting in authigenic enrichments in oxygen-depleted sedimentary facies. This behavior makes U, V and Mo, and to a lesser extent certain other trace metals such as Cr and Co, useful as paleoredox proxies. Some redox-sensitive elements are delivered to the sediment mainly in association with organic matter (Ni, Cu, Zn, Cd) and they may be retained within the sediment in association with pyrite, after organic matter decay in reducing sediment. This particularity confers to Ni and Cu a good value as proxies for organic C sinking flux (frequently referred to as productivity). Elements with only one oxidation state such as Ba and P are classically used to assess paleoproductivity levels but they suffer from the fact that they are solubilized under reducing conditions and may be lost from oxygen-deprived sediments. The combined used of U, V and Mo enrichments may allow suboxic environments to be distinguished from anoxic-euxinic ones. Specifically, these elements tend to be much more strongly enriched in anoxic-euxinic environments and to exhibit weaker covariation with TOC than in suboxic environments. Generic GenericS internal-pdf://Tribovillard et al. (2006)-1490970630/Tribovillard et al. (2006).pdf
? # Abanda, Peter A.
Hannigan, Robyn E. 2006< Effect of diagenesis on trace element partitioning in shales 42-59 Chemical Geology 230 Albany-County-New-York; biozones-; black-shale; Canada-; carbonates-; chemical-composition; clastic-rocks; correlation-; depositional-environment; diagenesis-; Eastern-Canada; geochemistry-; Graptolithina-; Graptoloidea-; ICP-mass-spectra; leaching-; mass-spectra; metals-; Montreal-and-Jesus-Islands-County-Quebec; Montreal-Quebec; New-York; Ontario-; Ordovician-; organic-compounds; paleoenvironment-; Paleozoic-; partitioning-; Quebec-; Quebec-County-Quebec; rare-earths; reconstruction-; sedimentary-rocks; sedimentation-; sequential-extraction; shale-; silicates-; spectra-; sulfides-; Toronto-Ontario; trace-elements; United-States; Utica-Shale; Uttica-New-York; whole-rock; X-ray-diffraction-data; Geochemistry-of-rocks,-soils,-and-sediments; Sedimentary-petrology Geochemistry In order to investigate the partitioning of trace elements in mineral phases of black shales and diagenetic remobilization of trace elements within these phases, we isolated major black shale components (sulfide, carbonate, silicate and organic) and analyzed the isolated fractions as well as corresponding whole rock for their trace element composition by DRC ICP-MS. This study focused on black shales of different grades of thermal maturity from the Ordovician Utica Shale Magnafacies of Quebec (USM) (immature: T (sub max) 20-50 degrees C, R (sub o) <0.5), Ontario (mature: T (sub max) 50-140 degrees C, R (sub o) 0.5-0.8), and New York (post mature: T (sub max) >140 degrees C, R (sub o) >1). Analysis of the isolated rock fractions revealed that the carbonate fraction preserves a sea water-like rare earth elements (REE) abundance pattern with enrichment of the heavy rare earth elements (HREE-Dy-Lu) relative to light rare earth (LREE-La-Sm). The sulfide and organic fractions show a slight enrichment in the LREE. Mass balance calculations showed that the organic fraction contains up to about 20% of total trace element content of the whole rock with the sulfide and carbonate fractions each containing less than 10%. The partitioning and fractionation of trace elements between different phases may have important implications for paleoenvironmental reconstructions and provenance studies. Our data suggest that the whole rock signature may be less representative of source area or depositional environment but rather reflects the diagenetic history. This is especially the case in organic rich sediments such as black shales where the organic fraction hosts up to 20% of the trace element content of the whole rock. Generic GenericO internal-pdf://Abanda & Hannigan (2006)-4073455361/Abanda & Hannigan (2006).pdf r? * Eusterhues, K.
Heinrichs, H.
Schneider, J. 2005j Geochemical response on redox fluctuations in Holocene lake sediments, Lake Steisslingen, southern Germany 1-22 Chemical Geology 222 1-2 absolute-age; Baden-Wurttemberg-Germany; biogenic-processes; C-14; carbon-; carbonate-sediments; Cenozoic-; Central-Europe; chemical-composition; dates-; diagenesis-; Eh-; Europe-; fluctuations-; geochemistry-; Germany-; Holocene-; ICP-mass-spectra; indicators-; isotopes-; lacustrine-environment; lacustrine-sedimentation; lake-sediments; Lake-Steisslingen; major-elements; mass-balance; mass-spectra; metals-; metasomatism-; North-Atlantic-Oscillation; paleoclimatology-; paleoenvironment-; planar-bedding-structures; pyrite-; pyritization-; Quaternary-; radioactive-isotopes; sedimentary-structures; sedimentation-; sedimentation-rates; sediments-; spectra-; sulfides-; trace-elements; varves-; Sedimentary-petrology; Geochemistry-of-rocks,-soils,-and-sediments Geochemistry( Holocene sediments of Lake Steisslingen record sedimentation under different redox conditions. This is proven by the changing depth of the chemocline and the resulting varying extension of laminated sediments from the deepest part of the lake to shallower water depths. Redox fluctuations are additionally reflected by colour changes between red and green and the quality of the nonglacial varves. Major and trace elements were analysed on bulk sediment samples (period between 8200-6200 and 2650-2000 cal a BP) to test their response to the observed changes in past depositional environments. Mn, Mo, U, Fe and S were found to be redox-sensitive elements in Lake Steisslingen. Fe and S are almost entirely fixed in pyrite, because pyrite formation is limited by Fe availability. A parallel distribution of Mo, U, Fe and S between 8200-7200 cal a BP is interpreted as a signal for syngenetic pyrite formation from anoxic and sulfidic hypolimnetic waters. Since bioproductivity was low this must have been caused by conditions favouring a longterm stable stratification of the lake (i.e. high water level, high summer temperatures, ice cover, wind protection and/or low storm activity). Between 6000-2000 cal a BP frequently changing redox conditions from anoxic to dysoxic are assumed. Mo and U curves are mirror images of the Fe, S and Mn variations. This is interpreted as showing diagenetic pyrite formation from pore waters, which is enhanced during times of high Fe availability under rather oxygenated conditions, i.e. when high input of Fe oxy-hydroxides is possible, but when U and Mo cannot necessarily be fixed in the sediments. Changes from slightly disturbed lamination (dysoxic, restricted mixis) to homogenous sediments (oxic conditions, holomixis) cannot be traced within the geochemical record. The observed redox fluctuations between 6000 and 2000 cal a BP are not correlated to changes in bioproductivity, detrital input or cultural influences and must therefore be of a natural, probably climatic origin. The North Atlantic Oscillation is discussed as a possible cause. Germany
QuaternaryM internal-pdf://Eusterhues et al (2005)-3704461569/Eusterhues et al (2005).pdf Q? 4 Tribovillard, N.
Riboulleau, A.
Lyons, T.
Baudin, F. 2004v Enhanced trapping of molybdenum by sulfurized marine organic matter of marine origin in Mesozoic limestones and shales 385-401 Chemical Geology 213 4- Akkuyu-Formation; Asia-; Bancs-Jumeaux-Formation; black-shale; Boulonnais-France; Calcaires-d'-Orbagnoux; carbonate-rocks; chemical-composition; Chesapeake-Bay; clastic-rocks; Commonwealth-of-Independent-States; Cretaceous-; deposition-; Eh-; enrichment-; Europe-; France-; geochemistry-; ICP-mass-spectra; iron-; Jurassic-; Kashpir-Shale; Kimmeridge-Clay; La-Luna-Formation; limestone-; marine-sedimentation; mass-spectra; Mesozoic-; metals-; Middle-East; molybdenum-; organic-compounds; paleoenvironment-; reconstruction-; reduction-; Russian-Federation; sedimentary-rocks; sedimentation-; shale-; South-America; spectra-; sulfides-; sulfur-; Turkey-; United-Kingdom; United-States; Upper-Cretaceous; Upper-Jurassic; Venezuela-; Western-Europe; Sedimentary-petrology; Geochemistry-of-rocks,-soils,-and-sediments Geochemistry There have been many studies devoted to trace metals and their value in assessing the paleoredox conditions of ancient marine deposition. Among them, molybdenum (Mo) is frequently cited as an effective proxy for sediments and sedimentary rocks. Recently, Helz et al. (Helz, G. R., Miller, C. V., Charnock, J. M., Mosselmans, J. L. W., Pattrick, R. A. D., Garner, C. D., Vaughan, D. J., 1996. Mechanisms of molybdenum removal from the sea and its concentration in black shales: EXAFS evidences. Geochim. Cosmochim. Acta, 60, 3631-3642) and Adelson et al. (Adelson, J. M., Helz, G. R., Miller, C. V., 2001. Reconstructing the rise of recent coastal anoxia; molybdenum in Chesapeake Bay sediments. Geochim. Cosmochim. Acta, 65, 237-252.) suggested that Mo does not behave conservatively in the water column when H (sub 2) S reaches a threshold concentration. Above this concentration, a "switch" operates, and Mo is scavenged by forming bonds with metal-rich (notably iron) particles, sulfur-rich organic molecules and pyrite. In this paper, Mo-trapping by sulfur-rich organic matter (OM) in ancient marine deposits is emphasized. The following Mesozoic geological formations were selected for study because of their relatively high concentration of sulfurized OM: the Akkuyu Formation (Turkey), the Calcaires d'Orbagnoux (France) and Kimmeridge Clay (UK) and its time-equivalent in Boulonnais (France), the Kashpir oil shales (Russia), and the La Luna Formation (Venezuela). The sulfur-rich OM is identified by either measured organic-S abundance or kerogen microscope observation. Our results show that Mo is systematically more enriched relative to the other redox-sensitive/sulfide-forming elements studied (U, V, Ni, Cu, Zn, Cr), and Mo enrichment is positively correlated with the amount of sulfurized OM but not with pyrite abundance. These results illuminate the role played by sulfurized OM in geologic-scale Mo capture and retention, but they also underline the role played by reactive iron. Significant OM sulfurization is only possible when reactive iron is limited. Nevertheless, pyrite formation, though limited, could act as an initial Mo trap, prior to Mo uptake by OM that is sulfurized after the pyritization step. In future paleoenvironmental reconstructions, attention must be paid to this enhanced Mo enrichment in the presence of sulfurized organic matter. In such cases, the use of Mo could lead to overestimation of the reducing conditions of the depositional environment. Generic MesozoicQ internal-pdf://Tribolivard et al. (2004)-2816301318/Tribolivard et al. (2004).pdf? ' Wilde, P.
Lyons, T.W.
Quinby-Hunt, M.S. 20042 Organic carbon proxies in black shales; molybdenum 167-176 Chemical Geology 206 3-4 Appalachians-; Atlantic-Ocean; Avalonia-; Baltica-; basins-; black-shale; carbon-; carbonates-; Carboniferous-; Cariaco-Basin; Caribbean-Sea; chemical-composition; chemical-ratios; clastic-rocks; geochemistry-; Iowa-; isotopes-; Leg-165; metals-; mineral-composition; molybdenum-; New-York; North-America; North-Atlantic; Ocean-Drilling-Program; ODP-Site-1002; organic-carbon; organic-compounds; paleoecology-; paleoenvironment-; paleogeography-; Paleozoic-; petroleum-; petroleum-exploration; sea-level-changes; sedimentary-basins; sedimentary-rocks; source-rocks; sulfur-; total-organic-carbon; United-States; Geochemistry-of-rocks,-soils,-and-sediments; Sedimentary-petrology Geochemistry I Generic GenericE internal-pdf://Wilde et al. (2004)-1638650946/Wilde et al. (2004).pdf )(1989)-1217094743/Demyttenaere (1989).pdf _h Sea GenericM internal-pdf://Duyverman et al. (1991)-1183643735/Duyverman et al. (1991).pdf
ogische Dienst Belgische Geologische Dienst
Geophysics Ministerie van Economische Zaken Belgium GenericS internal-pdf://Dusar & Langenaeker (1992)-3198021207/Dusar & Langenaeker (1992).pdf Lands Generic; internal-pdf://Dorsman (1954)-0312614743/Dorsman (1954).pdf ? Dusar, M. 1989I Non-Marine lamellibranchs in the Westphalian C/D of the Campine Coalfield 483-493+ Bulletin de la Société Belge de Géologie 98 3/4 Stratigraphy Belgium
Carboniferous7 internal-pdf://Dusar (1989)-2527844951/Dusar (1989).pdf 5? 2 Drozdzewski, G.
Bornemann, A.
Kunz, H.W.
Wrede, V. 1981G Ergebnisse des untersuchungsvorhabens "Tiefentektoniek des Ruhrkarbons" 935-942 Glückauf 117 15 Structural Geology Germany
CarboniferousQ internal-pdf://Drozdzewski et al. (1981)-3787489623/Drozdzewski et al. (1981).pdf ? H Dusar, M.
Loboziak, S.
Streel, M.
Van Amerom, H.W.J.
Van de Laar, J.G.M. 1995 Caracteristiques paleontologiques des couches de transition Westphalien A/B
dans le bassin de Campine (sondage de Peer KB201), Belgique 3-19 Science Geologigue Bulletin 48 1-3 Stratigraphy Belgium
CarboniferousE internal-pdf://Dusar et al. (1995)-1406157655/Dusar et al. (1995).pdf Q? Dreesen, R. 1992 Seam thickness and geological hazards forecasting in deep coal mining:
a feasibility study from the campine collieres (N-Belgium) 209-254+ Bulletin de la Société Belge de Géologie T101 3-4 Stratigraphy Belgium
Carboniferous; internal-pdf://Dreesen (1992)-1977360215/Dreesen (1992).pdf QrboniferousC internal-pdf://Drozdzewski (1992)-3269499223/Drozdzewski (1992).pdf H Generic; internal-pdf://Deelder (1977)-3756291927/Deelder (1977).pdf m c(? O Edwards, R.A.
Warrington, G.
Schrivener, R.C.
Jones, N.S.
Haslam, H.W.
Ault, L. 1997r The Exeter Group, south Devon, England: a contribution to the early post-Variscan stratigraphy of northw
? Canfield, Donald E. 1994C Factors influencing organic carbon preservation in marine sediments 315-329 Chemical Geology 114 3-4x adsorption-; aerobic-environment; anaerobic-environment; biogenic-structures; bioturbation-; carbon-; degradation-; kinetics-; marine-sediments; mixing-; organic-carbon; organic-compounds; organic-materials; oxidation-; oxygen-; polymerization-; sedimentary-structures; sedimentation-; sedimentation-rates; sediments-; Geochemistry-of-rocks,-soils,-and-sediments; Oceanography Organic geochemistry The organic matter that escapes decomposition is buried and preserved in marine sediments, with much debate as to whether the amount depends on bottom-water O (sub 2) concentration. One group argues that decomposition is more efficient with O (sub 2) , and hence, organic carbon will be preferentially oxidized in its presence, and preserved in its absence. Another group argues that the kinetics of organic matter decomposition are similar in the presence and absence of O (sub 2) , and there should be no influence of O (sub 2) on preservation. A compilation of carbon preservation shows that both groups are right, depending on the circumstances of deposition. At high rates of deposition, such as near continental margins, little difference in preservation is found with varying bottom-water O (sub 2) . It is important that most carbon in these sediments decomposes by anaerobic pathways regardless of bottom-water O (sub 2) . Hence, little influence of bottom-water O (sub 2) on preservation would, in fact, be expected. As sedimentation rate drops, sediments deposited under oxygenated bottom water become progressively more aerobic, while euxinic sediments remain anaerobic. Under these circumstances, the relative efficiencies of aerobic and anaerobic decomposition could affect preservation. Indeed, enhanced preservation is observed in low-O (sub 2) and euxinic environments. To explore in detail the factors contributing to this enhanced carbon preservation, aspects of the biochemistries of the aerobic and anaerobic process are reviewed. Other potential influences on preservation are also explored. Finally, a new model for organic carbon decomposition, the "pseudo-G" model, is developed. This model couples the degradation of refractory organic matter to the overall metabolic activity of the sediment, and has consequences for carbon preservation due to the mixing together of labile and refractory organic matter by bioturbation. Generic Generic= internal-pdf://Canfield (1994)-0320855041/Canfield (1994).pdfy? d Helz, G.R.
Miller, C.V.
Charnock, J.M.
Mosselmans, J.F.W.
Patrick, R.A.D.
Garner, C.D.
Vaughan, D.J. 1996c Mechanisms of molybdenum removal from the sea and its concentration in black shales: EXAFS evidence 3631-3642 Geochimica et Cosmochimica Acta 60 Geochemistry Generic GenericA internal-pdf://Helz et al (1996)-1635835905/Helz et al (1996).pdf7 ? ! " Bless, M.J.M.
Winkler Prins, C.F. 1972b Palaeoecology and plaeogeography of the Aegir marine band and its equivalents in north-west Europe 231-239Q Septième Congrès International de Stratigraphie et de Géologie du Carbonifère Krefeld
Palaeontology Western Europe
Carboniferous 3 ? - Clark-Lowes, D.D.
Kuzemko, N.C.J.
Scott, D.A. 1987a Structure and petroleum prospectivity of the Dutch Central Graben and neighbouring platform areas 337-356& Petroleum Geology of North-West Europe Brooks, J.
Glennie, K. London Graham & Trotman Petroleum Geology NL North Sea D? , Menning, M.
German Stratigraphic Commission, 2002 A Geologic Time Scale 2002# Stratigraphic Table of Germany 2002 German Stratigraphic Commission, Stratigraphy Generic Generic b? Huerta-Diaz, M. G.
Morse, J. W. 19927 Pyritization of trace metals in anoxic marine sediments 2681-2702 Geochimica et Cosmochimica Acta 56 78 anaerobic-environment; Atchafalaya-Bay; Atlantic-Ocean; Baffin-Bay; geochemistry-; Green-Canyon; Gulf-of-Mexico; Louisiana-; marine-sediments; metasomatism-; Mississippi-Delta; North-Atlantic; Orca-Basin; pyritization-; sediments-; Texas-; trace-metals; United-States; Geochemistry-of-rocks,-soils,-and-sediments Geochemistry Serial Generic GenericS internal-pdf://Huerta-Diaz & Morse (1992)-1204428600/Huerta-Diaz & Morse (1992).pdf L ? Morse, J. W.
Luther III, G. W. 1999K Chemical influences on trace metal-sulfide interactions in anoxic sediments 3373-3378 Geochimica et Cosmochimica Acta 63 19-20 anaerobic-environment; arsenic-; cadmium-; chemical-reactions; copper-; geochemistry-; iron-; lead-; metals-; molybdenum-; pyrite-; reduction-; sediments-; sulfides-; theoretical-studies; thermodynamic-properties; trace-metals; zinc-; Geochemistry-of-rocks,-soils,-and-sediments Geochemistry Generic GenericQ internal-pdf://Morse & Luther-III (1999)-4090417720/Morse & Luther-III (1999).pdf ? Klinkhammer, G. P.
Palmer, M. R. 1991, Uranium in the oceans: Where it goes and why 1799-1806 Geochimica et Cosmochimica Acta 55 7 actinides-; distribution-; geochemistry-; marine-sediments; metals-; sea-water; sediment-water-interface; sediments-; uranium-; Geochemistry-of-rocks,-soils,-and-sediments Geochemistry Generic GenericU internal-pdf://Klinkhammer & Palmer (1991)-2328625208/Klinkhammer & Palmer (1991).pdf ? Herngreen, G.F.W. 19735 The so-called Kuhfeld Beds in the eastern Netherlands 127-1373 Mededelingen Rijks Geologische Dienst, Nieuwe Serie 24 Clastic sedimentology Netherlands
Cretaceous P? Herngreen, G.F.W. 1978M A preliminary dinoflagellate zonation of Aptian-Cenomanian in the Netherlands 273-281 Palinologia 1
Palaeontology Netherlands
? Herngreen, G.F.W. 1984f Dating Tertiary strata in seven boreholes in the Oldenzaal-Denekamp area (Twente), eastern Netherlands 125-1533 Mededelingen Rijks Geologische Dienst, Nieuwe Serie 37 Stratigraphy Netherlands Cenozoic E? Herngreen, G.F.W. 1987d Correlation between Miocene beds of the SE Netherlands and Italy based on dinoflagellate biozonation 31-40B Mededelingen van de Werkgroep voor Tertiaire en Kwartaire Geologie 24 Stratigraphy Western Eu' ? Herngreen, G.F.W.
Wong, Th.E. 1989P Revision of the Late Jurassic stratigraphy of the Dutch Central North Sea Graben 73-105 Geologie en Mijnbouw 68 1 Stratigraphy Netherlande? g Herngreen, G.F.W.
Schuurman, H.A.H.M.
Verbeek, J.W.
Brinkhuis, H.
Burnett, J.A.
Felder, W.M.
Kedves, M. 1998[ Biostratigraphy of Cretaceous-Tertiary boundary strata in the Curfs quarry, the Netherlands 3-57F Mededelingen Nederlands Instituut voor Toegepaste Geowetenschappen TNO 61 Stratigraphy Netherlands Cretaceous; Palaeogene@ ? 2 Herngreen, G.F.W.
Kerstholt, S.J.
Munsterman, D.K. 2000{ Callovian-Ryazanian (Upper Jurassic) palynostratigraphy of the Central North Sea Graben and Vlieland Basin, the Netherlands 99F Mededelingen Nederlands Instituut voor Toegepaste Geowetenschappen TNO 63 Stratigraphy Netherlands Jurassic ? Herngreen, G.F.W.
Boer, K.F. de 1974L Palynology of Rhaetian, Liassic and Dogger strata in the eastern Netherlands 343-368 Geologie en Mijnbouw 53
Palaeontology Netherlands Triassic; Jurassic ? Herngreen, G.F.W.
Boer, K.F. de 1978M Dinoflagellate zonation of Upper Dogger and Lowermost Malm in the Netherlands 283-291 Palinologia 1
Palaeontology Netherlands ? H Herngreen, G.F.W.
Boer, K.F. de
Romein, B.J.
Lissenberg, T.
Wijker, N.C. 1983< Middle Callovian beds in the Achterhoek, eastern Netherlands 95-123% Mededelingen Rijks Geologische Dienst 37 3 Stratigraphy Netherlands Jurassic V? 0 Heinrichs, H.
Schulz-Dobrick, B.
Wedepohl, K. H. 19805 Terrestrial geochemistry of Cd, Bi, Tl, Pb, Zn and Rb 1519-1534 Geochimica et Cosmochimica Acta 44 10+ abundance-; alkali-metals; bismuth-; cadmium-; composition-; crust-; data-; experimental-studies; geochemistry-; igneous-rocks; lead-; metals-; metamorphic-rocks; minerals-; potassium-; rubidium-; sedimentary-rocks; terrestrial-materials; thallium-; trace-elements; trace-metals; zinc-; Geochemistry Geochemistry Generic GenericM internal-pdf://Heinrichs et al. (1980)-0986126648/Heinrichs et al. (1980).pdf
? 5 Ziegler, P. A.
Van Wees, J.-D.
Cloetingh, S. A. P. L. 1998M Mechanical controls on collision-related compressional intraplate deformation 103-129 Tectonophysics 300 Structural Geology Intraplate compressional features, such as inverted extensional basins, upthrust basement blocks and whole lithospheric folds, play an important role in the structural framework of many cratons. Although compressional intraplate deformation can occur in a number of dynamic settings, stresses related to collisional plate coupling appear to be responsible for the development of the most important compressional intraplate structures. These can occur at distances of up to + or -1600 km from a collision front, both in the fore-arc (foreland) and back-arc (hinterland) positions with respect to the subduction system controlling the evolution of the corresponding orogen. Back-arc compression associated with island arcs and Andean-type orogens occurs during periods of increased convergence rates between the subducting and overriding plates. For the build-up of intraplate compressional stresses in fore-arc and foreland domains, four collision-related scenarios are envisaged: (1) during the initiation of a subduction zone along a passive margin or within an oceanic basin; (2) during subduction impediment caused by the arrival of more buoyant crust, such as an oceanic plateau or a microcontinent at a subduction zone; (3) during the initial collision of an orogenic wedge with a passive margin, depending on the lithospheric and crustal configuration of the latter, the presence or absence of a thick passive margin sedimentary prism, and convergence rates and directions; (4) during post-collisional over-thickening and uplift of an orogenic wedge. The build-up of collision-related compressional intraplate stresses is indicative for mechanical coupling between an orogenic wedge and its fore- and/or hinterland. Crustal-scale intraplate deformation reflects mechanical coupling at crustal levels whereas lithosphere-scale deformation indicates mechanical coupling at the level of the mantle-lithosphere, probably in response to collisional lithospheric over-thickening of the orogen, slab detachment and the development of a mantle back-stop. The intensity of collisional coupling between an orogen and its fore- and hinterland is temporally and spatially variable. This can be a function of oblique collision. However, the build-up of high pore fluid pressures in subducted sediments may also account for mechanical decoupling of an orogen and its fore- and/or hinterland. Processes governing mechanical coupling/decoupling of orogens and fore- and hinterlands are still poorly understood and require further research. Localization of collision-related compressional intraplate deformations is controlled by spatial and temporal strength variations of the lithosphere in which the thermal regime, the crustal thickness, the pattern of pre-existing crustal and mantle discontinuities, as well as sedimentary loads and their thermal blanketing effect play an important role. The stratigraphic record of collision-related intraplate compressional deformation can contribute to dating of orogenic activity affecting the respective plate margin. Generic GenericI internal-pdf://Ziegler et al. (1998)-1370532352/Ziegler et al. (1998).pdf ? ( Ziegler, P.A.
Bertotti, S.
Cloetingh, S. 2002y Dynamic processes controlling foreland development - the role of mechanical (de)coupling of orogenic wedges and forelands 17-56. EGU Stephan Mueller Special Publication Series 1 Structural Geology Generic Generic ? Ziegler, P. A. 1989C Evolution of Laurussia - a study in Late Palaeozoic plate tectonics 102 Dordrecht, Boston, London Kluwer Academic Publishers Geology Generic
Palaeozoic ? % Sundvoll, B.
Larsen, B.T.
Wandaas, B. 1992C Early Magmatic phase in the Oslo Rift and its related stress regime 37-54 Tectonophysics 208 Magmatism Norway Carboniferous; PermianK internal-pdf://Sundvoll et al. (1992)-3933861888/Sundvoll et al. (1992).pdf < ? " Kooi, H.
Hettema, M.
Cloetingh, S. 1991h Lithospheric dynamics and the rapid Pliocene-Quaternary subsidence phase in the southern North Sea basin 245-259 Tectonophysics 192 Structural Geology Southern North Sea CenozoicA internal-pdf://Kooi et al (1991)-0263095901/Kooi et al (1991).pdf ? 7 Cope, J.C.W.
Guion, P.D.
Sevastopulo, G.D.
Swan, A.R.H. 1992
Carboniferous 67-86( Atlas of Palaeogeography and Lithofacies
Memoir No. 13& Cope, J.C.W.
Ingham, J.K.
Rawson, P.F. London The Geological Society Geology UK
Carboniferous y? # Senglaub, Y.
Littke, R.
Brix, M. R. 2006 Numerical modelling of burial and temperature history as an approach for an alternative interpretation of the Bramsche anomaly, Lower Saxony Basin 204-224' International Journal of Earth Sciences 95 Burial history Germany GenericK internal-pdf://Senglaub et al. (2006)-3484301574/Senglaub et al. (2006).pdf? , Petmecky, S.
Meier, L.
Reiser, H.
Littke, R. 1999J High thermal maturity in the Lower Saxony Basin; intrusion or deep burial? 317-344 Tectonophysics 304 Burial history The Lower Saxony Basin (LSB) is situated at the southern rim of the Northern Permian Basin, the most important hydrocarbon-bearing province in Europe. In its southern part, areas of high thermal maturation (up to 6% R (sub r) ) occur which were previously explained as being caused by magmatic intrusions of Turonian to Santonian age that affected Carboniferous to Lower Cretaceous rocks. In this area, 2D numerical basin modelling was carried out in order to reconstruct the temperature histories along two parallel, N-S-trending seismic sections. Along these sections, new data about maturity distribution and temperature history were obtained by vitrinite reflectance measurements and apatite fission track analysis. For the areas with highest maturity values, low coalification gradients were established which agree well with earlier published data on wells further towards the west. This new information does not support previous hypotheses on high heat flows from magmatic intrusions, even if lateral heat transport is taken into account. Instead, comparisons with a recently published map of the subsurface structure of the LSB indicate that maturity distribution may be closely related to major tectonic structures. Deep burial of individual structures of the LSB, which are bordered by deep E-W- to ESE-WNW-trending faults is further suggested by (a) rapidly increasing thicknesses of preserved Cretaceous strata towards the south and (b) structural restoration of one of the seismic sections. To achieve a fit between measured and calculated palaeo-temperature and vitrinite reflectance data, deep burial of Carboniferous source rocks during Cretaceous time has to be assumed. Due to an inversion phase in the early and middle Upper Cretaceous, major amounts of sediment were removed and further uplift occurred in Tertiary times. In contrast, the northern part of the LSB experienced maximum burial and temperatures during Tertiary times. Germany GenericK internal-pdf://Petmecky et al. (1999)-2073572358/Petmecky et al. (1999).pdf {? 7 Senglaub, Y
Brix Manfred, R
Adriasola, A C
Littke, Ralf 2005 New information on the thermal history of the southwestern Lower Saxony Basin, northern Germany, based on fission-track analysis 876-896' International Journal of Earth Sciences 94 Burial history Germany GenericK internal-pdf://Senglaub et al. (2005)-1370327046/Senglaub et al. (2005).pdf ? Geluk, M.C. 2005[ Stratigraphy and tectonics of Permo-Triassic basins in the Netherland and surrounding areas 171 Utrecht Utrecht University Stratigraphy Western Europe Permian, Triassic) internal-pdf://Geluk-2128931840/Geluk.pdf9? Herbig, H.-G
Bender, P. 1992n A eustatically driven calciturbidite sequence from the Dinantian II of the Eastern Rheinisches Schiefergebirge 245-262 Facies 27 Carbonate sedimentology Germany
CarboniferousM internal-pdf://Bender & Herbig (1992) -3495068930/Bender & Herbig (1992) .pdf%? Cohen, K.M
Hijma, M.P. 2008^ Het Rijnmondgebied in het Vroeg-Holoceen: inzichten uit een diepe put bij Blijdorp (Rotterdam) 64-71 Grondboor & Hamer 3-4 Palaeogeography Netherlands
QuaternaryG internal-pdf://Cohen & Hijma (2008)-3663026690/Cohen & Hijma (2008).pdf ? & Fisher, Q. J.
Cliff, R.A.
Dodson, M.H. 2003O U-Pb systematics of an Upper Carboniferous black shale from South Yorkshire, UK 331-347 Chemical Geology 194 Geochemistry UK
CarboniferousE internal-pdf://Fisher et al (2003)-3747020546/Fisher et al (2003).pdf? 7 Fontaine, J.M.
Guastella, G.
Jouault, P.
de la Vega, P. 1993L F15-A: a Triassic gas field on the easetrn limit of the Dutch Central Graben 583-593I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology Netherlands TriassicK internal-pdf://Fontaine et al. (1993)-3696044105/Fontaine et al. (1993).pdf ? % Kemp, S.J.
Merriman, R.J.
Bouch, J.E. 2005Z Clay mineral reaction progress - the maturity and burial history the Lias Group of England 43-61
Clay Minerals 40 Burial history UK JurassicA internal-pdf://Kemp et al (2005)-1147132674/Kemp et al (2005).pdf^? ! Nelskamp, S.
David, P.
Littke, R. 2008w A comparison of burial, maturity and temperature histories of selected wells from sedimentary basins in The Netherlands 931-953' International Journal of Earth Sciences 97 Burial history Netherlands GenericI internal-pdf://Nelskamp et al (2008)-1264973570/Nelskamp et al (2008).pdf H ? 2 Peckmann, J.
Gischler, E.
Oschmann, W.
Reitner, J. 2001i An Early Carboniferous seep community and hydrocarbon-derived carbonates from the Harz Mountains, Germany 271-274 Geology 29 Petroleum Geology Germany
CarboniferousK internal-pdf://Peckmann et al. (2001)-1201104646/Peckmann et al. (2001).pdfq? Stribrny, B.
Urban, H.
Weber, H. 1988 The Lower Carboniferous black shale formation, a possible source for noble and base metal deposits in the NE Rhenish Massif, Federal Republic of Germany 129-143 Mineralogy and Petrology 39 Geochemistry Germany
CarboniferousK internal-pdf://Stribrny et al. (1988)-3184559110/Stribrny et al. (1988).pdf
? Dahlen, F.A. 1990E Critical taper model of fold-and-thrust belts and accretionary wedges 55-99, Annual Review of Earth and Planetary Science 19 Structural Geology Generic Generic9 internal-pdf://Dahlen (1990)-1463333634/Dahlen (1990).pdf Z? $ Lamarche, J.
Scheck, M.
Lewerenz, B. 2003 Heterogeneous tectonic inversion of the Mid-Polish Trough related to crustal architecture, sedimentary patterns and structural inheritance 75-92 Tectonophysics 373 Structural Geology Poland MesozoicI internal-pdf://Lamarche et al (2003)-3600188416/Lamarche et al (2003).pdf "? 0 Littke, R.
Krooss, B.
Idiz, E.
Frielingsdorf, J. 1995p Molecular nitrogen in natural gas accumulations: Generation from sedimentary organic matter at high temperatures 410-4305 American Association of Petroleum Geologists Bulletin 79 Geochemistry Generic Generic D? !
Verweij, J.M. 2008x Isotopic signature of nitrogen: an indicator for timing N2 generation and N2 charging of Dutch natural gas accumulations! 70th EAGE Conference & Exhibition Rome Petroleum Geology Netherlands Generic ;? Giggenbach, W.F. 1992q Isotopic shifts in waters from geothermal and volcanic systems along convergent plate boundaries and their origin 495-510$ Earth and Planetary Science Letters 113 4 Geochemistry Generic GenericA internal-pdf://Giggenbach (1992)-3560201013/Giggenbach (1992).pdf
? Kombrink, H. 2008L The Carboniferous of the Netherlands and surrounding areas; a basin analysis 184 Utrecht Utrecht University Geology 19 dec 2008 Netherlands
Carboniferous= internal-pdf://Kombrink (2008)-4197860205/Kombrink (2008).pdf?
J Schroot, B. M.
Van Bergen, F.
Abbink, O.A.
David, P.
Van Eijs, R.
Veld, H. 2006r Hydrocarbon potential of the Pre-Westphalian in the Netherlands on- and offshore - report of the PetroPlay project 436
TNO report
NITG-05-155-C Utrecht% TNO Built Environment and Geosciences Petroleum Geology 005.73037 Netherlands
PalaeozoicI internal-pdf://Schroot et al. (2006)-2208481793/Schroot et al. (2006).pdf ? Verweij, H. 2003 Fluid flow systems analysis on geological timescales in onshore and offshore Netherlands, with special reference to the Broad Fourteens Basin 278 Amsterdam Vrije Universiteit Hydrogeology Netherlands Mesozoic? G Alvaro, J.J.
Aretz, M.
Boulvain, F.
Munnecke, A.
Vachard, D.
Vennin, E. 2007^ Fabric transitions from shell accumulations to reefs: an introduction with Palaeozoic examples 1-16I Palaeozoic Reefs and Bioaccumulations: Climatic and Evolutionary Controls 275G Alvaro, J.J.
Aretz, M.
Boulvain, F.
Munnecke, A.
Vachard, D.
Vennin, E. London Geological Society Carbonate sedimentology Generic
PalaeozoicG internal-pdf://Alvaro et al. (2007)-2698662159/Alvaro et al. (2007).pdf ? Boulvain, F. 2007K Frasnian carbonate mounds from Belgium: sedimentology and palaeoceanography 125-142I Palaeozoic Reefs and Bioaccumulations: Climatic and Evolutionary Controls 275G Alvaro, J.J.
Aretz, M.
Boulvain, F.
Munnecke, A.
Vachard, D.
Vennin, E. London Geological Society Carbonate sedimentology Belgium Devonian9 internal-pdf://Boulvain 2007-3827097601/Boulvain 2007.pdf ? Hubmann, B.
Suttner, T. 2007* Siluro-Devonian Alpine reefs and pavements 95-107I Palaeozoic Reefs and Bioaccumulations: Climatic and Evolutionary Controls 275G Alvaro, J.J.
Aretz, M.
Boulvain, F.
Munnecke, A.
Vachard, D.
Vennin, E. London Geological Society Carbonate sedimentology Europe Silurian; DevonianO internal-pdf://Hubmann & Suttner (2007)-0863453190/Hubmann & Suttner (2007).pdf? Kershaw, S.
Li, Y.
Guo, L. 2007e Micritic fabrics define sharp margins of Wenlock patch reefs (middle Silurian) in Gotland and England 87-94I Palaeozoic Reefs and Bioaccumulations: Climatic and Evolutionary Controls 275G Alvaro, J.J.
Aretz, M.
Boulvain, F.
Munnecke, A.
Vachard, D.
Vennin, E. London Geological Society Carbonate sedimentology UK SilurianC internal-pdf://Kershaw et al 2007-0925513985/Kershaw et al 2007.pdf ? Mabille, C.
Boulvain, F. 2007 Sedimentology and magnetic susceptibility of the Upper Eifelian-Lower Givetian (Middle Devonian) in SW Belgium: insights into carbonate platform initiation 109-123I Palaeozoic Reefs and Bioaccumulations: Climatic and Evolutionary Controls 275G Alvaro, J.J.
Aretz, M.
Boulvain, F.
Munnecke, A.
Vachard, D.
Vennin, E. London Geological Society Carbonate sedimentology Belgium DevonianM internal-pdf://Mabille & Boulvain 2007-1965999361/Mabille & Boulvain 2007.pdf? Poty, E.
Chevalier, E. 20073 Late Frasnian phillipsastreid biostromes in Belgium 143-161I Palaeozoic Reefs and Bioaccumulations: Climatic and Evolutionary Controls 275G Alvaro, J.J.
Aretz, M.
Boulvain, F.
Munnecke, A.
Vachard, D.
Vennin, E. London Geological Society Carbonate sedimentology Belgium DevonianI internal-pdf://Poty & Chevalier 2007-0070316801/Poty & Chevalier 2007.pdf ? & Zapalski, M.K.
Hubert, B.
Mistiaen, B. 2007j Estimation of palaeoenvironmental changes: can analysis of distribution of tabulae in tabulates be a tool? 275-281I Palaeozoic Reefs and Bioaccumulations: Climatic and Evolutionary Controls 275G Alvaro, J.J.
Aretz, M.
Boulvain, F.
Munnecke, A.
Vachard, D.
Vennin, E. London Geological Society
Palaeontology Generic GenericE internal-pdf://Zapalski et al 2007-0674983681/Zapalski et al 2007.pdf ? Tesch, P. 1938" L'origine du sous-sol des Pays-Bas 541-553G Tijdschrift van het Koninklijk Nederlandsch Aardrijkskundig Genootschap 4 Geology Netherlands Generic7 internal-pdf://Tesch (1938)-2576001542/Tesch (1938).pdf ? Oplustil, S.
Cleal, C. J. 2007K A comparative analysis of some Late Carboniferous basins of Variscan Europe 417-448 Geological Magazine 144 3 Stratigraphy Europe
CarboniferousM internal-pdf://Oplustil & Cleal (2007)-2857507585/Oplustil & Cleal ?
Nickel, E. 2003f Oligozäne Beckendynamik und Sequenzstratigrafie am Südrand des Nordwesteuropäischen Tertiärbeckens 155 Bonn) Rheinischen Friedrich-Wilhelms University Geology Germany
Palaeogene9 internal-pdf://Nickel (2003)-1844354560/Nickel (2003).pdf ? Nance, R.D.
Linnemann, U. 20084 The Rheic Ocean: Origin, evolution, and significance 4-12 GSA Today 18 Structural Geology Generic
PalaeozoicO internal-pdf://Nance & Linnemann (2008)-1266121984/Nance & Linnemann (2008).pdf ~? 6 Cross, M.M.
Manning, D.A.C.
Botrell, S.H.
Worden, R.H. 2004 Thermochemical sulphate reduction (TSR): experimental determination of reaction kinetics and implications of the observed reaction rates for petroleum reservoirs 393-404 Organic Geochemistry 34 Geochemistry Generic GenericC internal-pdf://Cross et al (2004)-3561678849/Cross et al (2004).pdf TG ? De Jager, J.
Geluk, M.C. 2007 Petroleum geology 241-264 Geology of the Netherlands' Wong, Th.E.
Batjes, D.A.J.
de Jager, J. Amsterdam5 Royal Netherlands Academy of Arts and Sciences (KNAW) Petroleum Geology Netherlands GenericM internal-pdf://De Jager & Geluk (2007)-2644162304/De Jager & Gel cD?
Abma, R.R. 19546 De chemische samenstelling van het Nederlandse aardgas 449-455 Geologie en Mijnbouw 16 Petroleum Geology Netherlands b? ' Alberts, L.J.H.
Geel, C.R.
Klasen, J.J. 2003v Reservoir characterisation using process-response simulations: the Lower Cretaceous Rijn Field, West Netherlands Basin 313-324" Netherlands Journal of Geosciences 82 Petroleum Geology Netherlands
CretaceousG internal-pdf://Alberts et al (2003)-3753544704/Alberts et al (2003).pdf F 8? Ahorner, L. 1994 Fault-plane solutions and source parameters of the 1992 Roermond, the Netherlands, mainshock and its stronger aftershocks from regional seismic data 199-214 Geologie en Mijnbouw 73 2-4
Seismicity Netherla c? Achterberg, A.
Zaanen, J.J. 1972$ Sporen kwik in het Groninger aardgas 9-11 Chemisch Weekblad 68 Petroleum Geology Netherlands .#
@? + Van Adrichem Boogaert, H.A.
Burgers, W.F.J. 19833 The development of the Zechstein in The Netherlands 83-92 Geologie en Mijnbouw 62 1 Geology Netherlands Permiank internal-pdf://Van Adrichem Boogaert & Burgers (1983)-1454771983/Van Adrichem Boogaert & Burgers? Alblas, L.D. 2001L The petroleum industry in the Netherlands - its settings and possible future 23-32" Netherlands Journal of Geosciences 80 1 Petroleum Geology Netherlands Generic9 internal-pdf://Alblas (2001)-2576346368/Alblas (2001).pdf f8? Van Amerom, H.W.J. 1972C Das karbonische Alter der Tiefbohrung Wanneperveen 1, eine Revision 491-495 Geologie en Mijnbouw 51 4 Stratigraphy Netherlands
P ? 1 Van Amerom, H.W.J.
Herngreen, G.F.W.
Romein, B.J. 1976 Palaeobotanical and palynological investigation with notes on the microfauna of some core samples from the Lower Cretaceous in the West Netherlands Basin 41-793 Mededelingen Rijks Geologische Dienst, Nieuwe Serie 27
Palaeontology Netherlands
Cretaceous, ? @ Van Amerom, H.W.J.
Eagar, R.M.C.
Meessen, J.P.M.T.
Glerum, J.J. 1986s Zwei neue marine Horizonte im Westfal B der Tiefbohrungen Joppe-1 und Hengevelde-1 (Achterhoek-Twente, Niederlande) 1-10% Mededelingen Rijks Geologische Dienst 40 Stratigraphy Netherlands
Carboniferous? " Van Amerom, H.W.J.
Pagnier, H.J.M. 1990{ Palaeoecological studies of the Late Carboniferous plant macrofossils from borehole Kemperkoul-1 (Sittard, The Netherlands) 1-19% Mededelingen Rijks Geologische Dienst 44
Palaeontology Netherlands
Carboniferous ? Amthor, J.E.
Okkerman, J. 1998b Influence of early Diagenesis on Reservoir Quality of Rotliegende Sandstones, Northern Netherlands 2246-22655 American Association of Petroleum Geologists Bulletin 82 12
Diagenesis Netherlands Permian ? F Arets, L.A.G.L
Maas, W.
Muysken, P.J.
Stuffken, J.
Wijffels, F.C.M. 1962b Het voorkomen van mijngas en de strijd tegen te hoge concentraties bij de staatsmijnen in Limburg. 39-86 Geologie en Mijnbouw 41 Petroleum Geology Netherlands
Carboniferous ? Yan, J. 2002\ Reservoir parameters estimation from well log and core data: a case study from the North Sea 63-69 Petroleum Geoscience 8 1 Petroleum Geology In this paper we present an integrated approach to derive reservoir parameters from core and well-log data in clay–sand mixtures. This method is based on matching core and log data, and the linear and non-linear regressions are then used to build respective relationships between core and log data to determine formation parameters such as porosity, shale volume, clay content, permeability and fluid saturation. This information is then fed into a velocity prediction model to estimate seismic parameters such as elastic moduli, shear wave velocity and anisotropy coefficients. Finally, we test the method on real data from the North Sea and show that reservoir parameters can be accurately predicted. North Sea Generic3 internal-pdf://Yan (2002)-2352348928/Yan (2002).pdf? i Van Balen, R.T.
Bergen, G. van
Leeuw, C. de
Pagnier, H.J.M.
Simmelink, H.
Wees, J. D. van
Verweij, J. M. 2000` Modeling the hydrocarbon generation and migration in the West Netherlands Basin, the Netherlands 29-44" Netherlands Journal of Geosciences 79 1 Petroleum Geology Netherlands MesozoicO internal-pdf://Van Balen et al2. (2000)-3010278145/Van Balen et al2. (2000).pdf ? \ Van Balen, R.T.
Verweij, J.M.
Wees, J.D. van
Simmelink, H.
Bergen, F. van
Pagnier, H.J.M. 2002g Deep subsurface temperatures in the Roer Valley Graben and the Peelblock, the Netherlands - new results 19-26" Netherlands Journal of Geosciences 81 1 Geothermics Netherlands MesozoicK internal-pdf://Van Balen et al.(2002)-3161913345/Van Balen et al.(2002).pdf ?
Battens, D.J. 1987q Revision of S.J. Dijkstra's Late Cretaceous megaspores and other plant microfossils from Limburg, The Netherlands 1-55% Mededelingen Rijks Geologische Dienst 41
Palaeontology Netherlands
Cretaceous ? 0 Baum, M.G.
K.-H.Bletschert
M. Wagner
M. Schmitt 1997A Application of surface prospecting methods in the Dutch North Sea 171-181 Petroleum Geoscience 3 Engineering Geology NL North Sea Generic? Bechtel, A.
Püttmann, W. 1997 Paleoceanography of the early Zechstein Sea during Kupfershiefer deposition in the Lower Rhine Basin (Germany): a reappraisal from stable isotope and organic geochemical investigations 331-3581 Palaeogeography, Palaeoclimatology, Palaeoecology 136 1-4_ carbon cycle; nitrogen cycle; methane oxidation; methanogenesis; palaeosalinity; saccate pollen Palaeogeography Germany PermianQ internal-pdf://Bechtel & Puttmann (1997)-2380366131/Bechtel & Puttmann (1997).pdf 1 T? Van Beek, F.
Troost, P.J.P.M. 1979N The Groningen gasfield: A case history of the development of a Giant Gas Field 815-820 Journal of Petroleum Technology 7 Petroleum Geology Netherlands F? Bekendam, R.F. 2000e Subsidence over upwards migrated salt solution cavities in the Hengelo Brine field; a follow-up study
Geocontrol
Subsidence Netherlands Generic ? Von Bender, F.
Hedemann, H.A. 1983n Zwanzig Jahre erfolgreiche Rotliegend-Exploration in Nordwestdeutschland - weitere Aussichten auch im Präperm 39-49 Erdöl-Erdgas Zeitschrift 99 2 Petroleum Geology Germany Permian ? Van den Berg, M.W. 1994{ Neotectonics of the Roer Valley rift system. Style and rate of crustal deformation inferred from syn-tectonic sedimentation 143-156 Geologie en Mijnbouw 73G Strike-slip, Rhine, Maas, Ardennes, Rhenisch Shield, Roer Valley Graben Structural Geology Netherlands CenozoicE internal-pdf://Van den Berg (1994)-3882484481/Van den Berg (1994).pdf # ? \ Van den Berg, M.W.
Groenewoud, W.
Lorenz, G.K.
Lubbers, P.J.
Brus, D.J.
Kroonenberg, S.B. 1994d Patterns and velocities of recent crustal movements in the Dutch part of the Roer Valley rift system 157-168 Geologie en Mijnbouw 73 Structural Geology Netherlands % ? Bijlsma, S. 1981l Fluvial sedimentation from the Fennoscandian area into the Northwest European Basin during the Late Cenozoic 337-345 Geologie en Mijnbouw 60 3 Palaeogeography Western Europ? Z Bisdom, E.B.A.
van Adrichem Boogaert, H.A.
Heintzberger, G.
Schoonderbeek, D.
Thiel, F. 1983 Porosity measurements and form analysis of mineral grains in thin sections from oil- gas reservoir rocks using Quantimet 720 and BESI 323-337 Geoderma 30 1-4 Amsterdam Petroleum Geology Netherlands GenericG internal-pdf://Bisdom et al. (1983)-0419020851/Bisdom et al. (1983).pdfR?
Bless, M.J.M. 1973 The history of the Finefrau Nebenbank Marine Band (Lower Westphalian A) in south Limburg (the Netherlands). A case of interaction between paleogeography, paleotectonics and paleoecology 57-1033 Mededelingen Rijks Geologische Dienst, Nieuwe Serie 24 Palaeogeography Netherlands
Carboniferous +? Bless, M.J.M.
Streel, M. 1976 The occurrence of reworked miospores in a Westphalian C microflora from South Limburg (The Netherlands) and its bearing on paleogeography 1-393 Mededelingen Rijks Geologische Dienst, Nieuwe Serie 27 Palaeogeography Netherlands
Carboniferous
? & Bless, M.J.M.
Loboziak, S.
Streel, M. 1977\ An Upper Westphalian C "Hinterland" microflora from the Haaksbergen-1 Borehole (Netherlands) 135-1403 Mededelingen Rijks Geologische Dienst, Nieuwe Serie 28
Palaeontology Netherlands
CarboniferousW? E Bless, M.J.M.
Bouckaert, J.
Calver, M.A.
Graulich, J.M.
Paproth, E. 1977 Paleogeography of Upper Westphalian deposits in N.W. -Europe with reference to the Westphalian C north of the mobile Variscan belt 101-1473 Mededelingen Rijks Geologische Dienst, Nieuwe Serie 28 Palaeogeography Western Europe
Carboniferous ~? n Bless, M.J.M.
Bosum, W.
Bouckaert, J.
Dürbaum, H.-J.
Kockel, F.
Paproth, E.
Querfurth, H.
Rooyen, P. van 1980 Geophysikalische Untersuchungen am Ost-Rand des Brabanter Massivs in Belgien, den Niederländen und der Bundesrepublik Deutschland 313-343% Mededelingen Rijks Geologische Dienst 32 17
Geophysics Netherlands; Belgium; Germany
Palaeozoic ?
Bless, M.J.M.
Voogd, N. de 1980' Exploration for coal in the Netherlands 17-32% Mededelingen Rijks Geologische Dienst 33 Natural resources Netherlands
Carboniferous? Bless, M.J.M.
Boonen, P.
Bouckaert, J.
Brauckmann, C.
Conil, R.
Dusar, M.
Felder, W.M.
Gökdag, H.
Kockel, F.
Laloux, M.
Langguth, H.R.
Meer Mohr, C.G. van der
Meessen, J.P.M.T.
Veld, F. op het
Paproth, E.
Pietzner, H.
Plum, J.
Poty, E. 1981 Preliminary report on Lower Tertiary-Upper Cretaceous and Dinantian-Famennian rocks in the boreholes Heugem-1-1a and Kastanjelaan-2 (Maastricht, the Netherlands) 333-415% Mededelingen Rijks Geologische Dienst 35 Stratigraphy Netherlands Generic ?
Bless, M.J.M. 19813 Delfstoffen in Limburg: Verleden, heden en toekomst 17-33" Miscellanea Geologica Coriovallana Natural resources Netherlands Generic ?
Bless, M.J.M. 19819 Paleoecologisch onderzoek in het Carboon van Zuid-Limburg 61-68" Miscellanea Geologica Coriovallana
Palaeontology Netherlands
Carboniferous # ڀ?
Bless, M.J.M. 1982| The Famennian and Dinantian in the boreholes Heugem1-1a and Kastanjelaan-2 (Maastricht, the Netherlands): summary of results 56-58; Publicaties van het Natuurhistorisch Genootschap in Limburg 32 Stratigraphy Netherlands Devonian; C ? ' Bless, M.J.M.
Bouckaert, J.
Paproth, E. 1983M Pre-Permian around the Brabant Massif in Belgium, the Netherlands and Germany 1-179% Mededelingen Rijks Geologische Dienst 32 Palaeogeography Netherlands; Belgium; Germany
Palaeozoic ? Bless, M.J.M.
Streel, M. 19861 Late Devonian events around the Old Red Continent 1-323/ Annales de la Société Géologique de Belgique 109 Palaeogeography Western Europe Devonian o <? , Bless, M.J.M.
Felder, P.J.
Meessen, J.P.M.T. 1986x Late Cretaceous sea level rise and inversion: their influence on the depositional environment between Aachen and Antwerp 333-355/ Annales de la Société Géologique de Belgique 109 Palaeogeography Belgium
Cr ?
Bless, M.J.M. 1987Y Summary of geology and hydrogeology of thermal boreholes (South Limburg, The Netherlands) 97-99/ Annales de la Société Géologique de Belgique 110 Geology Netherlands ?
Bless, M.J.M. 1991` Eustatic sea level and depth of a Late Cretaceous epi-continental sea: an example from NW Europe 339-346 Geologie en Mijnbouw 70 4 Palaeogeography Western Europe
Cr_ e ? 3 Bless, M.J.M.
Dusar, M.
Felder, P.J.
Swennen, R. 1993p Lithology and biostratigraphy of Upper Cretaceous-Paleocene carbonates in the Molenbeersel borehole (NE Belgium) 239-257 Geologie en Mijnbouw 71 3 Stratigraphy Belgium CretaceousN? i Bless, M.J.M.
Brauckmann, C.
Conil, R.
Herbig, H.-G.
Poty, E.
Ribbert, K.-H.
Streel, M.
Weber, H.M 1998R Ein Devon-Karbon-grenzprofil im untergrund der Niederrheinischen Bucht bei Krefeld 55-798 Fortschritte in der Geologie von Rheinland und Westfalen 37 Stratigraphy Germany Devonian; Carboniferous ? a Blundell, D.J.
Hobbs, R.W.
Klemperer, S.L.
Scott-Robinson, R.
Long, R.E.
West, T.E.
Duin, E. 1991d Crustal structure of the central and southern North Sea from BIRPS deep seismic reflection profiling 445-457" Journal of the Geological Society 148 3
Geophysics North Sea GenericK internal-pdf://Blundell et al. (1991)-3674957108/Blundell et al. (1991).pdf :? 5 Den Boer, E.
Eikelboom, J.
Driel, P. van
Watts, D. 2000_ Resistivity imaging of shallow salt with magnetotellurics as an aid to prestack depth migration 19-26 First Break 18
Geophysics Netherlands GenericK internal-pdf://Den Boer et al. (2000)-1521245748/Den Boer et al. (2000).pdf P? Bongaerts, J.P.M. 19658 Winning en conditionering van het aardgas van Slochteren 269-275 Geologie en Mijnbouw 44 Petroleum Geology Netherlands , ? ' De Boorder, H.
Lutgert, J.E.
Nijman, W. 1985K The Muschelkalk and its lead-zinc mineralization in the eastern Netherlands 311-326 Geologie en Mijnbouw 64 3
Mineralogy Netherlands ? De Booy, T. 1968O Mineral assemblages in Permo-Carboniferous sediments in the eastern Netherlands 21-24e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie 25
Mineralogy Netherlands Carbonifer U? Bor, A.M.W. 19687 Drilling Experience. Symposium Groninger gas field 1968 43-47e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie 25 Petroleum Geology Netherlan ? > Borkhataria, R.
Aigner, T.
Pöppelreiter, M.C.
Pipping, J.C.P. 2005s Characterisation of epeiric "Layer-cake" carbonate reservoirs: Upper Muschelkalk (Middle Triassic), The Netherlands 119-146 Journal of Petroleum Geology 28 2 Carbonate sedimentology Netherlands TriassicO internal-pdf://Borkhataria et al (2005)-2525843456/Borkhataria et al (2005).pdf ? Bosch, P.W. 1976< De neolithische vuursteenmijnbouw te Rijckholt-St.-Geertruid 8-10 Staringia History Netherlands
Cretaceous E? Van den Bosch, M. 1984k Lithostratigraphy of the Brinkheurne Formation (Oligocene, Rupelian) in the eastern part of the Netherlands 93-113B Mededelingen van de Werkgroep voor Tertiaire en Kwartaire Geologie 21 Stratigraphy Netherlan' ^? . Van den Bosch, M.
Cadée, M.C.
Janssen, A.W. 1975 Lithostratigraphical and biostratigraphical subdivision of Tertiary Deposits (Oligocene-Pliocene) in the Winterswijk & Almelo region (eastern part of the Netherlands) 1-167 Scripta Geologica 29 Stratigraphy Netherla[ E? Van den Bosch, M.
H. Hager 1984 Lithostratigraphic correlation of Rupelian deposits (Oligocene) in the Boom area (Belgium), the Winterswijk area (The Netherlands) and the Lower Rhine district (F.R.G.) 123-138B Mededelingen van de Werkgroep voor Tertiaire en Kwartaire Geologie 21 3 Stratigraphy Netherlands; Belgium; GP ?! Van den Bosch, W.J. 1983X The Harlingen Field, the only gas field in the Upper Cretaceous Chalk of The Netherlands 145-156 Geologie en Mijnbouw 62 Kaaschieter, J.P.H.
Reijers, T. The Hague Petroleum Geology Netherlands
CretaceousG internal-pdf://Van den Bosch (1983)-4146056448/Van den Bosch (1983).pdf H?" Bredewout, J.W. 1989H The character of the Erkelenz intrusive as derived form geophysical data 445-454 Geologie en Mijnbouw 68 4
Geophysics Germany ?# Breunese, J.N.
F.B. Rispens 1996^ Natural gas in the Netherlands: exploration and development in historic and future perspective 353-364 Geologie en Mijnbouw 74 Petroleum Geology Netherlands Generic ?$ Brinkhuis, H.
Smit, J. 1996a The Geulhemmerberg Cretaceous/Tertiary boundary section (Maastrichtian type area, SE Netherlands) 101-293 Geologie en Mijnbouw 75 Stratigraphy Netherlands Cretaceous; Palaeogene ?% Brounen, F.T.S.
Ploegaert, P. 1996d A tale of the unexpected: Neolithic shaft mines at Valkenburg aan de Geul (Limburg, the Netherlands) 198-223 Analecta Praehistorica Leidensia 25 History Netherlands Generic# U?& Brouwer, A. 1963$ Cainozoic history of the Netherlands 117-148e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie 21 1 Geology Netherla! ?' Brouwer, J. 1977e Depositional environment of the Oligocene Rupel Clay in well Grashoek 1, Peel region, The Netherlands 25-30 Geologie en Mijnbouw 56 1 Clastic sedimentology Netherlands
?( Brunstrom, T.W.G.
Walmsley, P.J. 1969% Permian evaporites in North Sea Basin 870-8835 American Association of Petroleum Geologists Bulletin 53
Evaporites North Sea Permian
|?) Bungener, M.J.A. 1969 Le champs de gas de Groningen 347-354K Revue de l'Association Francais des Techniques du Pétrole, Nouvelle Série 70 Petroleum Geology Netherland$ ?* Burgers, W.F.J.
Mulder, G.G. 1991F Aspects of the Late Jurassic and Cretaceous history of The Netherlands 347-354 Geologie en Mijnbouw 70 4 Geology Netherlands Jurassi T?+ Cadée, M.C. 1991I Het Oligoceen en de Oligocene mollusken fauna's van Nederland en omgeving 3-23 Afzettingen 12
Palaeontology Netherlands
g $?, j Camelbeeck, T.
Van Eck, T.
Pelzing, R.
Ahorner, L.
Loohuis, J.
Haak, H.W.
Hoang-Trong, P.
Hollnack, D. 1994B The 1992 Roermond earthquake, the Netherlands, and its aftershocks 181-197 Geologie en Mijnbouw 73 2-4
Seismicity Netherl ـ?- Camelbeeck, T.
Meghraoui, M. 1998| Geological and geophysical evidence for large palaeo-earthquakes with surface faulting in the Roer Graben (northwest Europe) 347-362# International Journal of Geophysics 132
Seismicity NetherlanB?. $ Cameron, T.D.J.
J. Bulat
C.S. Mesdag 1993_ High resolution seismic profile through a Late Cenozoic delta complex in the southern North Sea 591-600 Marine and Petroleum Geology 10
Geophysics Southern North Sea CenozoicI internal-pdf://Cameron et al. (1993)-3985077505/Cameron et al. (1993).pdf 7?/ / Casson, N.
Wees, B. van
Rebel, H.
Reijers, T. 1993 Successful integration of 3-D seismic and multidisciplinary approaches in exploring the Zechstein-2 Carbonates in northeast Netherlands 16125 American Association of Petroleum Geologists Bulletin 77
Geophysics Netherlands Permian 0 : ?1 Torsvik, TH.
Cocks, L.R.M. 2004N Earth geography from 400 to 250 Ma: a palaeomagnetic, faunal and facies review 555-572" Journal of the Geological Society 161 4 Palaeogeography Generic
D?2 + Coelewij, P.A.J.
Haug, G.M.W.
Kuyk, H. van 1978; Magnesium-salt exploration in the north-eastern Netherlands 487-502 Geologie en Mijnbouw 57 Natural resources Netherlands Pe ?3 Collaris, R.N.M. 19896 Kwartszanden en zilverzanden van Sigrano Nederland B.V 261-263 Grondboor & Hamer 43 Petroleum Geology Netherlands Cenozoic ?4 Collette, B.J.
Lagaay, R.A. 1966X A continuous reflection profile along the Netherlands coast from Walcheren to Den Helder 265-268 Geologie en Mijnbouw 45
Geophysics Netherlands
Quaternary ?5 De Coninck, J. 1977] Organic walled microfossils from the Eocene of the Woensdrecht borehole, southern Netherlands 33-643 Mededelingen Rijks Geologische Dienst, Nieuwe Serie 28
Palaeontology Netherlands
PalaeogeneN?6 De Coninck, J. 1995 Microfossiles à paroi organique du Bartonien, Priabonien et Rupélien inférieur dans le sondage de Kalloespèces significatives dans les sondages de Woensdrecht, Kallo et Mol 65-1053 Mededelingen Rijks Geologische Dienst, Nieuwe Serie 53
Palaeontology Netherlands; Belgium
Palaeogene ?7 Correljé, A.F.
Odell, P.R. 20019 Four decades of Groningen production and pricing policies 137-144" Netherlands Journal of Geosciences 80 1 Petroleum Geology Netherlands PermianM internal-pdf://Correlje & Odell (2001)-3013084160/Correlje & Odell (2001).pdf T<?; Cox, R. 1963) The Production of Salt in the Netherlands 97-115e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie 1 21 Natural resources NetherlandW e0?< De Craen, M.
Swennen, R. 1992} Sedimentology and diagenesis of the ankeritized basal Zechstein conglomerate in the Campine Basin (Bree borehole, NE Belgium) 145-160 Geologie en Mijnbouw 71 2 Clastic sedimentology Belgi ?= Crittenden, S. 1982W Lower Cretaceous lithostratigraphy NE of the Sole Pit area in the UK southern North Sea 191-202 Journal of Petroleum Geology 5 2 Stratigraphy UK North Se ?> Crittenden, S. 1987: The "Albian transgression" in the southern North Sea basin 395-414 Journal of Petroleum Geology 10 4 Palaeogeography UK North Sea 0??
" De Crook, T.
Dost, B.
Haak, H.W. 19954 Analyse van het seismische risico in Noord-Nederland 30 TR-168 De Bilt. Koninklijk Nederlands Meteorologisch ?@ De Crook, T. 1996o A seismic zoning map confirming to Eurocode 8, and practical earthquake parameter relations for the Netherlands 11-18 Geologie en Mijnbouw 75
Seismicity Netherlands Generic ?A Ten Dam, A. 1944 Die stratigraphische Gliederung des niederländischen Paläozäns und Eozäns nach Foraminiferen (mit Ausnahme von Süd-Limburg) 142" Mededelingen Geologische Stichting serie C-V 3 Stratigraphy Netherlands
Palaeogene ?B Deelder, C. 1977 De "Deepwell Naarden 500". 44-53 De Ingenieur 89 2 Petroleum Geology Netherlands ?C Demathieu, G.R.
Oosterink, H.W. 1983 Die Wirbeltier Ichnofauna aus dem Unterem Muschelkalk von Winterswijk (Die Reptilienfährten aus der Mitteltrias der Niederlände) 52 Staringia 7
Palaeontology Netherlands Triassic: ?D Demathieu, G.R.
Oosterink, H.W. 1988Y New discoveries of ichnofossils from the Middle Triassic of Winterswijk (The Netherlands) 3-17 Geologie en Mijnbouw 67 1
Palaeontology Netherlan ?E Derumaux, F. 1980V Le Permien évaporitique de Mer du Nord. Relations entre tectonique et sédimentologie 495-510C Centres de Recherches Exploration-Production Elf Aquitaine Bulletin 4
Evaporites North Sea Permian ?F Dessens, C.W.M. 19962 The role of oil and gas in the Dutch energy policy 341-344 Geologie en Mijnbouw 74 Petroleum Geology Netherlands Generic S?G DeVault, B.
Jeremiah, J. 2002\ Tectonostratigraphy of the Nieuwerkerk Formation (Delfland subgroup), West Netherlands Basin 1679-17075 American Association of Petroleum Geologists Bulletin 86 Stratigraphy Netherlands
CretaceousQ internal-pdf://DeVault & Jeremiah (2002)-1884005376/DeVault & Jeremiah (2002).pdf ?H Diederen, J. 1989 Ondergrondse mergelwinning 173-179 Grondboor & Hamer 43 Natural resources Netherlands
Cretaceous4 ?I Diedrich, C. 2001u Vertebrate track-bed stratigraphy of the Rõt and basal Lower Muschelkalk (Anisian) of Winterswijk (East Netherlands) 31-40" Netherlands Journal of Geosciences 80
Palaeontology Netherlands Triassic= internal-pdf://Diedrich (2001)-0678529025/Diedrich (2001).pdf 0?J Van Dijk, C. 1968= Steam-drive project in the Schoonebeek Field, The Netherlands 295-302 Journal of Petroleum Technology 20 3 Petroleum Geology Nether7 ,?K Z Dirkzwager, J.B.
Van Wees, J.-D.
Cloetingh, S.A.P.L.
Geluk, M.C.
Dost, B.
Beekman, F. 2000v Geo-mechanical and rheological modelling of upper crustal faults and their near-surface expressions in the Netherlands 67-88 Global and Planetary Change 27 1-4 Structural Geology Nether ?L Van Doorn, Th.H.M. 1991. De diepe ondergrond van Noord- en Zuid-Holland 98-102 Grondboor & Hamer 45 Geology Netherlands Generic x?M Doornhof, D. 1992> Surface subsidence in The Netherlands: The Groningen gas field 119-130 Geologie en Mijnbouw 71 2
Subsidence Netherl5?N , Doppert, J.W.C.
Laga, P.G.
Meuter, F.J. de 1979 Correlation of the biostratigraphy of marine Neogene deposits, based on benthonic foraminifera, established in Belgium and the Netherlands 1-8% Mededelingen Rijks Geologische Dienst 31 1 Stratigraphy Netherlands; Belgium Neogene ?O Doppert, J.W.C. 1980S Lithostratigraphy and biostratigraphy of marine Neogene deposits in the Netherlands 255-311% Mededelingen Rijks Geologische Dienst 32 16 Stratigraphy Netherlands Neogene ?P Doppert, J.W.C.
Neele, N.G. 1983R Biostratigraphy of marine Paleogene deposits in the Netherlands and adjacent areas 3-79% Mededelingen Rijks Geologische Dienst 37 Stratigraphy Netherlands
Palaeogene Ĥ?Q Dorsman, L. 19547 Geological occurrence of natural gas in the Netherlands 443-448 Geologie en Mijnbouw 16 11 Petroleum Geology Netherl ?R
Dozy, J.J. 1978) Heeft Nederlandse steenkool een toekomst? 263-267 De Ingenieur 90 Natural resources Netherlands
Carboniferous ?S
Dreier, M. 2003F Thermalsimulation im Erdölfeld Emlichheim - Anwendung und Erfahrungen 22-27 Erdöl Erdgas Kohle 118 12 Petroleum Geology Germany
Cretaceous ?T Dronkers, A.J.
Mrozek, F.J. 1991" Inverted basins of The Netherlands 409-418 First Break 9 Structural Geology Netherlands MesozoicO internal-pdf://Dronkers & Mrozek (1991)-3388196609/Dronkers & Mrozek (1991).pdf ?U
Duin, E.J.Th. 1989 De Moho onder Nederland 97-101 Grondboor & Hamer 43
Geophysics Netherlands Generic =/
t?W Dunay, R.E.
Dronkers, A.J. 1983g Stratigraphic correlation of the Vlieland and Delfland units in the Dutch offshore, based on palynology 131-134 Geologie en Mijnbouw 62 1 Stratigraphy Netherlands
CretaceousM internal-pdf://Dunay & Dronkers (1983)-3469864741/Dunay & Dronk" ?Y Van Eck, T.
Davenport, C.A. 1994I Seismotectonics and seismic hazard in the Roer Valley Graben: an overview 95-98 Geologie en Mijnbouw 73 2-4
Seismicity Netherlan ?Z Edtinger, F.R. 1973M Erdgas-Exploration und -Produktion in der niederländischen Konzession Bergen 279-282 Erdöl-Erdgas Zeitschrift 89 Petroleum Geology Netherlands Permian ?[ Engelen, F.G.H. 1989? De kalksteen uit het Boven-Krijt en Onder-Tertiair als delfstof 157-172 Grondboor & Hamer 43 Natural resources Netherlands Cretaceous; Palaeogene ?\ Engelen, F.G.H. 1989 De exploitatie van bruinkool 343-344 Grondboor & Hamer 43 Natural resources Netherlands Cenozoic ?] Engelen, F.G.H. 1989 De exploitatie van steenkool 349-352 Grondboor & Hamer 43 Natural resources Netherlands
Carboniferous ?^ Engelen, F.G.H. 1989 Vuursteenwinning en toepassing 207-210 Grondboor & Hamer 43 Natural resources Netherlands Cenozoic ?_
Van Engen, H. 1975: An interpretation of Groningen subsurface temperature data 177-183 Geologie en Mijnbouw 54 Geothermics Netherlands Generic V?` z Epting, M.
Walzebuck, J.P.
Reijers, T.
Kosters, M.
Huis in't Veld, R.
Pipping, J.C.P.
Ormerod, M.
Okkerman, J.
Amthor, J. 1993T Regional trends in reservoir quality of the Rotliegend in the Dutch on- and offshore 16215 American Association of Petroleum Geologists Bulletin 72 Petroleum Geology Netherlands Permian d ?a Erren, H.
Bredewout, J.W. 1991| Model calculations on intrusive cooling and related coalification of the Peel-Erkelenz coalfield The Netherlands and Germany 243-252 Geologie en Mijnbouw 70 3 Petroleum Geology Netherlands; Germany
Ca @?b Felder, W.M. 1973A Kalkstenen in het Boven-Krijt van Zuid-Limburg en hun exploitatie 51-62R Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap 29 Natural resources Netherlan?c
X Felder, P.J.
Bless, M.J.M.
Demyttenaere, R.
Dusar, M.
Meessen, J.P.M.Th.
Robaszynski, F. 1985 Upper Cretaceous to Early Tertiary deposits (Santonian - Paleocene) in northwestern Belgium and South Limburg (the Netherlands) with reference to the Campanian-Maastrichtian 151 214 Belgische Geologische Dienst Palaeogeography - Netherlands; Belgium Cretaceous; Palaeogene
?d . Felder, P.J.
Bless, M.J.M.
Meessen, J.P.M.T. 1985p Bioclasten, ostracoden en foraminiferen in het Campanien en Maastrichtien van Zuid-Limburg en Noord-Oost België 163-198 Grondboor & Hamer 39
Palaeontology Netherlands; Belgium
Cretaceous ?e Felder, P.J.
Bless, M.J.M. 1986% Geologie van Zuid-Limburg en omgeving 163-184 Grondboor & Hamer 40 Geology Netherlands GenericZ ?f Felder, P.J.
Bless, M.J.M. 1989q Biostratigraphy and ecostratigraphy of Late Cretaceous deposits in the Kunrade area South-Limburg, SE Netherlands 31-45/ Annales de la Société Géologique de Belgique 112 Stratigraphy Netherlands
Cre ?j Felder, W.M. 1996o Historical overview of lithostratigraphic research on the Upper Cretaceous of southern Limburg, the Netherlands 287-300 Geologie en Mijnbouw 74 History Netherlands
Cretaceous M -?k Fermont, W.J.J. 1988 Possible causes of abnormal vitrinite reflectance values in paralic deposits of the Carboniferous in the Achterhoek area, The Netherlands 401-411 Organic Geochemistry 12 4 Organic geochemistry Netherlands
C ?l Fermont, W.J.J.
Smit, R. 19901 A maturity evaluation of northwestern Netherlands 172-173% Mededelingen Rijks Geologische Dienst 45 Geothermics Netherlands Generic ?m , Fermont, W.J.J.
Laar, J.G.M. van de
Veld, H. 1990< Maturity indicators in the Westphalian key well Kemperkoul-1 172% Mededelingen Rijks Geologische Dienst 45 Organic geochemistry Netherlands
Carboniferous ?n
Fischer, M.M. 1997 Holocene 142F Mededelingen Nederlands Instituut voor Toegepaste Geowetenschappen TNO 59 Geology Netherlands
Quaternary ?o Freudenthal, T. 1964P Paleobotany of the Mesophytic I: Palynology of Lower Triassic rock salt, Hengelo 209-236 Acta Botanica Neerlandica 13
Palaeontology Netherlands Triassic + ?p 4 Friedrich, G.
Bless, M.J.M.
Vogtmann
Wiechowski, A. 1987{ Lead-zinc mineralization in Dinantian rocks of boreholes Thermae 2000 and Thermae 2002 Valkenburg a-d Geul, the Netherlands 59-75/ Annales de la Société Géologique de Belgique 110
Mineralogy Netherlands
Carbon?q . Gauthier, B.D.M.
Franssen, R.C.W.M.
Drei, S. 2000l Fracture networks in Rotliegend gas reservoirs of the Dutch offshore:: Implications for reservoir behaviour. 45-57" Netherlands Journal of Geosciences 79 1D Broad Fourteens Basin, gas reservoirs,prediction methods, Rotliegend Petroleum Geology Netherlands PermianK internal-pdf://Gauthier et all (2000)-3633017871/Gauthier et all (2000).pdf
\?r Gdula, J.E. 1983Z Reservoir geology, structural framework and petrophysical aspects of the De Wijk gas field 191-202 Geologie en Mijnbouw 62 1 Petroleum Geology Netherlands Generic7 internal-pdf://Gdula (1983)-3184672805/Gd) H?s Geertsma, J.
Opstal, G. van 1973s A numerical technique for predicting subsidence above compacting reservoirs, based on the nucleus of strain concept 63-78R Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap 28
Subsidence Gen T?t Geertsma, J. 1973N A basic theory of subsidence due to reservoir compaction: the homogeneous case 43R Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap 28
Subsidence Ge ?u Geiger, M.E.
Hopping, C.A. 19685 Triassic stratigraphy of the southern North Sea Basin 1-369 Philosophical Transactions of the Royal Society of London 254 Stratigraphy Southern North Sea Triassic ?v Geluk, M.C. 19905 The Cenozoic Roer Valley Graben, southern Netherlands 65-72% Mededelingen Rijks Geologische Dienst 44 Geology Netherlands Cenozoic=/ t?w V Geluk, M.C.
Duin, E.J.Th.
Dusar, M.
Rijkers, R.H.B.
Berg, M.W. van den
Rooijen, P. van 19944 Stratigraphy and tectonics of the Roer Valley Graben 129-141 Geologie en Mijnbouw 73 2-4 Stratigraphy Netherlands GenericE internal-pdf://Geluk et al. (1994)-2383911190/Geluk et 7?x Geluk, M.C. 1995 Stratigraphische Gliederung der Z2-(Staßfurt-) Salzfolge in den Niederlanden: Beschreibung und Anwendung bei der Interpretation von halokinetisch gestörten Sequenzen 458-4653 Zeitschrift der Deutschen Geologischen Gesellschaft 146 Stratigraphy Netherlands Permian R?y Geluk, M.C.
Röhling, H.G. 1997u High-resolution sequence stratigraphy of the Lower Triassic Buntsandstein in the Netherlands and northwestern Germany 227-246 Geologie en Mijnbouw 76 3 Stratigraphy Netherlands; Germany TriassicM internal-pdf://Geluk & Röhling (1997)-4051708033/Geluk & Röhling (1997).pdf x?z Geluk, M.C. 1998% Internal tectonics of salt structures 237-251 Journal of Seismic Exploration 7 Structural Geology Generic Pe?{ Geluk, M.C. 1999b Late Permian (Zechstein) rifting in the Netherlands: models and implications for petroleum geology 189-199 Petroleum Geoscience 5 Structural Geology Multidisciplinary studies in the Netherlands have revealed two new phases of late Variscan extensional faulting during the Late Permian. The names Tubantian I and II are proposed in this paper. Tubantian I movements were triggered by rapid deposition and loading of anhydrite upon a differentiated basement, in combination with mild E–W extension. A series of small pull-apart basins and tilted fault blocks formed and local collapse occurred of the Variscan Front. The relief was subsequently filled with carbonates and evaporites of the Z1 (Werra) Formation. Fault movements stopped prior to deposition of the Z2 (Stassfurt) Formation. Tubantian II movements caused uplift and erosion, especially in the southern onshore Netherlands. Contemporaneously, sandy erosional products were deposited in the southwestern offshore area of the Netherlands and the adjacent UK sector and playa-type halites and claystones accumulated in the central parts of the basin. Three features have implications for hydrocarbon exploration: the early formation of fault/dip closed structures shortly after deposition of the Upper Rotliegend; the reorganization of the fluid-flow system and the deposition of contemporaneous sandy deposits. Netherlands Permian7 internal-pdf://Geluk (1999)-4078184448/Geluk (1999).pdf ?| Geluk, M.C. 2000? Late Permian (Zechstein) carbonate-facies maps, the Netherlands 17-27" Netherlands Journal of Geosciences 79 1 Palaeogeography Netherlands Permian7 internal-pdf://Geluk (2000)-4127237025/Geluk (2000).pdf $?} George, G.T.
Berry, J.K. 1994` A new palaeogeographic and depositional model for the Upper Rotliegend, offshore The Netherlands 147-158 First Break 12 Palaeogeography Netherlands PermianI internal-pdf://George & Berry (1994)-0066152961/George & Berry (1994).pdf
?~
W Gerling, P.
Kockel, F.
Lokhorst, A.
Geluk, M.C.
Nicholson, R.A.
Laier, T.
Pokorski, J. 1998. Die Erdgasqualitäten im südlichen Permbecken 183-192 9801 DGMK Petroleum Geology Western Europe Permian L L? Gerth, H. 1955 Die Fossilführung des Jura in den Bohrungen der 'Rijksopsporing van Delfstoffen' bei Winterswijk und ihre Stratigraphische Bedeutung. 45-543 Mededelingen Rijks Geologische Dienst, Nieuwe Serie 9
Palaeontology Netherlands J ? Giesen, R.
Mesdag, C. 1995 De zoutkoepel van K9 11-16 Grondboor & Hamer 49 Geology Netherlands Permian P? Glasbergen, P. 1985N The origin of groundwater in Carboniferous and Devonian aquifers at Maastricht 123-129 Geologie en Mijnbouw 64 2 Natural resources Netherlands Devonian; CaG ?
Glennie, K.W. 1972d Permian Rotliegendes of Northwest Europe interpreted in light of modern desert sedimentation studies 1048-10715 American Association of Petroleum Geologists Bulletin 56 6 Clastic sedimentology Western EuropeV H? Glennie, K.W.
Buller, A.T. 1983z The Permian Weissliegend of NW Europe: the partial deformation of aeolian dune sands caused by the Zechstein transgression 43-81 Sedimentary Geology 35 1 Clastic sedimentology Western Europ$?
Glennie, K.W. 1983E Lower Permian - Rotliegend desert sedimentation in the North Sea area 521-541> Developments in Sedimentology - Eolian sediments and processes 38 Brookfield, M.E.
Ahlbrandt, T.S. Amsterdam Elsevier Clastic sedimentology North Sea Permian $ ?
Glennie, K.W. 2001O Exploration activities in the Netherlands and North-West Europe since Groningen 33-53" Netherlands Journal of Geosciences 80 1 History Special issue Groningen Netherlands Generic; internal-pdf://Glennie (2001)-3322170017/Glennie (2001).pdfA? Gökdag, H. 1982 Some diagenetic aspects and origin of porosity in the Dinantian (Early Carboniferous) carbonates in the wells Heugem 1a and Kastanjelaan 2 (Maastricht, the Netherlands) 50-53; Publicaties van het Natuurhistorisch Genootschap in Limburg 32
Diagenesis Netherlands
Carboniferous ? Gras, R. 1995J Late Cretaceous sedimentation and tectonic inversion, southern Netherlands 117-127 Geologie en Mijnbouw 74 Geology Netherlands
Cretaceous ? Gras, R.
Clayton, C.J. 1998g Non-hydrocarbon components of Carboniferous-sourced gas in the Southern Permian Basin, northwest Europe 147-156 Petroleum Geoscience 4 Petroleum Geology Western Europe
Carboniferous, ? Gras, R.
Geluk, M.C. 1999_ Late Cretaceous-Early Tertiary sedimentation and tectonic inversion in the southern Netherlands 1-19 Geologie en Mijnbouw 78 1 Geology Netherlands Cretaceous; PalaeogeneE internal-pdf://Gras & Geluk (1999)-3095505793/Gras & Geluk (1999).pdfP ,? Te Groen, D.M.W.
Steenken, W.F. 19686 Exploration and delineation of the Groningen gas field 9-20R Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap 25 Petroleum Geology Netherland ? Grote, R. 1998` Die rezente horizontale Hauptspannungsrichtung im Rotliegenden und Oberkarbon in Norddeutschland 478-483 Erdöl Erdgas Kohle 114 Structural Geology Germany Permian .? M Gussinklo, H.J.
Haak, H.W.
Quadvlieg, R.C.H.
Schutjens, P.M.F.M.
Vogelaar, L. 2001 Subsidence, tremors and society 121-" Netherlands Journal of Geosciences 80 1
Subsidence Netherlands GenericM internal-pdf://Gussinklo et al. (2001)-0660138145/Gussinklo et al. (2001).pdf ' T? Haanstra, U. 1963: A review of Mesozoic geological history in the Netherlands 35-55R Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap 21 1 Geology Nether D? ! Haile, P.M.
Blunden, H.A. 1984k Zechstein magnesium rich evaporite deposits of Northern Netherlands and their volumetric analysis by Global& SAID Symposium on Formation Evaluation Paris Natural resources Netherlands Permian ?
Hancock, N.J. 1978L Possible causes of Rotliegend sandstones diagenesis in northern West Germany 35-40" Journal of the Geological Society 135 1
Diagenesis Germany ? !
Harmsen, G.J. 1980T Steamflooding in a water drive reservoir in the Schoonebeek field in the Netherlands 275-282 Tenth World Petroleum Congress 3 Bucharest Petroleum Geology Netherlands
Cretaceous p S? Harsveldt, H.M. 1963| Older conceptions and present view regarding the Mesozoic of the Achterhoek, with special mention of the Triassic limestones 109-130R Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap 21 2 Geology Net; S? Harsveldt, H.M. 1973M The Middle Triassic limestone (Muschelkalk) in the Achterhoek (E. Gelderland) 43-50R Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap 29 Geology Netherla ? Harsveldt, H.M. 19772 Das Prätertiair van Südost Twente (Niederlände) 1-163 Mededelingen Rijks Geologische Dienst, Nieuwe Serie 28 Geology Netherlands Mesozoic ! ?
't Hart, B.B. 1969W Die Oberjura- und Unterkreide-Sedimenten in den nördlichen und östlichen Niederlanden 253-261" Erdol & Kohle, Erdgas, Petrochemie 22 5 Geology Nether ? Hedemann, H.A.
Teichmüller, R. 19713 Die paläogeographische Entwicklung des Oberkarbons 129-1428 Fortschritte in der Geologie von Rheinland und Westfalen 19 Palaeogeography Germany
Carboniferous ? * Helsen, S.
Fairon-Demaret, M.
Bultynk, P. 1997X Enigmatic plant mesofossil from the Visean of the Kortgene-1 well (southern Netherlands) 79-82@ Bulletin de l'Institut Royal des Sciences Naturelles de Belgique 67
Palaeontology Netherlands
Carboniferous4 ! ? Hermanrud, C.
Shen, P.Y. 1989[ Virgin rock temperatures from well-logs-accuracy analysis of some advanced inversion models 360-363 Marine and Petroleum Geology 6 4 Petroleum Geology Generic GenericM internalc? 5 Hern, C.
Nordlund, U.
Zwan, C.J. van der
Ladipo, K. 2001n Forward prediction of aeolian systems using fuzzy logic, constrained by data from recent and ancient analogues 53-70" Netherlands Journal of Geosciences 80 1 Clastic sedimentology Generic GenericC internal-pdf://Hern et al. (2001)-0625555105/Hern et al. (2001).pdf N Z? 8 Herngreen, G.F.W.
W.M. Felder
M. Kedves
J.P.M.T. Meessen 1986I Micropaleontology of the Maestrichtian in borehole Bunde, The Netherlands 1-70% Review of Palaeobotany and Palynology 48 1-3
Palaeontology Netherlan, ? f Herngreen, G.F.W.
Eilenbrecht, A.T.J.M.
Gortemaker, R.E.
Remmelts, G.
Schuurman, H.A.H.M.
J.W. Verbeek 1996P Upper Cetaceous Chalk Group stratigraphy near the isle of Texel, the Netherlands 1-63% Mededelingen Rijks Geologische Dienst 56 Stratigraphy Netherlands
Cretaceousv ? 4 Herngreen, G.F.W.
Hartkopf-Fröder, C.
Ruegg, G.H.J. 1994} Age and depositional environment of the Kuhfeld Beds (Lower Cretaceous) in the Alstätte Embayment (W Germany, E Netherlands) 375-391 Geologie en Mijnbouw 72 4 Stratigraphy Netherlands; Germany
@? ! & Heybroek, P.
Haanstra, U.
Erdman, D.A. 19671 Observations on the geology of the North Sea area 905-916 7th World Petroleum Congress 2 Mexico City Geology No/ p? Hissink, D.J.
Van Kampen, G.B. 1911z Verslag van het onderzoek naar de scheikundige samenstelling der zoutlagen van de diepboring Plantegaarde in het jaar 1909 23K Verslagen van Landbouwkundige onderzoekingen der Rijkslandbouwproefstations 9 Natural resources Netherlands Pe? Hoetz, H.L.J.G.
Watters, D.G. 1992M Seismic horizon attribute mapping for the Annerveen Gasfield, The Netherlands 41-51 First Break 10
Geophysics Netherlands PermianK internal-pdf://Hoetz & Watters (1992)-3170002689/Hoetz & Watters (1992).pdf ?
Hofker, J. 19660 Maastrichtian, Danian and Paleocene Foraminifera 1-376 Palaeontographica Supplement 10
Palaeontology Netherlands Cret ?
Hollman, F.J. 20011 Integrated gas field development: The Anjum story 95-102" Netherlands Journal of Geosciences 80 Petroleum Geology Netherlands Permian; internal-pdf://Hollman (2001)-0709727649/Hollman (2001).pdf ? ' Hooker, P.J.
O'Nions, R.K.
Oxburg, E.R. 1985: Helium isotopes in North Sea gas fields and the Rhine rift 273-275 Nature 318 Geochemistry Netherlands Generic+ ? Houtgast, R.F.
Van Balen, R.T. 2000< Neotectonics of the Roer Valley Rift System, the Netherlands 131-146 Global and Planetary Change 27 1-4 Structural Geology Nether T ?
Houtman, H.J. 1963H Aspects of the development of some oil fields in the Western Netherlands 131-146e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie 2 21 Petroleum Geology Netherlands
? De Jager, J. 2003@ Inverted basins in the Netherlands, similarities and differences 355-366" Netherlands Journal of Geosciences 82 Structural Geology Netherlands Generic= internal-pdf://De Jager (2003)-2810190592/De Jager (2003).pdf ? ( Jagt, J.W.M.
Burnett, J.
Kennedy, W.J. 1995K Campanian ammonites and nannofossils from southern Limburg, the Netherlands 49-63% Mededelingen Rijks Geologische Dienst 53
Palaeontology Netherlands
Cretaceous ? 6 Jagt, J.W.M.
Felder, W.M.
Dortangs, R.W.
Severijns, J. 1996p The Cretaceous-Tertiary boundary in the Maastrichtian type area SE Netherlands, NE Belgium, a historical account 107-118 Geologie en Mijnbouw 75 History Netherlands; Belgium Cretaceous; Palaeogene @ ? De Jong, M.G.G.
Laker, N. 1992h Reservoir modeling of the Vlieland Sandstone of the Kotter Field (Block K18b), offshore, The Netherlands 173-188 Geologie en Mijnbouw 71 2 Petroleum Geology Netherlands
#
? ! Jongmans, W.J. 1928 Geschichte, Einrichtung und Arbeitsmethoden des "Geologisch Bureau voor het Nederlandse Mijngebied" in Heerlen Niederl. Limburg 313-396C Congres pour l'Avancement des Études de Stratigraphie Carbonifère Heerlen History Netherlands Generic ! ?
! Jongmans, W.J.
Rummelen, F.H. van 1940L Toelichting bij de kaart der onderafdelingen van het Karboon in Zuid-Limburg 259-262 Heerlen' Geologisch Bureau Nederlands Mijngebied1 Mededeling behorende bij Jaarverslag 1938 en 1939 Geology Netherlands
Carboniferous = ?
! Jongmans, W.J.
Rummelen, F.H. van 1942h Overzicht van de gegevens der boringen in Zuid-Limburg, het Peelgebied en het direct aangrenzende gebied 123-143 Heerlen' Geologisch Bureau Nederlands Mijngebied1 Mededeling behorende bij Jaarverslag 1940 en 1941 History Netherlands
Carboniferous ? Jongmans, W.J.
Heide, S. van der 1953B Paleontological notes on the Autunian of the boring Wanneperveen 1 66-68 Geologie en Mijnbouw 15
Palaeontology Netherlands Permian ? Jongmans, W.J. 1954S Some interesting plants of the Zechstein of the boring Oostzaan 1 (The Netherlands) 325-327 Svensk Botanisk Tidskrift 48 2
Palaeontology Netherlands Pe ? + Juhasz-Holterman, M.H.A.
Rademakers, P.C.M. 1989C Grondwaterwinning voor de openbare drinkwatervoorziening in Limburg 387-398 Grondboor & Hamer 43 Natural resources Netherlands GenericF S? Keizer, J.
Letsch, W.J. 1963* Geology of the Tertiary of The Netherlands 147-172e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie 2 21 Geology Netherlan ? Kent, P.E.
Walmsley, P.J. 1970 North Sea progress 168-1815 American Association of Petroleum Geologists Bulletin 54 Petroleum Geology North Sea Generic V? Van Kesteren, J. 1973< Estimate of compaction representative of the Groningen field 33-42e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie 28
Subsidence Netherland ? Van Kesteren, J. 1973^ The analysis of future surface subsidence resulting from gas production in the Groningen field 11-18e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie 28
Subsidence Netherlands Permian
x?
Kettel, D. 1988^ Upper Carboniferous source rocks north and south of the Variscan Front (NW and Central Europe) 170-181 Marine and Petroleum Geology 6 2 Petroleum Geology Europe
Ca ? Keulen, H.J.
Ruyters, H.M.J. 1981Z De Visé-Puth opwelving in Zuid-Limburg: Voorbeeld van een geologisch-geofysisch onderzoek 81-88" Miscellanea Geologica Coriovallana
Geophysics Netherlands
Carboniferous ?
Kimpe, W.F.M. 1953t Doleritic and gabbroic instrusives in the Autunian (Lower Permian) of the boring Wanneperveen 1, eastern Netherlands 57-65 Geologie en Mijnbouw 15 Magmatism Netherlands Permian ?
Kimpe, W.F.M. 1956G Olie en aardgas in bovencarbonische dolomietconcreties uit Zuid-Limburg 149-158 Geologie en Mijnbouw 18 Petroleum Geology Netherlands
Carboniferous V?
Kimpe, W.F.M. 1958L Nieuwe vondsten van olie in concreties in het Boven-Carboon van Zuid-Limburg 113-120 Geologie en Mijnbouw 20 Petroleum Geology Netherlands
Car ?
Kimpe, W.F.M. 19628 Le chimisme des eaux de la Craie du Limbourg-nierlandais 285-295) Annales de la Societe Géologique du Nord 80 Natural resources Netherlands
Cretaceous S?
Kimpe, W.F.M. 19639 Géochemie des eaux dans de Houiller du Limbourg Pays-Bas 25-45e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie 21 1 Natural resources Netherlands
N I@?
Kimpe, W.F.M. 1969~ Répartition et caractères pétrographiques des tonstein dans le Westphalien A et B du bassin houiller de Limbourg (Pays-Bas) 249-260) Annales de la Societe Géologique du Nord 89 Clastic sedimentology Netherlands
?3 Uh?
Kimpe, W.F.M. 1973} The geology of the Carboniferous in the coalfield Beatrix in Central Limburg, The Netherlands and in the adjacent German area 19-36e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie 29 Geology Netherlands
C ?
Knipe, R.J. 1997_ Structure and prospectivity of Rotliegendes Gas Reservoirs in the Central Southern North Sea UK Leeds1 Rock Deformation Research Group, Leeds University Petroleum Geology UK North Sea Permian ?
Kockel, F. 2002? Rifting processes in NW-Germany and the German North Sea Sector 149-158" Netherlands Journal of Geosciences 81 2 Structural Geology Germany Mesozoic9 internal-pdf://Kockel (2002)-1711145892/Kockel (2002).pdf - ? ) Kooi, H.
Cloetingh, S.A.P.L.
Remmelts, G. 1989S Intraplate stresses and the stratigraphic evolution of the North Sea Central Graben 49-72 Geologie en Mijnbouw 68 Structural Geology NL North See? = Kombrink, H.
Van Os, B. J. H.
Van der Zwan, C.J.
Wong, Th. E. 2008Y Geochemistry of marine and lacustrine bands in the Upper Carboniferous of the Netherlands 309-322" Netherlands Journal of Geosciences 87 4 Geochemistry Netherlands
CarboniferousO internal-pdf://Kombrink et al. 2 (2008)-1803792902/Kombrink et al. 2 (2008).pdf ? Koster, E.A. 19810 De indeling van het Phanerozoïcum van Nederland 356-362Q Koninklijk Nederlands Aardrijkskundig Genootschap (KNAG), Geografi? ; Kovalevych, V.
Peryt, T.M.
Beer, W.
Geluk, M.C.
Halas, S. 2002x Geochemistry of Early Triassic seawater as indicated by study of the Röt halite in the Netherlands, Germany, and Poland 549-563 Chemical Geology 182 2-4( Geochemistry; Early Triassic; Rot halite Geochemistry Netherlands; Germany; Poland TriassicO internal-pdf://Kovalevych et al. (2002)-0199458356/Kovalevych et al. (2002).pdf ? Krebs, W. 1975e Geologische Aspekte der Tiefenexploration im Paläozoikum Norddeutschlands und der südlichen Nordsee 277-284 Erdöl-Erdgas Zeitschrift 91 Petroleum Geology Germany
Palaeozoicf ? B Krings, S.
Bless, M.J.M.
Conil, R.
Felder, P.J.
Meessen, J.P.M.T. 1987\ Stratigraphic interpretation of the Thermae boreholes (Valkenburg a-d Geul, The Netherlands) 9-38/ Annales de la Société Géologique de Belgique 110 Stratigraphy Netherlands-? Krings, S.
Langguth, H.-R. 1987@ Hydrogeology of Thermae boreholes South-Limburg, the Netherlands 85-95/ Annales de la Société Géologique de Belgique 110 Hydrogeology Netherlands GenericQ internal-pdf://Krings & Langguth (1987)-0800439567/Krings & Langguth (1987).pdfC? j Kuhlmann, G.
Langereis, C.G.
Munsterman, D.
Leeuwen, R.J. van
Verreussel, R.
Meulenkamp, J.E.
Wong, Th.E. 2006 Intergrated chronostratigraphy of the Piocene-Pleistocene interval and its relation to the regional stratigraphical stages in the southern North Sea region 19-35" Netherlands Journal of Geosciences 85 1w North Sea, dinoflagellate cysts, foraminifers, pollen, Pliocene, Pleistocene, regional stratigraphy, chronostratigraphy Stratigraphy Netherlands CenozoicK internal-pdf://Kuhlmann et al. (2006)-0221729445/Kuhlmann et al. (2006).pdf ^?
Kuijper, R.P. 1991; Petrology of a dolerite in Netherlands offshore well G/17-2 33-97 Scripta Geologica 97 Petrology Netherlands
? Kus, J.
Cramer, B.
Kockel, F. 2005 Effects of a Cretaceous structural inversion and a postulated high heat flow event on petroleum system of the western Lower Saxony Basin and the charge history of the Apeldorn gas field 3-24" Netherlands Journal of Geosciences 84 1u basin modelling; burial; Lower Saxony basin, natural gas; nitrogen, Upper Cretaceous intrusion; vitrinite reflectance Petroleum Geology Germany
CretaceousA internal-pdf://Kus et al. (2005)-2067499173/Kus et al. (2005).pdf T?
Kuyl, O.S. 1973t Pure Miocene quartz sands in Southern Limburg, The Netherlands, stratigraphical occurrence and regional distribution 73-80R Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap 29 Stratigraphy NetherlanR?
Kuyl, O.S. 1983n The inversion of part of the southern border of the Central Graben in South Limburg during the Late Cretaceous 401-408 Geologie en Mijnbouw 62 Berg, van den, M.
Felix, R. Inversion-tectonics Structural Geology Netherlands
Cretaceous5 internal-pdf://Kuyl (1983)-0963332864/Kuyl (1983).pdf g? & Lünenschloss, B
Bayer, U.
Muchez. Ph. 1997| Coalification anomalies induced by fluid flow at the Variscan thrust front: a numerical model of the palaeotemperature field 271-275 Geologie en Mijnbouw 76 Geothermics Western Europe
CarboniferousU internal-pdf://Lünenschloss et al. (1997)-2565124409/Lünenschloss et al. (1997).pdf V ? Van der Laan, G. 1968I Physical properties of the reservoir and volume of gas initially in place 25-34e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie 25 Petroleum Geology Nether ? # Van de Laar, J.G.M.
Fermont, W.J.J. 19894 Onshore Carboniferous palynology of The Netherlands. 35-73% Mededelingen Rijks Geologische Dienst 43
Palaeontology Netherlands
Carboniferous )? & Van de Laar, J.G.M.
Zwan, C.J. van der 1996 Palynostratigraphy and palynofacies reconstruction of the Upper Carboniferous of borehole ‘De Lutte-6’ (East Twente, the Netherlands) 61-82% Mededelingen Rijks Geologische Dienst 55 Stratigraphy Netherlands
Carboniferous E? 1 Laban, C.
Cameron, T.D.J.
Schüttenhelm, R.T.E. 1984@ Geologie van het Kwartair in de zuidelijke bocht van de Noordzee 139-154B Mededelingen van de Werkgroep voor Tertiaire en Kwartaire Geologie 21 Geology Southern North SeYF? Labry, H. 1857g Essai d'une carte giologique d'une partie de l'arondissement de Maestricht duchi de Limbourg-hollandais( Annales des Travaux Publics de Belgique XVI{ Verschenen als bijlage bij: van Swieten, P. Rapport avec les opirations de la sociiti de l'union minirale pour la Neerlande Geology Netherlands Generic ? . Lagaay, R.A.,
Collette, B.J.
Schouten, J.A. 1967( Seismic profiling in the North Sea Basin 351-355 Geologie en Mijnbouw 46
Geophysics North Sea Generic 4? A Lanson, B.
Beaufort, D.
Berger, G.
Petit, S.
Lacharpagne, J.C. 1995a Evolution of clay minerals crystallographic structure in the Dutch Roliegende sandstone reservoir 243-265C Centres de Recherches Exploration-Production Elf Aquitaine Bulletin 19
Mineralogy Netherlands Permian ? # Lee, M.J.
Aronson, J.L.
Savin, S.M. 1985M K-Ar Dating of time of gas emplacement in Rotliegendes sandstone, Netherlands 1381-13855 American Association of Petroleum Geologists Bulletin 69 Petroleum Geology Netherlands Permian e c? # Lee, M.J.
Aronson, J.L.
Savin, S.M. 1989s Timing and conditions of Permian Rotliegend sandstone diagenesis, southern North Sea: K-Ar and oxygen isotopic data 195-2155 American Association of Petroleum Geologists Bulletin 73
Diagenesis Southern North Sea P ? Van der Lely, J. 1951' Water disposal in the Schoonebeek field 224-230" Geologie en Mijnbouw, Nieuwe Serie 13 Petroleum Geology
A? Letsch, W.J.
Sissingh, W. 1983( Tertiary stratigraphy of The Netherlands 305-318 Geologie en Mijnbouw 62 2 Stratigraphy Netherlands CenozoicO i e (1983).pdf (1983).pdf T(? De Loos, J. M. 1973> In-situ compaction measurements in Groningen observation wells 79e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie 28
Subsidence Netherlan cT? Mallon, A.J.
Swarbrick, R.E. 20024 A compaction trend for non-reservoir North Sea Chalk 527-539 Marine and Petroleum Geology 19 5
Subsidence North Se c? Mann, D. M.
Mackenzie, A. S. 19908 Prediction of pore fluid pressures in sedimentary basins 55-65 Marine and Petroleum Geology 7 1 Petroleum Geology GenerB j`? " Maureau, G.T.F.R.
Van Wijhe, D.H. 1979k The prediction of porosity in the Permian (Zechstein 2) carbonate of eastern Netherlands using seismic data 1502-1517
Geophysics 44 9
Geophysics Netherla? Mazur, S.
Scheck-Wenderoth, S. 2005 Constraints on the tectonic evolution of the Central European Basin System revealed by seismic reflection profiles from Northern Germany 389-401" Netherlands Journal of Geosciences 84 4 Structural Geology Germany Generic] internal-pdf://Mazur & Scheck-Wenderoth (2005)-0276748965/Mazur & Scheck-Wenderoth (2005).pdf ? " McNeil, B.
Shaw, H.F.
Rankin, A.H. 1998 The timing of cementation in the Rotliegend sandstones of the Southern North Sea: A petrological and fluid inclusion study of cements 311-328 Journal of Petroleum Geology 21 3
Diagenesis Southern North Sea Permian ? Van de Meer, M.
Pagnier, H.J.M. 1996 The sediment petrography of sandstone bodies of borehole ‘De Lutte-6’ (East Twente, the Netherlands) and its regional significance 31-60% Mededelingen Rijks Geologische Dienst 55 Petrology Netherlands
CarboniferousO ٔ? Milius, G.
Van der Vlugt, W.R. 1967 De gasuitbarsting van Sleen 2 20-28Q Koninklijk Nederlands Aardrijkskundig Genootschap (KNAG), Geografis ? Van Montfrans, H.M. 19831 De diepe ondergrond van 's-Gravenhage en omgeving 5-11% Mededelingen Rijks Geologische Dienst 37 Geology Netherlands Generic j? Morrison, J. 19724 NAM recovers mercury produced with Dutch natural gas 72-73 Oil and Gas Journal 17 4 Petroleum Geology Netherlands
Q? 4 Muchez, P.
Marshall, J.D.
Touret, J.L.R.
Viane, W.A. 1994_ Origin and migration of paleofluids in the Upper Viséan of the Campine Basin, northern Belgium 133-145
Sedimentology 41 1 Hydrogeology Belgium
C l ? Mulder, A.J. 1950 De zoutpijler van Schoonlo 169-176 Geologie en Mijnbouw 12 6 Geology Netherland ? Mulder, A.J. 1950, Oil in the Netherlands and Emsland (Germany) 123-136% Journal of the Institute of Petroleum 36 Petroleum Geology Netherlands; Germany Generic ? Muller, J.E. 1945? De Post-Carbonische tektoniek van het Zuid-Limburgse Mijngebied 32" Mededelingen Geologische Stichting serie C-I-1 2 Structural Geology Netherlands Mesozoic ? Murphy, P.J. 19903 Performance of horizontal wells in the Helder Field 792-800 Journal of Petroleum Geology Petroleum Geology Netherlands Permian = l? Nagtegaal, P.J.C. 1979i Relationship of facies and reservoir quality in Rotliegendes desert sandstones, Southern North Sea region 145-158 Journal of Petroleum Geology 2 2 Clastic sedimentology Southern North Sea Perj W? A Nalpas, T.
Le Douaran, S.
Brun, J.P.
Unternehr, P.
Richert, J.P. 1995` Inversion of the Broad Fourteens Basin (offshore Netherlands), a small scale model investigation 237-250 Sedimentary Geology 95 3-4 Structural Geology Q? < Nalpas, T.
Richert, J.P.
Brun, J.P.
Mulder, T.
Unternehr, P. 1996l Inversion du "Broad Fourteens Basin" ou Graben de La Haye (sud de la Mer du Nord) apport de la sismimique 3D 309-321C Centres de Recherches Exploration-Production Elf Aquitaine Bulletin 20 Structural Geology Netherlands Cretaceous; Palaeogene ?
NAM 1990n Bodemdaling door aardgaswinning. Groningen veld en randvelden. Status rapport 1990. Prognose tot het jaar 2050 41 17.527 Assen! Nederlandse Aardolie Maatschappij
Subsidence Netherlands Generic $ ?
NAM 1995 Bodemdaling door aardgaswinning. Groningen veld en randvelden in Groningen, Noord Drenthe en het oosten van Friesland. Status rapport 1995 en prognose tot het jaar 2050 26 27.600 Assen! Nederlandse Aardolie Maatschappij
Subsidence Netherlands Generic T? NAM&RGD 1980- Stratigraphic nomenclature of The Netherlands 77R Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap 32 Stratigraphy Nether ? Oosterink, H.W. 1986R Winterswijk, Geologie deel II. De Trias-periode (geologie, mineralen en fossielen) 1-20X Wetenschappelijke Mededeling van de Koninklijke Nederlandse Natuurhistorische Vereniging 178 Geology Netherlands Triassic ? Oosterink, H.W. 19905 Problematische sporen in de Winterswijkse Muschelkalk 44-49 Grondboor & Hamer 44
Palaeontology Netherlands Triassic ? Oosterink, H.W. 1993I Geologische verschijnselen in de groeven van de Winterswijkse Muschelkalk 31-34 Grondboor & Hamer 47 Geology Netherlands Triassic ? Pannekoek, A.J. 19514 Outline of the geological history of the Netherlands 201-212 Geologie en Mijnbouw 13 Geology Netherlands Generic #? Pannekoek, A.J. 19525 Anhydriet en gips in Nederland, geologische inleiding 69-80 Geologie en Mijnbouw 14 Geology Netherlands ; ? $ Paproth, E.
Dreessen, R.
Thorez, J. 1986F Famennian paleogeography and event stratigraphy of northwestern Europe 175-186/ Annales de la Société Géologique de Belgique 109 Stratigraphy Western Europe ?
Parrish, J.T. 1982C Upwelling and petroleum source beds with reference to the Paleozoic 750-7745 American Association of Petroleum Geologists Bulletin 66 Petroleum Geology Generic
Palaeozoic UT? Patijn, R.J.H. 1963! Tektonik von Limburg und Umgebung 9-24e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie 1 Structural Geology Netherlan ? Patijn, R.J.H. 1964P Die Entstehung von Erdgas infolge der Nachinkohlung im Nordosten der Niederlande 2-9 Erdöl Erdgas Kohle 17 Petroleum Geology Netherlands
Carboniferous#F? Patijn, R.J.H.
W.F.M. Kimpe 1961 De kaart van het Carboon-oppervlak, de profielen en de kaart van het dekterrein van het Zuid-Limburgse mijngebied en de staatsmijn Beatrix en omgeving" Mededelingen Geologische Stichting
Serie C, 4 Geology Netherlands
Carboniferous ? Pelletier, W.
Kolstee, H.G. 1986G Winterswijk, Geologie deel I. Inleiding tot de geologie van Winterswijk 1-136X Wetenschappelijke Mededeling van de Koninklijke Nederlandse Natuurhistorische Vereniging 175 Geology Netherlands Generic ? Pelletier, W.
Oosterink, H.W. 1995G Een vindplaats van mineralen in Nederland: de Winterswijkse steengroeve 1-5 Grondboor & Hamer 49
Mineralogy Netherlands Triassic ? Pelletier, W.
Oosterink, H.W. 19944 Een nieuw mineraal uit de Winterswijkse steengroeven 85-86 Grondboor & Hamer 48
Mineralogy Netherlands Triassic ? Peryt, T.M. 1975k Significance of stromatolites for environmental interpretations of the Buntsandstein (Lower Triassic) Rocks 143-158 Geologische Rundschau 64
Palaeontology Europe NK internal-pdf://Hakstege et al. (1993)-1782627898/Hakstege et al. (1993).pdf KeneE internal-pdf://Bless et al. (1993)-0172054586/Bless et al. (1993).pdf ? Pflanzl, G. 1978m Geologie und Explorationswürdigkeit des unterkarbonischen Kohlenkalkes und des Namurs in Nordwestdeutschland 406-4336 Ergängzungsband Erdöl, Kohle, Erdgas und Petrochemie Petroleum Geology Germany
Carboniferous ? Platt, J.D. 1993^ Controls on clay mineral distribution and chemistry in the early Permian Rotliegend of Germany 393-416
Clay Minerals 28
Mineralogy Germany Permian
F? Plein, E. 1978/ Rotliegend-Ablagerungen im Norddeutschen Becken3 Zeitschrift der Deutschen Geologischen Gesellschaft Clastic sedimentology Germany Permian #? Van der Poel, A.B. 1987 Porosity development in some uplifted carbonates of the southern Permian Basin (Texel-IJsselmeer High, The Netherlands and The Harz Germany) 1-17% Mededelingen Rijks Geologische Dienst 41 1 Petroleum Geology Netherlands, Germany Permian B ?
Van der Poel, A.B. 1989z A case study on the hydrocarbon geology of Upper Permian (Zechstein-3) carbonates in licence P6, the Netherlands' offshore 285-296 Geologie en Mijnbouw 68 3 Petroleum Geology Netherlandz? . Pöppelreiter, M.C.
Simone, A.
Hoetz, H.L.J.G. 2004z Reservoir characteristics of intracontinental carbonate ramp deposits - Upper Muschelkalk, Middle Triassic, NE Netherlands 1-16" Netherlands Journal of Geosciences 83 1 Petroleum Geology Netherlands TriassicU internal-pdf://Pöppelreiter et al. (2004)-3196182437/Pöppelreiter et al. (2004).pdf g rT? Poty, E. 1999 Fammenian and Tournaisian recoveries of shallow water Rugosa following late Frasnian and late Strunian major crises, southern Belgium and surrounding areas, Hunan (South China) and the Omolon region (NE Siberia) 11-261 Palaeogeography, Palaeoclimatology, Palaeoecology 154 1-2
Palaeontology Europe; Asia Devonian; U@?
Prent, D. 1963' Petroleum production in The Netherlands 73-83e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie 1 Petroleum Geology Netherla ? Price, D.G. 1987 OPAC Borehole Geverik 1 1-4@ Memoirs of the Centre for Engineering Geology in the Netherlands 39 Geothermics Netherlands
Carboniferous ? B Price, A.
Hofmann, A.
Dalen, E. van
McKellar, D.
Kaffenberger, G. 20027 Hanze Field in the Dutch North Sea, unique in many ways 15-20 Oil Gas European Magazine Petroleum Geology NL North Sea
Cretaceous ? Raedts, C.E.P.M. 1971; De opgang en teleurgang van de Limburgse steenkoolindustrie 105-118 Geologie en Mijnbouw 50 Natural resources Netherlands
Carboniferous ? Reimering, W.T.B. 1948A De ontwikkeling van het aardolieveld Schoonebeek na de bevrijding 75-83 De Ingenieur 9 Petroleum Geology Netherlands Generic ? De Ridder, N.A. 1959Y De kwartaire en jongtertiaire tektoniek van Midden-Limburg en zuidoostelijk Noord-Brabant 1-24 Geologie en Mijnbouw 1 Structural Geology Netherlands Cenozoic ? " Van Riessen, E.D.
Vandenberghe, N. 1996` An Early Oligocene oil seepage at the southern rim of the North Sea Basin, near Leuven (Belgium) 301-312 Geologie en Mijnbouw 74 Petroleum Geology Belgium
Palaeogene ?
Rietman, J.H. 1988@ Opmeting van het aardmagneetveld in Nederland, herleid naar 1985 TR-109 De Bilt. Koninklijk Nederlands Meteorologisch Instituut
Geophysics Netherlands Generic s? Riley, N.J. 1993[ Dinantian (Lower Carboniferous) biostratigraphy and chronostratigraphy in the British Isles 427-446" Journal of the Geological Society 150 3 Stratigraphy UK
Cf? t Robaszynski, F.
Bless, M.J.M.
Felder, P.J.
Foucher, J.C.
Legoux, O.
Manivit, H.
Meessen, J.P.M.T.
Tuuk, L.A. van der 1985^ The Campanian-Maastrichtian boundary in the chalky facies close to the type-Maastrichtian area 1-252C Centres de Recherches Exploration-Production Elf Aquitaine Bulletin 9 Stratigraphy Netherlands
Cretaceous 3 7P?
Robert, P. 1989q The thermal setting of the Carboniferous basins in relation to the Variscan orogeny in Central and Western Europe 171-206% International Journal of Coal Geology 13 1-4 Geothermics Europe ?
Roest, J.P.A. 1995" Lichte aardschokken bij gaswinning 118-119 Bodem 5
Subsidence Netherlands Generic m[ U,? Romein, B.J. 1963 Present knowledge of the stratigraphy of the Upper Cretaceous (Campanian- Maastrichtian) and Lower Tertiary (Danian-Montian) calcareous sediments in southern Limburg 93-104e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie 21 2 Stratigraphy Nether ? Ronteltap, B.D. 1973E Betriebliche Erfahrungen mit grossen Clusters im Erdgasfeld Groningen 551-557" Erdol & Kohle, Erdgas, Petrochemie 26 Petroleum Geology Netherlands Genericl ? o Van Rooijen, P.
Klostermann, J.
Doppert, J.W.C.
Rescher, C.K.
Verbeek, J.W.
Sliggers, B.C.
Glasbergen, P. 1984 Stratigraphy and tectonics in the Peel-Venlo area as indicated by Tertiary sediments in the Broekhuizenvorst and Geldern Tl boreholes 1-27% Mededelingen Rijks Geologische Dienst 38 Geology Netherlands; Germany Cenozoic ? Van Rooijen, P. 1989 Grondwater in Limburg 377-386 Grondboor & Hamer 43 Hydrogeology Netherlands Generic l? Van Rooijen, P. 2000H Arcen - a mineralized groundwater from the Zechstein in Northern Limburg 4-64 Mitteilungen zur Ingenieurgeologie und Hydrogeologie 76 RWTH Aachen Hydrogeology Ne <? Rossel, N.C. 1982R Clay mineral diagenesis in Rotliegend aeolian sandstones of the southern North Sea 69-77
Clay Minerals 17
Diagenesis Southern North Sea Per ? Van Rossum, B. 1975J Aspects of the geology and appraisal-development of the Groningen Gasfield 254-256 Erdöl-Erdgas Zeitschrift 91 August Petroleum Geology Netherla] 7? O Rowley, D.B.
Raymond, A.
Parrish, J.T.
Lottes, A.L.
Scotese, C.R.
Ziegler, A.M. 1985O Carboniferous paleogeographic, phytogeographic and paleoclimatic reconstruction 7-42% International Journal of Coal Geology 5 1-2 Geology Generic& ?! - De Ruiter, H.J.
van der Laan, G.
Udink, H.G. 1967? Development of the North Netherlands gas discovery in Groningen 255-264 Geologie en Mijnbouw 46 Petroleum Geology Netherlands ?" Sax, H.G.J. 1946= De tectoniek van het Carboon in het Zuid-Limburgse Mijngebied 77" Mededelingen Geologische Stichting serie C-I-1 3 Structural Geology Netherlands
Carboniferous ?# Schäfer, J.C. 1974J Thermal recovery in the Schoonebeek oil field. Fifteen years of experience 372-379 Erdöl-Erdgas Zeitschrift 90 Petroleum Geology Germany Generic ?% Schoonbeek, J.B. 19769 Bodemdaling door aardgaswinning in de provincie Groningen 632-640 De Ingenieur 88
Subsidence Netherlands Generic ?&
Schott, W. 1950W Die obere weiße Jura und die tiefste Unterkreide im Deutsch-Holländischen Grenzgebiet 213-270 Geologisches Jahrbuch 65 Geology Netherlands; Germany Jurassic; C ?' Schuster, A. 1968* Karbonstratigraphie nach Bohrlochmessungen 439-457 Erdöl-Erdgas Zeitschrift 84 Stratigraphy Germany
Carbon T?( Scuermann, H.M.E. 1944a De geologische exploratie van de 8 noordelijke provincien van Nederland in de jaren 1935 tot 1943 449-455R Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap 14 Petroleum Geology NetherB @?) Seemann, U. 1979 Diagenetically formed interstitial clay minerals as a factor in Rotliegend sandstone reservoir quality in the Dutch sector of the North Sea 55-62 Journal of Petroleum Geology 1 3
Diagenesis NL North Sea Pe ?* Seemann, U. 1982 Depositional facies, diagenetic clay minerals and reservoir quality of Rotliegend sediments in the southern Permian Basin (North Sea): A review 55-67
Clay Minerals 17
Diagenesis North Sea Permian ?+ Sesören, A. 1976@ Lineament analysis from ERTS (Landsat) images of the Netherlands 61-67 Geologie en Mijnbouw 55
Geophysics Netherlands Generic "?, < De Sitter, L.U.
Tesch, P.
Drift, J.B. van der
Jongmans, W.J. 1949g Eindverslag van het geophysische onderzoek in ZO-Nederland door de Geophysische Dienst der Staa?- Smit, J.
Brinkhuis, H. 1996 The Geulhemmerberg Cretaceous/Tertiary boundary section (Maastrichtian type area, SE Netherlands); summary of results and scenario of events 283-293 Geologie en Mijnbouw 75 2 Geology Netherlands Cretaceous; Palaeogene#?. Spain, D.R.
Conrad, C.P. 1997S Quantitative analysis of top-seal capacity offshore Netherlands, southern North Sea 217-226 Geologie en Mijnbouw 76 Petroleum Geology NL North Sea GenericI internal-pdf://Spain & Curtis (1997)-3380150401/Spain & Curtis (1997).pdf %?/ Van Staalduinen, C.J.
Van Adrichem Boogaert, H.A.
Bless, M.J.M.
Doppert, J.W.C.
Harsveldt, H.M.
Van Montfrans, H.M.
Oele, E.
Wermuth, R.A.
Zagwijn, W.H. 1979 The geology of the Netherlands 9-49% Mededelingen Rijks Geologische Dienst 31 Geology Netherlands Generic ?0
Stalder, P.J. 1973q Influence of crystallographic habit and aggregate structure of authigenic clay minerals on sandstone permeability 217-220 Geologie en Mijnbouw 52
Diagenesis Generic Generic ?1
Stewart, C.D. 1990& Horizontal drilling in The Netherlands 3-6 Oil and Gas Journal 2 2423 Petroleum Geology Nel[ U?2 Stheeman, H.A. 1963 Petroleum development in the Netherlands with special reference to the origin, subsurface migration and geological history of the country's oil and gas resources 57-95e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie 21 1 Petroleum Geology Neth?3 Stoppel, D. 1982{ Halokinesis as a possible explanation for the paleogeographical differentiation of the Maastricht area during the Dinantian 54-55; Publicaties van het Natuurhistorisch Genootschap in Limburg 32 Palaeogeography Netherlands
Carboniferous ?4 ( Streel, M.
Sevastopulo, G.R.
Paproth, E. 1992 Devonian-Carboniferous boundary 405-708/ Annales de la Société Géologique de Belgique 115 Stratigraphy Belgium Devonian; Carbonifx ?5 Strohmenger, C.
Strauss, C. 1996 Sedimentology and palynofacies of the Zechstein 2 Carbonate (Upper Permian, Northwest Germany): implications for sequence stratigraphic subdivision 55-77 Sedimentary Geology 102 1-2 Carbonate sedimentology German_
?6 Strömbäck, A.C.
Howell, J.A. 2002{ Predicting distribution of remobilized aeolian facies using sub-surface data: the Weissliegend of the UK Southern North Sea 237-249 Petroleum Geoscience 8 3 Clastic sedimentology UK North Sea PermianQ internal-pdf://Stromback & Howell (2002)-3041405696/Stromback & Howell (2002).pdf
y Permian &?* De Iongh, W.H.D. 19201 Het ontstaan van steenzout te Boekelo (Overijsel) 317-332Q Koninklijk Nederlands Aardrijkskundig Genootschap (KNAG), Geografisch Tijdschrift XXXVII
Evaporites Netherlands Triassic= internal-pdf://De Iongh (1920)-2318642448/De Iongh (1920).pdf laeokarst
Geophysics North Atlantic Permian, CarboniferousK internal-pdf://Carillat et al. (2005)-1833711120/Carillat et al. (2005).pdf V tl?- ! R Colleran, J.
Loutit, S.
Kaiser, K.
Hakes, W.G.
Sumner, W.R.
Archer, S.
Criddle, D. 2005B Applications of visualization in the Britannia Field, UK North -?, ! & Breunese, J.
Mijnlieff, H.
Lutgert, J. 2005i The life cycle of the Netherlands’ natural gas exploration: 40 years after Groningen,
where are we now? 69-75r Petroleum Geology: North-West Europe and Global Perspectives - Proceedings of the 6th Petroleum Geology Conference 6 Dore, A.G.
Vining, B. Londen Geological Society, LondenH the Netherlands, exploration, maturity, natural gas, production forecast Petroleum geology Netherlands GenericK internal-pdf://Breunese et al. (2005)-3411749392/Breunese et al. (2005).pdf
Sea 1507-1516r Petroleum Geology: North-West Europe and Global Perspectives - Proceedings of the 6th Petroleum Geology Conference 6 Dore, A.G.
Vining, B. Londen Geological Society, Londend Visualization, turbidite, gas-condensate, Britannia, Early Cretaceous, interpretation, well planning Petroleum geology UK North Sea
CretaceousK internal-pdf://Colleran et al. (2005)-1533139984/Colleran et al. (2005).pdf K (?. ! T Dancer, P.N.
Kenyon-Roberts, S.
Downey, J.W.
Baillie, J.M.
?7 Stuffken, J. 1958> Een berekeningsmethode voor mijngasafgifte van steenkolenlagen 223-232 Geologie en Mijnbouw 20 Petroleum Geology Generic
Carbonq Ǡ?9 C Sullivan, D.M.
Hazeldine, S.R.
Boyce, A.J.
Rogers, G.
Fallick, A.E. 1994s Late anhydrite cements mark basin inversion: isotopic and formation water evidence, Rotliegend Sandstone, North Sea 46-54 Marine and Petroleum Geology 11 1 Geochemistry North Sea ?: Van der Sijp, J.W.C.M. 1953" Intrusive rocks in the Berkel well 65-66 Geologie en Mijnbouw 15 Magmatism Netherlands
Cretaceous ?;
Taverne, B.G. 2001) The concession Groningen: A lawyer's view 113-119" Netherlands Journal of Geosciences 80 1 Petroleum Geology Netherlands Generic; internal-pdf://Taverne (2001)-2002180001/Taverne (2001).pdf U?< Teeuw, D. 1973K Laboratory measurement of compaction properties of Groningen reservoir rock 19e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie 28
Subsidence Netherlan ?= Tesch, P. 1924* De eerste vondst van aardolie in Nederland 183-184 De Mijningenieur 5 Petroleum Geology Netherlands Generic ?> Tesch, P.
Voorthuysen, J.H. 19445 Nog drie intrusies in het Carboon van Oost-Gelderland 56-57 Geologie en Mijnbouw 5 Magmatism Netherlands
Carboniferous?? Thorez, J.
Bless, M.J.M. 1977Z On the possible origin of the Lower Westphalian D Neeroeteren Sandstone (Campine, Belgium) 128-1343 Mededelingen Rijks Geologische Dienst, Nieuwe Serie 28 Clastic sedimentology Belgium
Carboniferous ?@ Tomkeieff, S.
Tesch, P. 1931( On a dolerite in the Dutch Carboniferous 231-236 Geological Magazine 68 Magmatism Netherlands
Carboniferous 9?A Van Tongeren, P.C.H. 1996 The Gronau Fault Zone: its tectonic setting and relation to the formation of the Ems Graben and to the Late Carboniferous sedimentation in Twente (the Netherlands) 107-145% Mededelingen Rijks Geologische Dienst 55 Structural Geology Netherlands
Carboniferous ?B Troost, P.J.P.M. 19818 Schoonebeek Oil field: The RW-2E Steam Injection Project 531-539 Geologie en Mijnbouw 60 4 Petroleum Geology Netherland x?C Udink, H.G. 1968L Reservoir behaviour and field development. Symposium Groningen gasfield 1968 35-42e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie metroleumsforening (NPF) Mesozoic Northern North Sea Symposium Oslo Palaeogeography North Sea Mesozoic gebied 13 Petrology `?E Valk, W. 1943K Sedimentpetrologie van het Perm en de Trias in den ondergrond van Nederland 17d Mededelingen behorende bij het jaarverslag 1942-1943 van het Geologisch Bureau Nederlands Mijn*?F , Vandenberghe, N.
Poggiagliolmi, E.
Watts, G. 1989L Offset dependent seismic amplitudes from karst limestone in northern Belgium 9-27 First Break 4 5
Geophysics Belgium
CarboniferousS internal-pdf://Vandenberghe et al. (1986)-3719640116/Vandenberghe et al. (1986).pdf ?G 5 Vaughan, D.J.
Sweeny, M.
Diedel, G.F.R.
Haranczyk, C. 1989Y The Kupfershiefer: an overview with an appraisal of the different types of mineralisation 1003-1027 Economic Geology 84
Mineralogy Western Europe Permian ?H Veld, H.
Fermont, W.J.J. 1990D The effect of a marine transgression on vitrinite reflectance values 151-170% Mededelingen Rijks Geologische Dienst 45 Organic geochemistry Netherlands
Carboniferousw# / ?I ' Veld, H.
Fermont, W.J.J.
Jegers, L.J.F. 1993 Organic petrological characterization of Westphalian coals from the Netherlands: correlation between Tmax, vitrinite reflectance and hydrogen index 659-675 Organic Geochemistry 20 6 Organic geochemistry Netherlands
?J Veldkamp, J. 1951( Geomagnetic anomalies in the Netherlands 218-223" Geologie en Mijnbouw, Nieuwe Serie 13
Geophysics ?K
Verbeek, J.W. 1979P Preliminary report on the distribution of the Lower Oligocene in the Netherlands 375-376 Geologie en Mijnbouw 58 3 Geology Netherlands ?L Geluk, M.C. 2007 Triassic 85-106 Geology of the Netherlands' Wong, Th.E.
Batjes, D.A.J.
de Jager, J. Amsterdam5 Royal Netherlands Academy of Arts and Sciences (KNAW) Geology Netherlands Triassic9 internal-pdf://Geluk (2007b)-0312606 ?M Wong, Th. E. 2007 Jurassic 107-126 Geology of the Netherlands' Wong, Th.E.
Batjes, D.A.J.
de Jager, J. Amsterdam5 Royal Netherlands Academy of Arts and Sciences (KNAW) Geology Netherlands Jurassic5 internal-pdf://Wong (2007)-064X ?O 4 Verbeek, J.W.
De Leeuw, C.S.
Parker, N.
Wong, Th.E. 2002` Characterisation and correlation of Tertiary seismostratigraphic units in the Roer Valley Graben 159-166" Netherlands Journal of Geosciences 81 2 Stratigraphy Netherlands CenozoicI internal-pdf://Verbeek et al. (2002)-3087398053/Verbeek et al. (2002).pdfB ?P Verweij, H. 1999 Application of fluid flow systems analysis to reconstruct the post Carboniferous hydrogeohistory of the onshore and offshore Netherlands 561-579 Marine and Petroleum Geology 16 6 Hydrogeology Netherlands]?Q Verweij, H.
Simmelink, H.J. 2002y Geodynamic and hydrodynamic evolution of the Broad Fourteens Basin (The Netherlands) in relation to its petroleum systems 339-359 Marine and Petroleum Geology 19 Petroleum Geology Netherlands MesozoicS internal-pdf://Verweij & Simmelink (2002)-0285615361/Verweij & Simmelink (2002).pdfK?R 7 Verweij, J.M.
Simmelink, H.J.
Van Balen, R.T.
David, P. 2003N History of petroleum systems in the southern part of the Broad Fourteens Basin 71-90" Netherlands Journal of Geosciences 82 1 Petroleum Geology Netherlands GenericI internal-pdf://Verweij et al. (2003)-1661241601/Verweij et al. (2003).pdf K?S # Viejo, G.F.
Laigle, M.
Ranero, C.R. 2002t Pre-Permian sedimentary basins in the North Sea: images from reprocessed and pre-stack depth migrated MONA LISA data 519-526 Marine and Petroleum Geology 19
Geophysics North Sea
PalaeozoicE internal-pdf://Viejo et al. (2002)-2387076608/Viejo et al. (2002).pdf ?T
Vinken, R. 1988J The Northwest European Tertiary Basin. Results of the IGCP Project No. 124 508 Geologisches Jahrbuch A100 Geology Western Europe Cenozoic ?U Visscher, H. 1966a Paleobotany of the Mesophytic III Plant fossils from the Upper Bunter of Hengelo, the Netherlands 316-375 Acta Botanica Neerlandica 15
Palaeontology Netherlands Triassic ?V ! Visscher, H.
Commisaris, A.L.T.M. 1968] Middle Triassic pollen and spores from the Lower Muschelkalk of Winterswijk (The Netherlands) 161-176 Pollen et Spores 10
Palaeontology Netherlands Triassic ?W Visser, W.A. 1955$ The Upper Permian in the Netherlands 185-194 Leidse Geologische Mededelingen 20 Geology Netherlands U?X Visser, W.A. 1963 Upper Palaeozoic evaporites 61-71e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie 2
Evaporites Netherla ?Y Visser, W.A. 1978< Early subsurface temperature measurements in the Netherlands 1-10 Geologie en Mijnbouw 57 1 Geothermics Netherl ?Z Visser, W.A. 1978# Geothermisch onderzoek in Nederland 96-106 Energiespectrum
april 1978 Geothermics Ne ?[ Visser, W.A. 1979, De mogelijkheden van aardwarmte in Nederland 804-810 De Ingenieur 91 Geothermics Netherlands Generic ?\ De Voogd, M. 1988! The Dutch deep seismics programme 297-303/ Annales de la Société Géologique de Belgique 111
Geophysics Netherlands ?] Van Voorthuysen, J.H. 1944= Hoornblendediabaas-intrusie in het Wealden van Oost-Nederland 24-26 Geologie en Mijnbouw 6 Natural resources Netherlands
Cretaceous ?^ Van Voorthuysen, J.H. 1960; De tertiaire en kwartaire ondergrond van zuidwest Nederland 579-586 Geologie en Mijnbouw 39 Geology Netherlands Cenozoic ?_ 0 Van Voorthuysen, J.H.
Toering, K.
Zagwijn, W.H. 1972a The Plio-Pleistocene boundary in the North Sea basin. Revision of its position in the marine beds 627-739 Geologie en Mijnbouw 51 Stratigraphy North Sea Cenozoic ?`
Walter, R. 1980U Lower Paleozoic paleogeography of the Brabant Massif and its southern adjoining areas 14-25% Mededelingen Rijks Geologische Dienst 32 2 Palaeogeography Western Europe
PalaeozoicJ?b ( Van Waterschoot van der Gracht, W.A.J.M. 1909 The deeper geology of the Netherlands and the adjacent region, with special reference to the latest borings in the Netherlands, Belgium and Westphalia 4373 Mededeelingen van de Rijksopsporing van Delfstoffen 2 Geology Netherlands; Belgium; Germany Generic ?C ( Van W U?c Van Weelden, A. 19572 History of gravity observations in the Netherlands 305-308e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie 18 History Nether ?d Van de Weerd, A.A. 20044 Gas reserves and reservoir trends in the Netherlands 39-48 First Break 22 Petroleum Geology Netherlands GenericE internal-pdf://Van de Weerd (2004)-2985320449/Van de Weerd (2004).pdf ?e Westen, J.M.J. 1971^ Statistisch overzicht van productie, bezetting en prestaties van de Limburgse steenkolenmijnen 311-320 Geologie en Mijnbouw 50 Natural resources Netherlands
Carboniferous$ ?f . Van Wijhe, D.H.
Lutz, M.
Kaasschieter, J.P.H. 1980; The Rotliegend in The Netherlands and its gas accumulations 3-24 Geologie en Mijnbouw 59 1 Petroleum Geology Netherlands y4?g Van Wijhe, D.H. 1987= Structural evolution of inverted basins in the Dutch offshore+ 171-175, 179-181, 185-187, 191-210, 213-219 Tectonophysics 137 *t?h De Wijkerslooth, P. 1949L Die Blei-Zink-Formation Süd-Limburgs (Holland) und ihr mikroscopisches Bild 83-102" Mededelingen Geologische Stichting 3 Natural resources Netherlands
C?i Winthaegen, P.L.A.
Verweij, J.M. 2003p Estimating regional pore pressure distribution using 3D seismic velocities in the Dutch Central North Sea Graben 203-207" Journal of Geochemical Exploration 78-79
Geophysics NL North Sea Generic9 _T?j & Witte, L.
Schuurman, H.
Lissenberg, T. 1992f Ostracods from the Albian/Cenomanian boundary in the Achterhoek area (eastern part of the Netherlands) 33-84 Scripta Geologica 102
Palaeontology Nether ?k & Witte, L.
Schuurman, H.
Lissenberg, T. 1993J Microfossielen uit Jura- en Krijtontsluitingen in de oostelijke Achterhoek 35-40 Grondboor & Hamer 47
Palaeontology Netherlands Jurassic; Cretaceous ?l Witte, L.
Schuurman, H. 1996l Calcareous benthic foraminifera across the Cretaceous-Tertiary boundary in the Geulhemmerberg SE Netherlands 173-186 Geologie en Mijnbouw 75
Palaeontology Netherlands Cretaceous; Palaeogene ?m
Wolf, R.M. 1982P Coalification pattern in the Visé-Puth area around Maastricht (The Netherlands) 48-49; Publicaties van het Natuurhistorisch Genootschap in Limburg 32 Geothermics Netherlands
Carboniferousl H?n Wolf, M.
Bless, M.J.M. 1987 Coal-petrographic investigations on samples from the boreholes Thermae 2000 and Thermae 2002 Valkenburg a-d-Geul, The Netherlands 77-84/ Annales de la Société Géologique de Belgique 110 Organic geochemistry Netherlands
Carb" b?o Wong, Th.E.
Parker, N.
Horst, P. 2001M Tertiary sedimentary development of the Broad Fourteens area, the Netherlands 85-" Netherlands Journal of Geosciences 80 1 Geology Netherlands CenozoicC internal-pdf://Wong et al. (2001)-3987198530/Wong et ?p Wride, V.C. 1995f Structural features and structural styles from the Five Countries Area of the North Sea Central Graben 395-407 First Break 13 Structural Geology Central North Sea Mesozoic7 internal-pdf://Wride (1995)-3367502132/Wride (1995).pdf ?q Zagalai, B.M.
Murphy, P.J. 1991< Reservoir Simulation of Horizontal Wells in the Helder Field 906-913 Journal of Petroleum Technology Petroleum Geology Netherlands Permian ?r
Zagwijn, W.H. 1974G The palaeogeographic evolution of the Netherlands during the Quaternary 369-385 Geologie en Mijnbouw 53 6 Palaeogeography Netherlands
Quaternary; internal-pdf://Zagwijn (1974)-1447676693/Zagwijn (1974).pdf p?s
Zagwijn, W.H. 1985< An outline of the Quaternary stratigraphy of The Netherlands 17-24 Geologie en Mijnbouw 64 1 Dordrecht Stratigraphy Northwest Europe
Quaternary; internal-pdf://Zagwijn (1985)-2039503125/Zagwijn?t
Zagwijn, W.H. 1989c The Netherlands during the Tertiary and the Quaternary: A case history of Coastal Lowland evolution 107-120 Geologie en Mijnbouw 68 Dordrechtm Basin studies, paleogeography, intra-plate tectonics, Coastal Lowlands, Tertiary, Quaternary, North Sea Basin Geology Netherlands Cenozoic; internal-pdf://Zagwijn (1989)-3163827733/Zagwijn (1989).pdf @ ?u Zagwijn, W.H.
Doppert, J.W.C. 1978] Upper Cenozoic of the southern North Sea Basin: palaeoclimatic and palaeogeographic evolution 577-588 Geologie en Mijnbouw 57 4 Palaeogeography Southern North Sea* E?v Zagwijn, W.H.
Hager, H. 1987x Correlations of the continental and marine neogene deposits in the southeastern Netherlands and the Lower Rhine district 59-78B Mededelingen van de Werkgroep voor Tertiaire en Kwartaire Geologie 24 Stratigraphy Netherlands; Ger ?w
Ziegler, P.A. 19772 Geology and hydrocarbon provinces of the North Sea 7-32
GeoJournal 1 Petroleum Geology North Sea Generic?x
Ziegler, P.A. 19785 North-Western Europe: Tectonics and basin development 589-626 Geologie en Mijnbouw 57 4 Van Loon, A.J. Structural Geology Western Europe Generic; internal-pdf://Ziegler (1978)-0246909988/Ziegler (1978).pdf w
Sh?y
Ziegler, P.A. 1992 European Cenozoic rift system 91-111 Tectonophysics 208 1-3 Geology Eu\O ?z
Ziegler, P.A. 1994? Cenozoic rift system of western and central Europe: an overview 99-127 Geologie en Mijnbouw 73 2-4f plate tectonics, geodynamics, palaeogeography,volcanism, crust, lithosphere, rift models, stress field Geology Western Europe Cenozoic; internal-pdf://Ziegler (1994)-4070483733/Ziegl5
R?{
Ziegler, P.A. 1987n Late Cretaceous and Cenozoic intra-plate compressional deformations in the Alpine foreland, a geodynamic model 389-420 Tectonophysics 137 1-4 Structural Geology WR
S?| N Zijerveld, L.
Stephenson, R.
Cloetingh, S.A.P.L.
Duin, E.
Van den Berg, M.W. 1992L Subsidence analysis and modelling of the Roer Valley Graben (SE Netherlands) 159-171 Tectonophysics 208 1-3 Burial history NetherW ?} Van der Zwan, C.J.
Spaak, P. 1992Z Lower to Middle Triassic sequence stratigraphy and climatology of the Netherlands, a model 277-2901 Palaeogeography, Palaeoclimatology, Palaeoecology 91 3-4 Stratigraphy Nether
?~ Van Adrichem Boogaert, H.A. 1975! Het Mesozoïcum in Oost-Nederland 72-76> Toelichting bij de geologische overzichtskaarten van Nederland# Zagwijn, W.H.
Van Staalduinen, C.J. Haarlem Rijks Geologische Dienst Geology Netherlands Mesozoic D? Van Adrichem Boogaert, H.A. 1976< Outline of the Rotliegend (Lower Permian) in the Netherlands 23-37: The Continental Permian in Central, West, and South Europe NATO ASI Series C 22 Falke, H. Dordrecht Reidel Ge, ? Van Adrichem Boogaert, H.A. 1986 Netherlands 97-107C International map of natural gasfields in Europe. Explanatory notes7 Schröder, L.
Schöneich, H.
Pfeiffer Niedersächs, D. Hannover) Landesamt für Boden-forschung und B.G.R. Petroleum Geology Netherlands Generic\K ,? Van Adrichem Boogaert, H.A. 19874 Bibliography (geology and mining in the Netherlands) 303-336G Seventy-five years of geology and mining in the Netherlands (1912-1987)- Visser, W.A.
Zonneveld, J.I.S.
Van Loon, A.J. The Hague> Royal Geological and Mining Society of the Netherlands (KNGMG) History Neth h? ) Van Adrichem Boogaert, H.A.
Brouwer, G.C. 1976 Netherlands 85-92_ International map of natural gasfields in Europe - Explanatory note compiled for E.C.E., B.G.R. Schott, W.
Stoppel, D. Hannover Petroleu? Alberts, M.A.
Underhill, J.R. 1991l The effect of Tertiary structuration on Permian gas prospectivity, Cleaver Bank area, southern North Sea, UK 161-173@ Generation, accumulation and production of Europe's hydrocarbons 1
Spencer, A.M. BerlinJ Special Publication of the European Association of Petroleum Geoscientists Petroleum Geology UK North Sea CenozoicS internal-pdf://Alberts & Underhill (1991)-2545681169/Alberts & Underhill (1991).pdf 4? Almon, W.R. 1981x Depositional environment and diagenesis of Permian Rotliegendes sandstones in the Dutch sector of the southern North Sea 119-147 Clays and the Resource Geologist Longstaffe, F.J.# Mineralogical Association of Canada Clastic sedimentology NL North Sea Permian ? Van Amerom, H.W.J. 1975, Biostratigrafie van het Carboon in Nederland 123-134> Toelichting bij de geologische overzichtskaarten van Nederland# Zagwijn, W.H.
Van Staalduinen, C.J. Haarlem Rijks Geologische Dienst Stratigraphy Netherlands
Carboniferous ? Racero-Baena, A.
Drake, S.J. 1996O Structural style and reservoir development in the West Netherlands oil province 211-228, Geology of gas and oil under the Netherlands/ Rondeel, H.E.
Batjes, D.A.J.
Nieuwenhuijs, W.H. Dordrecht Kluwer Academic Publishers Petroleum Geology Netherlands GenericU internal-pdf://Racara-Baena & Drake (1996)-3479524359/Racara-Baena & Drake (1996).pdf D? Ramaekers, J.J.F. 1991 The Netherlands Geothermal Atlas of Europe' Hurtig, E.
Cermak, V.
Hanel, R.
Zui, V.& Hermann Haack Verlagsgesellschaft GmbH Geothermics Netherlands Generic~? Atherton, A.F.
Gipps, P.B. 1991g The Structure, Stratigraphy and Hydrocarbon Potential North of the Frisian Islands Offshore Netherlands 85-101@ Generation, accumulation and production of Europe's hydrocarbons 1
Spencer, A.M. BerlinJ Special Publication of the European Association of Petroleum Geoscientists Petroleum Geology NL North Sea Generic ? Van der Baan, D. 1990' Zechstein reservoirs in the Netherlands 379-398 Classic Petroleum Provinces 50
Brooks, J. London& Geological Society Special Publication Petroleum Geology Netherlands Permian ?
Onaisi, A. 2004$ L4-9 Casing collapse risk assessment 89-96& Squeezing salts - an expensive problem Breunese, J.M.
Schroot, B.M. Utrecht TNO-NITG - EBN Petroleum Geology North Sea Permian ? Bekendam, R.F.
Pötgens, J.J. 1995I Ground movements over the coal mines of southern Limburg, The Netherlands 3-12| Land subsidence: by fluid withdrawal, by solid extraction, theory and modelling, environmental effects and remedial measures 2341 Barends, F.B.J.
Brouwer, F.J.J.
Schröder, F.H. Rotterdam IAHS Publication
Seismicity Netherlands Generico ? 4 Van Bergen, F.
Pagnier, H.J.M.
Van Tongeren, P.C.H. 2007 Peat, coal and coalbed methane 265-282 Geology of the Netherlands' Wong, Th.E.
Batjes, D.A.J.
De Jager, J. Amsterdam5 Royal Netherlands Academy of Arts and Sciences (KNAW) Natural resources Netherlands GenericO internal-pdf://Van Bergen et al. (2007)-3152071430/Van Bergen e ? Van Bergen, M.J.
Sissingh, W. 2007R Magmatism in the Netherlands:expression of the north-west European rifting history 197-222 Geology of the Netherlands' Wong, Th.E.
Batjes, D.A.J.
De Jager, J. Amsterdam5 Royal Netherlands Academy of Arts and Sciences (KNAW) Magmatism Netherlands GenericW internal-pdf://Van Bergen & Sissingh (2007)-4218203136/Van Bergen & Si\? 9 Binot, F.
Gerling, P.
Hiltmann, W.
Kockel, F.
Wehner, H. 1991. The Petroleum System in the Lower Saxony Basin 121-139@ Generation, accumulation and production of Europe's hydrocarbons
Spencer, A.M. BerlinJ Special Publication of the European Association of Petroleum Geoscientists Petroleum Geology Germany Generic 2? ' Bless, M.J.M.
Bouckaert, J.
Paproth, E. 1987X Fossil Assemblages and Depositional Environments: Limits to Stratigraphical Correlations 61-73 European Dinantian Environments# Miller, J.
Adams, A.E.
Wright, V.P.
Chichester John Wiley & Sons Ltd. Stratigraphy Belgium Generic ,? Boigk, H.
Brouwer, G.C. 1976 North Sea 93-99_ International map of natural gasfields in Europe - Explanatory note compiled for E.C.E., B.G.R. Schott, W.
Stoppel, D. HannoveA/ ? Bos, C.F.M. 2007% Underground storage and sequestration 335-340 Geology of the Netherlands' Wong, Th.E.
Batjes, D.A.J.
De Jager, J. Amsterdam5 Royal Netherlands Academy of Arts and Sciences (KNAW) Petroleum Geology Netherlands Generic3 internal-pdf://Bos (2007)-4050104 ? Van den Bosch, M. 1981C Beknopte toelichting bij de geologische schetskaart van Winterswijk 111-119T Winterswijk, Landschap en Vegetatie, deel 1. Wetenschappelijke M *X?
Ziegler, W.H. 19752 Outline of the geological history of the North Sea 165-1907 Petroleum and the continental shelf of northwest Europe Woodland, A.W. London Applied Science Publications Geolog
?
Brouwer, G.C. 1972! The Rotliegend in the Netherlands 34-42, Rotliegend, Essays on European Lower Permian 15 Falke, H. Leiden
E.J. Brill Geology NetherlandsR? Breunese, J.N.
Rispens, F.B. 1996^ Natural gas in the Netherlands: exploration and development in historic and future perspective 19-30, Geology of gas and oil under the Netherlands/ Rondeel, H.E.
Batjes, D.A.J.
Nieuwenhuijs, W.H. Dordrecht Kluwer Academic Publishers Petroleum Geology Netherlands Generic 1? Bruijn, A.N. 1996K De Wijk gas field (Netherlands): reservoir mapping with amplitude anomalies 243-254, Geology of gas and oil under the Netherlands/ Rondeel, H.E.
Batjes, D.A.J.
Nieuwenhuijs, W.H. Dordrecht Kluwer Academic Publishers Petroleum Geology Netherlands Generic ? Caston, V.N.D. 19797 A new isopachyte map of the Quaternary of the North Sea 23-28' The Quaternary history of the North Sea, Oele, E.
Schüttenhelm, R.T.E.
Wiggers, A.J. Acta Universitatis Upsaliensis Geology North Sea
Quaternary 2? Clark, D.N. 1980/ The diagenesis of Zechstein carbonate sediments 167-2038 The Zechstein Basin with Emphasis on Carbonate Sequences Füchtbauer, H.
Peryt, T.M. StuttgartL Contributions to Sedimentology No. 9. Schweitserbartsche Verlagsbuchhandlung
Diagenesis Europe Permian d? Clark, D.N. 1980\ The sedimentology of the Zechstein 2 Carbonate Formation of Eastern Drenthe, The Netherlands 131-1658 The Zechstein Basin with Emphasis on Carbonate Sequences Füchtbauer, H.
Peryt, T.M. StuttgartL Contributions to Sedimentology No. 9. Schweitserbartsche Verlagsbuchhandlung
Evaporites Netherlands Permian L ? Clark, D.N. 19864 The distribution of porosity in Zechstein carbonates 121-149( Habitat of Palaeozoic Gas in N.W. Europe 23# Brooks, J.
Goff, J.C.
Van Hoorn, B. London& Geological Society Special Publication Petroleum Geology Europe ? / Cole, J.M.
Whitaker, M.
Kirk, M.
Crittenden, S. 2005d A sequence-stratigraphical scheme for the Late Carboniferous, southern North Sea, Anglo-Dutch sector 75-104X Carboniferous hydrocarbon geology - The southern North Sea and surrounding onshore areas 70 Collinson, J.D.
Evans, D.
Holliday, D.
Jones, N.3 Yorkshire Geological Society Occasional Publication Petroleum Geology Southern North Sea
Carboniferous )? Coward, M.P. 1995J Structural and tectonic setting of the Permo-Triassic basins of N-W Europe 7-390 Permian and Triassic Rifting in Northwest Europe 91 Boldy, E. London& Geological Society Special Publication Structural Geology Northwest Europe Permian, Triassic? G Crouch, S.V.
Baumgartner, W.E.L.
Houlleberghs, E.J.M.J.
Walzebuck, J.P. 1996h Development of a tight gas reservoir by a multiple fracced horizontal well: Ameland-204, the Netherlands 93-102, Geology of gas and oil under the Netherlands/ Rondeel, H.E.
Batjes, D.A.J.
Nieuwenhuijs, W.H. Dordrecht Kluwer Academic Publishers Petroleum Geology Netherlands Permian |? Weber, K.J. 1995/ Subsurface criteria for underground gas storage 46-601 The Future of the Gas Industry in the Netherlands Delft Mij ? 0 Van Doorn, Th.H.M.
Dubelaar, C.W.
Verbeek, J.W. 1997 Netherlands 549-5583 Encyclopedia of European and Asian regional geology Moores, E.M.
Fairbridge, R.W. Chapman & Hall Geology Netherlands Generic
D? " Van Doorn, Th.H.M.
Rijkers, R.H.B. 2002 The Netherlands7 Atlas of Geothermal Resources in the European Community Hurter, S.
Haenel, R. Luxemburg< Office for Official Publications of the European Communities Geothermics Netherlands Generic XD? R Doppert, J.W.Chr.
Ruegg, G.H.J.
Van Staalduinen, C.J.
Zagwijn, W.H.
Zandstra, J.G. 19759 Formaties van het Kwartair en Boven Tertiair in Nederland> Toelichting bij de geologische overzichtskaarten van Nederland" Zagwijn W.H.
Van Staalduinen, J.C. Haarlem Rijks Geologische Dienst Stratigraphy Netherlands Cenozoic K; H? Dost, B.
Haak, H.W. 2007 Natural and induced seismicity 223-240 Geology of the Netherlands' Wong, Th.E.
Batjes, D.A.J.
De Jager, J. Amsterdam5 Royal Netherlands Academy of Arts and Sciences (KNAW)
Seismicity Netherlands GenericC internal-pdf://Dost & Haak (2007)-2976487936/Dost &H? Dronkert, H.
Remmelts, G. 1996T Influence of salt structures on reservoir rocks in Block L2, Dutch continental shelf 159-166, Geology of gas and oil under the Netherlands/ Rondeel, H.E.
Batjes, D.A.J.
Nieuwenhuijs, W.H. Dordrecht Kluwer Academic Publishers Petroleum Geology NL North Sea Permian ? Dubelaar, C.W. 1992! Het Tertiair, Drenthe onder water 31-48 In de bodem van Drenthe
Rappol, M.
Lingua Terrae Geology Netherlands Cenozoic L? Eames, T.D. 1975A Coal rank and gas source relationships - Rotliegendes reservoirs 191-2037 Petroleum and the continental shelf of northwest Europe Woodland, A.W. London Applied Science Publications Petroleum Geology North Sea Permian 127 internal-pdf://Eames (1975)-2313187333/Eames (1975).pdf =? Felder, P.J.
Boonen, L.G.M. 1988 Gamma-ray measurements of Upper Cretaceous to Pleistocene deposits in South Limburg (SE Netherlands) and northern Liège (NE Belgium) 17-24$ The Chalk of the Euregio Meuse-Rhine Streel, M.
Bless, M.J.M. Geology Netherlands; Belgium Cretaceous; Cenozoic T ? Felder, W.M. 1975d Lithostratigrafie van het Boven-Krijt en het Dano-Montien in Zuid-Limburg en het aangrenzende gebied 63-72> Toelichting bij de geologische overzichtskaarten van Nederland# Zagwijn, W.H.
Van Staalduinen, C.J. Haarlem Rijks Geologische Dienst Stratigraphy Netherlands Cretaceous; Palaeogene4? Felder, P.J. 1988} Lithologic and bioclastic aspects of the Maastrichtian type area between Maastricht (The Netherlands) and Halembaye (Belgium) 41-55- The Chalk District of the Euregio Meuse-Rhine Streel, M.
Bless, M.J.M. Carbonate sedimentology Netherlands; Belgium
Cretaceous ? Felder, W.M. 1980 Krijt 31-57x Toelichting bij de geologische kaart van Nederland 1:50.000, Blad Heerlen (62 W oostelijke helft, 62 O westelijke helft)
Kuyl, O.S. Haarlem Rijks Geologische Dienst Geology Netherlands
Cretaceous`?
Frikken, H.W. 1996y CBIL logs: vital for evaluating disappointing well and reservoir performance, K15- FG field, central offshore Netherlands 103-114, Geology of gas and oil under the Netherlands/ Rondeel, H.E.
Batjes, D.A.J.
Nieuwenhuijs, W.H. Dordrecht Kluwer Academic Publishers Petroleum Geology Netherlands Generic X?
Frikken, H.W. 1996q Sub-horizontal drilling: remedy for underperforming Rotliegend gasfields, L13 block, central offshore Netherlands 115-124, Geology of gas and oil under the Netherlands/ Rondeel, H.E.
Batjes, D.A.J.
Nieuwenhuijs, W.H. Dordrecht Kluwer Academic Publishers Petroleum Geology Netherlands Permian ' x? De Gans, W. 2007
Quaternary 173-196 Geology of the Netherlands' Wong, Th.E.
Batjes, D.A.J.
De Jager, J. Amsterdam5 Royal Netherlands Academy of Arts and Sciences (KNAW) Geology Netherlands
Quaternary; internal-pdf://De Gans (2007)-2154345216/De8? ' Geluk, M.C.
Van Adrichem Boogaert, H.A. 1995* Rotliegendablagerungen in den Niederlanden 192-193^ Norddeutsches Rotliegendbecken Rotliegend-Monographie Teil II. Stratigraphie von Deutschland I 183 Plein, E.& Courier Forschungsinstitut Senckenberg Stratigraphy Netherlands Permian Z? ( Geluk, M.C.
Plomp, A.
Van Doorn, Th.H.M. 1996Z Development of the Permo-Triassic succesion in the basin fringe area, southern Netherlands 57-79, Geology of gas and oil under the Netherlands/ Rondeel, H.E.
Batjes, D.A.J.
Nieuwenhuijs, W.H. Dordrecht Kluwer Academic Publishers Geology Netherlands Permian, Triassic ? Geluk, M.C. 1997U Palaeogeographic maps of Moscovian and Artinskian: contributions from the Netherlands 229-234' Peri-Tetheys stratigraphic correlations 19 Crasquin-Soleau, S.
De Wever, P.
Geodiversitas Palaeogeography Netherlands Carboniferous; Permian 5? Geluk, M.C. 1999] Palaeogeographic and structural development of the Triassic in the Netherlands - new insights 545-570Q The Epicontinental Triassic - Zentralblatt für Geologie und Paläontology Teil I 7-8 Bachmann, G.H.
Lerche, I. Halle Palaeogeography Netherlands Triassic Q? Geluk, M.C.
Röhling, H.G. 1999j High-resolution sequence stratigraphy of the Lower Triassic 'Buntsandstein': a new tool for basin analysis 727-745Q The Epicontinental Triassic - Zentralblatt für Geologie und Paläontology Teil I 7-8 Bachmann, G.H.
Lerche, I. Halle Stratigraphy Western Europe Triassic E3 ? Geluk, M.C.
Paar, W.
Fokker, P. 2007 Salt 283-294 Geology of the Netherlands( Wong, Th.E.
Batjes, D.A.J.
De Jager, J. Amsterdam5 Royal Netherlands Academy of Arts and Sciences (KNAW) Natural resources Netherlands PermianC internal-pdf://Geluk et al (2007)-3697957632/Geluu? George, G.T.
Berry, J.K. 1997t Permian (Upper Rotliegend) synsedimentary tectonics, basin development and palaeogeography of the southern North Sea 31-61= Petroleum Geology of the Southern North Sea: Future Potential 123# Ziegler, K.
Turner, P.
Daines, S.R. London& Geological Society Special Publication Geology Southern North Sea Permian u? Gianolla, P.
Jacquin, T. 1998D Triassic sequence stratigraphic framework of Western European Basins 643-650> Mesozoic and Cenozoic Sequence Stratigraphy of European Basins 607 De Graciansky, P.C.
Hardenbol, J.
Jaquin, T.
Vail, P.R.G Society of Economic and Petroleum Geologists Memoir Special Publication Stratigraphy Western Europe Triassic ?
Glennie, K.W. 19867 Development of N.W. Europe's southern Permian gas basin 3-22( Habitat of Palaeozoic Gas in N.W. Europe 50$ Brooks, J.
Goff, J.C.
Van Hoorn, B. London& Geological Society Special Publication Geology Western Europe Permian c ?2 Heward, A.P 19915 Inside Auk – the anatomy of an eolian oil reservoir 44-56 The Three Dimensional Facies Architecture of Clastic sediments and its implications for Hydrocarbon discovery and Recovery. Concepts and Models in Sedimentology and Paleontology 3 Miall, D
Tyler, N Tulsa$ SEPM Society for Sedimentary Geology Pc ?
Glennie, K.W. 19970 History of exploration in the southern North Sea 5-16= Petroleum Geology of the Southern North Sea: Future Potential 123# Ziegler, K.
Turner, P.
Daines, S.R. London& Geological Society Special Publication History Southern North Sea ?
Glennie, K.W. 1998 Lower Permian - Rotliegend 137-1736 Introduction to the Petroleum Geology of the North Sea
Glennie, K.W. Oxford Blackwell Scientific Publishing Geology North Sea Permian ?
Glennie, K.W. 2005d Regional tectonics in relation to Perm-Carboniferous hydrocarbon potential, Southern North Sea Basin 1-12X Carboniferous hydrocarbon geology - The southern North Sea and surrounding onshore areas6 Collinson, J.D.
Evans, D.J.
Holliday, D.W.
Jones, N.S. Yorkshire Geological Society Structural Geology Southern North Sea Carboniferous; Permian $ ? Goh, L.S. 1996> The Logger oil Field: reservoir architecture and heterogeneity 255-264, Geology of gas and oil under the Netherlands/ Rondeel, H.E.
Batjes, D.A.J.
Nieuwenhuijs, W.H. Dordrecht Kluwer Academic Publishers Petroleum Geology Netherlands
Cretaceous ? Grotens, A.H.P. 1995H A view on the future of Dutch natural gas, production, sales and storage 22-24 Mijnbouwkundige Vereniging Petroleum Geology Netherlands Generic ?
Haak, H.W. 1995@ Analysis of seismic risk in the northern part of the Netherlands 82-83 Mijnbouwkundige Vereniging
Seismicity Netherlands Generic
? Haanstra, U. 1961 Het Pre-Tertiair van Twente 115-123 Geologie van Twente& Anderson, W.F.
Krul, P.C.
Römer, J.H." Nederlandse Geologische Vereniging Geology Netherlands Mesozoic ? Harsveldt, H.M. 1979! Salt resources in The Netherlands 29-53" Geology and nuclear waste disposal 1* Geologica Ultraiectina Special Publication Natural resources Netherlands Permian ? Harsveldt, H.M. 1986 The Netherlands 113-116 Mineral deposits of Europe 3 Dunning, F.W.
Evans, A.M. LondonF The Institute of Mining and Metallurgy and The Mineralological Society Natural resources Netherlands Generic? Den Hartog Jager, D.G. 1996p Fluviomarine sequences in the Lower Cretaceous of the West Netherlands Basin: correlation and seismic expression 229-242, Geology of gas and oil under the Netherlands/ Rondeel, H.E.
Batjes, D.A.J.
Nieuwenhuijs, W.H. Amsterdam Kluwer Academic Publishers Stratigraphy Netherlands
CretaceousM internal-pdf://Den Hartog Jager (1996)-4249471488/Den Hartog Jager (1996).pdf ? # Hastings, A.
Murphy, P.
Stewart, L. 1991X A multi-disciplinary approach to reservoir characterization: Helm field, Dutch North Sea 193-202@ Generation, accumulation and production of Europe's hydrocarbons 1
Spencer, A.M. BerlinJ Special Publication of the European Association of Petroleum Geoscientists Petroleum Geology NL North Sea
CretaceousK internal-pdf://Hastings et al. (1991)-1572703761/Hastings et al. (1991).pdf ?
Schroot, B.M. 19912 Structural development of the Dutch Central Graben 32-35+ The Jurassic in the Southern Central Trough 16 Michelsen, O.
Frandsen, F.+ Danmarks Geologiske Undersøgelse, Series B Structural Geology North Sea Jurassic + x? Stheeman, H.A.
Thiadens, A.A. 1969b A history of the exploration for hydrocarbons within the territorial boundaries of the Netherlands 259-2698 The Exploration for Petroleum in Europe and North Africa
Hepple, P. The Institute of Petroleum History Netherlands GenericUH ? & Herngreen, G.F.W.
Smit, R.
Wong, Th.E. 1991M Upper Jurassic-Cretaceous stratigraphy of the Vlieland Basin, The Netherlands 17-19+ The Jurassic in the Southern Central Trough 16 Michelsen, O.
Frandsen, F.+ Danmarks Geologiske Undersøgelse, Series B Stratigraphy NL North Sea Jurassic; Cretaceous ? & Herngreen, G.F.W.
Smit, R.
Wong, Th.E. 1991A Stratigraphy and tectonics of the Vlieland basin, The Netherlands 175-192@ Generation, accumulation and production of Europe's hydrocarbons 1
Spencer, A.M. BerlinJ Special Publication of the European Association of Petroleum Geoscientists Geology NL North Sea MesozoicM internal-pdf://Herngreen et al. (1991)-3887994385/Herngreen et al. (1991).pdf ? Baldschuhn, R.
Kockel, F. 19999 Das Osning-Lineament am Sudrand des Niedersachsen Beckens 673-6953 Zeitschrift der Deutschen Geologischen Gesellschaft 150 4 Structural Geology Germany Generic )`? + Herngreen, G.F.W.
Kouwe, W.F.P.
Wong, Th.E. 2003 The Jurassic of the Netherlands 217-2303 Geological Survey of Denmark and Greenland Bulletin 1u The Netherlands onshore and offshore, Jurassic, lithostratigraphy, sequence stratigraphy, tectonicL; ? Herngreen, G.F.W.
Wong, Th.E. 2007
Cretaceous 127-150 Geology of the Netherlands( Wong, Th.E.
Batjes, D.A.J.
De Jager, J. Amsterdam5 Royal Netherlands Academy of Arts and Sciences (KNAW) Geology Netherlands
CretaceousM internal-pdf://Herngreen & Wong (2007)-1282082816/Herngreen V? Heybroek, P. 1975B On the structure of the Dutch part of the Central North Sea Graben 339-3517 Petroleum and the continental shelf of northwest Europe Woodland, A.W. London Applied Science Publications Structural Geology NL North Sea Generic 25; internal-pdf://Heybroek(1975)-0904829445/Heybroek(1975).pdf r? Hooper, R.J.
Goh, L.S.
Dewey, F. 1995M The inversion history of the northeastern margin of the Broad Fourteens Basin 307-317 Basin Inversion 88 Buchanan, J.G.
Buchanan, P.G. London& Geological Society Special Publication Structural Geology NL North Sea GenericG internal-pdf://Hooper et al. (1995)-4018563072/Hooper et al. (1995).pdf 0? Howell, J.
Mountney, N. 1997 Climatic cyclicity and accommodation space in arid to semi-arid depositional systems: an example from the Rotliegend Group of the UK southern North Sea 63-86= Petroleum Geology of the Southern North Sea: Future Potential 123# Ziegler, K.
Turner, P.
Daines, S.R. London& Geological Society Special Publication Climate UK North Sea P;? Huyghe, P.
Mugnier, J.L. 1995f A comparison of inverted basins of the Southern North Sea and inverted structures of the external Alps 339-353 Basin Inversion 88 Buchanan, J.G.
Buchanan, P.G. London& Geological Society Special Publication Structural Geology Western Europe Generic ? Huyghe, P.
Mugnier, J.L. 1994L Intra-plate stresses and basin inversion: A case from the Southern North Sea 211-226 Peri-Tethyan platforms Roure, F. Éditions Technip Structural Geology Southern North Sea Generic ? Jacqué, M.
Thouvenin, J. 1975; Lower Tertiary tuffs and volcanic activity in the North Sea 455-4657 Petroleum and the continental shelf of northwest Europe 1 Woodland, A.W. London Applied Science Publications Magmatism? 7 De Jager, J.
Doyle, M.A.
Grantham, P.J.
Mabillard, J.E. 19961 Hydrocarbon habitat of the West Netherlands Basin 191-210, Geology of gas and oil under the Netherlands/ Rondeel, H.E.
Batjes, D.A.J.
Nieuwenhuijs, W.H. Dordrecht Kluwer Academic Publishers Petroleum Geology Netherlands GenericK internal-pdf://De Jager et al. (1996)-0157881351/De Jager et al. (1996).pdf k ? Roos, B.M.
Smits, B.J. 1983J Rotliegend and Main Buntsandstein gas fields in block K13 - A case history 75-83 Geologie en Mijnbouw 62 1# Kaaschieter, J.P.H.
Reijers, T.J.A. The HagueY Petroleum Geological Circle of the Royal Geological and Mining Society of the Netherlands Petroleum Geology NL North Sea Permian, TriassicE int - s
QuaternaryS internal-pdf://Sanberg & OerR; ? 2 Wong, Th.E.
De Lugt, I.R.
Kuhlmann, G.
Overeem, I. 2007 Tertiary 151-172 Geology of the Netherlands' Wong, Th.E.
Batjes, D.A.J.
De Jager, J. Amsterdam5 Royal Netherlands Academy of Arts and Sciences (KNAW) Geology Netherlands CenozoicC internal-pdf://Wong et al. (2007)-3299425090L; ? Lokhorst, A.
Wong, Th.E. 2007 Geothermal Energy 341-346 Geology of the Netherlands' Wong, Th.E.
Batjes, D.A.J.
De Jager, J. Amsterdam5 Royal Netherlands Academy of Arts and Sciences (KNAW) Geothermics Netherlands GenericK internal-pdf://Lokhorst & Wong (2007)-0896672000/Lokhorst ? h Van der Meulen, M.J.
Broers, J.W.
Hakstege, A. L.
Pietersen, J.S.
van Heijst, M.W.I.M.
Koopmans, T.P.F. 2007 Surface mineral resources 317-334 Geology of the Netherlands' Wong, Th.E.
Batjes, D.A.J.
De Jager, J. Amsterdam5 Royal Netherlands Academy of Arts and Sciences (KNAW) Geology Netherlands
QuaternaryW internal-pdf://Van der Meulen et al. (2007)-2011294982/Van der Meul;? 0 Kiersnowski, H.
Paul, J.
Peryt, T.M.
Smith, D.B. 1995N Paleogeography and sedimentary history of the Southern Permian Basin in Europe 119-136 The Permian of Northern Pangea- Scholle, P.A.
Peryt, T.M.
Ulmer-Scholle, D.S. Berlin Springer-Verlag Palaeogeography Western Europe Permian W? Knaap, W.A.
Coenen, M.J. 1987# Exploration for oil and natural gas 207-230G Seventy-five years of geology and mining in the Netherlands (1912-1987)- Visser, W.A.
Zonneveld, J.I.S.
van Loon, A.J. The Hague> Royal Geological and Mining Society of the Netherlands (KNGMG) Petroleum Geology Netherlands Generic 19 ?B F Leveille, G.P.
Knipe, R.
More, C.
Ellis, D.D.
Jones, G.
Allinson, G.J. 1997n Compartmentalization of Rotliegendes gas reservoirs by sealing faults, Jupiter Fields area, southern North Sea 87–104= Petroleum Geology of the Southern North Sea: Future Potential 123# Ziegler, K.
Turner, P.
Daines, S.R. London& Geological Society Special Publication Petroleum Geology UK North Sea Permiai? Kooi, H.
Cloetingh, S.A.P.L. 1989T Intraplate stresses and the tectono-stratigraphic evolution of the central North Sea 541-558D Extensional Tectonics and Stratigraphy of the North Atlantic Margins 46 Tankard, A.J.
Balkwill, H.R.3 American Association of Petroleum Geologists Memoir Structural Geology Central North Sea Cenozoic "?
Kuyl, O.S. 1975B Lithostratigrafie van de Mio-Oligocene afzettingen in Zuid-Limburg 56-63> Toelichting bij de geologische overzichtskaarten van Nederland# Zagwijn, W.H.
Van Staalduinen, C.J. Haarlem Rijks Geologische Dienst Stratigraphy Netherlands Cenozoic ` ? . Latin, D.M.
Dixon, J.E.
Fitton, J.G.
White, N. 1990V Mesozoic magmatic activity in the North Sea Basin: implications for stretching history 207-227> Tectonic events responsible for Britain's oil and gas reserves 55 Hardman, R.F.P.
Brooks, J. London& Geological Society Special Publication Magmatism North Sea Mesozoic\ ? 0 Schroot, B.M.
Klaver, G.T.
Schüttenhelm, R.T.E. 2005f Surface and subsurface expressions of gas seepage to the seabed - examples from the Southern North Sea 499-515 Marine and Petroleum Geology 22 Petroleum Geology Southern North Sea CenozoicI internal-pdf://Schroot et al. (2005)-2710932224/Schroot et al. (2005).pdf ?
Leclerc, B.G. 1995C Technical implications of the Alkmaar peak gas installation project 64-80 Mijnbouwkundige Vereniging Petroleum Geology Netherlands Generic |? Leeder, M.R. 1987C Tectonic and palaeogeographic models for Lower Carboniferous Europe 1-20 European Dinantian Environments# Miller, J.
Adams, A.E.
Wright, V.P.
Chichester John Wiley & Sons Ltd. Geology Western Europe
] ? Lith, J.G.J. 19830 Gas Fields of Bergen concession, The Netherlands 63-74N Petroleum Geology of the Southeastern North Sea and the adjacent onshore areas# Kaaschieter, J.P.H.
Reijers, T.J.A.Y Petroleum Geological Circle of the Royal Geological and Mining Society of the Netherlands Petroleum Geology Netherlands Permian /? Lorenz, V.
Nicholls, I.A. 1976] The Permo-Carboniferous Basin and Range province of Europe. An application of plate tectonics 313-342: The Continental Permian in Central, West, and South Europe Falke, H. Dordrecht Reidel Structural Geology Europe Carboniferous; Permian 0 t?
Marie, J.P.P. 1975( Rotliegendes Stratigraphy and Diagenesis 205-2117 Petroleum and the continental shelf of northwest Europe Woodland, A.W. London Applied Science Publications Stratigraphy North Sea Permian 137 internal-pdf://Marie (1975)-3858593285G? Michelsen, O.
Wong, Th.E. 1991` Discussion of Jurassic lithostratigraphy in the Danish, Dutch and Norwegian Central Graben Areas 20-28+ The Jurassic in the Southern Central Trough 16 Michelsen, O.
Frandsen, F.+ Danmarks Geologiske Undersøgelse, Series B Stratigraphy Eastern North Sea Jurassic @D? Van Montfrans, H.M. 1975W Toelichting bij de ondiepe breukenkaart met diepteligging van de Formatie van Maassluis> Toelichting bij de geologische overzichtskaarten van Nederland# Zagwijn, W.H.
Van Staalduinen, J.C. Haarlem Rijks Geologische Dienst Structural Geology Netherlands
Quaternary ? Plein, E. 1994 Niederlände 193-206? Regional Petroleum Geology of the World, Part I Europe and Asia Kulke, H. Berlin-Stuttgart Gebrüder Bornträger Petroleum Geology Netherlands Generic ? Prins, S. 1980 The Netherlands 36b Atlas of subsurface temperatures in the European Community. Commission of the European communities
Haenel, R. Hannover Th. Schaefer GmbH Geothermics Netherlands Generic ? Muchez, P.
Viane, W. 1994 Dolomitisation caused by the water circulation near the mixing zone: an example from the Lower Viséan of the Campine Basin (northern Belgium) 155-166) Dolomites: a volume in honour of Dolomieu 20 Purser, B.
Tucker, M.
Zenger, D.A Special Publication International Association of Sedimentologists
Mineralogy Belgium
Carboniferous ? $ Myres, J.C.
Jones, A.F.
Towart, J.M. 1995L The Markham Field: UK Blocks 49/5a and 49/10b, Netherlands Blocks J3b and J6 303-309 Petroleum Geoscience 1 Petroleum Geology NL North Sea; UK North Sea Permian ? Pegrum, R.M.
Rees, G.
Naylor, D. 1975
The North Sea 2254 Geology of the North-West European continental shelf 2 London Graham, Trotman & Dudley Ltd. Geology North Sea Generic f? Purvis, K.
Okkerman, J.A. 1996x Inversion of reservoir quality by early diagenesis: an example from the Triassic Buntsandstein, offshore the Netherlands 179-190, Geology of gas and oil under the Netherlands/ Rondeel, H.E.
Batjes, D.A.J.
Nieuwenhuijs, W.H. Dordrecht Kluwer Academic Publishers
Diagenesis NL North Sea Triassic G D? Quirk, D.G. 1997W Sequence stratigraphy of the Westphalian in the northern part of the Southern North Sea 153-168= Petroleum Geology of the Southern North Sea: Future Potential 123# Ziegler, K.
Turner, P.
Daines, S.R. London& Geological Society Special Publication Stratigraphy North Sea
Carb!? Remmelts, G. 19969 Salt tectonics in the southern North Sea, the Netherlands 143-158, Geology of gas and oil under the Netherlands/ Rondeel, H.E.
Batjes, D.A.J.
Nieuwenhuijs, W.H. Dordrecht Kluwer Academic Publishers Structural Geology NL North Sea Permian N b? Remmelts, G.
Duin, E. 1990< Results of a regional deep seismic survey in The Netherlands 335-343C The Potential of Deep Seismic Profiling for Hydrocarbon Exploration Pinet, B.
Bois, C. Paris
Geophysics Netherlands
PalaeozoicK s/ ? Remmelts, G. 1995G Fault-related salt tectonics in the southern North Sea, the Netherlands 261-272$ Salt Tectonics: a Global Perspective 65) Jackson, M.P.A.
Roberts, D.G.
Snelson, S.3 American Association of Petroleum Geologists Memoir Structural Geology NL North Sea PerV? Rijkers, R.H.B.
Geluk, M.C. 1996` A tectogenetic mechanism controlling the evolution of the Texel-IJsselmeer High, the Netherlands 265-284, Geology of gas and oil under the Netherlands/ Rondeel, H.E.
Batjes, D.A.J.
Nieuwenhuijs, W.H. Dordrecht Kluwer Academic Publishers Structural Geology Netherlands Generic ? Roelofsen, J.W.
De Boer, W.D. 1991V Geology of the Lower Cretaceous Q-1 oil-fields, Broad Fourteens basin, The Netherlands 203-216@ Generation, accumulation and production of Europe's hydrocarbons 1
Spencer, A.M. BerlinJ Special Publication of the European Association of Petroleum Geoscientists Petroleum Geology NL North Sea
CretaceousS internal-pdf://Roelofsen & de Boer (1991)-0918506001/Roelofsen & de Boer (1991).pdf ?
Kettel, D. 1983T The East Groningen Massif - Detection of an intrusive body by means of coalification 203-210 Geologie en Mijnbouw 62 1 Magmatism Netherlands Generic9 internal-pdf://Kettel (1983)-2043887653/Kettel (1983).pdf
|nternal-pdf://Letsch & Sir? Ames, R.
Farfan, P.F. 1996} The environment of deposition of the Triassic Main Buntsandstein Formation in the P and Q quadrants, offshore the Netherlands 167-178, Geology of gas and oil under the Netherlands/ Rondeel, H.E.
Batjes, D.A.J.
Nieuwenhuijs, W.H. Dordrecht Kluwer Academic Publishers Clastic sedimentology NL North Sea Triassic ? Wong, Th.E. 19917 Petroleum geology of the Dutch Central North Sea Graben 36-40+ The Jurassic in the Southern Central Trough 16 Michelsen, O.
Frandsen, F.+ Danmarks Geologiske Undersøgelse, Series B Petroleum Geology NL North Sea Mesozoic Z ? Stäuble, A.J.
Milius, R.G. 1970+ Geology of Groningen gas field. Netherlands 359-369! Geology of giant petroleum fields 14 Halbouty, H.T.3 American Association of Petroleum Geologists Memoir Petroleum Geology Netherlands Perm G? Taylor, J.C.M. 1998 Upper Permian - Zechstein 174-212F Petroleum Geology of the North Sea: Basic Concepts and Recent Advances
Glennie, K.W. Oxford Blackwell 4th Edition Geology North Sea Permian ? Teichmuller, M. 1987I Recent advances in coalification studies and their application to geology 127-169- Coal and Coal-bearing strata: Recent Advances 32 Scott, A.C. London& Geological Society Special Publication Burial history Generic Generic ? Tesch, P. 1913+ Het district Noord-Limburg en Noord-Brabant 1-288 Jaarverslag der Rijksopsporing van Delfstoffen over 1912 History Netherlands Generic ? Thiadens, A.A. 1964 The Netherlands 197-202K Tectonics of Europe. Explanation to the Tectonic Map of Europe, 1:2 500 000 Moskou Nauka Nedra Structural Geology Netherlands Gen
? Thiadens, A.A. 1968 Geologie van het zout 224-235 Het zout der aarde Hengelo$ Koninklijke Nederlandse Zoutindustie
Evaporites Netherlands Permian U? $ Thorez, J.
Goemaere, E.
Dreessen, R. 1988l Tide- and wave-influenced depositional environments in the psammites du Condroz (Upper Famennian) in Belgium 389-4153 Tide-influenced sedimentary environments and facies& De Boer, P.L.
Van Gelder, A.
Nio, S.D. Dordrecht Reidel Clastic sedimentology Belgium Devonian@ ? $ Tubb, S.R.
Sousby, A.
Lawrence, S.R. 1986G Paleozoic prospects on the northern flanks of the London-Brabant Massif 55-72( Habitat of Palaeozoic Gas in N.W. Europe 23# Brooks, J.
Goff, J.C.
Van Hoorn, B. London& Geological Society Special Publication Petroleum Geology Belgium
Palaeozoic# ?
Veenhof, E.N. 1996> Geological aspects of the Annerveen gas field, the Netherlands 79-72, Geology of gas and oil under the Netherlands/ Rondeel, H.E.
Batjes, D.A.J.
Nieuwenhuijs, W.H. Dordrecht Kluwer Academic Publishers Petroleum Geology Netherlands Permian S? / Veld, H.
Fermont, W.J.J.
Kerp, H.
Visscher, H. 1996I Geothermal history of the Carboniferous in South Limburg, the Netherlands 31-44, Geology of gas and oil under the Netherlands/ Rondeel, H.E.
Batjes, D.A.J.
Nieuwenhuijs, W.H. Dordrecht Kluwer Academic Publishers Burial history Netherlands
Carboniferous
?
Gouw, M.J. 2008I Alluvial architecture of the Holocene Rhine-Meuse Delta (the Netherlands) 1487-1516
Sedimentology 55 5 Clastic sedimentology Netherlands
Quaternary5 internal-pdf://Gouw (2008)-0577755921/Gouw (2008).pdf YCarboniferousI internal-pdf://Hampson et al. (1999)-3581003281/Hampson et al. (1999).pdf RermianI internal-pdf://Kuester et al. (2009)-4084535825/Kuester et al. (2009).pdf Ric GenericC internal-pdf://Lunt et al. (2004)-1199004689/Lunt et al. (2004).pdf arboniferous sis Belgium
Carboniferous Za
CretaceousI internal-pdf://Scholle et al. (1998)-2726138129/Scholle et al. (1998).pdf
UK Permian L ? U Johannessen, P.N.
Dybkjær, K.
Andersen, C.
Kristensen, L.
Hovikoski, J.
Vosgerau, H. 2010| Upper Jurassic reservoir sandstones in the Danish Central Graben: new insights on distribution and depositional environments 127-143I Petroleum Geology of North-West Europe: Proceedings of the 7th Conference 7 reservoir sandstones, sedimentology, biostratigraphy,basin development, palaeogeography, Upper Jurassic, Danish Central Graben, North Sea Stratigraphy DK North Sea JurassicQ internal-pdf://Johannessen et al. (2010)-2747064494/Johannessen et al. (2010).pdf ]? @ Passey, Q.R.
Creaney, S.
Kulla, J.B.
Moretti, F.J.
Stroudt, J.D. 1990J A Practical Model for Organic Richness from Porosity and Resistivity Logsl 1777-17945 American Association of Petroleum Geologists Bulletin 74 Petroleum Geology Generic GenericG internal-pdf://Passey et al. (1990)-0251149870/Passey et al. (1990).pdf k
Cretaceous[ internal-pdf://Surlyk & Lykke-Andersen (2007)-0453484591/Surlyk & Lykke-Andersen (2007).pdf ;
df://Süss et al. (2001)-0252392495/Süss et al. (2001).pdf C Permian7 internal-pdf://Sweet (1999)-1477516847/Sweet (1999).pdf 1artwright (2010)-0637209636/Cartwright (2010).pdf O
ricI internal-pdf://Hustoft et al. (2010)-1073501476/Hustoft et al. (2010).pdf Y CenozoicK internal-pdf://Huuse & Clausen (2010)-1727913252/Huuse & Clausen (2010).pdf ?
McCann, T. 2008C The Geology of Central Europe. Volume 1: Precambrian and Palaeozoic 748 London The Geological Society Geology Europe Paleozoic ?$?
McCB l? ! Brueren, J.W.R. 1957V The stratigraphy of the Upper Permian "Zechstein" formation in the Eastern Netherlands 243-274I I Giacimenti Gassiferi dell' Europa Occidentale. Atti del Convegni Lincei Milan Stratigraphy Netherlands Permian;
? ! 1 Cameron, D.,
van Doorn, D.
Laban, C.
Streif, H.J. 1993M Geology of the southern North Sea basin. Coastlines of the southern North Sea 14-26@ Proceedings of the 8th Symposium on Coastal and Ocean Management New Orleans Geology Southern North Sea Generic ? 5 Van der Molen, A.S.
Dudok van Heel, H.W.
Wong, Th. E. 2005 The influence of tectonic regime on chalk deposition: examples of the sedimentary development and 3D-seismic stratigraphy of the Chalk Group in the Netherlands offshore area 63-81 Basin Research 17 Structural Geology NL North Sea
CretaceousU internal-pdf://Van der Molen et al. (2005)-2879613952/Van der Molen et al. (2005).pdf| ? Van der Molen, A.S.
Wong, Th. E. 2007 Towards an improved lithostratigraphic subdivision of the Chalk Group in the Netherlands North Sea area; a seismic stratigraphic approach 131-143" Netherlands Journal of Geosciences 86 2 Stratigraphy NL North Sea
CretaceousU internal-pdf://Van der Molen & Wong (2007)-2206615205/Van der Molen & Wong (2007).pdf? W Van Wees, J.-D.
Mijnlieff, H.
Lutgert, J.
Breunese, J.
Bos, C.
Rosenkranz, P.
Neele, F. 2008 A Bayesian belief network approach for assessing the impact of exploration prospect interdependency; an application to predict gas discoveries in the Netherlands 1315-13365 American Association of Petroleum Geologists Bulletin 92 10 Petroleum Geology Prospect interdependencies, if present and positively correlated, result in a higher standard deviation of the portfolio volumetric expectation curve, compared to a portfolio with independent prospects. This wider uncertainty range offers options for companies to increase the expected cumulative net present value (NPV) of the exploration portfolio. To investigate these effects on exploration portfolios, a methodology has been developed for modeling these dependencies spatially and updating them in time as new information is acquired. The methodology integrates Bayesian belief network techniques into a stochastic exploration business process simulator. Applying this methodology to the Netherlands gas portfolio clearly demonstrates an increase in both the range and expected value of NPV of the expected recoverable volume from the exploration portfolio. Proper tuning of the exploration strategy, using an efficient frontier approach, and regular updating of portfolio economic forecasts increase the probability of realizing the upside at minimum risk when compared to independent prospect portfolios. The staged decision strategy and the value of information underlying the gradual increase of expected NPV can also be calculated and visualized through decision tree analysis techniques. Netherlands Generic E?
Verdier, J.P. 1996U The Rotliegend sedimentation history of the southern North Sea and adjacent countries 45-56, Geology of gas and oil under the Netherlands/ Rondeel, H.E.
Batjes, D.A.J.
Nieuwenhuijs, W.H. Dordrecht Kluwer Academic Publishers Clastic sedimentology Southern North Sea Permian B L? Visser, W.A.
Sung, G.C.L. 19580 Oil and natural gas in north-eastern Netherlands 1067-1089 Habitat of oil June Weeks, L.G. Tulsa, American Association of Petroleum Geologists Petroleum Geology Netherla? x? Wassmann, Th.H.
Brouwer, M.S. 1987 The mining of Rock Salt 137-146G Seventy-five years of geology and mining in the Netherlands (1912-1987)- Visser, W.A.
Zonneveld, J.I.S.
van Loon, A.J. The Hague> Royal Geological and Mining Society of the Netherlands (KNGMG) Engineering Geology Netherl# ? + Wong, Th.E.
van Doorn, T.H.M.
Schroot, B.M. 1989E Late Jurassic petroleum geology of the Dutch Central North Sea Graben 319-336 Geologische Rundschau 78 Petroleum Geology NL North Sea:? , Herngreen, G.F.W.
Lissenberg, T.
Witte, L.J. 1991H Biostratigraphy of Jurassic strata in the Dutch Central North Sea Graben 16+ The Jurassic in the Southern Central Trough 16 Michelsen, O.
Frandsen, F.+ Danmarks Geologiske Undersøgelse, Series B Stratigraphy NL North Sea Jurassic ?
Dessens, C.W.M. 1995 Natural gas in the Netherlands 13-181 The Future of the Gas Industry in the Netherlands Mijnbouwkundige Vereniging Petroleum Geology Netherlands Generic:? Yang, C.S.
Baumfalk, Y.A. 1994P Milankovitch Cyclicity in the Upper Rotliegend Group of the Netherlands Offshore 47-61$ Orbital Forcing and Cyclic Sequences 19 De Boer, P.L.
Smith, D.G.A Special publication International Association of Sedimentologists Climate NL North Sea Permian m? Yang, C.S.
Nio, S.D. 1994i Applications of high-resolution sequence stratigraphy to the Upper Rotliegend in the Netherlands offshore 285-316I Siliciclastic sequence stratigraphy: recent developments and applications 58 Weimer, P.
Posamentier, H.3 American Association of Petroleum Geologists Memoir Stratigraphy NL North Sea Permian |?
Yang, C.S.
Kouwe, W.F.P. 1995 Wireline log-cyclicity analysis as a tool for dating and correlating barren strata an example from the upper Rotliegend of the Netherlands 237-2598 Non-biostratigraphical methods of dating and correlation 89 Dunay, R.E.
Hailwood, E.A. London& Geological Society Special Publication Stratigraphy Netherlands Permian K ? Yang, C.S.
Baumfalk, Y.A. 1997U Application of high-frequency cycle analysis in high-resolution sequence stratigraphy 181-203= Petroleum Geology of the Southern North Sea: Future Potential 123$ Ziegler, K.
Turner, P.
Daines, S.R. London& Geological Society Special Publication Stratigraphy GenericZ?
Ziegler, P.A. 1975I North Sea Basin History in the Tectonic Framework of North-Western Europe 131-1497 Petroleum and the continental shelf of northwest Europe Woodland, A.W. London Applied Science Publications Structural Geology North Sea Generic 9; internal-pdf://Ziegler (1975)-1580069638/Ziegler (1975).pdf ? Ziegler, P.A.
Louwerens, C.J. 1979 Tectonics of the North Sea 7-22' The Quaternary history of the North Sea, Oele, E.
Schüttenhelm, R.T.E.
Wiggers, A.J. Acta Universitatis Upsaliensis Structural Geology North Sea Generic ( ? Brennand, T.P. 1975 The Triassic in the North Sea 295-3117 Petroleum and the continental shelf of northwest Europe Woodland, A.W. London Applied Science Publications Geology North Sea Triassic 22= internal-pdf://Brennand (1975)-1573789701/Brennand (1975).pdf ? o ? Bailey, J. B.
Arbin, P.
Daffinoti, O.
Gibson, P.
Ritchie, J. S. 19931 Permo-Carboniferous plays of the Silver Pit Basin 707-715I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference 4 Parker, J.R. London The Geological Society Atlantic-Ocean; block-structures; Carboniferous-; deltaic-environment; Europe-; faults-; fluvial-environment; Namurian-; natural-gas; normal-faults; North-Atlantic; North-Sea; Paleozoic-; Permian-; petroleum-; petroleum-exploration; reservoir-rocks; sedimentation-; Silver-Pit-Basin; source-rocks; southern-North-Sea; systems-; tectonics-; thermal-maturity; United-Kingdom; Upper-Carboniferous; Western-Europe; Westphalian-; Economic-geology,-geology-of-energy-sources Petroleum Geology UK Carboniferous; Permian ? o Moscariello, A. 2005 Exploration potential of the mature southern North Sea basin margins; some unconventional plays based on alluvial and fluvial fan sedimentation models 595-605r Petroleum Geology: North-West Europe and Global Perspectives - Proceedings of the 6th Petroleum Geology Conference 6 Dore, A.G.
Vining, B.A. London The Geological Societyq alluvial-fans; Atlantic-Ocean; basin-analysis; basins-; characterization-; continental-margin; continental-margin-sedimentation; depositional-environment; Europe-; geometry-; mineral-composition; models-; natural-gas; Netherlands-; North-Atlantic; North-Sea; offshore-; onshore-; paleochannels-; paleoenvironment-; Paleozoic-; permeability-; Permian-; petrography-; petroleum-; petroleum-exploration; reservoir-properties; reservoir-rocks; Rotliegendes-; sedimentary-basins; sedimentary-rocks; sedimentation-; stratigraphic-traps; textures-; traps-; United-Kingdom; Western-Europe; Economic-geology,-geology-of-energy-sources Petroleum Geology Basin margins are characterized by clastic, terrigenous accumulations which occur mostly in two morphologically similar but sedimentologically distinct depositional environments: alluvial and fluvial fans. Their differences in sedimentary processes result in distinct reservoir characters and subsurface modelling challenges. The ability to predict, recognize and discern these deposits in the subsurface is therefore the key for effective exploration and development of hydrocarbons. Sedimentary processes characterizing alluvial fan accumulation determine internal reservoir architecture and, ultimately, distribution of porosity and permeability, which however do not change substantially with the distance from apex to toe. Reservoir characteristics however, change considerably if debris-flow or sheet-flooding processes dominate. This distinction is crucial for prediction of reservoir quality, which in the case of a sheet-flood-dominated alluvial fan, can be several orders of magnitude better (higher lateral connectivity and vertical permeability) than a debris-flow dominated alluvial fan. Sedimentary processes on alluvial fans are controlled primarily by the nature of the bedrock and the colluvial deposits of the drainage basin. It is important therefore to understand the palaeogeography and geology of the original basin margin in order to predict reservoir characteristics of alluvial fan deposits. Fluvial fan depositional environments have river-like characteristics, especially in terms of geomorphic features and sedimentary processes. On average they are much larger in size then alluvial fans and internally more variable. Grain-size, texture and facies are controlled by sedimentary processes, which depend on the distance from source area. Proximal fluvial fan deposits may resemble those of alluvial fan in facies and architecture. However, the lower net:gross, lower lateral connectivity and size of sand bodies in the medial and distal area of fluvial fans, will require different geological concepts and therefore different exploration, appraisal and development approaches than alluvial fan reservoirs. Available data inferred from of the Southern North Sea hydrocarbon province indicate that, repeatedly over the geological history, the continental basin margins were characterized by fluvial depositional systems entering the subsiding sedimentary basins. At present, the industry experience in the Southern North Sea in targeting such reservoirs is very limited. However, successful exploration and production activity, especially in the Permian gas basin in The Netherlands and Britain, indicate that reservoirs genetically associated with fluvial fan development have good and commercially sound reservoir quality. Based on this experience and a large number of modern and ancient analogue studies, alluvial fan and fluvial fan "unconventional" reservoirs may represent a high-potential target for the future exploration, especially considering the occurrence of stratigraphical traps both on the southern and northern margin of the Southern North Sea. Southern North Sea
Palaeozoicj? ) Cottençon, A.
Parant, B.
Flacelière, B. 1975& Lower Cretaceous Gas-fields in Holland 403-4127 Petroleum and the continental shelf of northwest Europe Woodland, A.W. London Applied Science Publications Petroleum Geology Netherlands
Cretaceous 30M internal-pdf://Cottencon et al. (1975)-1138201861/Cottencon et al. (1975).pdf s? S Day, G.A.
Cooper, B.A.
Andersen, C.
Burgers, W.F.J.
Rønnevik, H.C.
Schöneich, H. 19810 Regional seismic structure maps of the North Sea 76-84b Petroleum Geology of the continental Shelf of North-West Europe: Proceedings of the 2nd Conference Illing, L.V.
Hobson, G.D. London Institute of Petroleum Structural Geology North Sea Generic n? & Dixon, J.E.
Fitton, J.G.
Frost, R.T.C. 1981X The tectonic significance for post-Carboniferous igneous activity in the North Sea Basin 65-75b Petroleum Geology of the continental Shelf of North-West Europe: Proceedings of the 2nd Conference Illing, L.V.
Hobson, G.D. London Institute of Petroleum Structural Geology North Sea Generic S?) & Frost, R.T.C.
Fitch, F.J.
Miller, J.A. 1981E The age and nature of the crystalline basement of the North Sea Basin 43-57b Petroleum Geology of the continental Shelf of North-West Europe: Proceedings of the 2nd Conference Illing, L.V.
Hobson, G.D. London Institute of Petroleum Geology North Sea
Palaeozoic 9 ?* o = Gaarenstoom, L.
Tromp, R.A.J.
de Jong, M.C.
Brandenburg, A.M. 1993[ Overpressures in the Central North Sea: implications for trap integrity and drilling safety 1305-1313I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference 4 Parker, J.R. London The Geological Society Petroleum Geology Central North Sea GenericS internal-pdf://Gaarenstroom et al. (1993)-4199781961/Gaarenstroom et al. (1993).pdf3 d?+ Geluk, M.C. 1988' Geological aspects of geothermal energy 61-75. Geothermal energy and heat storage in aquifers 40
Hooghart.J.C. The Hague* TNO Communication on Hydrological Research Geothermics Netherlands9?, ! D Geluk, M.C.
van Wees, J.-D.
Grönloh, H.
Van Adrichem Boogaert, H.A. 1997] Palaeogeography and palaeotectonics of the Zechstein Group (Upper Permian) in the Netherlands 63-75G Proceedings of the XIII International Congres Carboniferous and Permian Kraków Geology Netherlands Permian D?- ! Geluk, M.C. 1998E Rifting in the Zechstein - models and implications for HC explorationX Proceedings of the symposium on behalf of the retirement of Mr. Ab van Adrichem Boogaert Haarlem Petroleum Geology Netherlands Permian
?. ! 0 Geluk, M.C.
Bruckner-Röhling, S.
Röhling, H.G. 2000] Salt occurrences in the Netherlands and Germany: New insights in the formation of salt basins 131-136+ Proceedings of the 8th World Salt Symposium
Evaporites Netherlands; Germany Permian ?0 ( Glennie, K.W.
Brooks, J.
Brooks, J.R.V. 1987C Hydrocarbon exploration and geological history of North West Europe 1-10& Petroleum Geology of North-West Europe Brooks, J.
Glennie, K. London Graham & Trotman Petroleum Geology Western Europe Generic ?3 ! Harsveldt, H.M. 1980< Salt resources in The Netherlands as surveyed mainly by AKZO 65-81: Contributions to the Fifth International Symposium on Salt Northern Ohio Geological Society Natural resources Netherlands Permian [ ?1 ! Goh, L.S. 19938 The Logger Field: Geology and Reservoir characterization 75-93j North Sea Oil and Gas Reservoirs - III, Proceedings of the 3rd North Sea Oil and Gas Reservoirs ConferenceL Aasen, J.O.
Buller, A.T.
Hjelmeland, O.
Holt, R.M.
Kleppe, J.
Torsæter, O. Trondheim Petroleum Geology NL North Sea
Cretaceous ?2
Graven, H. 2004, Squeezing salts: Examples from Gaz de France 29-37& Squeezing salts - an expensive problem Breunese, J.M.
Schroot, B.M. Utrecht TNO-NITG - EBN Petroleum Geology Netherlands Permian c?4 Heederik, J.P.
Huurdeman, A.J.N. 1988| Geothermal study of the Central Graben (North Brabant): evaluation of the results of an exploratory geothermal well in Asten 77-95. Geothermal energy and heat storage in aquifers 40
Hooghart.J.C. The Hague* TNO Communication on Hydrological Research Geothermics Netherlands Generic ; ?5 ! > Herngreen, G.F.W.
Van Hoeken-Klinkenberg, P.M.J.
De Boer, K.F. 1980^ Some remarks on selected palynomorphs near the Jurassic-Cretaceous boundary in The Netherlands 357-367H Proceedings of the IVth International Palynological Conference (1976-77) Lucknov
Palaeontology Netherlands Juras.?6 ! Herngreen, G.F.W.
de Boer, K.F. 1985 Palynology of the "Upper-Jurassic" Central Graben, Scruff, and Delfland Groups in the Dutch part of the North Sea continental shelf 695-7140 International Symposium on Jurassic Stratigraphy Erlangen
Palaeontology NL North Sea Jurassic [
?7 ! , Herngreen, G.F.W.
Lissenberg, T.
Witte, L.J. 1988 Dinoflagellate, sporomorph and micropaleontological zonation of Callovian to Ryazanian strata in the Central North Sea Graben, The Netherlands 745-762G Proceedings of the 2nd International Symposium on Jurassic Stratigraphy Lisboa
Palaeontology NL North Sea Jurassic ?8 Kriesels, P. 20042 Zechstein well engineering: A Groningen case study 20-28& Squeezing salts - an expensive problem Breunese, J.M.
Schroot, B.M. Utrecht TNO-NITG - EBN Engineering Geology Netherlands Permian V , ?9 o ( Lutgert, J.
Mijnlieff, H.
Breunese, J.N. 2005m Predicting gas production from future gas discoveries in the Netherlands: quantity, location, timing, quality 77-84r Petroleum Geology: North-West Europe and Global Perspectives - Proceedings of the 6th Petroleum Geology Conference 6 Dore, A.G.
Vining, B.A. London The Geological Society Petroleum Geology NetherlandL d(?: ! - Lutz, M.
Kaasschieter, J.P.H.
Van Wijhe, D.H. 1975U Geological factors controlling Rotliegend gas accumulations in the Mid-European Basin 93-103/ Proceedings of the 9th World Petroleum Congress Tokyo Petroleum Geology Europe PermianC inE ?; ! 0 Maureau, G.T.F.R.
van Wijhe, D.H.
van Veen, F.R. 1980D The use of advanced seismic techniques to study carbonate reservoirs 205-2111 Proceedings of the Tenth World Petroleum Congress Bucharest
Geophysics Generic GenericI ?< ! Molloy, F.A.
Haug, G.M.W. 1981E Application of 3-D reflection seismics in salt mining: a case history 45-54N Proceedings of the 2nd SME-SPE International Solution Mining Symposium Meeting Denver
Geophysics Generic Generic D @?= Perrot, J.
van der Poel, A.B. 1987 Zuidwal - a Neocomian gas field 325-335& Petroleum Geology of North-West Europe Brooks, J.
Glennie, K. London Graham & Trotman Petroleum Geology Netherlands D ?> # Crepieux, N.
Sacleux, M.
Mathis, B. 1998n Influence of the pressure on the petroleum system. Example from the Triassic in the Netherlands Central Graben 123-132& Overpressures in Petroleum Exploration 22 Mitchell, A.
Grauls, D. Elf EP-Editions Memoir Petroleum Geology NL North Sea TriassicH??
} Eysink, W.D.
Dijkema, K.S.
van Dobben, H.F.
Slim, P.A.
Smit, C.J.
de Vlas, J.
Sanders, M.E.
Wiertz, J.
Schouwenberg, E.P.A.G. 2000U Monitoring effecten van bodemdaling op Ameland-Oost - evaluatie na 13 jaar gaswinning4 Begeleidingscommissie monitoring bodemdaling Ameland
Subsidence Netherlands Generic $?@ 9 Gaupp, R.
Matter, A.
Platt, J.
Ramseyer, K.
Walzebuck, J. 1993i Diagenesis and fluid evolution of deeply buried Permian (Rotliegendes) gas reservoirs, Northwest Germany 1111-11285 American Association of Petroleum Geologists Bulletin 77
Diagenesis Germany Permian m ?A ! Geluk, M.C.
Mijnlieff, H.F. 2001 Controls on the distribution and thickness of Permian basal Upper Rotliegend sandstones, the Netherlands: probing the limits of the Rotliegend play area Extended abstract P522H 63rd Conference of the European Association of Geoscientists & Engineers Amsterdam Clastic sedimentology Netherlands Permian }3 ?C Mijnssen, F.C.J. 19978 Modelling of sandbody connectivity in the Schooner Field 169-180= Petroleum Geology of the Southern North Sea: Future Potential 123# Ziegler, K.
Turner, P.
Daines, S.R. London& Geological Society Special Publication Petroleum Geology UK North Sea
Car*?D
NAM 2000 Bodemdaling door aardgaswinning. Groningen veld en randvelden in Groningen, Noord Drenthe en het oosten van Friesland – Status rapport 2000 en prognose tot het jaar 2050 2000 02 000410 Assen! Nederlandse Aardolie Maatschappij
Subsidence Netherlands Generic -3 5D?E TNO-NITG 2003h Explanation to Map Sheet XI and XII: Middelburg-Breskens and Roosendaal-Terneuzen + Map Sheet XI and XIIC Geological Atlas of the Subsurface of the Netherlands (1 : 250 000) UtrechtL Netherlands Institute of Applied Geoscience TNO - National Geological Survey Geology ?G
Roels, H.J.M. 2001) Groningen field, past, present and future 12-14" Netherlands Journal of Geosciences 80 1 Petroleum Geology Netherlands Permian7 internal-pdf://Roels (2001)-2208372481/Roels (2001).pdf ?H Van Lith, J.G.J. 19830 Gas fields of Bergen consession, The Netherlands 63-74 Geologie en Mijnbouw 62 Kaaschieter, J.P.H.
Reijers, T. The Hague Petroleum Geology Netherlands Permian= in &ers (1983).pdf ?I Verberg, G.H.B. 2001% Groningen, Gasunie and the gas market 1-15" Netherlands Journal of Geosciences 80 1 Petroleum Geology Netherlands Generic; internal-pdf://Verberg (2001)-2409787905/Verberg (2001).pdf ?J 8 Bless, M. J. M.
Bouckaert, J.
Finger, J.A.M.
Paproth, E. 1984D Oorsprong en winning van steenkool langs Henne, Samber, Maas en Worm 68 Geofiles History Belgium
Carboniferous ?K Bosch, P.W. 19899 Voorkomen en gebruik van natuurlijke bouwsteen in Limburg 215-222 Grondboor & Hamer 43 Natural resources Netherlands Generic ?L
Burger, K. 1982 Kohlentonsteine als Zeitmarken, ihre Verbreitung und ihre Bedeutung für die Exploration und Exploitation von Kohlenlagerstätten 201-2553 Zeitschrift der Deutschen Geologischen Gesellschaft 133 Stratigraphy Western Europe
Carboniferous ?M
Frikken, H.W. 1999^ Reservoir-geological aspects of productivity and connectivity of gas fields in the Netherlands 92 Delft Technical University Petroleum Geology Netherlands Generic
$?N Kent, P. E. 1985" Onshore oil exploration, 1930-1964 56-64 Marine and Petroleum Geology 2 1 History Netherland ?O
Kimpe, W.F.M. 1962p Die bisherigen Kaolin-Kohlentonsteine-Funde im Oberen Westfal A und Unteren Westfal B Südlimburgs (Niederlande) 605-6188 Fortschritte in der Geologie von Rheinland und Westfalen 3 2 Clastic sedimentology Netherlands
Carboniferous U|?P
Kimpe, W.F.M. 1963U Ganister, a refractory quartzite in theWestphalian A, South Limburg (The Netherlands) 47-60e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie 21 2
Mineralogy Netherlands
?Q Kirton, S.R. 1984f Carboniferous volcanicity in England with special reference to the Westphalian of the E and W Midlands 161-170! Journal of the Geological Society 141 1 Magmatism UK
CJ ?R Langenaeker, V.
Dusar, M. 1992y Subsurface facies analysis of the Namurian and earliest Westphalian in the western part of the Campine Basin (N. Belgium) 161-172 Geologie en Mijnbouw 71 Geology Belgium
Carb d?S
Rijks Geologische Dienst, 1988l Rapport betreffende de stratigrafische ouderdom van een in de boring Hogeweg-1 (NAM) gevonden vulkanische as GB 2214a/GD 20225 Heerlen Rijks Geologische Dienst Stratigraphy Nethe/ ?U Stuffken, J. 1987 Coal mining 153-160G Seventy-five years of geology and mining in the Netherlands (1912-1987)- Visser, W.A.
Zonneveld, J.I.S.
van Loon, A.J. The Hague> Royal Geological and Mining Society of the Netherlands (KNGMG) History Netherla
?V ) Süss, M. P.
Drozdzewski, G.
Schaefer, A. 2000C Sequenzstratigraphie des kohlenfürenden Oberkarbons im Ruhr-Becken 45-106 Geologisches Jahrbuch A156 Stratigraphy Germany
Carboniferous N7 ?W Van Tongeren, P.C.H. 1987 Renewed interest in coal 231-242G Seventy-five years of geology and mining in the Netherlands (1912-1987)- Visser, W.A.
Zonneveld, J.I.S.
van Loon, A.J. The Hague> Royal Geological and Mining Society of the Netherlands (KNGMG) Natural resources Netherlan ?X
Bacaud, B. 20046 Squeezing Salts: Experience within Total E&P Nederland 3-19& Squeezing salts - an expensive problem Breunese, J.M.
Schroot, B.M. Utrecht TNO-NITG - EBN Petroleum Geology Netherlands Permian
?Y Reemst, P.
Geluk, M.C. 2004C An overview of squeezing salts offshore and onshore the Netherlands 65-77& Squeezing salts - an expensive problem Breunese, J.M.
Schroot, B.M. Utrecht TNO-NITG - EBN Petroleum Geology Netherlands Permian ?Z
Renoux, P. 1991X Well log and seismic response of Permo-Triassic evaporites, Zechstein-Muschelkalk-Keuper 229-240@ Generation, accumulation and production of Europe's hydrocarbons 1
Spencer, A.M. BerlinJ Special Publication of the European Association of Petroleum Geoscientists
Evaporites Europe Permian, Triassic9 internal-pdf://Renoux (1991)-3485409553/Renoux (1991).pdf '
?[ ! & Schokking, F.
Lokhorst, A.
Geluk, M.C. 1992O Geological framework for planning the use of the underground in The Netherlands 76-90c Proceedings of the 5th International Conference on Underground Space and Earth Sheltered Structures Delft Geology Netherlands Generic $ 0?\ Schoonbeek, J.B. 1976K Land subsidence as a result of gas extraction in Groningen, The Netherlands 267-284.4 International Association of Hydrological Scientists 121
Subsidence NetherlandsFD?] ! Schuurman, W.M.L. 1998 Carboniferous high-resolution stratigraphy the integrated approach - an example from the Cleaver Bank High Area, offshore The NetherlandsX Proceedings of the symposium on behalf of the retirement of Mr. Ab van Adrichem Boogaert Haarlem Stratigraphy Netherlands
Carboniferous ?^ ! Stewart, C.D.
Williamson, D.R. 1988= Horizontal drilling aspects of the Helder field redevelopment 415-426" Proceedings of the 20th Annual OTC Houston Engineering Geology Netherlands Generic l?_ ! Sung, G.C.L. 1955( The Wealden Formation in the Netherlands 151-160. Fourth World Petroleum Congress, Section I/A/3 Geology Netherlands
Cre ?` ! Tesch, P. 1928= On the occurrence of igneous rocks in the Dutch Carboniferous 731-732Z Compte Rendu, Premier Congrès pour l'Avancement des Études de Stratigraphie Carbonifère Heerlen Magmatism Netherlands
Carboniferous K?a Urai, J.L.
Schleder, Z. 2004 Squeezing salts: Review of relevant salt rheologies, models of flow around borehole and a case study of salt flow around a casing 78-89& Squeezing salts - an expensive problem Breunese, J.M.
Schroot, B.M. Utrecht TNO-NITG - EBN Engineering Geology Netherlands Permian ?b ! 7 Veld, H.
Jansen, N.N.M.
Fermont, W.J.J.
Pagnier, H.J.M. 1993 Coal facies interpretations and vitrinite reflectance variations in Carboniferous coals from well Limbricht-1/1a, the Netherlands 267-278k Comptes Rendus Douzième Congrès International de la Stratigraphie et Géologie du Carbonifère et Permien Buenos Aires Organic geochemistry Netherlands
Carboniferous ?c !
Walter, F. 19953 The status of geothermal energy in the Netherlands. 279-281, Proceedings of the World Geothermal Congress/ Barbier, E.
Frye, G.
Iglesias, E.
Pálmason, G.h ?d ! ( Van Waterschoot van der Gracht, W.A.J.M. 1938w A structural outline of the Variscan front and its foreland from south-central England to eastern Westphalia and Hessen 1485-1565` Comptes Rendus Deuxième Congrès pour l'Avancement des Études de Stratigraphie Carbonifère Heerlen Structural Geology Western Europe
Carboniferous 3 L?e ! Van Wijhe, D.H. 1981@ The Zechstein 2 Carbonate exploration in the Eastern Netherlands 574-586D Proceedings of the International Symposium Central European Permian Warszawa Petroleum Geology Netherlands Permian? int
?f De Wijn, B. 2004L Salt expectations: where one should hope for the best and fear for the worst 38-64& Squeezing salts - an expensive problem Breunese, J.M.
Schroot, B.M. Utrecht TNO-NITG - EBN Engineering Geology Netherlands Permian kS ?g ! Wildenborg, A.F.B.
Cloetingh, S.A.P.L.
de Mulder, E.F.J.
van Balen, R.T.
van Dijke, J.J.
van Gijssel, K.
Veldkamp, A.
Daudre, B.
Remmelts, G. 1994L Toward a predictive barrier model for Zechstein rock salt in the Netherlands 409-425! Actes du Colloque Géoprospective UNESCO Paris
Evaporites 18-19 April 1994R
?h
x Wildenborg, A.F.B.
Geluk, M.C.
De Groot, Th.A.M.
Remmelts, G.
Klaver, G.Th.
Obdam, A.N.M.
Ruizendaal, A.
Steins, P.J.T. 1996g Evaluation of salt bodies and their overburden in the Netherlands for the disposal of radioactive waste Report 30012/ER Haarlem Rijks Geologische Dienst Geology Netherlands Permian ?i o Winstanley, A.M. 1993O A review of the Triassic play in the Roer Valley Graben, SE onshore Netherlands 595-607I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference 4 Parker, J.R. London The Geological Society Petroleum Geology Netherlands TriassicA internal-pdf://Winstanley (1993)-3889688663/Winstanley (1993).pdf m' ?j !
Ziegler, P.A. 19814 Evolution of sedimentary basins in North-West Europe 3-39 Petroleum Geology of the continental Shelf of North-West Europe: Proceedings of the 2nd Conference on Petroleum Geology of the Continental Shelf of North-West Europe Illing, L.V.
Hobson, G.D.N M}?k
Boeke, H.E. 1913P Petrografisch onderzoek van de zoutkernen der diepboring "Ratum" bij Winterswijk 3-88 Jaarverslag der Rijksopsporing van Delfstoffen over 1913 Petrology7 Elektrische Drukkerij ?l
B Bless, M.J.M.
Bouckaert, J.
Calver, M.
Dejonghe, L.
Graulich, J.M. 1977, Olie en gas in het pre-Perm van West Europa? 58 148 1977/11 148 Haarlem Rijks Geologische Dienst Petroleum Geology Western Europe ?m Van der Berg, M.W. 1996h Fluvial sequences of the Maas: a 10 Ma record of neotectonics and climatic change at various time-scales 181
Wageningen Wageningen University Geology Netherlands Cenozoic $ ?n Borkhataria, R. 2004 Integrated exploration and production-scale reservoir prediction in 'grainy' and 'muddy' epeiric carbonate ramp deposits: the Muschelkalk (Triassic), The Netherlands 163 Tübingen University Tübingen Petroleum Geology Netherlands Triassic ?o Brouwer, G.C.
Coenen, M.J. 1968 Nederland = Aardgasland 301
Amersfoort Roelofs van Goor Natural resources Netherlands Generic ?p 6 Van der Burgh, J.
van Rooyen, P.
van Amerom, H. W. J. 1987; Bruinkool, 20 milioen jaar geschiedenis van een energiebron 46
RGD report Haarlem Rijks Geologische Dienst History Netherlands Cenozoic ?q
Dirven, J. 1995< The Mesozoic of the Achterhoek area, the eastern Netherlands 76 Utrecht Utrecht University Geology Netherlands Mesozoic ?r Fokker, P.A. 1995& The behaviour of salt and salt caverns 143 Delft Technical University Engineering Geology Generic Permian ?s
GAPS 1994, Coalbed methane potential of the Netherlands 60 Warmond GAPS Nederland B.V. Petroleum Geology Netherlands Generic ?t
Glennie, K.W. 1998 Early Permian - Rotliegend 25-626 Introduction to the Petroleum Geology of the North Sea
Glennie, K.W. Oxford Blackwell Scientific Publishing Geology North Sea Permian ?u
Glennie, K.W. 1998B Introduction to the petroleum geology of the North Sea 4th edition 402 Oxford Blackwell Petroleum Geology North Sea Generic ?v
Glennie, K.W. 1998F Petroleum Geology of the North Sea, Basic concepts and recent advances 636 Oxford Blackwell Petroleum Geology North Sea Generic ?w
Haenel, R. 1979: Atlas of subsurface temperatures in the European Community Hannover Schäfer Drückerei Geothermics Europe Generic ?x Haenel, R.
Staroste, E. 1988P Atlas of geothermal resources in the European Community, Austria and Switserland Publ. Nr. Eur 11026 Luxemburg Geothermics Europe Generic ?y
Kemper, E. 1992- Die tiefe Unterkreide im Vechte-Dinkel Gebiet 95' Stichting Het Staringmonument te Losser Geology Netherlands
Cretaceous /?z Kuhlmann, G. 2004h High resolution stratigraphy and paleoenvironmental changes in the southern North Sea during the Neogene 205 PhD Utrecht Utrecht University Geology
08-09-2004 Southern North Sea Neogene= internal-pdf://Kuhlmann (2004)-1041262849/Kuhlmann (2004).pdf ?{ Lee, M.J. 1984c Diagenesis of the Permian Rotliegendes Sandstone, North Sea: K-Ar, O18-O16, and petrologic evidence 362 Cleveland, Ohio Case Western Reserve University
Diagenesis North Sea Permian ?|
! Ministerie van Economische Zaken, 19943 Olie en gas in Nederland 1993; opsporing en winning 99 Den Haag Petroleum Geology Netherlands Generic D?} @ Van Montfrans, H.M.
de Graaff, L.W.S.
Mourik, J.M.
Zagwijn, W.H. 1988: Geologie van Nederland, Deel 2, Delfstoffen en Samenleving 83 Den Haag( Rijks Geologische Dienst, SDU Uitgeverij Natur ?~ F De Mulder, E.F.J.
Geluk, M.C.
Ritsema, I.
Westerhoff, W.E.
Wong, Th.E. 2003 De ondergrond van Nederland 379 Utrecht TNO-NITG Geology Netherlands Generic ?
Nalpas, T. 1996c Inversion des Grabens du sud de la Mer du Nord. Données de sub-surface et modélisation analogique 248 Rennes University of Rennes Structural Geology Southern North Sea Cretaceous; Palaeogene } ? Nederlandse Gasunie N.V., 1980 Basisgegevens aardgassen 185 Petroleum Geology Netherlands Generic
? m Novem 2001Z Potential for CO2 sequestration and enhanced Coalbed Methane production in the Netherlands 105 Petroleum Geology Netherlands Generic ? Pannekoek, A.J. 1956 Geological history of the Netherlands - Explanation to the general geological map of the Netherlands on the scale of 1 : 200 000 154 Den Haag% Staatsdrukkerij- en Uitgeverijbedrijf Geology Netherlands Generic T ? Rebelle, M. 1986 Sédimentologie, géochimie et palynologie du bassin évaporitique du Zechstein à partir de données de sub-surface (Mer du Nord, Hesse - R.F.A.-) 8 Paris# Laboratoire de Géologie du Muséum
Ev ? Staatstoezicht op de Mijnen, 1962@ Verslag van de Inspecteur-Generaal der Mijnen over het jaar 1960 175 Den Haag$ Staatsdrukkerij- en Uitgeversbedrijf History Netherlands Generic ? Staatstoezicht op de Mijnen, 1968@ Verslag van de Inspecteur-Generaal der Mijnen over het jaar 1967 Den Haag$ Staatsdrukkerij- en Uitgeversbedrijf History Netherlands Generic ? Staatstoezicht op de Mijnen, 19906 Jaarverslag van de Inspecteur-Generaal der Mijnen 1989 192 Rijswijk History Netherlands Generic ? Staring, W.C.H. 1869 Geologische kaart van Nederland. 27 bladen, schaal 1:200.000. Uitgevoerd door het Topografisch Bureau van Oorlog, uitgegeven op last van Z.M. den Koning Haarlem
A ? Staring, W.C.H. 1860 De bodem van Nederland. De zamenstelling en het ontstaan van de gronden van Nederland ten behoeve van het algemeen beschreven. Deel II 480 2 2 Haarlem
A.C. Kruseman Geology Netherlands Cenozoic ? Tesch, P. 1924h Verslag over de onderzoekingen der Rijksopsporingsdienst van Delfstoffen gedurende het tijdvak 1920-1923 29 Den Haag Algemeene Landsdrukkerij History Netherlands Generic ?
Veldkamp, J. 19518 The geomagnetic field of the Netherlands reduced to 1945 30 134 De Bilt. Koninklijk Nederlands Metereologisch Instituut
Geophysics Netherlands Generic ? ( Van Waterschoot van der Gracht, W.A.J.M. 1913F Jaarverslag van de Dienst der Rijksopsporing van Delfstoffen over 1912 179 Amsterdam History Netherlands Generic A܄?
Ziegler, P.A. 1982. Geological Atlas of Western and Central Europe 130 AmsterdamX Shell Internationale Petroleum Maatschappij B.V.; Elsevier Scientific Publishing Company Geology Western ? Zijlstra, J.J.P. 1995; The sedimentology of chalk. Lecture notes in earth sciences 194 54 Berlin Springer-Verlag Carbonate sedimentology Western Europe
Cretaceous ` ? 0 De Jong, M.G.G.
Nio, S.D.
Smith, D.G.
Bohm, A.R. 2007} Subsurface correlation in the Upper Carboniferous (Westphalian) of the Anglo-Dutch Basin using climate stratigraphic approach 49-59 First Break 25 Stratigraphy Southern North Sea
CarboniferousI internal-pdf://De Jong et al. (2007)-2798827521/De Jong et al. (2007).pdfu? 4 Stephenson, M.H.
Millward, D.
Leng, M. J.
Vane, C.H. 2008{ Palaeoecological and possible evolutionary effects of early Namurian (Serpukhovian, Carboniferous) glacioeustatic cyclicity 993-1005! Journal of the Geological Society 165
Palaeontology UK
CarboniferousQ internal-pdf://Stephenson et al. (2008a)-2657666576/Stephenson et al. (2008a).pdf ? V Stephenson, M.H.
Angiolini, L.
Cozar, P.
Jadoul, F.
Leng, M.J.
Millward, D
Chenery, S. 2010c Northern England Serpukhovian (early Namurian) farfield responses to southern hemisphere glaciation 1171-1184! Journal of the Geological Society 167 6 Stratigraphy UK
CarboniferousO internal-pdf://Stephenson et al. (2010)-1057598920/Stephenson et al. (2010).pdf Y? $ Maguire, P.
England, R.
Hardwick, A. 2011} LISPB DELTA, a lithospheric seismic profile in Britain: analysis and interpretation of the Wales and southern England section 62-82! Journal of the Geological Society 168 1
Geophysics UK PaleozoicI internal-pdf://Maguire et al. (2011)-3155247560/Maguire et al. (2011).pdf V Sea PermianE internal-pdf://Jenyon et al (1984)-4212496840/Jenyon et al (1984).pdf VSea CenozoicE internal-pdf://Jordt et al. (1995)-1226322632/Jordt et al. (1995).pdf C
s Generic5 internal-pdf://Kent (1985)-3826889160/Kent (1985).pdf G
rboniferous9 internal-pdf://Kettel (1988)-2350579912/Kettel (1988).pdf Z GenericO internal-pdf://Kossow & Krawczyk (2002)-1578925256/Kossow & Krawczyk (2002).pdf ! c CretaceousU internal-pdf://Küh9? Schwarzer, D.
Littke, R. 2007 Petroleum generation and migration in the ‘Tight Gas’ area of the German Rotliegend natural gas play: a basin modelling study 37-62 Petroleum Geoscience 13 Petroleum Geology The Northwest German Basin is an important hydrocarbon province with considerable reserves of natural gas accumulated at its centre. To unravel the
thermal and maturation history of the Carboniferous source rocks, particularly gas generation and migration, a combined petrological–geochemical and numerical basin modelling study was performed. Generally two main phases of maturation can be assigned to the Triassic–Late Jurassic and latest Cretaceous–Present intervals. Maturity data reflect the latter event and are consistent with a variable heat flow of 60–63 mW m2 during Cretaceous–Tertiary burial which accounts for considerable late gas generation. Vitrinite reflectance data and maturity modelling show the Top pre-Permian strata in the northern part of the basin to be in the gas window at present, with a rather uniform maturity of VRr = 1.5% to 2.0% (at 4600–5100 m). However, the important top coal marker is at different depth levels and reveals a more complex coalification pattern, suggesting a strong structural control on maturation of source rocks. This effect is influenced locally by the high thermal conductivity of large salt bodies in the overburden. A significant delay in gas generation from source rocks at elevated horst blocks can be observed. The generation and migration of pre-Westphalian gas started during Late Carboniferous times, when much of the gas was lost from the basin due to ineffective seals. With ongoing burial, gas migration from Westphalian source rocks started in Early Triassic times within Permian graben areas, but was actually delayed until the Late Cretaceous at highly elevated horst blocks. The gas from early migration phases was replaced almost entirely by successively younger Westphalian gas. Germany PermianQ internal-pdf://Schwarzer & Littke (2007)-0779037200/Schwarzer & Littke (2007).pdf W? McCann, T.
Skompski, S.
Poty, E.
Dusar, M.
Vozavora, A.
Schneider J.
Wetzel, A.
Krainer, K.
Kornpihl, K.
Schaefer, A.
Krings, M.
Oplustil, S. 2008
Carboniferous 411-530 The Geology of Central Europe 1: Precambrian and Paleozoic
McCann, T. London The Geological Society Geology Western Europe
Carboniferous ? o Timbrell, G. 1993d Sandstone architecture of the Balder Formation depositional system, UK Quadrant 9 and adjacent areas 107-121I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference 4 Parker, J.R. London The Geological Society Petroleum Geology UK North Sea
Palaeogene= internal-pdf://Timbrell (1993)-3504559882/Timbrell (1993).pdf ?
" Gientka, M.
Malon, A.
Tyminski, M. 20071 Bilans zasobow kopalin i wod podziemnych w Polsce Warsaw Petroleum Geology Poland Generic H ? o B Roberts, A.M.
Yielding, G.
Kusznir, N.J.
Walker, I.
Dorn-Lopez, D. 1993u Mesozoic extension in the North Sea: constraints from flexural backstripping, forward modelling and fault populations 1123-1136I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference 4 Parker, J.R. London The Geological Society Structural Geology North Sea MesozoicI internal-pdf://Roberts et al. (1993)-0111331078/Roberts et al. (1993).pdf
? Megson, J
Hardman, R. 2001i Exploration for and development of hydrocarbons in the Chalk of the North Sea: a low permeability system 3-12 Petroleum Geoscience 7 1 Petroleum GeologyD It is evident that all or most North Sea Chalk fields have dipping oil–water contacts and that some also have dipping free water levels. Furthermore, there are Chalk fields, such as South Arne (Denmark) and Joanne (UK) with steeply dipping oil–water contacts and a large element of non-structural trapping, while other discoveries, such as the recent Halfdan discovery northwest of the Danish Dan Field, have no element of structural trapping and appear to lie on a Tertiary migration pathway. It is also evident that the presence of North Sea Chalk oil, both as fields and shows, is localized and, generally, confined to areas of early source maturation – although there are exceptions, such as the UK Fife and Flora Chalk oil accumulations, which are distant from a source basin.
We believe that these attributes reflect the same cause, that is the very low lateral and vertical permeability (typically 0.1 to 1 mD air permeability) of the Chalk system. Our hypothesis is that oil enters the Chalk from the Jurassic at a limited number of entry points within the early mature basin and, only if the oil reaches Chalk of relatively high permeabilities, normally the Tor Formation, does the oil migrate significant distances laterally. This oil migration occurs at geological timescales, i.e. kilometres over millions of years and we, therefore, have to consider the configuration of the Chalk – with respect to migration routes and traps – at the time the oil was injected into the Chalk and began to migrate through it, which was normally prior to the North Sea Miocene inversion and later tilting. There is considerable evidence for trapping in Chalk palaeostructural traps; oil migrated into a palaeohigh, segregated vertically and is trapped by the low oil relative permeabilities within the transition zone when the trap later tilts. Another trapping mechanism is the migration trap, as described for the Halfdan discovery in Denmark, where, in an area mature for Chalk exploration, oil has been discovered in continuity with the Dan Field but with a free water level 700 ft lower. This type of trap may contain significant reserves of oil in chalks of 1 mD permeability and, in recent years, it has become possible to exploit chalks of this nature commercially. It is also possible to develop these chalks when no effective natural fracture system exists. North Sea
CretaceousM internal-pdf://Megson & Hardman (2001)-2114843136/Megson & Hardman (2001).pdf ? Abramovitz, T.
Thybo, H. 1998q Seismic structure across the Caledonian Deformation Front along MONA LISA profile 1 in the southeastern North Sea 153-176 Tectonophysics 288 1-4{ MONA LISA, seismic data. Caledonian collision, Baltica, Avolonia. crustal structure, lithospheric velocity structure, Moho.
Geophysics D North Sea
PalaeozoicO internal-pdf://Abramovitz et al. (1998)-0138036501/Abramovitz et al. (1998).pdf ? Abramovitz, T.
Thybo, H. 2000| Seismic images of Caledonian, lithosphere-scale collision structures in the southeastern North Sea along MONA LISA profile 2 27-54 Tectonophysics 317 1-2 Baltica, Caledonian orogeny, deep seismic refraction data, Eastern Avolonia, MONA LISA profile 2, North Sea, shear zone, upper mantle
Geophysics Southern North Sea
PalaeozoicQ internal-pdf://Abramovitz & Thybo (2000)-0825164800/Abramovitz & Thybo (2000).pdfc 0?
André, L. 1991 The concealed crystalline basement in Belgium and the 'Brabantia' microplate concept: constraints from the Caledonian magmatic and sedimentary rocks 117-139/ Annales de la Société Géologique de Belgique T. 114 Structural Geology Belgium
Pa ? Bekendam, R.F. 1996M Subsidence over solution cavities in salt in the Twenthe-Rijn Concession Area 138 Rotterdam Delft University of Technology
Subsidence Netherl'? ' Bekendam, R.F.
Oldenziel, C.
Paar, W.A. 2000p Prediction of time-dependent subsidence, tilt and horizontal strain over upwards migrated salt solution cavities 221-227 8th World Salt Symposium 1 Geertman, R.M. Amsterdam Elsevier
Subsidence Netherlands Generic ? Bischoff, F.
Wolburg, J. 1963' Zur Entwicklung des Obermalm im Emsland 445-472 Erdöl-Erdgas Zeitschrift 79 Petroleum Geology Germany Jurassic M?
Blanche, J.B. 1973a The Rotliegendes Sandstone Formation of the United Kingdom sector of the Southern North Sea Basin B85-B89 Mining and Metallurgy 82 Clastic sedimentology UK North Sea S ? Bless, M.J.M.
Bouckaert, J. 1988d Suggestions for a deep seismic investigation North of the Variscan mobile belt in the SE Netherlands 229-241/ Annales de la Société Géologique de Belgique 111
Geophysics Netherlands
Pala ? b Boigk, H.
Grahle, H.G.
Hoffmann, K.
Hollstein, W.
Kuehne, F.
Richter, W.
Schneeloth, H.
Wagner, R. 1960 Zur Geologie des Emslandes 419 Geologisches Jahrbuch 37 Geology Germany Generic ? Bredewout, J.W.
Goulty, N.R. 1986 Some shallow seismic reflections 15-23 First Break 4 12
Geophysics Generic CenozoicQ internal-pdf://Bredewout & Goulty (1986)-3903113012/Bredewout & Goulty (1986).pdf3? l 2 Buurman, P.
Jongmans, A.G.
Kasse, C.
van Lagen, B. 1999 Discussion: Oil seepage or fossil podzol? An Early Oligocene oil seepage at the southern rim of the North Sea Basin, near Leuven (Belgium) by E.D. van Riessen and N. Vandenberghe, Geologie en Mijnbouw 74: 301-312 (1996) 93-98 Geologie en Mijnbouw 77 1 Petroleum Geology Belgium
PalaeogeneI internal-pdf://Buurman et al. (1999)-3536587649/Buurman et al. (1999).pdf ? Buyze, D. 1985! Oplosmijnbouw van magnesiumzouten 54-59 De Ingenieur 97 6 Engineering Geology Generic Generic ? Crittenden, S. 1987o Aptian lithostratigraphy and biostratigraphy (Foraminifera) of Block 49 in the southern North Sea (U.K. sector) 11-20 Journal of Micropalaeontology 6 Stratigraphy UK North Sea
Cretaceous ? Demoulin, A. 1987M The distribution of Cretaceous deposits on the Haute Fagnes plateau (Belgium) 147-150 Geologie en Mijnbouw 66 2 Stratigraphy Belgium
T? Demyttenaere, R. 1989> The Post-Paleozoic geological history of north-eastern Belgium 49-81. Proceedings of the Academy of Science, Belgium 51 4 Geology Belgium Mesozoic ? ' Eggink, J.W.
Riegstra, D.E.
Suzanne, P. 1996S Using 3D seismic to understand the structural evolution of the UK Central North Sea 83-96 Petroleum Geoscience 2 Structural Geology UK North Sea Generic ? % Eigenfeld, R.W.F.
Eigenfeld-Mende, I. 1986l Niederländische permokarbone basische Magmatite als Fortsetzung der spilisierten Effusiva in NW-Deutschland 11-21% Mededelingen Rijks Geologische Dienst 40 Magmatism Netherlands; Germany Carboniferous; Permian .D?
3 Van Eijs, R.M.H.E.
Breunese, J.N.
Pöttgens, J.J.E. 1999N Bodemdaling door zoutwinning in de concessie Barradeel; Waarneming en prognose NITG-TNO report Utrecht/ Netherlands Institute of Applied Geoscience TNO
Subsidence ? Faber, F.J. 19609 Geologie van Nederland, deel IV. Aanvullende hoofdstukken 607 Gorinchem Noordduyn & Zoon Geology Netherlands Generic ? o
Bain, J.S. 1993I Historical overview of exploration of Tertiairy plays in the UK North Sea 5-13I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference 4 Parker, J.R. London The Geological Society Petroleum Geology UK North Sea Cenozoic5 internal-pdf://Bain (1993)-2035472640/Bain (1993).pdf;? Kozur, H. W.
Bachmann, G.H. 2008] Updated correlation of the Germanic Triassic with the Tethyan scale and assigned numeric ages 53-58' Berichte der Geologischen Bundesanstalt 76 Stratigraphy Germany TriassicM internal-pdf://Kozur & Bachmann (2008)-4032323584/Kozur & Bachmann (2008).pdf ? Lervik, K.S. 2006: Triassic lithostratigraphy of the Northern North Sea Basin 93-116 Norwegian Journal of Geology 86 Stratigraphy Northern North Sea Triassic9 internal-pdf://Lervik (2006)-4250546176/Lervik (2006).pdf ? [ Petersen, H.I.
Nielsen, L.H.
Bojesen-Koefoed, J.A.
Mathiesen, A.
Kristensen, L.
Dalhoff, F. 2008 Evaluation of the quality, thermal maturity and distribution of potential source rocks in the Danish part of the Norwegian–Danish Basin 273 Geological Survey of Denmark and Greenland Bulletin 16 Geology Denmark GenericK internal-pdf://Petersen et al. (2008)-3395163648/Petersen et al. (2008).pdfn? Worum, G.
Michon, L. 2005 Implications of continuous structural inversion in the West Netherlands Basin for understanding controls on Palaeogene deformation in NW Europe 73-85! Journal of the Geological Society 162 Structural Geology Western Europe
PalaeogeneK internal-pdf://Worum & Michon. (2005)-2919356929/Worum & Michon. (2005).pdf ?Z Ribbert, K.-H. 1998D Devonische Schichtenfolgen im Untergrund der Niederrheinischen Bucht 9-478 Fortschritte in der Geologie von Rheinland und Westfalen 37 Geology Germany Devonian ? o % Knipe, R.J.
Cowan, G.
Balendran, V.S. 1993X The tectonic history of the East Irish Sea Basin with reference to the Morecambe Fields 857-866I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology Ireland GenericE internal-pdf://Knipe et al. (1993)-0897236230/Knipe et al. (1993).pdfZ? : Krooss, B.
Plessen, B.
Machel, H.G.
Lueders, V.
Littke, R. 20080 Origin and distribution of non-hydrocarbon gases 433-458N Dynamics of Complex Intracontinental Basins: The Central European Basin System. Littke, R.
Bayer, U.
Gajewski, D.
Nelskamp, S. Berlin Springer-Verlag Petroleum Geology Western Europe Generic ?, Burgess, P.M.
Gayer, R.A. 2000 Late Carboniferous tectonic subsidence in South Wales; implications for Variscan basin evolution and tectonic history in SW Britain 93-104" Journal of the Geological Society 157 Part 1 Carboniferous-; Coal-Measures; correlation-; crust-; deformation-; direct-problem; Europe-; flexure-; Great-Britain; Hercynian-Orogeny; lithofacies-; loading-; models-; Namurian-; orogeny-; Paleozoic-; prediction-; reconstruction-; South-Wales; stratigraphy-; subsidence-; synsedimentary-processes; tectonics-; thickness-; United-Kingdom; Upper-Carboniferous; Wales-; Western-Europe; Structural-geology; Stratigraphy Structural Geology UK
CarboniferousK internal-pdf://Burgess & Gayer (2000)-2471932867/Burgess & Gayer (2000).pdf S
PalaeozoicC internal-pdf://Cocks et al (2000)-2220387267/Cocks et al (2000).pdf V PalaeogeneG internal-pdf://Bujak & Mudge (1994)-1935323331/Bujak & Mudge (1994).pdf Za
QuaternaryI internal-pdf://Cameron et al. (1987)-4032587971/Cameron et al. (1987).pdf M UK Generic= internal-pdf://Chadwick (1993)-2807980995/Chadwick (1993).pdf `arboniferousQ internal-pdf://Chadwick & Holiday (1991)-3261066691/Chadwick & Holiday (1991).pdf McI internal-pdf://Clausen et al. (1999)-1902262979/Clausen et al. (1999).pdf TlaeozoicI internal-pdf://Cocks & Fortey (1982)-3143859139/Cocks & Fortey (1982).pdf Y PalaeozoicK internal-pdf://Torsvik & Cocks (2004)-2053554883/Torsvik & Cocks (2004).pdf [
CarboniferousK internal-pdf://Corfield et al. (1996)-0443567555/Corfield et al. (1996).pdf e
Pural Geology Germany
PalaeozoicM internal-pdf://Dallmeyer et al. (1999)-1030917315/Dallmeyer et -
PalaeogeneS internal-pdf://De Batist & He6? & Heeremans, M.
Faleide, J.
Larsen, B.T. 2004N Late Carboniferous-Permian of NW Europe: an introduction to a new regional map 75-883 Permo-Carboniferous Magmatism and Rifting in Europe 223Q Wilson, M.
Neumann, E.-R.
Davies, G.R.
Timmerman, M.J.
Heeremans, M.
Larsen, B.T. London& Geological Society Special Publication Magmatism Western Europe Carboniferous; Permian internal-pdf://Heeremans et al. (2004)-1044274177/Heeremans et al. (2004).pdf
internal-pdf://Heeremans et al. (2004, map)-0842954753/Heeremans et al. (2004, map).pdf 8 ? Blom, F.
Bacon, M. 2009q Application of direct hydrocarbon indicators for exploration in a Permian-Triassic play, offshore the Netherlands 37-44 First Break 27 3 Petroleum Geology Netherlands Permian, TriassicE internal-pdf://Blom & Bacon (2009)-2479704577/Blom & Bacon (2009).pdf ? Glennie, K. 2007= Some geological advances resulting from North Sea exploration 87-97 First Break 25 Petroleum Geology North Sea Generic; internal-pdf://Glennie (2007)-0634866177/Glennie (2007).pdf =? " Luchford, J.
Gras, R.
Fakorede. D. 2002u Reducing exploration and production risk by visualization and seismic classification: a case study from the North Sea 677-685 First Break 20
Geophysics North Sea GenericK internal-pdf://Luchford et al. (2002)-1490745345/Luchford et al. (2002).pdf&? Jones, G.
Knipe, R.J. 1996o Seismic attribute maps; application to structural interpretation and fault seal analysis in the North Sea Basin 449-461 First Break 14
Geophysics North Sea GenericG internal-pdf://Jones & Knipe (1996)-2011167745/Jones & Knipe (1996).pdf ? % Spencer, A.M.
Leckie, G.G.
Chew, K.J. 1996/ North Sea hydrocarbon plays and their resources 345-357 First Break 14 Petroleum Geology North Sea GenericI internal-pdf://Spencer et al. (1996)-3788274694/Spencer et al. (1996).pdf ?
Trappe, H. 19890 Deep seismic profiling in the North German Basin 173-184 First Break 7
Geophysics Germany Generic9 internal-pdf://Trappe (1989)-3437766145/Trappe (1989).pdf !? Zhou, S.
Thybo, H. 1997o Seismic attribute maps; application to structural interpretation and fault seal analysis in the North Sea Basin 387-395 First Break 15 Geology North Sea
PalaeozoicE internal-pdf://Zhou & Thybo (1997)-2515242241/Zhou & Thybo (1997).pdf ?
Ford, T.D. 1972A Evidence of early stages in the evolution of the Derbyshire karst 73-77+ Transactions Cave Research Group of Britain 14 2 Carbonate sedimentology UK
Carboniferous ? & Smith, K.
Smith, N.J.P.
Holliday, D.W. 1985 The deep structure of Derbyshire 215-225 Geological Journal 20 Structural Geology UK
Carboniferous ? Broadhurst, F.M.
Simpson, I.M. 1973" Bathymetry on a Carboniferous reef 367-381 Lethaia 6 Carbonate sedimentology UK
Carboniferous ڨ? Paproth, E. 1978e Nicht-marine Muscheln als Spiegel der Fazies-Entwicklung im paralischen Kohlengebiet Nordwest-Europas 91-100N Sonderveröffentlichungen des Geologischen Instituts der Universität zu Köln 33
P7? & Pagnier, H. J. M.
Van Tongeren, P.C.H. 1996 Upper Carboniferous of borehole 'De Lutte-6' and evaluation of the Tubbergen Formation in the eastern and southeastern parts of the Netherlands 3-30% Mededelingen Rijks Geologische Dienst 55 Clastic sedimentology Netherlands
Carboniferous ?
Dusar, M. 1990d Interpretatie der boorgatmetingen in de boringen Halen (KB 131) en Geverik-1 (NL Limburg, Gem. Beek) 5 Brussel Belgische Geologische Dienst Geology Netherlands; Belgium
Carboniferous ? Donato, J.A. 1993N A buried batholith and the origin of the Sole Pit Basin, UK Southern North Sea 255-258! Journal of the Geological Society 150 Magmatism UK Generic9 internal-pdf://Donato (1993)-2001030401/Donato (1993).pdf=? Blair, D.G. 19751 Structural styles in North Sea oil and gas fields 327-3357 Petroleum and the continental shelf of northwest Europe Woodland, A.W. London Applied Science Publications Structural Geology North Sea Generic 247 internal-pdf://Blair (1975)-2661090048/Blair (1975).pdf ?
Mottequin, B. 2004p Paléoécologie et interprétation sédimentologique du «Marbre Noir» de Denée (Viséen Inférieur, Belgique) 3-19 Geologica Belgica 7
Palaeontology Belgium
Carboniferous? internal-pdf://Mottequin (2004)-1109543424/Mottequin (2004).pdfg? George, G.T.
Berry, J.K. 1993r A new Lithostratigraphy and depositional model for the Upper Rotliegend of the UK Sector of the Southern North Sea 295-3232 Characterisation of Fluvial and Aeolian Reservoirs 73 North, C.P.
Prosser, D.J. London& Geological Society Special Publication Clastic sedimentology UK North Sea Permian }' ? * Glennie, K.W.
Mudd, G.W.
Nagtegaal, P.J.C. 1978 Depositional environment and diagenesis of Permian Rotliegendes sandstones in Leman Bank and Sole Pit areas of the UK southern North Sea 25-34! Journal of the Geological Society 135 1 Clastic sedimentology UK North SeaC? Glennie, K.W.
Provan, D.M.J. 1990I Lower Permian Rotliegend reservoir of the Southern North Sea gas province 399-416 Classic Petroleum Provinces 50
Brooks, J. London& Geological Society Special Publication Petroleum Geology Southern North Sea Permian" DOI: 10.1144/GSL.SP.1990.050.01.25 ?
Hancock, F.R.P.
Mithern, D.P 19877 The geology of the Humbly Grove Oilfield, Hampshire, UK 161-170& Petroleum Geology of North-West Europe Brooks, J.V.R.
Glennie, K.W. London Graham & Trotman Petroleum Geology UK Generic ? * Harrisson, R.K.
Jeans, C.V.
Merriman, R.J. 1997n Mesozoic igneous rocks, hydrothermal mineralisation and volcanogenic sediments in Britain and adjacent regions 57-692 Bulletin of the Geological Survey of Great Britain 70 Magmatism UK Mesozoic T? Harsveldt, H.M. 19737 The discovery of uranium at Haamstede (The Netherlands) 63-72e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie 29 Natural resources Netherlane? H Van Herreweghe, S.
Deckers, S.
DeConinck, F.
Merckx, R.
Gullentops, F. 2003D The paleosol in the Kerkom Sands near Pellenberg (Belgium) revisited 149-159" Netherlands Journal of Geosciences 82 2 Clastic sedimentology Belgium
PalaeogeneW internal-pdf://Van Herreweghe et al. (2003)-3129511077/Van Herreweghe et al. (2003).pdf ? Heybroek, P. 1974/ Explanation to tectonic maps of The Netherlands 43-50 Geologie en Mijnbouw 53 2 Structural Geology Netherlands Generic= internal-pdf://Heybroek (1974)-2740164614/Heybroek (1974).pdfI? . Hoth, P.
Mingram, B.
Lüders, V.
Müller, E.P. 2002 Neue Indikationen für die Genese und Migration stickstoffreicher Erdgase in Norddeutschland - Analyse von Fluideinschüssen und N-Isotopenvariationen des Permokarbons 566-571 Erdöl Erdgas Kohle 12 Petroleum Geology Germany Carboniferous; Permian2? Petersen, H.I.
Nytoft, H.P. 2007< Are Carboniferous coals from the Danish North Sea oil-prone? 13-163 Geological Survey of Denmark and Greenland Bulletin 13 Petroleum Geology Denmark
CarboniferousO internal-pdf://Petersen & Nytoft (2007)-1160915713/Petersen & Nytoft (2007).pdf ? Kasig, W. 1980F Dinantian carbonates in the Aachen region, Federal Republic of Germany 44-52% Mededelingen Rijks Geologische Dienst 32 6 Carbonate sedimentology Germany
Carboniferous_? C Van Keer, I.
Ondrak, R.
Muchez, P.
Bayer, U.
Dusar, M.
Viaene, W. 1998i Burial history and thermal evolution of Westphalian coal-bearing strata in the Campine Basin (NE Belgium) 301-310 Geologie en Mijnbouw 76 4 Burial history Belgium
CarboniferousC internal-pdf://Keer et al. (1998)-3968751489/Keer et al. (1998).pdf ? Kelch, H.J.
Paulus, B. 1980a Das Projekt Velpke-Asse-Devon im Rahmen der Suche nach einem präoberkarbonischen Erdgasstockwerk 9-13 Geologisches Jahrbuch 57 Petroleum Geology Germany Devonian ? + Krooss, B.M.
Leythaeuser, D.
Schaefer, R.G. 1992m The quantification of diffusive hydrocarbon losses through caprock of natural gas reservoirs - a reevaluation 405-4065 American Association of Petroleum Geologists Bulletin 76 Petroleum Geology Generic Generic
? ! Kruijs, E.
Donzé, A. 1993< Revival of the Northeast Netherlands onshore Rotliegend play 1638-1639E International Conference American Association of Petroleum Geologists 77 The Hague
AAPG Bulletin Petroleum Geology Netherlands Permian l? Leeder, M.R. 1982l Upper Paleozoic basins of the British Isles - Caledonide inheritance versus Hercynian plate-margin processes 479-491! Journal of the Geological Society 139 4 Geology UK ? Legrand, R. 1968 Le Massif du Brabant 3-145T Mémoires Toelichtende Verhandelingen voor de Geologische en Mijnkaarten van België 9 Geology Belgium
Palaeozoic ? Meyer, K. 19697 Zur Paleogeographie der Stufen Rhät bis Alb im Emsland 484-505 Erdöl-Erdgas Zeitschrift 85 Palaeogeography Germany Jurassic; Cretaceous E ? Michelsen, O.
Clausen, O.R. 2002f Detailed stratigraphic subdivision and regional correlation of the southern Danish Triassic succession 563-587 Marine and Petroleum Geology 19 5 Stratigraphy DenmarH ? Muchez, P.
Viaene, W.
Dusar, M. 1992z Diagenetic control on secondary porosity in flood plain deposits: an example of the Lower Triassic of northeastern Belgium 285-298 Sedimentary Geology 78 3-4
Diagenesis Bel? Muchez, P.
Heijlen, W. 2003 Origin and migration of fluids during the evolution of sedimentary basins and the origin of Zn-Pb deposits in Western and Central Europe 553-557" Journal of Geochemical Exploration 78-79 Hydrogeology Europe Generic ?
Muchez, P. 2004 Clay mineralogy and Kübler index of upper Famennian sediments from the Refrath 1 Borehole (Bergisch Gladbach-Paffrath Syncline; Ardennes-Rhenisch Massif, Germany) 33-41& Courier Forschungsinstitut Senckenberg 251
Mineralogy Germany Devonian ?
Plein, E. 1995_ Stratigraphie von Deutschland I: Norddeutsches Rotliegendbecken. Rotliegend-Monographie Teil II 193 183& Courier Forschungsinstitut Senckenberg Stratigraphy Germany Permian ? Rawson, P.F.
Riley, L.A. 1982c Latest Jurassic-Early Cretaceous events and the "late Cimmerian unconformity" in the North Sea area 2628-26485 American Association of Petroleum Geologists Bulletin 66 Geology North Sea Jurassic; Cretaceous ? % Schipper, R. 1999< Construction of a 3D geological model of the Wassenaar field 114) MSc. Thesis Technical University of Delft Petroleum Geology Netherlands
Cretaceous k? H Schröder, L.
Lösch, J.
Schöneich, H.
Stancu-Kristoff, G.
Tafel, W.-D. 1991* Oil and Gas in the north-west German basin 139-148@ Generation, accumulation and production of Europe's hydrocarbons 1
Spencer, A.M. BerlinJ Special Publication of the European Association of Petroleum Geoscientists Petroleum Geology Germany Generic ? Scotese, C.R.
Langford, R.P. 1995, Pangea and the Paleogeography of the Permian 3-19 The Permian of Northern Pangea 2- Scholle, P.A.
Peryt, T.M.
Ulmer-Scholle, D.S. Berlin Springer-Verlag Palaeogeography Generic Permianf fX? 8 Sørensen, J.C.
Gregersen, U.
Breiner, M.
Michelsen, O. 1997o High-frequency sequence stratigraphy of Upper Cenozoic deposits in the central and southeastern North Sea areas 99-123 Marine and Petroleum Geology 14 2 Stratigraphy North SeaN? Taylor, J.C.M. 1981N Zechstein Facies and Petroleum Prospects in the Central and Northern North Sea 176-185b Petroleum Geology of the continental Shelf of North-West Europe: Proceedings of the 2nd Conference Illing, L.V.
Hobson, G.D. London Institute of Petroleum Petroleum Geology North Sea Permian Q L? Tucker, M.E. 1991 Sequence stratigraphy of carbonate-evaporite basins: models and application to the Upper Permian (Zechstein) of northeast England and adjoining North Sea 1019-1036! Journal of the Geological Society 148 6 Stratigraphy UK l? Vandenberghe, N. 1982k Carboniferous north of the Brabant Massif in the area of Heibaart, Tunhout and Meer; seismics and boreholes 24-26; Publicaties van het Natuurhistorisch Genootschap in Limburg 32 Geology Belgium
Ca ? Vandenberghe, N. 1984s The subsurface geology of the Meer Area in Northern Belgium, and its significance for the occurence of hydrocarbons 55-66 Journal of Petroleum Geology 7 Petroleum Geology Belgium Generic ?
De Vos, W. 1998e A short history of the pre-Variscan Brabant Massif, Belgium, from geological and geophysical evidence 122-124J Schriften des Staatlichen Museums für Mineralogie und Geologie zu Dresden 9 Geology Belgium
Palaeozoic ? Wassmann, Th.H. 1980) Mining subsidence in the East Netherlands 463-475% Fifth International Symposium on Salt 1
Subsidence Netherlands Generic Ʉ? % Wink, A.J.M. 1999B 3D Geological modelling and flow simulation of the Wassenaar field 118) MSc. Thesis Technical University of Delft Petroleum Geology Netherlands
Cretaceoust ? Peace, G.R.
Besly, B.M. 1997 End-Carboniferous fold–thrust structures, Oxfordshire, UK: implications for the structural evolution of the late Variscan foreland of south-central England 225-237! Journal of the Geological Society 154 Structural Geology UK
CarboniferousG internal-pdf://Peace & Besly (1997)-3561180161/Peace & Besly (1997).pdf? ! Dusar, M.
Lagrou, D. 2008 Paleokarst-enhanced reservoir for geothermics and gas storage in Carboniferous limestone (Campine Basin, NW European Carboniferous Basin) 43-51 Karst from Recent to Reservoirs 14C Sasowsky, I.D.
Feazel, C.T.
Mylroie, J.E.
Palmer, A.N.
Palmer, M.V.
Rapid City+ Karst Waters Institute Special Publication Carbonate sedimentology Belgium
CarboniferousI internal-pdf://Dusar & Lagrou (2008)-0134936592/Dusar & Lagrou (2008).pdf ? Worum, G. 2004o Modelling of fault reactivation potential and quantification of inversion tectonics in the southern Netherlands 152 Amsterdam Vrije Universiteit Structural Geology Netherlands Generic r? N Drozdzewski, G.
Henscheid, S.
Hoth, P.
Juch, D.
Littke, R.
Vieth, A.
Wrede, V. 2009? The Pre-Permian of NW-Germany - Structure and coalification map 159-1723 Zeitschrift der Deutschen Geologischen Gesellschaft 160 2 Structural Geology Germany
CarboniferousQ internal-pdf://Drozdzewski et al. (2009)-2260613647/Drozdzewski et al. (2009).pdf 9? Van der Molen, A.S. 2004x Sedimentary development, seismic stratigraphy and burial compaction of the Chalk Group in the Netherlands North Sea area 175 Utrecht Utrecht Univeristy Geology Netherlands
CretaceousG internal-pdf://Van der Molen (2004)-2662594817/Van der Molen (2004).pdf)? De Lugt, I. R. 2007y Stratigraphical and structural setting of the Palaeogene siliciclastic sediments in the Dutch part of the North Sea Basin 112 Utrecht Utrecht University Geology Netherlands
Palaeogene; internal-pdf://De Lugt (2007)-1520067584/De Lugt (2007).pdfj? ! Miller, J.
Grayson, R.F. 19828 The regional context of Waulsortian facies in N. England 17-33P Symposium on the Environmental Setting and Distribution of the Waulsorian Facies% Bolton, K.
Lane, H. R.
Lemone, D. V. El PasoA The El Paso Geological Society and University of Texas at El Paso Carbonate sedimentology UK
Carboniferous C ? Hess, J.C.
Lippolt, H.J. 1986 40Ar-39Ar ages of tonstein and tuff sanidines: new calibration points for the improvement of the Upper Carboniferous time scaleC?
Japsen, P. 1999n Overpressured Cenozoic shale mapped from velocity anomalies relative to a baseline for marine shale, North Sea 321-336 Petroleum Geoscience 5 4
Geophysics' A study of interval velocities from almost a thousand wells reveals basinwide differences in physical properties of the Cenozoic deposits of the North Sea Basin. These differences relate primarily to the sediments below the mid-Miocene unconformity as testified by a subdivision of a subset of these wells. Velocity–depth anomalies are mapped relative to a constrained, normal velocity–depth trend derived for marine Jurassic shale: tt =465 · e-z/2435+180, where tt is transit time in µs m-1, and z is depth in metres below sea bed. The upper Cenozoic deposits are close to normal compaction, whereas anomalies for the lower Cenozoic sediments outline a zone of undercompaction in the Central North Sea that corresponds to the overpressure in the Upper Cretaceous–Danian Chalk. The overpressure results from a balance between the load of the upper Cenozoic deposits, and the draining determined by the thickness and sealing quality of the lower Cenozoic sediments. The shale trend may be more widely applicable to marine shale dominated by smectite/illite. This suggestion is based on the observed correspondence between velocity anomalies and pressure data, and due to the match between trends for marine shale of different ages in the North Sea and in the US Gulf Coast area over a significant velocity range. North Sea Cenozoic9 internal-pdf://Japsen (1999)-3826872832/Japsen (1999).pdf ? . Vaughan, A
Hansen, T.
Cardon, H.
Radcliffe, N. 1999Q Litho-flow facies prediction in an alluvial fan/fluvial system, Central North Sea 409-419 Petroleum Geoscience 5 4 Clastic sedimentologyi An existing generic facies scheme consisting of a channel, sheetflood and floodplain facies was available from the cored wells. Bivariate and multivariate analysis of various wireline and core data indicated that each generic facies exhibits wide variations and significant petrophysical overlap with other facies. This scheme cannot therefore reliably be applied using wireline data, negating its application in uncored intervals through discriminant analysis. Due to the large variation in porosity and permeability of each facies, the existing scheme does not permit adequate determination of the probable reservoir performance of the sediments.
In order to address these problems a new ‘litho-flow’ facies scheme has been constructed which can clearly be identified from wireline data thereby enabling it to be reliably extended beyond cored intervals. Each facies in the scheme exhibits a discrete range in porosity and permeability by which the probable flow characteristics of the sediments can be assessed and has successfully been used by reservoir engineers as input to a probabilistic reservoir modelling package. Finally, the predicted facies are valid in terms of the environment of deposition, assisting geologists in the correlation of units between wells for the establishment of a depositional model. The new facies scheme was formulated from a careful selection and processing of data to achieve the above. This included core descriptions, core porosity and permeability measurements, mineral volume analysis and porosity estimation from wireline data, permeability predictions and electrofacies from cluster analysis. Central North Sea GenericI internal-pdf://Vaughan et al. (1999)-2661986048/Vaughan et al. (1999).pdf ? Vejbæk, O.V.
Kristensen, L. 2000 Downflank hydrocarbon potential identified using seismic inversion and geostatistics: Upper Maastrichtian reservoir unit, Dan Field, Danish Central Graben 1-13 Petroleum Geoscience 6 1
Geophysicsu Porosities considerably higher than anticipated from porosity/depth trend models are encountered in a Maastrichtian reservoir unit on the western flank of the Dan Field. Because there is a good correlation between seismic impedance and well log porosity, inverted seismic data are used to infer that highly porous zones are widely distributed. The distribution of these high porosity zones is predicted using geostatistical methods based on the inverted seismic data. These predictions contradict the general assumption that porosity deteriorates with depth in the study area. Annealing cosimulation is applied using inversion-derived seismic impedances as soft data and well log porosities as hard data. The sensitivity of the porosity characterization to hydrocarbon in-place estimates is investigated through the calculation of water saturations using height above free water level and simulated porosity as input parameters. Multiple realizations show that calculated hydrocarbon in-place estimates are more sensitive to the location of the free water level than to uncertainties related to the geostatistical reservoir characterization. Denmark
CretaceousU internal-pdf://Vejbaek & Kristensen (2000)-4280403200/Vejbaek & Kristensen (2000).pdf3? $ Garrett, S.W.
Atherton, T.
Hurst, A. 2000L Lower Cretaceous deep-water sandstone reservoirs of the UK Central North Sea 231-240 Petroleum Geoscience 6 3 Petroleum Geology The Lower Cretaceous deep-water depositional system of the Central North Sea is emerging as a significant economic target. It contains a broad range of sedimentary facies and architecture. Thick sands were deposited by high-density sediment gravity flows. Unusual banded and mixed slurried facies represent the products of processes transitional between turbidity currents and debris flows. Shale-prone units show evidence of debris flows and post-depositional down-slope movement. Geometrical architectural elements include narrow linear incised channels, broad linear sand-rich fairways, prograding sand lobes and laterally extensive sheets. Models for exploration and production are refined by core magnetic measurements, automated quantitative petrography, detailed structural analyses and biostratigraphical zonations. Key remaining challenges are refining depositional models to aid prediction of lateral facies variations, understanding trap mechanisms and geometry and improving images of sandstone units on seismic data. UK North Sea
CretaceousG internal-pdf://Garrett et al (2000)-0824575488/Garrett et al (2000).pdf ? p Porter, J.R.
Knipe, R.J.
Fisher, Q.J.
Farmer, A.B.
Allin, N.S.
Jones, L.S.
Palfrey, A.J.
Garrett, S.W.
Lewis, G. 20002 Deformation processes in the Britannia Field, UKCS 241-254 Petroleum Geoscience 6 3 Structural Geology> The intensity and distribution of deformation within cores recovered from 24 Britannia Field wells has been quantified and used to assess the sub-seismic deformation present. Structural logging has been amalgamated with microstructural and petrophysical analysis of fault rocks and the results used to construct models of the fluid flow behaviour of fault zones and to evaluate the correlations between core-scale structures and the larger-scale seismically mapped fault arrays. Deformation within Britannia is controlled primarily by (1) early sediment disruption, dewatering, detachment and folding in semi-lithified sediments and (2) more long-lived clustered arrays of small faults developed within fault damage zones. Fault population analysis illustrates that seismic-based mapping alone does not provide a good platform for accurately predicting the number of sub-seismic faults present. Analysis of the effect of deformation features on fluid communication highlights the importance of small-scale faults in enhancing communication in complex and initially separate sand bodies. UK North Sea GenericG internal-pdf://Porter et al. (2000)-2442732806/Porter et al. (2000).pdfn? / Rose,P.T.S.
Manighetti,A.A.
Regan,K.J.
Smith,T. 2000 Sand body geometry, constrained and predicted during a horizontal drilling campaign in a Lower Cretaceous turbidite sand system, Captain Field, UKCS Block 13/22a 255-263 Petroleum Geoscience 6 3 Clastic sedimentology The Captain Field is a large viscous oil accumulation located in the Western Moray Firth, UK Block 13/22a which is being developed by long horizontal wells. The reservoir sand body geometry was defined in the appraisal phase by 20 vertical wells. Seismic attributes were not used because of the poor seismic signal to noise ratio in the reservoir interval. As the development drilling campaign has unfolded, the appraisal sand body geometry model has been significantly refined using a wealth of data from the horizontal wells.
During development drilling it has proved cheap to sidetrack horizontal well sections without a requirement to isolate the abandoned hole. This has resulted in significant extra geological data (e.g. top reservoir penetrations, sand thickness data). Integrating this dataset with top reservoir topography derived from seismic and weak internal reservoir seismic reflectors, the sand body geometry model is significantly improved in undeveloped parts of the field. UK North Sea
CretaceousC internal-pdf://Rose et al. (2000)-2167228672/Rose et al. (2000).pdf ? r Law, A.
Raymond, A.
White, G.
Atkinson, A.
Clifton, M.
Atherton, T.
Dawes, I.
Robertson, E.
Melvin, A.
Brayley, S. 2000% The Kopervik fairway, Moray Firth, UK 265-274 Petroleum Geoscience 6 3 Petroleum Geology? The Albian–Aptian sand fairway in the Outer Moray Firth of the United Kingdom Continental Shelf, informally referred to as the Kopervik fairway, poses considerable challenges to the explorationist, but has the potential to generate significant commercial reward. After an initial spate of activity in the mid 1970s, the Kopervik Sandstone remained largely ignored as a primary exploration target until the late 1990s, despite its excellent reservoir quality and proven charge. This renewed exploration effort led to a number of successful discoveries. As a result of this activity – and a willingness among operators along the fairway to share information – a large regional database is developing. Drawing on this, we summarize our current and historical understanding of the fairway, using existing discoveries as examples. UK North Sea
CretaceousA internal-pdf://Law et al. (2000)-0707829248/Law et al. (2000).pdf ?j o n Armentrout, J.M.
Malecek, S.J.
Fearn, L.B.
Sheppard, C.E.
Naylor, P.H.
Miles, A.W.
Desmarais, R.J.
Dunay, R.E. 1993 Log-motif analysis of Paleogene oppositional systems tracts, Central and Northern North Sea: defined by sequence stratigraphic analysis 45-57I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Stratigraphy North Sea
PalaeogeneO internal-pdf://Armentrout et al. (1993)-0578338376/Armentrout et al. (1993).pdf ~P ?k o Arter, G.
Fagein, S.W. 1993R The Fleetwood Dyke and the Tynwald fault zone, Block 113/27, East Irish Sea Basin 835-843I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Structural Geology Ireland GenericG internal-pdf://Arter & Fagin (1993)-3112252232/Arter & Fagin ?l o Ballentine, C.J.
O'Nions, R.K. 1993R The use of natural He, Ne and Ar isotopes as constraints on hydrocarbon transport 1339-1345I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology Generic GenericU internal-pdf://Ballentine & O'Nions (1993)-1904541768/Ballentine & O'Nions (1993).pdfNC 0 ?m Bartholomew, I.D. 1993U Structural styles and their evolution in the North Sea area: Introduction and review 1081-1082I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Structural Geology North Sea GenericC internal-pdf://Bartholomew (1993)-1116339272/BartholomewP ? Lin, G.
Nunn, J.A.
Deming, D. 2000k Thermal buffering of sedimentary basins by basement rocks: implications arising from numerical simulations 299-307 Petroleum Geoscience 6 4 Geothermics The Earth’s crust releases or absorbs heat energy in response to changes in the thermal regime. Numerical simulations of basin-scale heat transport which use the sediment–basement interface as a thermal boundary assume that near-surface temperature changes have no effect on basement rocks and vice versa (unbuffered model). We test this assumption by comparing numerical models of transient fluid flow and heat transport in the Arkoma foreland basin with and without thermal buffering by basement rocks. Thermal buffering by basement rocks reduces cooling (by fresh water recharge) of deep basin sediments near the fold–thrust belt and reduces warming (by upward fluid discharge) of basin margin sediments. The unbuffered model predicts a temporary warming of basin margin sediments which is largely an artefact of the model thermal boundary conditions. In all cases, the buffered model produces no significant thermal transient. Exaggerated temperature predictions also can occur in numerical simulations of uplift and erosion or heat refraction. Generic GenericA internal-pdf://Lin et al. (2000)-0372702464/Lin et al. (2000).pdf ? Jeremiah, J.M. 2000m Lower Cretaceous turbidites of the Moray Firth: sequence stratigraphical framework and reservoir distribution 309-328 Petroleum Geoscience 6 4 StratigraphyZ Lower Cretaceous depositional systems of the Moray Firth are influenced by eustatic sea-level oscillations which have been dramatically overprinted by two major phases of pulsed tectonism, the Late Cimmerian and Austrian. The biostratigraphical resolution obtained has allowed the timing and differentiation of distinct tectonic/sequence boundaries, some of which are utilized as important seismo-stratigraphic markers. The construction of detailed facies maps for individual sequences has, in parallel, allowed an insight into the tectonic history of the main source areas during the Early Cretaceous. UK North Sea
Cretaceous= internal-pdf://Jeremiah (2000)-3426290688/Jeremiah (2000).pdf? Blackbourn, G.A.
Thomson, M.E. 2000 Britannia Field, UK North Sea: petrographic constraints on Lower Cretaceous provenance, facies and the origin of slurry-flow deposits 329-343 Petroleum Geoscience 6 4 Petrologyp Deep-water sandstones of the Early Cretaceous Britannia reservoir are rich in ‘muddy’ material, with the development of unusual ‘slurry-flow’ deposits (sensu Lowe & Guy 2000), including banded facies. The banding comprises couplets of pale sandstone containing microporous detrital chlorite and other clays, retaining substantial porosity, and dark sandstone in which biotite (now altered to chlorite) has promoted quartz pressure solution that has largely destroyed porosity. The main source of the abundant chlorite and biotite is the Jurassic Forties Igneous Province, underlying and surrounding the Britannia Field. Altered alkali basalts and other lithologies here are known to be rich in both minerals.
Grain-size distributions have been examined using image analysis. The banded facies are generally finer grained than the high-density turbidite and unbanded slurry-flow sandstones, and may be a distal equivalent. Dark bands in some cases contain no more fine clays than associated light bands, indicating that Lowe & Guy’s model for dark-band formation, invoking a cohesive sublayer, is incomplete. Gelation of chlorite-rich clays within each banded couplet is proposed as an alternative mechanism. These microporous pore-filling chlorites have restricted the precipitation of quartz overgrowths and other non-porous cements, although their presence inhibits permeability. UK North Sea
CretaceousU internal-pdf://Blackbourn & Thomson (2000)-1413164544/Blackbourn & Thomson (2000).pdf ? + Ainsworth, N.R.
Riley, L.A.
Gallagher, L.T. 2000 An Early Cretaceous lithostratigraphic and biostratigraphic framework for the Britannia Field reservoir (Late Barremian–Late Aptian), UK North Sea 345-367 Petroleum Geoscience 6 4 Stratigraphyb A Lower Barremian–Upper Aptian lithostratigraphic scheme applicable to the Britannia Field (Blocks 15/29, 15/30, 16/26 and 16/27) is presented. The Britannia Sandstone Formation reservoir is formally subdivided into three members (type well 15/30-9); the Lapworth (Late Barremian to Early Aptian), Kilda (Late Aptian) and Bosun (latest Aptian) members. The Lapworth Member is subdivided into three units, Lapworth ‘A’ (Late Barremian), the intra-Fischschiefer Lapworth ‘B’ (intra-Early Aptian) and Lapworth ‘C’ (Early Aptian).
The Early Barremian to Early Aptian upper Valhall Formation is subdivided into seven units: ‘V3A’ the Hauptblatterton, ‘V3B’, ‘V3C’, ‘V3D’, Fischschiefer Bed, and ‘V4’. The overlying Sola and Rodby Formations are subdivided into Units ‘S1’ and ‘S2’ of the ‘Lower’ Sola Formation (Late Aptian), plus Units ‘S3’ and ‘S4’ of the ‘Upper’ Sola Formation (Early Albian). The Rodby Formation (Middle? to Late Albian) is subdivided into three units: ‘R2’, ‘R3’ and ‘R4’.
A high resolution biostratigraphic zonal scheme is defined for the Early Barremian to earliest Albian interval, utilizing calcareous nannoplankton, micropalaeontology and palynology. Within this, 49 zones and 38 subzones (12 microfaunal zones and 4 subzones, 23 palynological zones and 19 subzones, and 14 nannoplankton zones and 15 subzones) are recognized. Of these, 5 micropalaeontological zones (and 4 subzones), 11 palynological zones (and 15 subzones) and 7 calcareous nannoplankton zones (and 10 subzones) are directly applicable to the Britannia reservoir section. UK North Sea
CretaceousM internal-pdf://Ainsworth et al. (2000)-4131207936/Ainsworth et al. (2000).pdfW? Hailwood, E.
Ding, F. 2000 Sediment transport and dispersal pathways in the Lower Cretaceous sands of the Britannia Field, derived from magnetic anisotropy 369-379 Petroleum Geoscience 6 4
Geophysics Sediment transport directions and dispersal patterns in the Lower Cretaceous sands of the Britannia Field have been investigated, using magnetic anisotropy and palaeomagnetic core re-orientation methods, to aid understanding of the geometry and architecture of the reservoir sand units. The results indicate that sands were sourced mainly from the north. This applies both to the massive sand bodies with lobate geometry in the lower reservoir zones in the western part of the field and to the laminated slurried beds with tabular geometry in the upper zones in the eastern part. Thus, sediment in this part of the Outer Moray Firth play appears to have been derived largely from a discrete point source to the north rather than from axial flow along the Witch Ground Graben. UK North Sea
CretaceousK internal-pdf://Hailwood & Ding (2000)-2940144640/Hailwood & Ding (2000).pdf ? 3 Dickinson, B.
Waterhouse, M.
Goodall, J.
Holmes, N. 2001J Blenheim Field: the appraisal of a small oil field with a horizontal well 81-95 Petroleum Geoscience 7 1 Petroleum Geology Blenheim is a small Palaeocene oil field (c. 53×106 BBL oil in-place), in which significant seismic uncertainty complicated a development decision. Initial appraisal plans required a conventional deviated well sited to minimize the uncertainty, gather further reservoir and fluid data, and, if successful, provide a production well.
Later studies indicated improved economics if horizontal wells were successful. Several well designs, with and without pilot holes, were analysed to discover the optimum balance of data gathering, risk reduction and development cost reduction. The optimum well required accurate well steering in an area of seismic uncertainty. A high-resolution biostratigraphic study was made and provided detailed correlation of intra-reservoir mudstones, enabling wellsite analysis to aid steering decisions.
The pilot hole proved the most likely seismic interpretation to be correct and permitted the horizontal well to be drilled as planned. Wellsite biostratigraphic analysis and real-time MWD aided steering decisions and contributed to a successful horizontal well being drilled. The well flowed in excess of the minimum economic rates required and allowed the field to be successfully developed. UK GenericM internal-pdf://Dickinson et al. (2001)-0890450176/Dickinson et al. (2001).pdf? y Maynard, J.R.
Gibson, J.P. 2001Q Potential for subtle traps in the Permian Rotliegend of the UK Southern North Sea 301-314 Petroleum Geoscience 7 3 Petroleum Geology The Permian, Rotliegend Group of the UK Southern North Sea is shown to consist of periodic, cyclic stratal packages which can be used to aid regional correlation in the zone of playa–erg interaction colloquially known as the Rotliegend Feather Edge. In this area, the depositional topography controls the sedimentary facies, with a concentration of aeolian sandstone deposition in the topographic depressions, especially in the lee of hills. These units onlap the contemporaneous intra-basinal and marginal highs. The palaeotopographic lows rapidly became infilled, with later lacustrine deposition occurring over a smoother surface. This allowed the deposition of finer-grained lake deposits over the sands. Prediction of the palaeotopography is key to understanding potential reservoir distribution and seal juxtaposition within the Rotliegend. This paper demonstrates how pre-Permian subcrop maps, Bouguer anomaly maps and the Rotliegend isopach can be used to reconstruct this palaeotopography. Two areas are studied which demonstrate some of the subtleties of the model. The southern Quadrant 42–43 area had a palaeotopography with gentle gradients and a number of subtle intrabasinal highs that allowed for isolated reservoirs overlain by shales with high sealing potential. In contrast, the northern Quadrant 49 area, contained only intra-basinal relief, with high palaeotopographic gradients. Aeolian sediments banked up against this barrier and no intra-Rotliegend seal was deposited over these sands. UK North Sea PermianM internal-pdf://Maynard & Gibson (2001)-1528221440/Maynard & Gibson (2001).pdf ? r Bailey, R.J.
Lloyd, D.A. 2001} A log correlation of the Rotliegend of the northern Cleaver Bank High: the search for controls on reservoir sand distribution 351-358 Petroleum Geoscience 7 4 Petroleum Geology Gamma ray log correlations of some 50 Open File wells were used to investigate the distribution and relative age of aeolian Leman Sandstone developments across the northern Cleaver Bank High. The correlations led to a sequence stratigraphic interpretation based on a depositional record of climatically forced fluctuations in the level of the Silverpit Formation playa lake system. This confirmed the widely reported diachroneity of the Leman Sandstone and identified the onlapped Base Permian palaeotopography and climatically forced, generally positive, changes in the water budget of the Silverpit Lake as the chief controls on aeolian sand distribution. However, a ‘1/fn’ power law distribution of changes in water budget is preferred to the idea of strictly cyclic climatic control. On this basis, the transgression of the northern Cleaver Bank High and the occurrence of aeolian and lacustrine end-member facies within depositional sequences of uniform thickness can be understood. Interval isochores were used to derive palaeotopographic maps of the Base Permian. Taken in conjunction with the observed facies of the onlapping depositional sequences, the maps locate under-explored basal aeolian Leman Sandstone play fairways. UK North Sea PermianI internal-pdf://Bailey & Lloyd (2001)-3692932096/Bailey & Lloyd (2001).pdf ?
4 Duranti, D.
Hurst, A.
Bell, C.
Groves, S.
Hanson, R. 2002k Injected and remobilized Eocene sandstones from the Alba Field, UKCS: core and wireline log characteristics 99-107 Petroleum Geoscience 8 Petroleum GeologyY Depositional and remobilized sandstone units are identified in core
from the Eocene sand-rich deep-water Nauchlan Member and termed stratified and
unstratified facies, respectively. The unstratified facies association records an
increased intensity of sand remobilization, and inferred fluidization, upward.
Unstratified facies have lower average porosity and permeability than stratified
facies. Bulk density and acoustic velocity are higher in unstratified facies than in
stratified facies. The general geometric relations of the reservoir can be inferred from
a correct identification of the facies. Correlation of borehole data with (3D PS)
seismic data enables the seismic to be used as a lithology indicator. A modified
interpretation of sandbody geometry is made that incorporates sand injection
features and provides a more accurate reservoir model. UK North Sea
PalaeogeneI internal-pdf://Duranti et al. (2002)-2973483008/Duranti et al. (2002).pdf n? Hillier, R.D.
Cosgrove, J.W. 2002y Core and seismic observations of overpressure-related deformation within Eocene sediments of the Outer Moray Firth, UKCS 141-149 Petroleum Geoscience 8 2 Clastic sedimentology
Cores from the Eocene Alba Field of the Outer Moray Firth, UKCS contain sandstone injections and bedding-parallel fibrous ‘beef’ veins. Both of these features are associated with high fluid pressure and the process of hydraulic fracturing. The orientation of the hydraulic fractures (along which sand injection occurred, or calcite precipitated) was controlled by the interplay of the stress field and the intrinsic anisotropy of the sediments. Seismic sections indicate that sand injection occurred on a larger scale than is apparent from the cores. Interpreted dykes (400 m long by 30 m wide) emanate from the margins of the Alba channel sandstone along fault planes. An analogy is drawn between these dykes, and the peripheral dykes formed at the margins of laccoliths as a result of the flexing and subsequent fracturing of the overlying strata. ‘Decompacting’ of ptygmatically folded dykes suggests that the process of hydraulic fracturing and sandstone intrusion initiated between burial depths of 40 to 400 m below seabed. UK North Sea
PalaeogeneQ internal-pdf://Hillier & Cosgrove (2002)-3560952064/Hillier & Cosgrove (2002).pdf ? B Harris, D.
Yielding, G.
Levine, P.
Maxwell, G.
Rose, P.T.
Nell, P. 2002 Using Shale Gouge Ratio (SGR) to model faults as transmissibility barriers in reservoirs: an example from the Strathspey Field, North Sea 167-176 Petroleum Geoscience 8 2 Structural GeologyB Since the onset of production in 1993, extraction and injection in Strathspey has focused on the central region of the field, around the ‘Central Fault’. Analysis of RFT measurements from intermittent, but regular drilling on either side of this fault has allowed reconstruction of footwall/hanging wall pore-pressure fields for particular time instances. Comparison of these similar age pressure fields shows the Central Fault capable of maintaining up to 1300 psi pressure differentials. The results of the pressure analysis were used to calibrate a fault seal attribute, termed Shale Gouge Ratio (SGR) which is an estimate of clay concentration within fault gouge, mapped across the surface of the Central Fault. The calibration showed that as SGR increases, so does the measured pressure differential across the fault. This positive relationship between SGR and pressure differential suggests SGR is a guide to potential fluid-flow resistance exerted by faults. We therefore suggest that SGR can potentially be used as a guide to defining differences in permeability within and between faults in a given field. This ‘scaleability’ of SGR as an indicator of fault permeability within a field could provide hitherto unachievable flexibility in the systematic modelling of the hydraulic behaviour of faults during fluid flow simulations. UK North Sea GenericG internal-pdf://Harris et al. (2002)-1413689856/Harris et al. (2002).pdfe?
Bauer, C.
Fichler, C. 2002k Quaternary lithology and shallow gas from high resolution gravity and seismic data in the central North Sea 229-236 Petroleum Geoscience 8 3
Geophysics% High resolution marine gravity data and 3D post-stack seismic data from the central North Sea have been jointly interpreted. The accuracy of the gravity data allowed the detection of density contrasts related to a Quaternary sub-glacial melt-water channel, a shallow gas accumulation and a Tertiary gas chimney. The combination of gravity and seismic data is shown to particularly improve the detection of the shallow gas accumulation.
The interpretation included visual correlation of gravity images and seismic data performed in a seismic workstation environment, as well as 2.5D gravity modelling along selected seismic profiles. The successful application of this method on shallow targets requires a limited complexity of the shallow strata as well as targets defined by a distinct density contrast and a reasonable size. Data requirements include high-resolution bathymetric and free air gravity data. Bouguer gravity data, which are commonly used in exploration, cannot be used here as densities may vary within the uppermost layer below the sea bottom. Central North Sea
QuaternaryK internal-pdf://Bauer & Fichler (2002)-0893788160/Bauer & Fichler (2002).pdf\ ? Røgen, B.
Fabricius, I.L. 2002n Influence of clay and silica on permeability and capillary entry pressure of chalk reservoirs in the North Sea 287-293 Petroleum Geoscience 8 3 Petroleum Geology The permeability and capillary entry pressure of chalk reservoirs are controlled by their porosity and specific surface area. Measured permeabilities are in the range 0.025–5.3 mD and are successfully predicted by use of the Kozeny equation. In this paper we focus on the factors that control specific surface area. Fifty-nine Tor and Ekofisk Formation chalk samples from five North Sea chalk reservoirs were investigated. All contain quartz and clay minerals, most commonly kaolinite and smectite, with trace amounts of illite. The contents of calcite and quartz are inversely correlated and both are independent of the content of clays. We thus infer that the main part of the silica is of biogenic origin.
The specific surface area of the chalk is mainly controlled by clay content. The specific surface area of calcite is determined by the individual calcite crystal size and is not dependent on stratigraphic variations in fossil size. The specific surface area of calcite increases with increasing content of quartz and clays. These constituents may inhibit recrystallization of calcite and thus preserve high specific surface area. Our data accord with the following specific surface areas (m2 g-1): calcite between 0.5 and 3.5, quartz about 5, kaolinite about 15, and smectite about 60. North Sea
CretaceousO internal-pdf://Rogen & Fabricius (2002)-2840236288/Rogen & Fabricius (2002).pdf@? ! m Van Hulten, F
Poty, E. 2009* Dinantian Reefs underneath the Netherlands" 71st EAGE Conference & Exhibition Amsterdam Carbonate sedimentology Netherlands
CarboniferousO internal-pdf://Van Hulten & Poty (2009)-0006132226/Van Hulten & Poty (2009).pdfo? U Kloosterman, H.J.
Kelly, R.S.
Stammeijer, J.
Hartung, M.
Van Waarde, J.
Chajecki, C. 2003j Successful application of time-lapse seismic data in Shell Expro's Gannet Fields, Central North Sea, UKCS 25-34 Petroleum Geoscience 9 1
Geophysics UK CenozoicQ internal-pdf://Kloosterman et al. (2003)-1744178176/Kloosterman et al. (2003).pdf U? # Morris, J.
Hampson, G.
Maxwell, G. 2003 Controls on facies architecture in the Brent Group, Strathspey Field, UK North Sea: implications for reservoir characterization 209-220 Petroleum Geoscience 9 3 Clastic sedimentology UK JurassicG internal-pdf://Morris et al. (2003)-2063380480/Morris et al. (2003).pdfH? # Heward, A.
Schofield, P.
Gluyas, J. 2003w The Rotliegend reservoir in Block 30/24, UK Central North Sea: including the Argyll (renamed Ardmore) and Innes fields 295-307 Petroleum Geoscience 9 4 Petroleum Geology UK PermianG internal-pdf://Heward et al. (2003)-3791639296/Heward et al. (2003).pdf j? 6 Jakobsen, F.
Ineson, J.R.
Kristensen, L
Stemmerik, L. 2004{ Characterization and zonation of a marly chalk reservoir: the Lower Cretaceous Valdemar Field of the Danish Central Graben 21-33 Petroleum Geoscience 10 1 Petroleum Geology Denmark
CretaceousK internal-pdf://Jakobsen et al. (2004)-0167953153/Jakobsen et al. (2004).pdf R? Carr, A.D.
Petersen, H.I. 2004 Modelling of the hydrocarbon generation history and volumetric considerations of the coal-sourced Lulita Field, Danish North Sea 107-119 Petroleum Geoscience 10 2 Petroleum Geology Denmark JurassicK internal-pdf://Carr & Petersen (2004)-3120916993/Carr & Petersen (2004).pdf 9? 2 Nygård, R.
Gutierrez, M.
Høeg, K.
Bjørlykke, K. 2004Z Influence of burial history on microstructure and compaction behaviour of Kimmeridge clay 259-270 Petroleum Geoscience 10 3 Burial history UK JurassicG internal-pdf://Nygard et al. (2004)-0889762305/Nygard et al. (2004).pdf? q Japsen, P.
Bruun, A.
Fabricius, I.L.
Rasmussen, R.
Vejbæk, O.V.
Pedersen, J.M.
Mavko, G.
Mogensen, C.
Høier, C. 2004x Influence of porosity and pore fluid on acoustic properties of chalk: AVO response from oil, South Arne Field, North Sea 319-330 Petroleum Geoscience 10 4
Geophysics Denmark
CretaceousG internal-pdf://Japsen et al. (2004)-1762455297/Japsen et al. (2004).pdf? G Pringle, K.
Westerman, A.R.
Clark, J.D.
Drinkwater, N.J.
Gardiner, A.R. 2004 3D high-resolution digital models of outcrop analogue study sites to constrain reservoir model uncertainty: an example from Alport Castles, Derbyshire, UK 343-352 Petroleum Geoscience 10 4 Petroleum Geology UK
CarboniferousI internal-pdf://Pringle et al. (2004)-2081418241/Pringle et al. (2004).pdf ? ' Department of Trade and Industry (DTI), 2006' The Chalk play of the UK Central Graben DTI Petroleum Geology UK
Cretaceous3 internal-pdf://DTI (2006)-1897081345/DTI (2006).pdf ? ' Department of Trade and Industry (DTI), 2009 Stratigraphic plays of the UKCS DTI Petroleum Geology UK Generic3 internal-pdf://DTI (2009)-1243040257/DTI (2009).pdf = ?
Gray, J. 2008c Petroleum prospectivity of the principal sedimentary basins on the United Kingdom Continental Shelf 40. Department of Energy and Climate Change (DECC)$ The Department of Trade and Industry Petroleum Geology UK Generic5 internal-pdf://Gray D?
Swann, G.
Gray, J. 20089 The hydrocarbon prospectivity of Britain's onshore basins 92. Department of Energy and Climate Change (DECC) Petroleum Geology UK GenericE internal-pdf://Swann & Gray (2008)? Wagner, M.
Piske, J.
Smit, R. 2002a Case histories of microbial prospection for oil and gas, onshore and offshore in northwest Europe 453-479_ Surface exploration case histories: Applications of geochemistry, magnetics, and remote sensing 48 Schumacher, D.
LeSchack, L.A. AAPG Studies in Geology Petroleum Geology Western Europe GenericG internal-pdf://Wagner et al. (2002)-4246732289/Wagner et al. (2002).pdf ? Liewig, N.
Clauer, N. 2000V K-Ar dating of varied microtextural illite in Permian gas reservoirs, northern Germany 371-381
Clay Minerals 35
Mineralogy Germany PermianK internal-pdf://Liewig & Clauer (2000)-4123888897/Liewig & Clauer (2000).pdf s? Barr, D. 2007W Conductive faults and sealing fractures in the West Sole gas fields, southern North Sea 431-451 Structurally complex reservoirs 292- Jolley, S.J.
Barr, D.
Walsh, J.J.
Knipe, R.J. London& Geological Society Special Publication Structural Geology UK North Sea Permian5 internal-pdf://Barr (2007)-3540334337/Barr (2007).pdf D ? Hengesbach, L. 2006y Magnetotellurische Studien im Nordwestdeutschen Becken: Ein Beitrag zur paläogeographischen Entwicklung des Unterkarbons 145 Münster$ Westfälischen Wilhelms-Universität
Geophysics Germany
CarboniferousA internal-pdf://Hengesbach (2006)-3842271248/Hengesbach (2006).pdfF?! Southwood, D.A.
Hill, W.O.R. 1995p The origin and distribution of porosity in the Zechsteinkalk (Upper Permian) of Hewett Field, Southern North Sea 289-302 Petroleum Geoscience 1 Petroleum Geology UK North Sea PermianM internal-pdf://Southwood & Hill (1995)-2369972225/Southwood & Hill (1995).pdf | ?" & Andresen, K.L.
Clausen, O.R.
Huuse, M. 2009 A giant (5.3 x107 m3) middle Miocene (c. 15 Ma) sediment mound (M1) above the Siri Canyon, Norwegian–Danish Basin: Origin and significance 1640-1655 Marine and Petroleum Geology 26 Clastic sedimentology Denmark; Norway NeogeneK internal-pdf://Andresen et al. (2009)-1957559553/Andresen et al. (2009).pdf#?# ! Bull, S.
Cartwright, J.
Huuse, M. 2009T A review of kinematic indicators from mass-transport complexes using 3D seismic data 1132-1152 Marine and Petroleum Geology 26
Geophysics Norway GenericC internal-pdf://Bull et al. (2009)-3518080001/Bull et al. (2009).pdf ?$ * Huuse, M.
Lykke-Andersen, H.
Michelsen, O. 20012 Cenozoic evolution of the eastern Danish North Sea 243-269 Marine Geology 177 Geology Denmark CenozoicE internal-pdf://Huuse et al. (2001)-2343852545/Huuse et al. (2001).pdfq?% 0 Nygård, A.
Sejrup, H.P.
Haflidason, H.
Bryn, P. 2005 The glacial North Sea Fan, southern Norwegian Margin: architecture and evolution from the upper continental slope to the deep-sea basin 71-84 Marine and Petroleum Geology 22 Clastic sedimentology Norway CenozoicG internal-pdf://Nygard et al. (2005)-1404518145/Nygard et al. (2005).pdfL? el?& 5 Gemmer, L.
Nielsen, S.B.
Huuse, M.
Lykke-Andersen, H. 2002\ Post-mid-Cretaceous eastern North Sea evolution inferred from 3D thermo-mechanical modelling 315-342 Tectonophysics 350 4 Structural Geology Eastern North Sea CenozoicG internal-pdf://Gemmer et al. (2002)-3032157953/Gemmer et aF?' Kuhlmann, G.
Wong, T.E. 2008x Pliocene paleoenvironment evolution as interpreted from 3D-seismic data in the southern North Sea, Dutch offshore sector 173-189 Marine and Petroleum Geology 25 Geology NL North Sea NeogeneK internal-pdf://Kuhlmann & Wong (2008)-2277393153/Kuhlmann & Wong (2008).pdf < ?( " Steeghs, P.
Overeem, I.
Tigrek, S. 2000b Seismic volume attribute analysis of the Cenozoic succession in the L08 block (Southern North Sea) 245-262 Global and Planetary Change 27
Geophysics NL North Sea CenozoicI internal-pdf://Steeghs et al. (2000)-3921756161/Steeghs et al. (2000).pdfT ?) * Frey-Martinez, J.
Cartwright, J.
James, D. 2006` Frontally confined versus frontally emergent submarine landslides: A 3D seismic characterisation 585-604 Marine and Petroleum Geology 23 Clastic sedimentology Generic GenericU internal-pdf://Frey-Martinez et al. (2006)-2361668353/Frey-Martinez et al. (2006).pdf?+ - Jackson, C.A.-L.
Barber, G.P.
Martinsen, O.J. 2008 Submarine slope morphology as a control on the development of sand-rich turbidite depositional systems: 3D seismic analysis of the Kyrre Fm (Upper Cretaceous), Måløy Slope, offshore Norway 663-680 Marine and Petroleum Geology 25 Clastic sedimentology Norway
CretaceousI internal-pdf://Jackson et al. (2008)-3116973825/Jackson et al. (2008).pdf
?M & Cope, J.C.W.
Ingham, J.K.
Rawson, P.F. 1992( Atlas of Palaeogeography and Lithofacies 153 London The Geological Society Palaeogeography UK GenericY internal-pdf://Cope et al (1992) - Text-2678607872/Cope et al (1992) - Text.pdf
internal-pdf://Cope et al (1992) - Maps-2913516288/Cope et al (1992) - Maps.pdf
internal-pdf://Cope et al (1992) - Legend-2125005824/Cope et al (1992) - Legend.pdf
internal-pdf://Cope et al (1992) - Eerste pagina's-1739135488/Cope et al (1992) - Eerste pagina's.pdf ?F I Vandenberghe, N.
Dusar, M.
Boonen, P.
Fan Lie, S.
Voets, R.
Bouckaert, J. 2000I The Merksplas-Beerse geothermal well (17W265) and the Dinantian reservoir 349-367 Geologica Belgica 3 3-4 aliphatic-hydrocarbons; alkanes-; Belgium-; brines-; carbonate-rocks; Carboniferous-; Dinantian-; Europe-; geochemistry-; geophysical-methods; geophysical-profiles; geophysical-surveys; geothermal-energy; geothermal-fields; geothermal-reservoirs; hydrocarbons-; hydrochemistry-; karst-; limestone-; macerals-; Merksplas-Beerse-Field; methane-; Namurian-; organic-compounds; Paleozoic-; pump-tests; reflectance-; reflection-methods; reservoir-rocks; sedimentary-rocks; seismic-methods; seismic-profiles; surveys-; Upper-Carboniferous; vertical-seismic-profiles; Visean-; vitrinite-; Western-Europe; Economic-geology,-geology-of-energy-sources Geothermics The Merksplas-Beerse well (North Belgium) is a low-enthalpy geothermal production well targeting the Dinantian karstic limestones to a total depth of 1761 m. The presence of methane gas in these limestones generated a particular interest in this well. This paper describes the geological profile of this well and the Dinantian reservoir. The Namurian-Visean boundary at 1630 m is determined by the base of the dipmeter draping pattern in the radioactive Chokier shales (base of the Namurian) on top of the karstified Dinantian limestone. The stratigraphic composition of the transitional interval from Dinantian to Silesian correlates closely to the nearby Turnhout well. The two fractured intervals at 1630-1656 and 1739-1747 m respectively were identified in the Dinantian limestones. They are associated with siliciclastic sections in between pure limestones. The reservoir water is a sodium chloride brine of about 74 degrees C and at a pressure below the hydrostatic. The water is slightly radioactive because of the contact with the Chokier hot shales. A carbon dioxide gas with methane and nitrogen admixture is dissolved in the water. The gas liquid ratio at standard conditions is about one and the bubble point is around 200-400 psi at reservoir temperature. A long duration pumping test shows a high fracture permeability and a productivity index of 5.4 m3/h/bar with a productivity to injectivity ratio of 1.45. Belgium
Carboniferous?G ( Evans, J. A.
Chisholm, J. I.
Leng, M. J. 2001\ How U-Pb detrital monazite ages contribute to the interpretation of the Pennine Basin infill 741-744" Journal of the Geological Society 158 5? absolute-age; Carboniferous-; central-England; chemical-composition; clastic-rocks; dates-; England-; Europe-; Great-Britain; lithostratigraphy-; monazite-; paleogeography-; Paleozoic-; Pennines-; phosphates-; provenance-; sandstone-; sedimentary-rocks; U-Pb; United-Kingdom; Western-Europe; Stratigraphy; Geochronology
Mineralogy UK
CarboniferousE internal-pdf://Evans et al. (2001)-3229225667/Evans et al. (2001).pdf ratigraphy Germany' Proterozoicum-Cambrium-Ordovicium-Silur internal-pdf://Leonhardt et al. (2005)-1841658066/Leonhardt et al. (2005).pdf
internal-pdf://Menning_1 (2005)-0583450066/Menning_1 (2005).pdf
internal-pdf://Menning_2 (2005)-2579949010/Menning_2 (2005).pdf !? G Weddige, K.
Jansen,U.
Schindler, E.
Ribbert, K.H.
Weller, H.
Zagora, K. 2005? Das Devon in der Stratigraphischen Tabelle von Deutschland 2002 43-59 Newsletters on Stratigraphy 41 1-3 Stratigraphy Germany Devonian internal-pdf://Weddige et al. (2005)-3016384210/Weddige et al. (2005).pdf
internal-pdf://Menning_3 (2005)-2714408402/Menning_3 (2005).pdf ?H Jones, C. M.
Chisholm, J. I. 1997j The Roaches and Ashover grits; sequence stratigraphic interpretation of a "turbidite-fronted delta" system 45-68 Geological Journal 32 1o Ashover-Grits; Carboniferous-; cross-bedding; deltaic-environment; England-; Europe-; Great-Britain; lithofacies-; Namurian-; Paleozoic-; Pennine-Basin; planar-bedding-structures; regression-; Roaches-Grits; sea-level-changes; sedimentary-structures; sequence-stratigraphy; transgression-; turbidite-; United-Kingdom; Upper-Carboniferous; Western-Europe; Stratigraphy Stratigraphy UK
CarboniferousM internal-pdf://Jones & Chisholm (1997)-1399232641/Jones & Chisholm (1997).pdf ?I Martinsen, O.J.
Collinson, J.D. 2002: The Western Irish Namurian Basin reassessed; a discussion 523-542 Basin Research 14 4 aggradation-; bathymetry-; Carboniferous-; deposition-; Dinantian-; Europe-; Gull-Island-Formation; Iapetus-; Ireland-; models-; Namurian-; Paleozoic-; progradation-; thickness-; Upper-Carboniferous; Western-Europe; western-Ireland; Stratigraphy Palaeogeography Ireland
CarboniferousW internal-pdf://Martinson & Collinson (2002)-3457467957/Martinson & Collinson (2002).pdf ?J + Owens, Bernard
McLean, Duncan
Bodman, David 2004Y A revised palynozonation of British Namurian deposits and comparisons with eastern Europe 89-103 Micropaleontology 50 16 assemblages-; biostratigraphy-; biozones-; Carboniferous-; Central-Europe; correlation-; Europe-; floral-list; Great-Britain; microfossils-; miospores-; morphology-; Namurian-; Paleozoic-; palynomorphs-; Poland-; revision-; Silesian-coal-basin; United-Kingdom; Upper-Carboniferous; Western-Europe; Stratigraphy
Palaeontology Existing schemes for the palynozonation of the Namurian deposits in western Europe require updating to reflect improvements in both independent biostratigraphical calibration and species distribution data. New biozonation proposals are presented which include the accurate positioning of all biozonal boundaries and the establishment of new sub-biozonal units within the Pendleian - Alportian sections. The base of the renamed Cingulizonates cf capistratus - Bellispores nitidus (CN) Biozone is placed within the late Brigantian and a new unit , the C. cf. capistratus (Cc) Sub-Biozone, with an upper boundary coincident with the Visean - Namurian Stage boundary is proposed. The Pendleian part of the revised CN Biozone is established as the Verrucosisporites morulatus (Vm) Sub-Biozone. Additional data from the Lycospora subtriquetra - Kraeuselisporites ornatus (SO) Biozone, in the interval adjacent to the proposed Mid-Carboniferous Boundary, permits the establishment of L. subtriquetra - Apiculatisporis variocorneus (SV)Sub-Biozone in the upper part of the Arnsbergian Stage and the L. subtriquetra - Cirratriradites rarus (SR) Sub-Biozone which occupies the Chokierian and most of the Alportian stages. The base of the Crassispora kosankei - Grumosisporites varioreticulatus (KV) Biozone is repositioned into the upper part of the Alportian Stage. Comparable assemblages described from the Silesian Coal Basins of Poland are discussed and correlations between the palynozonations of both areas are suggested. UK; Eastern Europe
Carboniferous. ?K Saunders, W.B.
Swan, A.R.H. 1984` Morphology and morphologic diversity of mid-Carboniferous (Namurian) ammonoids in time and space 195-228 Paleobiology 10 2 Ammonoidea-; biometry-; biostratigraphy-; Carboniferous-; causes-; Cephalopoda-; Commonwealth-of-Independent-States; diversity-; Europe-; Great-Britain; Invertebrata-; Middle-Carboniferous; Mollusca-; morphology-; Namurian-; North-American; paleontology-; Paleozoic-; patterns-; phylogeny-; principal-component-analysis; shell-geometry; Southern-Urals; statistical-analysis; succession-; taxonomy-; Tetrabranchiata-; United-Kingdom; Upper-Carboniferous; Urals-; USSR-; Western-Europe; Invertebrate-paleontology
Palaeontology Generic
Carb?L % Gorski, M.
Wojtkowiak, Z.
Radecki, S. 1999G Barnówko-Mostno-Buszewo (BMB): the largest crude oil deposit in Poland 5-15 Petroleum Geoscience 5 Petroleum Geology Poland PermianG internal-pdf://Gorski et al. (1999)-2017924096/Gorski et al. (1999).pdf c?h
Fabian, H.-J. 1958 Die Aufschlußbohrung Straeten 1 11-288 Fortschritte in der Geologie von Rheinland und Westfalen 1 Stratigraphy Germany 8?i Hager, H.
Vandenberghe, N.
Van den Bosch, M.
Abraham, M.
Von der Hocht, F.
Rescher, K.
Laga, P.
Nickel, E.
Verstraelen, A.
Leroi, S.
Van Leeuwen, R.J.W. 1998 The geometry of the Rupelian and Chattian depositional bodies in the Lower Rhine district and its border area: implications for Oligocene lithostratigraphy 53-62- Bulletin of the Geological Society of Denmark 45 Clastic sedimentology Netherlands; Germany
P ?j Hager, H. 1981G Das Teriär des Rheinischen Braunkohlenreviers, Ergebnisse und Probleme 529-5638 Fortschritte in der Geologie von Rheinland und Westfalen 29 Geology Germany Cenozoic ?k
Sun Fan, L.
Maes, E. 1990 Well 's-Gravenvoeren 4 Brussel Geologische Dienst België Stratigraphy Belgium
Carboniferous eX?l Swennen, R.
Dusar, M. 1997r Diagenesis of Late Cretaceous to Paleocene carbonates in the Rur Valley Graben (Molenbeersel borehole, NE-Belgium) 215-226+ Annales de la Société Géologique du Nord 5 3
Diagenesis Belgium Cretaceous?m 2 Jacobs, P.
Sevens, E.
De Batist, M.
Henriet, J.-P. 1991\ Grain size-, facies- and sequence analysis of West Belgian Eocene continental shelf deposits 931-955- Zentralblatt für Geologie und Paläontologie 1 8 Clastic sedimentology Belgium
Palaeogene ?n Ruegg, G.H.J.
Zandstra, J.G. 1981a Geology and archeology of Pleistocene deposits in the ice-pushed ridge near Rhenen and Veenendaal 163-268% Mededelingen Rijks Geologische Dienst 35 Haarlem Geology Netherlands
Quaternary ?o Ruegg, G.H.J.
Zandstra, J.G. 1977Y Pliozäne und pleistozäne gestauchte Ablagerungen bei Emmerschans (Drenthe, Niederlande) 66-993 Mededelingen Rijks Geologische Dienst, Nieuwe Serie 28 4 Clastic sedimentology Netherlands Cenozoic
?p Roep, Th.B.
Remmelzwaal, A. 1977g A descriptive and "intuitive" thin-section analysis of Pleistocene sands of the Netherlands near Hattem 150-1563 Mededelingen Rijks Geologische Dienst, Nieuwe Serie 28 6 Petrology Netherlands
Quaternary ?q + Van der Meer, J.J.M.
Rappol, M.
Semeijn, J. 1985S Sedimentology and genesis of glacial deposits in the Goudsberg, Central Netherlands 2-293 Mededelingen Rijks Geologische Dienst, Nieuwe Serie 39 2 Clastic sedimentology Netherlands
Quaternary ?s
K Ebbing, J.H.J.
Weerts, H.J.T.
Westerhoff, W.E.
Cleveringa, P.
De Lang, F.D. 1999. De lithostratigrafische indeling van Nederland 38 99-141-B Haarlem TNO-NITG Stratigraphy Netherlands Cenozoic ?t P Worum, G.
Van Wees, J.-D.
Bada, G.
Van Balen, R.T.
Cloetingh, S.
Pagnier, H.J.M. 2004 Slip tendency analysis as a tool to constrain fault reactivation: A numerical approach applied to three-dimensional fault models in the Roer rift system (southeast Netherlands) 1-16 Journal of Geophysical Research 109 Structural Geology Netherlands Cenozoic doi:10.1029/2003JB002586E internal-pdf://Worum et al. (2004)-2 ?u ) Servais, T.
Vanguestaine, M.
Herbosch, A. 1993B Review of the stratigraphy of the Ordovician in the Brabant Massif 699-710 Geological Magazine 130 5 Stratigraphy Belgium
Ordovician !
?v
Gautier, D.L. 2003Z Carboniferous-Rotliegend total petroleum system description and assessment results summary 1-24 U.S. Geological Survey Bulletin 2211 Petroleum Geology Northwest Europe
Pa?w
Bardi, F. 2009= 3D seismic analysis of the Terschelling Basin sliding complex 23 034-UT-2009-02153/A Utrecht% TNO Built Environment and Geosciences
Geophysics NL North Sea Cenozoic7 internal-pdf://Bardi (2009)-1960307462/Bardi (2009).pdf ?x
Munsterman, D.K. 2009X De resultaten van het dinoflagellaatcystenonderzoekin boring G16-06, interval 600-1010 m 10
TNO report 034-UT-2009-01794/B Utrecht% TNO Built Environment and Geosciences
Palaeontology NL North Sea Cenozoic ?y
Munsterman, D.K. 2009U Palynologische datering van de "slump structure" in boring M07-01, interval 640-760 m 10
TNO report 034-UT-2009-01793/B Utrecht% TNO Built Environment and Geosciences Stratigraphy NL North Sea Cenozoic ?{ 8 Chadwick, R.A.
Holliday, D.W.
Holloway, S.
Hulbert, A.G. 1993J The evolution and hydrocarbon potential of the Northumberland-Solway Basin 717-726I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology UK
CarboniferousM internal-pdf://Chadwick et al. (1993)-0821669391/Chadwick et al. (1993).pdf ?|
Amedro, F. 2009m Stratigraphie sequentielle des successions albiennes du bassin Anglo-Parisien et du bassin de Mons (Belgique) 12-367 Bulletin d'Information des Geologues du Bassin de Paris 46 2 Stratigraphy Belgium
Cretaceous?~ Azmy, K.
Poty, E.
Brand, U. 2009r High-resolution isotope stratigraphy of the Devonian–Carboniferous boundary in the Namur–Dinant Basin, Belgium 117-124 Sedimentary Geology 216O Chemostratigraphy, Devonian-Carboniferous boundary, Namur-Dinant Basin, Belgium Stratigraphy Belgium Devonian; CarboniferousC internal-pdf://Azmy et al. (2009)-0585064975/Azmy et al. (2009).pdf ? . Kombrink, H.
Van Lochem, H.
Van der Zwan, K.J. 2010 Seismic interpretation of Dinantian carbonate platforms in the Netherlands; implications for the palaeogeographical and structural development of the Northwest European Carboniferous Basin 99-108" Journal of the Geological Society 167
Geophysics Netherlands
CarboniferousK internal-pdf://Kombrink et al. (2010)-2869368065/Kombrink et al. (2010).pdf \ ? q Bosma, H.F.
Van Konijnenburg-van Cittert, J.H.A.
Van der Ham. R.W.J.M.
Van Amerom, H.W.J.
Hartkopf-Froeder, C. 20097 Conifers from the Santonian of Limburg, The Netherlands 483-495 Cretaceous Research 30 2
Palaeontology Netherlands
CretaceousE internal-pdf://Bosma et al. (2009)-3344576308/Bosma et al. (2009).pdf0 ? Cope, J.C.W. 2009 Correlation problems in the Kimmeridge Clay Formation (Upper Jurassic, UK); lithostratigraphy versus biostratigraphy and chronostratigraphy 266-275 Geological Magazine 146 2 Stratigraphy UK Jurassic5 internal-pdf://Cope (2009)-0162281216/Cope (2009).pdf
? Donders, T.H.
Weijers, J.W.H.
Munsterman, D.K.
Kloosterboer-van Hoeve, M.L.
Buckles, L.K.
Pancost, R.D.
Schouten, S.
Sinninghe Damste, J.S.
Brinkhuis, H. 2009a Strong climate coupling of terrestrial and marine environments in the Miocene of northwest Europe 215-225# Earth and Planetary Science Letters 281 3-4F Miocene
land-sea coupling
GDGT lipids
pollen
dinoflagellates
sea level Climate Western Europe NeogeneI internal-pdf://Donders et al. (2009)-0372402741/Donders et al. (2009).pdf c? Evans, D.J.
Holloway, S. 2009T A review of onshore UK salt deposits and their potential for underground gas storage 39-80Z Underground gas storage: worldwide experiences and future development in the UK and Europe 313 Evans, D.J.
Chadwick, R.A. London& Geological Society Special Publication Petroleum Geology UK Generic E? 4 Baykulov, M.
Brinka, H.-J.
Gajewskia, D.
Yoon, M.-K. 2009a Revisiting the structural setting of the Glueckstadt Graben salt stock family, North German Basin 162-172 Tectonophysics 470 Structural Geology Germany PermianK internal-pdf://Baykulov et al. (2009)-2091142144/Baykulov et al. (2009).pdfY? A Magri, F.
Bayer, U.
Pekdeger, A.
Otto, R.
Thomsen, C.
Maiwald, U. 2009t Salty groundwater flow in the shallow and deep aquifer systems of the Schleswig–Holstein area (North German Basin) 183-194 Tectonophysics 470 Hydrogeology Germany GenericE internal-pdf://Magri et al. (2009)-2259187200/Magri et al. (2009).pdfi? " Cacace, M.
Bayer, U.
Marotta, A.M. 2009 Late Cretaceous-Early Tertiary tectonic evolution of the Central European Basin System (CEBS): Constraints from numerical modelling 105-128 Tectonophysics 470 Structural Geology Northwest Europe Cretaceous; PalaeogeneG internal-pdf://Cacace et al. (2009)-3215092736/Cacace et al. (2009).pdf? " Zwingmann, H.
Clauer, N.
Gaupp, R. 1999 Structure-related geochemical (REE) and isotopic (K-Ar, Rb-Sr, d18O) characteristics of clay minerals from Rotliegend sandstone reservoirs (Permian, northern Germany) 2805-2823 Geochimica et Cosmochimica Acta 63 18 Geochemistry Germany PermianM internal-pdf://Zwingmann et al. (1999)-3315159808/Zwingmann et al. (1999).pdf , ? 6 Fielding, C.R.
Allen, J.P.
Alexander, J.
Gibling, M.R. 2009G Facies model for fluvial systems in the seasonal tropics and subtropics 623-626 Geology 37 7 Clastic sedimentology Generic GenericK internal-pdf://Fielding et al. (2009)-1879517710/Fielding et al. (2009).pdfO ? i Gaviglio, P.
Bekri, S.
Vandycke, S.
Adler, P.M.
Schroeder, C.
Bergerat, F.
Darquennes, A.
Coulon, M. 2009! Faulting and deformation in chalk 194-207 Journal of Structural Geology 31 2 Structural Geology Generic
? & Hauschke, N.
Oosterink, H.W.
Wilde, V. 2009c Erster Nachweis eines Limuliden (Xiphosura, Limulacea) im Muschelkalk von Winterswijk (Niederlande) 13-23 Der Aufschluss 60
Palaeontology Netherlands Triassicq 8? @ Hesselbo, S.P.
Deconinck, J.-F.
Huggett, J.M.
Morgans-Bell, H.S. 2009v Late Jurassic palaeoclimatic change from clay mineralogy and gamma-ray spectrometry of the Kimmeridge Clay, Dorset, UK 1123-1133" Journal of the Geological Society 166 6 Climate UK ? Jones, P.B.
Clark, D. 2009 A gravity collapse origin for the Hampshire Basin, and its effect on the petroleum system of the Wytch Farm and other oilfields in southern England 12 Reservoir 36 7 Petroleum Geology UK
CretaceousD ? Lynch, J.J. 2004` Visualization and Interpretation of 3D Seismic in the Carboniferous of the UK Southern North Sea 219-225 3D Seismic Technology 29D Davies, R.J.
Cartwright, J.A.
Stewart, M.
Lappin, M.
Underhill, J.R. London Geological Society Memoir
Geophysics UK North Sea
Carboniferous? . Sindern, S.
Stanjek, H.
Hilgers, C.
Etoudi, Y. 2007 Short-term hydrothermal effects on the 'crystallinities' of illite and chlorite in the footwall of the Aachen-Faille du Midi thrust fault - first results of the RWTH-1 drilling project 200-212 Clays and Clay Minerals 55 2
Mineralogy Germany DevonianI internal-pdf://Sindern et al. (2007)-1530180096/Sindern et al. (2007).pdf J? o 9 Kazemeini, S.H.
Juhlin, C.
Zinck-Jorgensen, K.
Norden, B. 2009 Application of the continuous wavelet transform on seismic data for mapping of channel deposits and gas detection at the CO2 SINK site, Ketzin, Germany 111-123 Geophysical Prospecting 57 1
Geophysics Germany1 8? Klompmaker, A. 2009 Taphonomic bias on drill-hole predation intensities and paleoecology of Pliocene mollusks from Langenboom (Mill), the Netherlands 772-779 Palaios 24 11
Palaeontology NetherlandsD ? Korn, D.
Kaufmann, B. 2009{ A high-resolution relative time scale for the Vise´an Stage (Carboniferous) of the Kulm Basin (Rhenish Mountains, Germany) 306-321 Geological Journal 44
Palaeontology Germany
CarboniferousK internal-pdf://Korn & Kaufmann (2009)-0084434190/Korn & Kaufmann (2009).pdf3 D? D Korte, C.
Hesselbo, S.P.
Jenkyns, H.C.
Rickaby, R.E.M.
Spoetl, C. 2009 Palaeoenvironmental significance of carbon- and oxygen-isotope stratigraphy of marine Triassic-Jurassic boundary sections in SW Britain 431-445" Journal of the Geological Society 166 3 Palaeogeography UK ? Krzywiec, P. 2009 Devonian–Cretaceous repeated subsidence and uplift along the Teisseyre–Tornquist zone in SE Poland — Insight from seismic data interpretation 142-159 Tectonophysics 475 Warszawaq Teisseyre-Tornquist Zone
Lublin Basin
Mid-Polish Trough
Foreland tectonics
Inversion tectonics
Fault reactivation Structural Geology Poland Palaeozoic; Mesozoic= internal-pdf://Krzywiec (2009)-2453834753/Krzywiec (2009).pdfu#
P? / Kuester, Y.
Schramm, M.
Bornemann, O.
Leiss, B. 2009 Bromide distribution characteristics of different Zechstein 2 rock salt sequences of the Southern Permian Basin; a comparison between bedded and domal salts 1368-1391
Sedimentology 56 5
Evaporites Germany Pn? Laier, T.
Obro, H. 2009` Environmental and safety monitoring of the natural gas underground storage at Stenlille, Denmark 81-92Z Underground gas storage: worldwide experiences and future development in the UK and Europe 313 Evans, D.J.
Chadwick, R.A. London& Geological Society Special Publication Petroleum Geology Denmark Generic %? McKie, T.
Williams, B. 2009S Triassic palaeogeography and fluvial dispersal across the northwest European Basins 711-741 Geological Journal 44 Palaeogeography Northwest Europe TriassicM internal-pdf://McKie & Williams (2009)-1208583438/McKie & Williams (2009).pdf\ ? Meijer, T.
Cleveringa, P. 2009y Aminostratigraphy of middle and late Pleistocene deposits in the Netherlands and the southern part of the North Sea Basin 326-345 Global and Planetary Change 68 4 Stratigraphy Netherlands
Qua ? Oosterink, H.W. 2009L Typelocatie van de Vossenveld-Formatie is de Winterswijkse muschelkalkgroeve 12-13 Grondboor & Hamer 63 1
Palaeontology Netherlands Triassicn? Radley, J.D. 2009x Archaic-style shell concentrations in brackish-water settings; Lower Cretaceous (Wealden) examples from southern England 710-716 Cretaceous Research 30 3H Shell concentrations, Brackish water, Lower Cretaceous, Southern England
Palaeontology UK
Cretaceous9 internal-pdf://Radley (2009)-0220841525/Radley (2009).pdf ? Rasmussen, E.S. 2009H Neogene inversion of the Central Graben and Ringkobing-Fyn High, Denmark 84-97 Tectonophysics 465 1-4 Structural Geology Denmark Cenozoic? internal-pdf://Rasmussen (2009)-1656680977/Rasmussen (2009).pdf? ( Schnyder, J.
Baudin, F.
Deconinck, J.-F. 2009 Occurrence of organic-matter-rich beds in Early Cretaceous coastal evaporitic setting (Dorset, UK); a link to long-term palaeoclimate changes? 356-366 Cretaceous Research 30 2Y Organic matter
Palynofacies
Botryococcus-type algae
Purbeckian facies
Jurassic
Cretaceous Climate UK
CretaceousK internal-pdf://Schnyder et al. (2007)-0690754357/Schnyder et al. (2007).pdf ? Schnyder, J.
Dejax, J.
Keppens, E.
Tu Thanh Thuy, N.
Spagna, P.
Boulila, S.
Galbrun, B.
Riboulleau, A.
Tshibangu, J.-P.
Yans, J. 2009u An Early Cretaceous lacustrine record; organic matter and organic carbon isotopes at Bernissart (Mons Basin, Belgium) 79-911 Palaeogeography, Palaeoclimatology, Palaeoecology 281 1-2 Organic geochemistry Belgium
Cr: ,? Schulze, H.-P. 2009Y Interpretation of marine and freshwater paleoenvironments in Permo-Carboniferous deposits 126-1361 Palaeogeography, Palaeoclimatology, Palaeoecology 281 1-2
Palaeontology Generic Carbonife? 8 Sippel, J.
Scheck-Wenderoth, M.
Reicherter, K.
Mazur, S. 2009 Paleostress states at the south-western margin of the Central European Basin System — Application of fault-slip analysis to unravel a polyphase deformation pattern 129-146 Tectonophysics 470 Structural Geology Northwest Europe MesozoicG internal-pdf://Sippel et al. (2009)-2158190848/Sippel et al. (2009).pdf + <? Spears, D.A.
Tewalt, S.J. 2009 The geochemistry of environmentally important trace elements in UK coals, with special reference to the Parkgate coal in the Yorkshire–Nottinghamshire Coalfield, UK 157-166% International Journal of Coal Geology 80 3-4 Geochemistry UK
? ^ Timmerman, M.J.
Heeremans, M.
Kirstein, L.A.
Larsen, B.T.
Spencer-Dunworth, E.-A.
Sundvoll, B. 2009s Linking changes in tectonic style with magmatism in northern Europe during the late Carboniferous to latest Permian 375-390 Tectonophysics 473 Magmatism Northwest Europe Carboniferous; PermianM internal-pdf://Timmerman et al. (2009)-2243077376/Timmerman et al. (2009).pdf ? % Tucker, M.E.
Gallagher, J.
Leng, M.J. 2009u Are beds in shelf carbonates millennial-scale cycles? An example from the mid-Carboniferous of northern England...... 19-34 Sedimentary Geology 214 1-4w Beds, Carboniferous, Yoredale cyclothems, Northern England, Milennial-scale cycles, Solar forcing, Milankovitch rhythms Carbonate sedimentology UK
CarboniferousG internal-pdf://Tucker et al. (2009)-3232856576/Tucker et al. (2009).pdf ? = Van Gent, H.W.
Back, S.
Urai, J.L.
Kukla, P.A.
Reicherter, K. 2009k Paleostresses of the Groningen area, the Netherlands—Results of a seismic based structural reconstruction 147-161 Tectonophysics 470 Structural Geology We describe a novel workflow to reconstruct paleostresses in the subsurface where the traditional outcropbased
method that uses fault slip measurements is not possible. We use 3D seismic data and structural
restoration to determine fault surfaces and slip vectors. These data are then used as input for paleostressreconstruction
algorithms.
The study area of ca. 750 km2 is situated in the Groningen Block, the Netherlands. Excellent quality 3D
seismic data were used to interpret 11 horizons and approximately 80 faults between the Tertiary and the
Top Rotliegend. Indicators of fault slip direction are fault undulations, sedimentary structures offset by faults
and shapes of horizon cut-outs. These indicators were used as a basis of 3D restoration of the interpreted
horizons. A stepwise restoration approach was chosen that removed younger deformation to obtain slip
vectors for older deformation events. In a following work step, Numeric Dynamic Analysis (NDA) was used to
calculate paleostress tensors for the Middle and Lower Tertiary, Upper Cretaceous and Upper Rotliegend
sequences.
The results presented in this paper are consistent with existing paleostress interpretations for NW Europe;
however, in contrast to previous studies they are derived from a subsurface volume where paleostress
information was lacking until now. Issues that need further study include the effect of the size of the study
area on the assumptions of a homogenous stress field, and an analysis of the ambiguity of the interpretation
of fault slip indicators on 3D seismic data. Netherlands Permian, Mesozoic, CenozoicK internal-pdf://Van Gent et al. (2009)-0614561536/Van Gent et al. (2009).pdf
? R Wilkinson, M.
Haszeldine, R.S.
Fallick, A.E.
Odling, N.
Stoker, S.J.
Gatliff, R.W. 2009V CO2 -mineral reaction in a natural analogue for CO2 storage; implications for modeling 486-494 Journal of Sedimentary Research 79 7 Geochemistry Generic GenericM internal-pdf://Wilkinson et al. (2009)-2083617219/Wilkinson et al. (2009).pdf XCretaceousK internal-pdf://Gaviglio et al. (2009)-1681231043/Gaviglio et al. (2009).pdf [
3666/Menning_7 (2005).pdf
internal-pdf://Menning_17 (2005)-0735839954/Menning_17 (2005).pdf n (2005).pdf
internal-pdf://Menning_7 (2005)-1106601482/Menning_7 (2005).pdf
internal-pdf://Menning_8 (2005)-3287648010/Menning_8 (2005).pdf 5).pdf
internal-pdf://Menning_7 (2005)-1643553034/Menning_7 (2005).pdf
internal-pdf://Menning_9 (2005)-3153511946/Menning_9 (2005).pdf 005).pdf
internal-pdf://Menning_6 (2005)-1979249162/Menning_6 (2005).pdf
internal-pdf://Menning_7 (2005)-1408831242/Menning_7 (2005).pdf
internal-pdf://Menning_9 (2005)-1274621194/Menning_9 (2005).pdf ? N Lutz, M.
Etzold, A.
Käding, K.C.
Lepper, J.
Hagdorn, H.
Nitsch, E.
Menning, M 2005W Lithofazies und Leitflächen: Grundlagen einer dualen lithostratigraphischen Gliederung 211-223 Newsletters on Stratigraphy 41 1-3 Stratigraphy Germany Permian, Triassic internal-pdf://Lutz et al. (2005)-1023338250/Lutz et al. (2005).pdf
internal-pdf://Menning_7 (2005)-1325336074/Menning_7 (2005).pdf
internal-pdf://Menning_10 (2005)-3942588426/Menning_10 (2005).pdf
05).pdf
internal-pdf://Menning_7 (2005)-1426093067/Menning_7 (2005).pdf
internal-pdf://Menning_9 (2005)-1728092171/Menning_9 (2005).pdf M o ? Mönnig, E. 2005R Der Jura von Norddeutschland in der Stratigraphischen Tabelle von Deutschlan8 ? 8 Woolhouse, G.
Andrews, J.E.
Marca-Bell, A.
Dennis, P.F. 2009O Geochemical constraints on the origin of enigmatic cemented chalks, Norfolk, UK 291-299 Geological Magazine 146 2
Diagenesis UK
CretaceousM internal-pdf://Woolhouse et al. (2009)-1152082432/Woolhouse et al. (2009).pdf ?
Kockel, F. 2003V Inversion structures in Central Europe – Expressions and reasons, an open discussion 367-382# Netherlands Journal of Geosciences 82 4 Structural Geology Western Europe Generic9 internal-pdf://Kockel (2003)-2234878885/Kockel (2003).pdfF? A Japsen, P.
Green, P.F.
Nielsen, L.H.
Rasmussen, E.S.
Bidstrup, T. 2007 Mesozoic-Cenozoic exhumation events in the eastern North Sea Basin: amulti-disciplinary study based on palaeothermal, palaeoburial, stratigraphic and seismic data Basin Research 10.1111/j.1365-2117.2007.00329.x Burial history Denmark GenericG internal-pdf://Japsen et al. (2007)-1819286016/Japsen et al. (2007).pdf '? Duin, E.
Stavenga, T. 1999h Modelling Zechstein velocities in halokinetically disturbed areas using a 3D seismic amplitude attribute 387-392 First Break 17
Geophysics Netherlands PermianM internal-pdf://Duin & Stavenga (1999)-0212866868/Duin & Stavenga (1999).pdf ? I Bachmann, G.H.
Voigt, T.
Bayer, U.
Von Eynatten, H.
Legler, B.
Littke, R. 2008P Depositional history and sedimentary cycles in the Central European Basin System 157-172N Dynamics of Complex Intracontinental Basins: The Central European Basin System. Littke, R.
Bayer, U.
Gajewski, D.
Nelskamp, S. Berlin Springer Geology Germany GenericK internal-pdf://Bachmann et al. (2008)-2478619153/Bachmann et al. (2008).pdf ? Durst, H. 1991L Aspects of exploration history and structural style in the Rhine graben area 247-261@ Generation, accumulation and production of Europe's hydrocarbons 1
Spencer, A.M. BerlinJ Special Publication of the European Association of Petroleum Geoscientists Petroleum Geology Germany Generic7 internal-pdf://Durst (1991)-1505577745/Durst (1991).pdf[ (? ' Fabricius, I.L.
Røgen, B.
Gommesen, L. 2007 How depositional texture and diagenesis control petrophysical and elastic properties of samples from five North Sea chalk fields 81-95 Petroleum Geoscience 13 1
Diagenesis Denmark
Cr? * Henriet, J.P.
De Batist, M.
Verschuren, M. 1991v Early fracturing of Palaeogene clays, southernmost North Sea: relevance to mechanisms of primary hydrocarbon migration 217-227@ Generation, accumulation and production of Europe's hydrocarbons 1
Spencer, A.M. BerlinJ Special Publication of the European Association of Petroleum Geoscientists Petroleum Geology Southern North Sea
PalaeogeneI internal-pdf://Henriet et al. (1991)-1992146449/Henriet et al. (1991).pdf d ? Kelepertsis, A. E. 1981e The geochemistry of uranium and thorium in some lower carboniferous sedimentary rocks (Great Britain) 275-288 Chemical Geology 34 3-4 Geochemistry@ Mass-spectrographic determination have been made on 32 limestones-dolostones and nine shales from the Lower Carboniferous succession of Anglesey Island. Uranium is found to be enriched in calcareous dark shales, which are rich in organic carbon, and were precipitated, in small amounts, in calcareous shales, pure shales and limestones/dolostones. In the carbonate rocks, U is associated principally with the soluble fraction, which represents the carbonate plus U loosely adsorbed on clay minerals. No correlation exists between U and organic carbon, and between U and phosphate. Analyses of the detrital and non-detrital fractions of twelve limestones showed that Th is mostly associated with the non-detrital fraction. Correlation tests between Th and K for 32 limestones showed that a median correlation exists between Th and K. UK
CarboniferousC internal-pdf://Kelepertsis (1981)-1054904884/Kelepertsis (1981).pdfO H?m 4 Krawczyk, C.M
Stiller, M
DEKORP-BASIN Research Group 1999b Reflection seismic constraints on Paleozoic crustal structure and Moho beneath the NE German Basin 241-253 Tectonophysics 314 1-3 Structural Geology Germany
?n Kukulus, M
Henk, A 1999= Tektonik und Sedimentation im nordwestlichen Saar-Nahe-Becken 154-156 Terra Nostra 99 Structural Geology Germany Generic X ?
K Pasternak, M.
Kosinowski, M.
Losch, J.
Messner, J.
Meyer, H.-J.
Sedlack, R. 20018 Erdöl und Erdgas in der Bundesrepublik Deutschland 2000 53 Hannover0 Niedersächsisches Landesamt für Bodenforschung Petroleum Geology Germany GenericM internal-pdf://Pasternak et al. (2001)-1488895249/Pasternak et al. (2001).pdfa ? A Pedersen, J.H.
Karlsen, D.A.
Lie, J.E.
Brunstad, H.
Di Primio, R. 2006e Maturity and source-rock potential of Palaeozoic sediments in the NW European Northern Permian Basin 13-28 Petroleum Geoscience 12 1 Petroleum Geology North Sea
Pae $? Petersen, H.I.
Nytoft, H.P. 2007 Assessment of the petroleum generation potential of Lower Carboniferous coals, North Sea: evidence for inherently gas pronesource rocks 271-285 Petroleum Geoscience 13 3 Petroleum Geology Denmark
Carbo>? Schlager, W.
Reijmer, J.J.G. 2009O Carbonate platform slopes of the Alpine Triassic and the Neogene - a comparison 4-14" Austrian Journal of Earth Sciences 102 Carbonate sedimentology Central Europe GenericQ internal-pdf://Schlager & Reijmer (2009)-2494116358/Schlager & Reijmer (2009).pdf ? Schuler, S.
Santos, R. 19968 Fraced horizontal well shows potential of deep tight gas 46-53 Oil and Gas Journal 94 2 Engineering Geology Germany PermianM internal-pdf://Schuler & Santos (1996)-1522516241/Schuler & Santos (1996).doc ? `t? Underhill, J.R. 2009~ Role of intrusion-induced salt mobility in controlling the formation of the enigmatic Silverpit Crater, UK Southern North Sea 197-216 Petroleum Geoscience 15 3 Structural Geology UK North Sea P<? % Underhill, J.R.
Lykakis, N
Salman, S. 2009X Turning exploration risk into a carbon storage opportunity in the UK Southern North Sea 291-304 Petroleum Geoscience 15 4 Petroleum Geology UK North Sea PermianM internal-pdf://Underhill et al. (2009)-0514781184/Underhill et al. (2009).pdf ?
Whaley, J. 20062 Time to redevelop an \abandoned European oilfield? 34-38 GEO ExPro Petroleum Geology Netherlands
Cretaceous9 internal-pdf://Whaley (2006)-1639973137/Whaley (2006).pdf (? Giardani, D. 2009$ Geothermal quake risks must be faced 848-849 Nature 462 17 Geothermics Generic Generic= internal-pdf://Giardini (2009)-3911425055/Giardini (2009).pdf K? Autin, W.J. 2008 Stratigraphic analysis and paleoenvironmental implications of the Wijchen Member in the lower Rhine-Meuse Valley of the Netherlands 291-308" Netherlands Journal of Geosciences 87 4 Clastic sedimentology Netherlands
Quaternary7 internal-pdf://Autin (2008)-1324665760/Autin (2008).pdf ? 8 Avseth, P.
Jorstad, A.
Van Wijngaarden, A.-J.
Mavko, G. 2009[ Rock physics estimation of cement volume, sorting, and net-to-gross in North Sea sandstones 98-108 The Leading Edge 28
Geophysics North Sea Generic ? ? Bos, J.A.A.
Dambeck, R.
Kalis, A.J.
Schweizer, A.
Thiemeyer, H. 2008 Palaeoenvironmental changes and vegetation history of the northern Upper Rhine Graben (southwestern Germany) since the Lateglacial 67-90" Netherlands Journal of Geosciences 87 1
Palaeontologyr The vegetation of the northern Upper Rhine Graben (southwestern Germany) is reconstructed for the end of the Lateglacial and the Holocene by means of palynological analyses in combination with AMS 14C dating. Analogous to adjacent lowland areas, the Younger Dryas climatic deterioration did not result in a complete deforestation of the area and open pine woodlands with locally birch stands and shrubs persisted. A subdivision of the Younger Dryas period, into a humid first phase, followed by a dry second phase was also reflected in our records. For the Holocene, the pollen diagrams show two regionally different vegetation developments, related to substrate and variations in annual precipitation: in the south the ‘classical’ succession of pine then hazel is followed by other deciduous trees, whereas in the northern part, pine kept its dominance far into the Subboreal. Germany
QuaternaryA internal-pdf://Bos et al. (2008)-0016234912/Bos et al. (2008).pdf C ? H Davis, C.
Haughton, P.
McCaffrey, W.
Scott, E.
Hogg, N.
Kitching, D. 2009 Character and distribution of hybrid sediment gravity flow deposits from the outer Forties Fan, Palaeocene Central North Sea, UKCS 1919-1939 Marine and Petroleum Geology 26 10 Clastic sedimentology UK North Sea
PaF? Demoulin, A.
Hallot, E. 2009i Shape and amount of the Quaternary uplift of the western Rhenish shield and the Ardennes (western Europe) 696-708 Tectonophysics 474 3-4 Structural Geology Germany; Belgium
QuaternaryO internal-pdf://Demoulin & Hallot (2009)-1163053871/Demoulin & Hallot (2009).pdf g
y GenericY internal-pdf://EUGENO-S Working Group (1988)-2338557999/EUGENO-S Working Group (1988).pdf d Europe GenericO internal-pdf://Gölke & Coblentz (1996)-1885893679/Gölke & Coblentz (1996).pdf T GenericI internal-pdf://Gossler et al. (1999)-4016698671/Gossler et al. (1999).pdf earch 107 B11 Clastic sedimentology Generic GenericE internal-pdf://Revil et al. (2002)-0563929355/Revil et al. (2002).pdf etherlands Cenozoic etherlands Cenozoic H Generic; internal-pdf://Glennie (1997)-1710153503/Glennie (1997).pdf
Publication Petroleum Geology Southern North Sea Generic internal-pdf://Ziegler et al. (1997)-4227379487/Ziegler et al. (1997).pdf
internal-pdf://Ziegler et al.1 (1997)-1559974943/Ziegler et al.1 (1997).pdf K
123.01.03? internal-pdf://Glennie 2 (1997)-3338497311/Glennie 2 (1997).pdf ? Gareth, T.G.
Berry, J.K. 1997u Permian (Upper Rotliegend) synsedimentary tectonics, basin development and palaeogeography of the southern North Sea 31-61= Petroleum Geology of the Southern North Sea: Future Potential 123# Ziegler, K.
Turner, P.
Daines, S.R. London0 Geological Society, London, Special Publications Palaeogeography Southern North Sea PermianI internal-pdf://Gareth & Berry (1997)? $ Dyke, G.J.
Schulp, A.S.
Jagt, J.W.M. 2008O Geo (Im)pulse. Bird remains from the Maastrichtian type area (Late Cretaceous) 353-358" Netherlands Journal of Geosciences 87 4
Palaeontology Remains of Late Cretaceous birds are rare, which is especially true for Europe and the type area of the Maastrichtian Stage (southeast Netherlands, northeast Belgium) in particular. In the present paper, we record new remains (isolated tarsometatarsus and radius) that document the presence of both enantiornithine and ornithurine birds in the Maastrichtian area. These fossils, although fragmentary, are important in view of their stratigraphic age: all bird remains discovered to date in the Maastricht area are amongst the youngest ‘non-modern’ avians known, originating from strata deposited less than 500,000 years prior to the end of the Cretaceous Period. Netherlands
CretaceousC internal-pdf://Dyke et al. (2008)-1929312672/Dyke et al. (2008).pdf ?
Erkens, G. 2009o Sediment dynamics in the Rhine catchment. Quantification of fluvial response to climate change and human impact 278 Utrecht Utrecht University Palaeogeography Netherlands; Germany
Quaternary _? \ Gray, N.D.
Sherry, A.
Larter, S.R.
Erdmann, M.
Leyris, J.
Liengen, T.
Beeder, J.
Head, I.M. 2009W Biogenic methane production in formation waters from a large gas field in the North Sea 511-519
Extremophiles 13 3 Petroleum Geology North Sea CenozoicC internal-pdf://Gray et al. (2009)-1469076736/Gray et al. (2009).pdf ? ! + Hassenkam, T.
Skovbjerg, L.L.
Stipp, S.L.S. 2009^ Probing the intrinsically oil-west surfaces of pores in North Sea chalk at sub-pore resolution A500 Goldschmidt Conference 2009 Petroleum Geology North Sea
Cretaceous ? Hijma, M. 2009m From river valley to estuary. The early-mid Holocene transgression of the Rhine-Meuse valley, The Netherlands 192 Utrecht Utrecht University Palaeogeography Netherlands
Quaternary ? F Hijma, M.
Cohen, K.M.
Hoffmann, G.
Van der Spek, A.J.F.
Stouthamer, E. 2009 From river valley to estuary: the evolution of the Rhine mouth in the early to middle Holocene (western Netherlands, Rhine-Meuse delta) 13-54" Netherlands Journal of Geosciences 88 1 Palaeogeography2 The aim of this paper is to reconstruct the evolution of the early to middle Holocene Rhine-Meuse river mouths in the western Netherlands and to understand the observed spatial and temporal changes in facies. This is achieved by constructing three delta wide cross-sections using a newly accumulated database with thousands of core descriptions and cone penetration test results, together with a large set of pollen/diatom analyses and OSL/14C-dates. Most of the studied deposits accumulated in the fluvial-to-marine transition zone, a highly complex area due to the interaction of terrestrial and marine processes. Understanding how the facies change within this zone, is necessary to make correct palaeogeographic interpretations.
We find a well preserved early to middle Holocene coastal prism resting on lowstand valley floors. Aggradation started after 9 ka cal BP as a result of rapid sea-level rise. Around 8 ka most parts of the study area were permanently flooded and under tidal influence. After 8 ka a bay-head delta was formed near Delft, meaning that little sand could reach the North Sea. Several subsequent avulsions resulted in a shift from the constantly retreating Rhine river mouth to the north. When after 6.5 ka the most northerly river course was formed (Oude Rijn), the central part of the palaeovalley was quickly transgressed and transformed into a large tidal basin. Shortly before 6 ka retrogradation of the coastline halted and tidal inlets began to close, marking the end of the early-middle Holocene transgression.
This paper describes the transition from a fluvial valley to an estuary in unprecedented detail and enables more precise palaeo-reconstructions, evaluation of relative importance of fluvial and coastal processes in rapid transgressed river mouths, and more accurate sediment-budget calculations. The described and well illustrated (changes in) facies are coupled to lithogenetic units. This will aid detailed palaeogeographic interpretations from sedimentary successions, not only in the Netherlands, but also in other estuarine and deltaic regions. Netherlands
QuaternaryE internal-pdf://Hijma et al. (2009)-0140221089/Hijma et al. (2009).pdf 2? # Hofmann, M.
Voigt, T.
Linnemann, U. 2009{ The sands of Pangea; U-Pb-LA-ICP-MS geochronology of detrital zircon grains; a case study of the Mesozoic of Central Europe 140@ Schriftenreihe der Deutschen Gesellschaft für Geowissenschaften 63 Palaeogeography Central Europe Mesozoic k
? Jackson, C.A.L.
Larsen, E. 2009 Temporal and spatial development of a gravity-driven normal fault array; Middle-Upper Jurassic, South Viking Graben, northern North Sea 388-402 Journal of Structural Geology 31 4 Structural Geology NO North Sea JurassicM internal-pdf://Jackson & Larsen (2009)-4013348803/Jackson & Larsen (2009).pdf G
alaeozoic; internal-pdf://Le Gall (1992)-1832416963/Le Gall (1992).pdf e UK GenericS internal-pdf://Vandycke & Bergerat (2001)-1748631747/Vandycke & Bergerat (2001).pdf f PermianY internal-pdf://Williams-Stroud & Paul (1997(-3427853763/Williams-Stroud & Paul (1997(.pdf 6nriet (1995)-3044358083/De Batist & Henriet (1995).pdf Z PalaeozoicK internal-pdf://Debacker et al. (2001)-2725715139/Debacker et al. (2001).pdf \m
PalaeozoicK internal-pdf://Debacker et al. (2004)-2222502595/Debacker et al. (2004).pdf ? E Weyer, D.
Amler, M.R.W.
Korn, D.
Ribbert, K.H.
Stoppel, D.
Weller, H. 2005U Das Unterkarbon (Mississippium) in der Stratigraphischen Tabelle von Deutschland 2002 71-76 Newsletters on Stratigraphy 41 1-3 Stratigraphy Germany
Carboniferous internal-pdf://Weyer et al. (2005)-0198014418/Weyer et al. (2005).pdf
internal-pdf://Menning_5 (2005)-0466463186/Menning_5 (2005).pdf 70732754/Menning_5 (2005).pdf ? R Menning, M
Benek, R.
Boy, J.
Ehling, B.C.
Fischer, F.
Gaitzsch, B.
Schneider, J.W. 2005y Das Rotliegend in der Stratigraphischen Tabelle von Deutschland 2002 – „Paternoster-Stratigraphie“ auf dem Rückzug 91-122 Newsletters on Stratigraphy 41 1-3 Stratigraphy Germany Permian internal-pdf://Menning_6 (2005)-4174889170/Menning_6 (2005).pdf
internal-pdf://Menning et al. (2005)-3889691858/Menning et al. (2005).pdf K <? $ Lepper, J.
Rambow, D.
Röhling, H.-G 2005G Der Buntsandstein in der Stratigraphischen Tabelle von Deutschland 2002 129-142 Newsletters on Stratigraphy 41 1-3 Stratigraphy Germany Triassic internal-pdf://Lepper et al. (2005)-3621495762/Lepper et al. (2005).pdf
internal-pdf://Menning_7 (2005)-125592? Kemna, H.A. 2008c A Revised Stratigraphy for the Pliocene and Lower Pleistocene Deposits of the Lower Rhine Embayment 91-105" Netherlands Journal of Geosciences 87 1 Stratigraphy The Plio-Pleistocene succession in the Lower Rhine Embayment was subjected to a thorough revision of existing stratigraphic concepts. The deposits were studied at key sites in the type area near Venlo and in the large open-cast mine Hambach in the southern part of the Lower Rhine Embayment by means of sedimentological, petrographical, as well as palaeo- and rockmagnetic methods.
The work has yielded improved insights of the drainage pattern and the Late Pliocene and Early Pleistocene depositional history of the region. As a result, a new comprehensive lithostratigraphical framework has been established.
Study of the succession at Hambach showed the occurrence of deposits of the Rhine, Meuse and a local river in the Lower Pleistocene part of the succession. Paleo- and rockmagnetic studies of the deposits marking the transition from Pliocene to Pleistocene indicate that the Gauss- Matuyama magnetic reversal occurs several meters above the top of the Reuver Clay at Hambach.
The study of the Lower Pleistocene succession in the type area has confirmed the recently new established lithostratigraphic framework of the Netherlands. As a consequence, the previous Dutch lithostratigraphic system which forms the basis of the chronostratigraphic subdivision of the Pliocene and Early Pleistocene of NW Europe has been proven to be inappropriate and should be abandoned. This chronostratigraphic framework is based on the interpretation of palynological data and was first established in the Netherlands during the 1960s. The new lithostratigraphic concept has revealed numerous contradictions with the chronostratigraphic framework. Based on these results it is proposed to abandon the chronostratigraphic subdivision of the Early Pleistocene in northwestern Europe. Germany Cenozoic7 internal-pdf://Kemna (2008)-1748214944/Kemna (2008).pdf ? Knipping, M. 2008r Early and Middle Pleistocene pollen assemblages of deep core drillings in the northern Upper Rhine Graben, Germany 51-65" Netherlands Journal of Geosciences 87 1
Palaeontology Recent core drillings, carried out during water-economic exploration in the area of Mannheim/Ludwigshafen/Schifferstadt (Rhine-Neckar region, Germany), have produced a more differentiated stratigraphic division of the Pleistocene sediments of the northern Upper Rhine Graben. Pollen analytical investigations as well as malacological, heavy mineral, palaeomagnetic and lithological research have led to a stratigraphic reinterpretation of the gravel layers and intermediate horizons. Based on the results of the pollen analyses, the Mannheim interglacial period in the upper intermediate horizon (Oberer Zwischenhorizont, OZH) cannot be assigned to the Eemian as stated earlier. The occurrence of Fagus, Celtis and Azolla, along with the results of malacological analyses, indicate a Cromerian age for the Mannheim Interglacial. In addition, a pollen sequence from a different interglacial in the core sediments from Schifferstadt could also be assigned to the Cromerian. The Schifferstadt Interglacial is divided into a lower optimum phase with high values of Ulmus, Quercus and Corylus while Carpinus is completely absent, and an upper optimum phase with low values of Carpinus. Fagus is absent in the whole sequence. The OZH comprises not only the two interglacial pollen sequences described above but also parts of at least four Middle Pleistocene Interglacials. In the lower part of the drillings in Schifferstadt and Ludwigshafen, which are assigned to the Early Pleistocene, pollen assemblages with Fagus are likely to correlate with parts of the Tiglian A substage. There is a clear change to a Tertiary type of pollen flora at 91 m at Schifferstadt and at 186 m in Ludwigshafen. Germany
Quaternary= internal-pdf://Knipping (2008)-1055974820/Knipping (2008).pdf ? * Makaske, B.
Maas, G.J.
Van Smeerdijk, D.G. 2008) The age and origin of the Gelderse IJssel 323-338" Netherlands Journal of Geosciences 87 4 Palaeogeography Netherlands
QuaternaryI internal-pdf://Makaske et al. (2008)-4064084133/Makaske et al. (2008).pdf -? Preusser, F. 20088 Characterisation and evolution of the River Rhine system 7-19" Netherlands Journal of Geosciences 87 1 Palaeogeography+
The River Rhine and its tributaries represent one of the largest drainage systems in Europe. Its prominence among other fluvial systems is due to the location of its headwaters within the central Swiss Alps, which were repeatedly glaciated during the Quaternary, and the concurrence of major parts of the River Rhine course with the European Cenozoic Rift System. Sediments of the Rhine have thus recorded both changes in climate and tectonic activity as well as sea level change in the lower part of the river course.
The River Rhine is composed of different subdivisions characterised by distinct geographical and geological settings. Vorder- and Hinterrhein in the headwaters are inner-alpine rivers frequently influenced in their course by tectonic lines and the blockage of valley floors by the deposits of mass movements. The Alpenrhein is located in a main Alpine valley that drains into a large foreland basin, the Bodensee (Lake Constance). The Hochrhein flows out of the lake following the Jura Mountains in a western direction. All these areas display a series of geological features such as moraine ridges and outwash plains, which directly reflect Quaternary glaciations of the Alps. The Oberrhein (Upper Rhine) Valley, as a graben structure, is part of the rifting system that started to develop during the middle Tertiary. The northern end of the graben is represented by the triple junction of the Mainz Basin, which is mainly characterised by the remains of marine transgressions that occurred during the initial rifting phase. The Rhine continues following the western branch of the tectonic system by passing through the Rhenish Massif. Uplift in this socalled Mittelrhein (Middle Rhine) area is well documented by a flight of late Tertiary to Quaternary river terraces. This region is also characterised by young volcanic activity as found, for example, in the Eifel volcanic field. The Niederheinische Bucht (Lower Rhine Embayment), especially the Roer Valley Rift System, represents the northern continuation of the rifting system. This area is characterised by differential uplift in the southern and subsidence in the northern part of the basin, which continues into the Netherlands. Here, the main stream of the River Rhine is separated into different branches developing an active delta at the coast of the North Sea. When the North Sea Basin was covered by ice during the Elsterian, Saalian and probably also the Weichselian glaciation and global sea level was low, the Rhine continued its course through the English Channel and flowed into the North Atlantic off Brittany. Western Europe Cenozoic= internal-pdf://Preusser (2008)-3371548068/Preusser (2008).pdf ? % Rolf, C.
Hambach, U.
Weidenfeller, M. 2008 Rock and palaeomagnetic evidence for the Plio-Pleistocene palaeoclimatic change recorded in Upper Rhine Graben sediments (Core Ludwigshafen-Parkinsel) 41-50" Netherlands Journal of Geosciences 87 1 ClimateJ This paper summarizes results of magnetostratigraphic and rock magnetic investigations performed on fluvial sediments from the Ludwigshafen-Parkinsel drilling project (Upper Rhine Graben (URG) Germany). The drilling penetrated into Pleistocene gravel, sand, silt and clay, and unconsolidated Pliocene deposits. Its primary objective was the exploration of groundwater resources in the area of Ludwigshafen. Our rock magnetic investigations together with results of heavy mineral analyses (see Hagedorn & Boenigk, 2008) show a clearly structured sediment profile. It was possible to identify the change from mainly locally controlled sedimentation from the Graben margins to a more distinct Alpine controlled sedimentation at a depth of 177 m by magnetic data. Based on lithostratigraphic correlation with other sedimentary records from the URG and also based on palynological evidence, this event happened at the end of Late Pliocene during a time of normal polarity of the Earth’s magnetic field (Gauss Chron?). The well-documented characteristic change in magneto-mineralogy from goethite to greigite almost at the same stratigraphic level, we interpret solely as a climatic signal which can be correlated with the global climate change at ~2.5 Ma that is well documented in a wide range of sedimentary environments (e.g. deep-sea sediments, loess). Germany CenozoicC internal-pdf://Rolf et al. (2008)-1710899876/Rolf et al. (2008).pdf%D? ! Schoener, R.
Gaupp, R. 2009a Petroleum migration controls mineral reactions in Permian red beds, Central European Basin System Goldschmidt Conference 2009
Diagenesis Western Europe PermianK internal-pdf://Schoner & Gaupp (2009)-0899647488/Schoner & Gaupp (2009).pdf ? ! 7 Skovbjerg, L.L.
Hassenkam, T.
Balogh, Z.
Stipp, S.L.S. 2009C Internal surfaces of North Sea chalk imaged and probed with AFM/AFS A1235 Goldschmidt Conference 2009 Geochemistry North Sea
Cretaceous ? F Stokkendal, J.
Friis, H.
Svendsen, J.B.
Poulsen, M.L.K.
Hamberg, L. 2009k Predictive permeability variations in a Hermod sand reservoir, Stine Segments, Siri Field, Danish North Sea 379-415 Marine and Petroleum Geology 26 3 Petroleum Geologyj The Hermod sand of the Stine Segments, Siri Field, Danish North Sea, displays large permeability variations (1-600mD). These permeability variations represent horizontal layering in the reservoir, largely formed by diagenetic processes. They have a significant impact on reservoir performance, because horizontal producers in fairly thin reservoirs ( nearly equal 30m) are protected against bottom-water influx and can produce water-free for long periods of time. This paper presents the results of a detailed multidisciplinary study where the observed variation in permeability can be explained by two main diagenetic phases: silica, as opal cement and microquartz, and berthierine, a serpentine mineral that is closely related to chlorite. Opal/microquartz and berthierine cements dominate in separate parts of the reservoir bodies. Opal/microquartz cemented sands have high permeability (typically 500-600mD). Berthierine cement has a different growth pattern in the oil and water zones, resulting in intermediate permeability in the oil zone (typically 50-100mD) and very low permeability in the water zone (typically 1-10mD). Denmark CenozoicO internal-pdf://Stokkendal et al. (2009)-0733273088/Stokkendal et al. (2009).pdf ? Van Bergen, F. 2009c Effect of coal matrix swelling on enhanced coalbed methane production. A field and laboratory study 196 Utrecht Utrecht University Geochemistry Generic Generic F? T Van Waveren, I.M.
Abbink, O.A.
Van Hoof, T.B.
Van Konijnenburg - van Cittert, J.H.A. 2008 Revision of the late Carboniferous megaflora from the De Lutte-06 well (Twente, the Netherlands), and its stratigraphical implications 339-352" Netherlands Journal of Geosciences 87 4
Palaeontology Biostratigraphical re-analysis of palaeobotanical data from the De Lutte-06 well clarifies an earlier controversy regarding the stratigraphical interpretation of this well based on palaeobotanical and palynological analysis. Previous biostratigraphical studies suggested an early Westphalian D age for the major part of the De Lutte formation, with only at the topmost part of the well remnants of presumable but unconfirmed Stephanian deposits. New identifications of palaeobotanical samples illustrate the presence of plant macrofossil assemblages in the De Lutte Formation characteristic for the latest Westphalian D to the Stephanian B-C. These new palaeobotanical insights, therefore, confirm a younger age for the De Lutte Formation and are more in line with the earlier palynological observations from the De Lutte-06 well that suggested that the recovered palynofloras resembled typical Stephanian associations. Netherlands
CarboniferousQ internal-pdf://Van Waveren et al. (2008)-3297408165/Van Waveren et al. (2008).pdf ? Weidenfeller, M.
Kärcher, T. 2008 Tectonic influence on fluvial preservation: aspects of the architecture of Middle and Late Pleistocene sediments in the northern Upper Rhine Graben, Germany 33-40" Netherlands Journal of Geosciences 87 1 Geology Recent carried out core drillings in the Ludwigshafen/Speyer area permit an improved stratigrahical differentiation of the Plio-Pleistocene deposits in the northern Upper Rhine Graben. Lithofacies analysis, pollen analysis, heavy mineral analysis, and palaeomagnetical results, lead to a subdivision of ’Kieslager‘ (gravel-layers) and ’Zwischenhorizonte‘ (interlayers). In the scope of geological mapping near Mannheim and Speyer, the genesis and the stratigraphic position of Middle and Late Pleistocene fluvial terraces was re-assessed (‘Frankenthaler Terrasse’). The terrace has a complex composition, marking two phases of accretion followed by abandonment: a first phase took place in (Elsterian? to) Saalian times, the second phase during the Weichselian. Tectonism further complicates the sequence, in particular in the area between Ludwigshafen and Speyer, which is the SW rim of the ’Heidelberger Loch‘-structure. In this area ’terraces‘ occur they are the result of faulting rather than fluvial dissection alone. Germany
Quaternary[ internal-pdf://Weidenfeller & Kärcher (2008)-1828250788/Weidenfeller & Kärcher (2008).pdf ? ( Westerhoff, W.E.
Kemna, H.A.
Boenigk, W. 2008 The confluence area of Rhine, Meuse, and Belgian rivers: Late Pliocene and Early Pleistocene fluvial history of the northern Lower Rhine Embayment 107-125" Netherlands Journal of Geosciences 87 1 PalaeogeographyR The fluvial history of the northern Lower Rhine Embayment shows interplay of three main river systems: Rhine, Meuse and smaller rivers draining the central and northern part of Belgium.
The Pliocene and Early Pleistocene (pre-)Rhine and Meuse river systems had their conjunction in the southern part of the Roer Valley Graben between Aachen and Jülich. Despite slight differences in the heavy-mineral assemblages the lithological composition of the Pliocene deposits of the three river systems shows close resemblance and therefore they cannot be mapped separately. However, due to a marked change of the petrographical composition the Upper Pliocene and Lower Pleistocene deposits of the Rhine are easily recognised and as a result Rhine and Meuse deposits can be mapped separately upstream of their confluence.
The Lower Pleistocene deposits of Rhine, Meuse and the Belgian rivers show a clear interrelationship. They are bounded by two regional wellmapable unconformities and are preserved in from west to east changing lithostratigraphical sequences. Revision of the lithostratigraphical schemes in Germany and the Netherlands and the better defined lithostratigraphical position of Meuse deposits in Germany now strongly constrain the correlation of the various fluvial deposits. As a result existing reconstructions of the fluvial deposition and tectonic history of the southern Roer Valley Graben can be evaluated and re-adjusted.
It is concluded that the main course of the Meuse was aligned through the so-called East Meuse valley during the larger part of the Early Pleistocene. Available pollen data do not conflict with this conclusion. At the same time the Rhine ceased to enter the southern part of the Roer Valley Graben. Instead, the Meuse accumulated here a series of deposits derived from the East-Meuse valley. Simultaneously, the Belgian rivers filled available accommodation space in the Roer Valley Graben of the southern Netherlands. The conclusions are based primarily on the revised lithostratigraphical framework. In general they simplify the picture of fluvial and tectonic behaviour of the area. Netherlands; Germany NeogeneO internal-pdf://Westerhoff et al. (2008)-1755798785/Westerhoff et al. (2008).pdf ? Wijnker, E.
Bor, T.J.
Wesselingh, F.P.
Munsterman, D.K.
Brinkhuis, H.
Burger, A.W.
Vonhof, H.B.
Post, K.
Hoedemakers, K.
Janse, A.C.
Taverne, N. 2008P Neogene stratigraphy of the Langenboom locality (Noord-Brabant, the Netherlands) 165-180" Netherlands Journal of Geosciences 87 2 Stratigraphye The locality of Langenboom (eastern Noord-Brabant, the Netherlands), also known as Mill, is famous for its Neogene molluscs, shark teeth, teleost remains, birds and marine mammals. The stratigraphic context of the fossils, which have been collected from sand suppletions, was hitherto poorly understood. Here we report on a section which has been sampled by divers in the adjacent flooded sandpit ‘De Kuilen’ from which the Langenboom sands have been extracted. The studied section covers part of the marine Miocene Breda Formation and Pliocene Oosterhout Formation, and is topped by fluvial Quaternary deposits of presumably the Beegden Formation. The Breda Formation (15 - 18 m below lake surface) in this section is, based on organic walled dinoflagellate cysts, of an early-middle Tortonian age. The Oosterhout Formation (7 - 15 m below lake surface) comprises two depositional sequences, the lower of which (12 - 15 m below lake surface) presumably is the source of most Langenboom fossils. Combined dinoflagellate cyst and benthic mollusc indicators point to an early Zanclean – early Piacenzian age for this lower cycle. Its basal transgressive lag and (to lesser extent) top comprise reworked Tortonian taxa as well. Dinoflagellate cysts and a single benthic mollusc point to a Piacenzian age for the upper Oosterhout Formation sequence (7 - 12 m below lake surface). Netherlands NeogeneI internal-pdf://Wijnker et al. (2008)-4018908581/Wijnker et al. (2008).pdf ? m Oldenburg, C.M. 2008~ Screening and ranking framework for geologic CO2 storage site selection on the basis of health, safety, and environmental risk 1687-1694 Environmental Geology 54 Engineering Geology Generic Generic? internal-pdf://Oldenburg (2008)-3113705728/Oldenburg (2008).pdf `? Muchez, P.
Peeters, C. 1986j The occurrence of a cryptalgal reef structure in the upper visean of the Vise area (The Richelle Quarries) 573-577/ Annales de la Société Géologique de Belgique T 109 Carbonate sedimentology Belgium
CarboniferousM internal-pdf://Muchez & Peeters (1986)-0968273217/Muchez & Peeters (1986).pdf N? , Muchez, P.
Viaene, W.
Wolf, M.
Bouckaert, J. 1987f Sedimentology, coalification pattern and paleogeography of the Campine-Brabant Basin during the Visean 313-326 Geologie en Mijnbouw 66 Carbonate sedimentology Belgium
CarboniferousG internal-pdf://Muchez et al. (1987)-4206003009/Muchez et al. (1987).pdf 4 ? Corcoran, D.V.
Doré, A.G. 2005b A review of techniques for the estimation of magnitude and timing of exhumation in offshore basins 129-168 Earth Science Reviews 72 Structural Geology Generic GenericM internal-pdf://Corcoran & Doré (2005)-3893569661/Corcoran & Doré (2005).pdf? Dalrymple, R.W.
Kyungsik, C. 2007 Morphologic and facies trends through the fluvial–marine transition in tide-dominated depositional systems: A schematic framework for environmental and sequence-stratigraphic interpretation 135-174 Earth Science Reviews 81 Stratigraphy Generic Generic? internal-pdf://Dalrymple (2007)-3069946639/Dalrymple (2007).pdf o? Dybkjær, K. 1998 Palynological dating of the Mandal Formation (uppermost Jurassic-lowermost Cretaceous, Norwegian Central Graben) and correlation to organic-rich shales in the Danish sector 495-503 Marine and Petroleum Geology 15
Palaeontology Denmark Jurassic; Cretaceous= internal-pdf://Dybkjaer (1998)-2315851792/Dybkjaer (1998).pdf ]? : Overeem, I.
Weltje, G.J.
Bishop-Kay, C.
Kroonenberg, S. B. 2001m The Late Cenozoic Eridanos delta system in the Southern North Sea Basin: a climate signal in sediment supply? 293-312 Basin Research 13 Palaeogeography Southern North Sea CenozoicI internal-pdf://Overeem et al. (2001)-3424262151/Overeem et al. (2001).pdf ?
Zwart, L.
Mijnlieff, H. 2006k Petroleum geological and prospect evaluation of three open blocks in the G-quad of the Netherlands offshore 39
TNO report 2006-U-R0170/A Utrecht% TNO Built Environment and Geosciences Ministry of Economic Affairs Petroleum Geology 034.62104/01.08.01 NL North Sea GenericO internal-pdf://Zwart & Mijnlieff (2006)-1696685319/Zwart & Mijnlieff (2006).pdf`? : Van Dalfsen, W.
Doornenbal, J.C
Dortland, S.
Gunnink, J.L. 2006] A comprehensive seismic velocity model for the Netherlands based on lithostratigraphic layers 277-292" Netherlands Journal of Geosciences 85 4
Geophysics Netherlands GenericQ internal-pdf://Van Dalfsen et al. (2006)-3257141767/Van Dalfsen et al. (2006).pdf y? Franz, M. 2008 Litho- und Leitflächenstratigraphie, Chronostratigraphie, Zyklo- und Sequenzstratigraphie des Keupers im Östlichen Zentraleuropaischen Becken (Deutschland, Polen) und Dänischen Becken (Dänemark, Schweden) 266 Halle University Halle Stratigraphy Western Europe Triassic7 internal-pdf://Franz (2008)-1379249671/Franz (2008).pdf ?
Vejbæk, O.V. 1997. Dybe strukturer i danske sedimentaere bassiner 1-31 Geologisk Tidsskrift 4 Structural Geology Denmark Generic; internal-pdf://Vejback (1997)-1211883271/Vejback (1997).pdf? 8 Awdankiewicz, M.
Awdankiewicz, H.
Kryza, R.
Rodionov, N. 2010 SHRIMP zircon study of a micromonzodiorite dyke in the Karkonosze Granite, Sudetes (SW Poland): age constraints for late Variscan magmatism in Central Europe 77-85 Geological Magazine 147 1 Magmatism Poland
PalaeozoicS internal-pdf://Awdankiewicz et al. (2010)-2951488000/Awdankiewicz et al. (2010).pdf#F? ! Bull, S.
Cartwright, J.
Huuse, M. 20098 A subsurface evacuationmodel for submarine slope failure Basin Research 21 Clastic sedimentology Generic Cenozoic% doi: 10.1111/j.1365-2117.2008.00390.xC internal-pdf://Bull et al. (2009)-2163103488/Bull et al. (2009).pdf ? " Bullimore, S.A.
Helland-Hansen, W. 2009 Trajectory analysis of the lower Brent Group (Jurassic), Northern North Sea: contrasting depositional patterns during the advance of amajor deltaic system 559-572 Basin Research 21 Clastic sedimentology UK North Sea Jurassica internal-pdf://Bullimore & Helland-Hansen (2009)-4042240256/Bullimore & Helland-Hansen (2009).pdf b? ) Davies, R.J.
Ireland, M.T.
Cartwright, J. 2009 Differential compaction due to the irregular topology of a diagenetic reaction boundary: a newmechanism for the formation of polygonal faults 354-359 Basin Research 21 Structural Geology Generic CenozoicG internal-pdf://Davies et al. (2009)-4059118080/Davies et al. (2009).pdf ? ! M Fridleifsson, I.
Bertani, R.
Huenges, E.
Lund, J.W.
Ragnarsson, A.
Rybach, L. 2008[ The possible role and contribution of geothermal energy to the mitigation of climate change 59-800 IPCC Scoping Meeting on Renewable Energy Sources Hohmeyer, O.
Trittin, T. Lübeck Geothermics Generic GenericS internal-pdf://Fridleifsson et al. (2008)-3807639808/Fridleifsson et al. (2008).pdf ~? F Hampson, G.J.
Sixsmith, P.J.
Kieft, R.L.
Jackson, C.A.L.
Johnson, H.D. 2009 Quantitative analysis of net-transgressive shoreline trajectories and stratigraphic architectures: Mid-to-Late Jurassic of the North Sea rift basin 528-558 Basin Research 21 Geology North Sea JurassicI internal-pdf://Hampson et al. (2009)-0670499072/Hampson et al. (2009).pdf i? Helle, K.
Helland-Hansen, W. 2009 Genesis of an over-thickened shoreface sandstone tongue: The Rannoch and Etive formations of the Middle Jurassic Brent delta, North Sea 620-643 Basin Research 21 Clastic sedimentology UK North Sea JurassicY internal-pdf://Helle & Helland-Hansen (2009)-3606620416/Helle & Helland-Hansen (2009).pdfE? ( Littler, K.
Hesselbo, S.P.
Jenkyns, H.C. 2010p A carbon-isotope perturbation at the Pliensbachian–Toarcian boundary: evidence from the Lias Group, NE England 181-192 Geological Magazine 147 2 Geochemistry UK JurassicI internal-pdf://Littler et al. (2010)-1040080896/Littler et al. (2010).pdf ? Mjøs, B. 2009O Anatomy of the seaward steps and seaward termination of the Brent clastic wedge 573-596 Basin Research 21 Geology UK North Sea Jurassic5 internal-pdf://Mjos (2009)-1929409025/Mjos (2009).pdfV? + Møller, L.K.
Rasmussen, E.S.
Clausen, O.R. 2009 Clinoform migration patterns of a Late Miocene delta complex in the Danish Central Graben; implications for relative sea-level changes 704-720 Basin Research 21 Geology DK North Sea NeogeneG internal-pdf://Moller et al. (2009)-2382508033/Moller et al. (2009).pdf 4 ? Rasmussen, E.S. 2009 Detailed mapping of marine erosional surfaces and the geometry of clinoforms on seismic data: a tool to identify the thickest reservoir sand 721-737 Basin Research 21 Geology Generic Cenozoic? internal-pdf://Rasmussen (2009)-2600695297/Rasmussen (2009).pdf ? 2 Ray, D.C.
Brett, C.E.
Thomas, A.T.
Collins, A.V.J. 20105 Late Wenlock sequence stratigraphy in central England 123-144 Geological Magazine 147 1 Stratigraphy UK SilurianA internal-pdf://Ray et al. (2010)-3070601473/Ray et al. (2010).pdf ? 0 Wall, M.
Cartwright, J.
Davies, R.
McGrandle, A. 2010H 3D seismic imaging of a Tertiary Dyke Swarmin the Southern North Sea, UK 181-194 Basin Research 22 Magmatism UK North Sea CenozoicC internal-pdf://Wall et al. (2010)-3070732801/Wall et al. (2010).pdfy? & Andresen, K.J.
Huuse, M.
Clausen, O.R. 2008 Morphology and distribution of Oligocene and Miocene pockmarks in the Danish North Sea – implications for bottom current activity and fluid migration 445-466 Basin Research 20 3 Clastic sedimentology DK North Sea CenozoicK internal-pdf://Andresen et al. (2008)-3211503365/Andresen et al. (2008).pdfw? ^ Lohr, T.
Krawczyk, C.M.
Tanner, D.C.
Samiee, R.
Endres, H.
Oncken, O.
Trappe, H.
Kukla, P.A. 2007n Strain partitioning due to salt: insights from interpretation of a 3D seismic data set in the NW German Basin 579-597 Basin Research 19 4 Structural Geology Germany GenericC internal-pdf://Lohr et al. (2007)-2660231941/Lohr et al. (2007).pdf J? Gutowski, J.
Koyi, H.A. 2007 Influence of oblique basement strike–slip faults on the Mesozoic evolution of the south-eastern segment of the Mid-Polish Trough 67-86 Basin Research 19 1 Structural Geology Poland MesozoicK internal-pdf://Gutowski & Koyi (2007)-2777774853/Gutowski & Koyi (2007).pdf
? Hijma, M.
Cohen, K.M. 2010F Timing and magnitude of the sea-level jump preluding the 8200 yr event 275-278 Geology 38 3 Clastic sedimentology Netherlands
QuaternaryG internal-pdf://Hijma & Cohen (2010)-4028231170/Hijma & Cohen (2010).pdf}? ? Palermo, D.
Aigner, T.
Geluk, M.
Pöppelreiter, M.
Pipping, K. 2008 Reservoir potential of a lacustrine mixed carbonate/siliciclastic gas reservoir: the Lower Triassic Rogenstein in the Netherlands 61-96 Journal of Petroleum Geology 31 Petroleum Geology Netherlands TriassicI internal-pdf://Palermo et al. (2008)-2893366018/Palermo et al. (2008).pdfC? C Luijendijk, E
Ter Voorde, M
Van Balen, R.
Verweij, H.
Simmelink, H. 2011R Thermal state of the Roer Valley Graben, part of the European Cenozoic Rift System 65-82 Basin Research 23 Geothermics Netherlands GenericO internal-pdf://Luijendijk et al. (2011)-2855611976/Luijendijk et al. (2011).pdf ?? Hansen, J.
Hansen, T. 2003b Stratigraphy and sea-level fluctuations in the Upper Miocene Gram Formation, south-western Denmark 157-169- Bulletin of the Geological Society of Denmark 50 Stratigraphy Denmark NeogeneK internal-pdf://Hansen & Hansen (2003)-0774259968/Hansen & Hansen (2003).pdf }# ? 6 Van Mourik, J.M.
Nierop, K.G.J.
Vandenberghe, D.A.G. 2010 Radiocarbon and optically stimulated luminescence dating based chronology of a polycyclic driftsand sequence at Weerterbergen (SE Netherlands) 170-181 Catena 80 3 Clastic sedimentology Netherlands
Qu? 5 Wilde-Piórko, M.
Swieczak, M.
Grad, M.
Majdanski, M. 2010 Integrated seismic model of the crust and upper mantle of the Trans-European suture zone between the Precambrian craton and Phanerozoic terranes in Central Europe 108-115 Tectonophysics 481 1-4
Geophysics Western Europe
PalaeozoicU internal-pdf://Wilde-Piórko et al. (2010)-3742863105/Wilde-Piórko et al. (2010).pdf bestern Europe Cretaceous, Cenozoic; internal-pdf://Ziegler (1987)-2283364353/Ziegler (1987).pdf Q urope Generic? internal-pdf://Ziegler_1 (1987)-4163065089/Ziegler_1 (1987).pdf Mrope Cenozoic; internal-pdf://Ziegler (1992)-1293711105/Ziegler (1992).pdf _
lands GenericM internal-pdf://Zijerveld et al. (1992)-1832633138/Zijerveld et al. (1992).pdf `? & Strasser, A.
Strasser, M.
Seyfried, H. 2010 Quantifying erosion over timescales of one million years: A photogrammetric approach on the amount of Rhenish erosion in southwestern Germany 244-253
Geomorphology 122
Geomorphology Germany
QuaternaryK internal-pdf://Strasser et al. (2010)-3760921601/Strasser et al. (2010).pdf F? ( Schneider, S.
Fürsich, F.Th.
Werner, W. 2010 Biometric methods for species recognition in Trigonia Bruguie`re (Bivalvia; Trigoniidae): a case study from the Upper Jurassic of Western Europe Paläontologische Zeitschrift Research paperB Trigonia, Bivalves, Morphometry, Late Jurassic ,Portugal, Taxonomy Palaeogeography DOI 10.1007/s12542-010-0090-9 Western Europe JurassicM internal-pdf://Schneider et al. (2010)-1784276481/Schneider et al. (2010).pdf ? Jasionowski, M. 2010+ Groningen gas field , the largest in Europe 395-396 Przeglad Geologiczny 58 5 Petroleum Geology Netherlands Permian ? h Bigg, G. R.
Levine, P.
Clark, D.
Greenwood, S.L.
Haflidason, H.
Hughes, A.L.C.
Nygård, A.
Sejrup, H. P. 2010a Last glacial ice-rafted debris off southwestern Europe: the role of the British–Irish Ice Sheet 689-699 Journal of Quaternary Sciences 25 5g ice-rafted debris; Iberian margin; British–Irish Ice Sheet; iceberg model; Polar Front; climate model Glacial Geology UK
QuaternaryC internal-pdf://Bigg et al. (2010)-3096240641/Bigg et al. (2010).pdf Geothermics Europe Generic ? Kępińska, B. 2010R Geothermal energy use in Europe and worldwide: Curp ?
# Johnston, S.T.
Gutierrez-Alonso, G. 2009s The North American Cordillera and West European Variscides: Contrasting interpretations of similar mountain systems 516-525 Gondwana Research 17 2-3 Structural Geology Western Europe
Palaeozoicc internal-pdf://Johnston & Gutierrez-Alonso (2010)-2721278978/Johnston & Gutierrez-Alonso (2010).pdf
?
Ehlers, J. 1990M Reconstructing the dynamics of the north-west European Pleistocene ice-sheets 71-83 Quaternary Science Reviews 9 1 Geology Western Europe ? & Ehlers, J.
Meyer, K.-D.
Stephan, H.-J. 19841 Pre-Weichselian glaciations of north-west Germany 255-265 Journal of Quaternary Science 4 3 Geology Germany
Quaternary ?
H Herngreen, G.F.W.
Van Konijnenburg - van Cittert, J.H.A.
Oosterink, H.W. 2005x New geological data (Middle Triassic, Rhaetian-Liassic and Oligocene) of the Winterswijk quarry, the eastern Netherlands 409-413" Netherlands Journal of Geosciences 84 4 Geology Netherlands TriassicM internal-pdf://Herngreen et al. (2005)-1329785344/Herngreen et al. (2005).pdf -D? ! / Back, S.
Van Gent, H.W.
Reuning, L.
Kukla, P.A. 2009j Seismic Character of Tectonically Controlled Sedimentation in the Upper Cretaceous Chalk, Danish North Sea EAGE Amsterdam Geology Denmark
CretaceousC internal-pdf://Back et al. (2009)-3042974465/Back et al. (2009).pdf? ( Badley, M.E.
Price, J.D.
Backshall, L.C. 1989b Inversion, reactivated faults and related structures: seismic examples from the southern North Sea 201-219 Inversion Tectonics 44 Cooper, M.A.
Williams, G.D. London& Geological Society Special Publication Structural Geology UK North Sea GenericE internal-pdf://Badley et al (1989)-0291803393/Badley et al (1989).pdf ? " Best, G.
Kockel, F.
Schoeneich, H. 1983. Geological history of the southern Horn Graben 25-33 Geologie en Mijnbouw 62 Geology Germany GenericA internal-pdf://Best et al (1983)-1583824385/Best et al (1983).pdf E? 1 Cleal, C.J.
Oplustil, S.
Thomas, B.A.
Tenchov, Y. 2009O Late Moscovian terrestrial biotas and palaeoenvironments of Variscan Euramerica 181-278" Netherlands Journal of Geosciences 88 4 Geology Northwest Europe
CarboniferousE internal-pdf://Cleal et al. (2009)-1634353921/Cleal et al. (2009).pdf?? * De Groot, Th.
Cleveringa, P.
Klijnstra, B. 1987V Frost-mound scars and the evolution of a Late Dryas environment (northern Netherlands) 239-250 Geologie en Mijnbouw 66 Clastic sedimentology Netherlands
QuaternaryK internal-pdf://De Groot et al. (1987)-0055427636/De Groot et al. (1987).pdf ? Barnasch, J. 2009 Der Keuper im Westteil des Zentraleuropäischen Beckens (Deutschland, Niederlande, England, Dänemark): diskontinuierliche Sedimentation, Litho-, Zyklo- und Sequenzstratigraphie 262 Halle+ Martin-Luther-Universität Halle-Wittenberg Stratigraphy Northwest Europe Triassic= internal-pdf://Barnasch (2009)-3362710785/Barnasch (2009).pdfC? Buurman, P.
Janssen, A.W. 1983r The stratigraphic position of the enigmatic Tertiary deposits called Holset sands, and of related snads in Belgium 431-436 Geologie en Mijnbouw 62 3 Stratigraphy Belgium CenozoicO internal-pdf://Buurman & Janssen (1983)-3268324645/Buurman & Janssen (1983).pdf
? De Gans, W. 1983^ Lithology, stratigraphy, and palynology of Holocene deposits in the Drentsche Aa valley system 285-295 Geologie en Mijnbouw 62 2 Geology Netherlands
Quaternary; internal-pdf://De Gans (1983)-0818922021/De Gans4 ?
Graversen, O. 2004o Upper Triassic - Cretaceous stratigraphy and structural inversion offshore SW Bornholm, Tornquist Zone, Denmark 111-136- Bulletin of the Geological Society of Denmark 51 Geology Denmark Mesozoic? internal-pdf://Graversen (2004)-2485691648/Graversen (2004).pdf_? 6 Marcussen, Ø.
Faleide, J.I.
Jahren, J.
Bjørlykke, K. 2010s Mudstone compaction curves in basin modelling: a study of Mesozoic and Cenozoic Sediments in the northern North Sea 324-340 Basin Research 22 Burial history Northern North Sea GenericK internal-pdf://Marcussen et al (2010)-2823115776/Marcussen et al (2010).pdf ? j q Mazur, S.
Kröner, A.
Szczepański, J.
Turniak, K.
Hanžl, P.
Melichar, R.
Rodionov, N.
Paderin, I.
Sergeev, S.A. 2010 Single zircon U–Pb ages and geochemistry of granitoid gneisses from SW Poland: evidence for an Avalonian affinity of the Brunian microcontinent 508-526 Geological Magazine 4 Geology Poland
PalaeozoicE internal-pdf://Mazur et al. (2010)-3276784128/Mazur et al. (2010).pdf * \? De Vries, J.J. 2007 Groundwater 295-315 Geology of the Netherlands' Wong, Th.E.
Batjes, D.A.J.
De Jager, J. Amsterdam5 Royal Netherlands Academy of Arts and Sciences (KNAW) Geology Netherlands Generic= internal-pdf://De Vries (2007)-2859600? Jungerius, P.D.
Wiggers, A.J. 1983 Geomorphological significance of paleosol analysis; a case study of a drift sand section with fossil podzols on the ice-pushed ridge west of Uelsen, W. Germany 537-544 Geologie en Mijnbouw 62 Clastic sedimentology Germany
QuaternaryW internal-pdf://Jungerius and Wiggers (1983)-3894211332/Jungerius and Wiggers (1983).pdf
? Hurst, C. 19835 Petroleum geology of the Gorm field, Danish North Sea 157-168 Geologie en Mijnbouw 62 1 Petroleum Geology Denmark
Cretaceous7 internal-pdf://Hurst (1983)-427521437W?" 7 Armour, A.
Bathurst, P.
Evans D.
Gammage, J.
Hickey, C. 2003M The Millennium Atlas, Petroleum Geology of the Central and Northern North sea 389 London The Geological Society of London Oil-and-gas-fields Petroleum Geology North Sea GenericE internal-pdf://Armour et al.(2003)-1898858501/Armour et al.(2003).pdf /?#
Koch, J.O. 1983J Sedimentology of Middle and Upper Jurassic sandstone reservoirs of Denmark 115-129 Geologie en Mijnbouw 62 Kaasschieter, J.P.H.
Reijers, T. The Hague
reservoirs Petroleum Geology Denmark Jurassic5 internal-pdf://Koch (1983)-2738683904/Koch (1983).pdf ?$ Kooistra, M.J. 1983R Geomorphology of subtidal and intertidal areas in the Southwest of the Netherlands 637-641 Geologie en Mijnbouw 62 4
Geomorphology Palaeogeography NL North Sea Generic= internal-pdf://Kooistra (1983)-1011571712/Kooistra (1983).pdf e?% Lootens, M. 1987r Heavy minerals as a stratigraphical tool for the Eemian and Post-Eemian deposits in the lower Lys valley (Belgium) 139-145 Geologie en Mijnbouw 66 Dordrecht7 Flemish Valley, heavy minerals, Quaternary stratigraphy Stratigraphy Belgium
Quaternary; internal-pdf://Lootens (1987)-2792644096/Lootens (1987).pdfzo ?& Masurel, H. 1987x Macrofossils and their palaeoecology in deltaic sequences of the Lower Carboniferous Yoredale Series, Yorkshire, England 221-237 Geologie en Mijnbouw 66 3 DordrechtC Coastal barrier, delta, faunal replacement,macrofauna,palaeoecology
Palaeontology UK
Carboniferous; internal-pdf://Masurel (1987)-2154134324/MasurelW ?' Michelsen, O.
Andersen, C. 1983L Mesozoic structural and sedimentary development of the Danish Central Graben 93-102 Geologie en Mijnbouw 62 1 Kaaschieter, J.P.H.
Reijers, T. The Hague Structural Geology Denmark MesozoicU i = !nternal-pdf://Nygaard et al. (1983)-4275325733/Nygaard et al.8+ eD?( . Nielsen, P.
Swennen, R.
Muchez, P.
Keppens, E. 1998N Origin of Dinantian zebra dolomites south of the Brabant-Wales Massif, Belgium 727-743
Sedimentology 45 4 Brussels Palaeogeography Belgium
CarboniferousG internal-pdf://Nielsen et al (1998)-0822182913/Nielsen et c
z(?) % Nygaard, E
Lieberkind, K.
Frykman, P. 1983W Sedimentology and reservoir parameters of the Chalk Group in the Danish Central Graben. 177-190 Geologie en Mijnbouw 62 Kaaschieter, J.P.H.
Reijers, T. The Hague Clastic sedimentology Denmark
CretaceousI i 5ssingh (1983)-1171514661/Letsch & Sissingh (1983).pdf ?* y Oele, E.
Apon, W.
Fisscher, M.M.
Hoogendoorn, R.
Mesdag, C.S.
de Mulder, E.F.J.
Overzee, B.
Sesören, A.
Westerhoff, W.E. 1983K Surveying the Netherlands: sampling techniques, maps and their application. 355-372 Geologie en Mijnbouw 62 History Netherlands Generic internal-pdf://Oele et al. (1983) part 1-1930874369/Oele et al. (1983) part 1.pdf
internal-pdf://Oele et al. (1983) part 2-2820073217/Oele et al. (1983) part 2.pdf ?+ Olsen, J.C. 1982) The structural outline of the Horn Graben 47-50 Geologie en Mijnbouw 62 Structural Geology Denmark; Germany Generic7 internal-pdf://Olsen (1982)-0974914817/Olsen (1982).pdf! ?, Posamentier, H.
Walker, R.G. 2006 Facies models revisited. 520 Tulsa, Oklahoma$ SEPM Society for Sedimentary Geology Clastic sedimentology
1-56576-121-9 Generic GenericU internal-pdf://Posamentier & Walker (2006)-A?. Rasmussen, E.S. 2004i Stratigraphy and depositional evolution of the uppermost Oligocene-Miocene succession in western Denmark. 89-109- Bulletin of the Geological Society of Denmark 51
Copenhagen Stratigraphy Denmark Cenozoic? internal-pdf://Rasmussen (2004)-2103418113/Rasmussen (2004).pdfd ?/ ) Rasmussen, E.S.
Dybkjaer, K.
Piasecki, S. 2006] Neogene fluvial and nearshore marine deposits of the Salten section, central Jylland, Denmark 23-27- Bulletin of the Geological Society of Denmark 53
Copenhagen Clastic sedimentology Denmark NeogeneM internal-pdf://Rasmussen et al. (2006)-1650809089/Rasmussen et al. (2006).pdfq?0 4 Rasmussen, E.S.
Vangkilde-Pedersen, T.
Scharling, P. 2007j Prediction of reservoir sand in Miocene deltaic deposits in Denmark based on high-resolution seismic data. 17-203 Geological Survey of Denmark and Greenland Bulletin 13 Petroleum Geology Denmark NeogeneM internal-pdf://Rasmussen et al. (2007)-2372993537/Rasmussen et al. (2007).pdfJ? ?1 Riezebos, P.A.
Rappol, M. 1987^ Gravel-to sand-sized vivianite components in a Saalian till layer near Borne (The Netherlands) 21-34 Geologie en Mijnbouw 66 1 Dordrecht Carbonate sedimentology Netherlands
QuaternaryO internal-pdf://Riezebos & Rappol (1987)-4101488385/Riezebos & RappolsG x?2
% Schroot, B.M.
de Haan, H.B.
Nio, S.D. 1997+ Upper Carboniferous of the Cleaverbank High 42 NITG-TNO report NITG-97-138c Haarlem/ Netherlands Institute of Applied Geoscience TNO Ministry of Economic Affairs Petroleum Geology 148437369 NL North Sea
PalaeozoicI internal-pdf://Schroot et al.S T?3 Skovbro, B. 1983Z Depositional conditions during Chalk sedimentation in the Ekofisk area Norwegian North Sea 169-175 Geologie en Mijnbouw 62 1 Kaaschieter, J.P.H.
Reijers, T. The Hague Clastic sedimentology NO North Sea Cretaceous; Palaeogene; int 3/Hurst (1983).pdf 7?4 Taylor, J.C.M. 1983O Bit-Metamorphism, illustrated by lithological data from German North Sea wells. 211-219 Geologie en Mijnbouw 62 Kaaschieter, J.P.H.
Reijers, T. The Hague Petroleum Geology D North Sea
Carboniferous9 internal-pdf://Taylor (1983)-4032245509/Taylor (1983).pdf , ?5 Ten Cate, J.A.M. 1983T Detailed systematic geomorphological mapping in the Netherlands and its applications 611-620 Geologie en Mijnbouw 62 Terwindt, J.H.J
van Steijn, Palaeogeography Netherlands Cenozoic= internal-pdf://Ten Cate (1983)-0852672006/Ten Cate (1983).pdf; ?6 " Thomsen, E.
Lindgreen, H
Wrang, P. 19835 Investigation on the Source rock potential of Denmark 221-239 Geologie en Mijnbouw 62 1 Kaaschieter, J.P.H.
Reijers, T. The Hague Petroleum Geology Denmark GenericI i
(1983).pdf ula (1983).pdf K? !l?7 van de Meene 1983e A study of late-Pleistocene river deposits of the rhine system based on static penetrometer sounding. 593-598 Geologie en Mijnbouw 62 4 Terwindt, J.H.J
van Steijn Clastic sedimentology Netherlands
QuaternaryE internal-pdf://Van de Meene (1983)-0499507457/Van de Meen. ?8
Verbraeck, A. 1983K Sedimentation in the Mid-Netherlands river area during the Late-Weichselian 487-491 Geologie en Mijnbouw 62 3 Van den Berg, M.W.
Felix, R. Clastic sedimentology Netherlands
Quaternary? inte ! (1983).pdf ?9 Weertz, J
Weertz, E 20100 Bontzansteen, meer dan alleen een rode zandsteen 48-53 Grondboor & Hamer 2 Palaeogeography Germany TriassicK internal-pdf://Weertz & Weertz (2010)-2522780431/Weertz & Weertz (2010).pdf @?:
Zagwijn, W.H. 19837 Sea-level changes in the Netherlands during the Eemian. 437-450 Geologie en Mijnbouw 62 3 Palaeogeography Netherlands
Quaternary; i ! Quaternary= internal-pdf://Zanpc ?; Zijlstra, J.J.P. 1987 Early diagenetic silica precipitation, in relation to redox boundaries and bacterial metabolism, in late cretaceous chalk of the Maastrichtian type locality. 343-355 Geologie en Mijnbouw 66 4 Dordrecht Carbonate sedimentology Netherlands
Cretaceous= internal-pdf://Zijlstra (1987)-1198981428/Zijlst?< Nagelhout, A.C.C.
Roest, J.P.A. 1997K Investigating fault slip in a model of an underground gas storage facility. 645-6592 International Journal of Rock Mechanics & Minerals 34 3-4Q Induced seismicity, fault slip, underground gas storeage, geomechanical modelling Petroleum Geology Netherlands PermianO internal-pdf://Nagelhout & Roest (1997)-0632600064/Nagelhout & Roest (1997).pdf ?> Adams, E.W
Schlager, W. 2000( Basic types of submarine slope curvature 814-828 Journal of Sedimentary Research 70 4 Geology Generic GenericM internal-pdf://Adams & Schlager (2000)-1177658112/Adams & Schlager (2000).pdf ]?@ " Adams, E.W
Schlager, W.
Wattel, E. 1998/ Submarine slopes with an exponential curvature. 135-141 Sedimentary Geology 117 3-4_ slopes, submarine,morphology, sedimentary processes, depositional environment, passive margins. Geology Generic GenericE internal-pdf://Adams et al. (1998)-3008831248/Adams et al. (1998).pdfv?A , Kenter, J.A.M.
Harris, P. M.
Della Porta, G. 2005Q Steep microbial boundstone-dominated platform margins - examples and implications 5-30 Sedimentary Geology 178 1-2= Microbial boundstone, Progradation, Growth rate, Architecture Carbonate sedimentology Generic GenericG internal-pdf://Kenter et al. (2005)-1650392848/Kenter et al. (2005).pdf L ?B m " Bertier, P.
Swennen, R.
Laenen, B. 2007 Evaluation of the CO2-sequestration capacity of sandstone aquifers in the Campine Basin (NE-Belgium) based on autoclave experiments and nummerical modelling. A87 Geochimica et Cosmochimica Acta 71 15 Petroleum Geology Belgium Carboniferous; Permian; TriassicI internal-pdf://Bertier et al. (2007)-3886548240/Bertier et al. (2007).pdf ?C # De Craen, M
Swennen, R.
Keppens, E. 1999q Petrography and geochemistry of septarian carbonate concretions from the Boom Clay Formation (Oligocene, Belgium) 63-76 Geologie en Mijnbouw 77 1M Bacterial sulphate reduction, early diagenesis, geochemistry, stable isotopes Geochemistry Belgium
PalaeogeneK internal-pdf://De Craen et al. (1999)-1649991686/De Craen et al. (1999).pdf ?D # Muchez, P.
Sintubin, M.
Swennen, R. 2000y Origin and migration pattern of palaeofluids during orogeny: discussion on the Variscides of Belgium and Northern France. 47-51" Journal of Geochemical Exploration 69-70[ diagenesis, faulting, fluid inclusions, stable isotope geochemistry, Variscan thrust front. Geochemistry Belgium; France GenericG internal-pdf://Muchez et al. (2000)-0533251600/Muchez et al. (2000).pdfW?E J Marchand, A.M.E.
Haszeldine, R.S.
Macaulay, C.I.
Swennen, R.
Fallick, A.E. 2000] Quartz cementation inhibited by crestal oil charge: Miller deep water sandstone, UK North Sea 201-210
Clay Minerals 35 1
Diagenesis UK North Sea JurassicK internal-pdf://Marchand et al. (1999)-3487143440/Marchand et al. (1999).pdf n?F D De Craen, M
Swennen, R.
Keppens, E.
Macaulay, C.I.
Kiriakoulakis, K. 1999g Bacterially mediated formation of Carbonate concretions in the Oligocene Boom Clay of Northern Belgium. 1098-1106 Journal of Sedimentary Research 69 5 Geochemistry Belgium
PalaeogeneK internal-pdf://De Craen et al. (1999)-4267176710/De Craen et al. (1999).pdf ?G Westerhoff, W.E. 2008" The Rhine - a major fluvial record 3-5" Netherlands Journal of Geosciences 87 1 Palaeogeography Northwest Europe
QuaternaryA internal-pdf://Westerhoff (2008)-1009653525/Westerhoff (2008).pdf ?H Zwart, H.J. 1967 The duality of orogenic belts 283-309 Geologie en Mijnbouw 46 8 Structural Geology Western Europe Generic7 internal-pdf://Zwart (1967)-2896579605/Zwart (1967).pdf ?I Vos, P.C.
de Wolf, H 1988_ Methodological aspects of paleo-ecological diatom research in coastal areas of the Netherlands. 31-40 Geologie en Mijnbouw 67
Palaeontology Netherlands CenozoicA internal-pdf://Vos & Wolf (1987)-2091982613/Vos & Wolf (1987).pdf ?J Terwindt, J.H.J 1971: Litho-facies of inshore estuarine and tidal-inlet deposits 515-526 Geologie en Mijnbouw 50 3 Geology Netherlands
Quaternary= internal-pdf://Terwindt (1971)-1573012245/Terwindt (1971).pdf%?K Van Straaten, L.M.J.U. 1954S Sedimentology of recent tidal flat deposits and the psammites du Condroz (Devonian) 25-47 Geologie en Mijnbouw 16 2 Clastic sedimentology Western Europe DevonianE internal-pdf://van Straaten (1954)-2059929621/van Straaten (1954).pdf.?L $ Van Straaten, L.M.J.U.
Kuenen, Ph.H. 1957? Accumulation of fine grained sediments in the Dutch Wadden Sea. 329-354 Geologie en Mijnbouw 19 Clastic sedimentology Netherlands
QuaternaryW internal-pdf://Van Straaten & Kuenen (1957)-2982992149/Van Straaten & Kuenen (1957).pdf ?N De Raaf, J.F.M.
Boersma, J.R. 1971/ Tidal deposits and their sedimentary structures 479-504 Geologie en Mijnbouw 50 3 Clastic sedimentology Western Europe GenericO internal-pdf://De Raaf & Boersma (1971)-0358332678/De Raaf & Boersma (1971).pdf ?O Oomkens, E.
Terwindt, J.H.J 1960= Inshore estuarine sediments in the Haringvliet (Netherlands). 701-710 Geologie en Mijnbouw 39 Clastic sedimentology Netherlands
QuaternaryQ internal-pdf://Oomkens & Terwindt (1960)-2967148309/Oomkens & Terwindt (1960).pdf ?P Illies, J.H. 1977. Ancient and recent rifting in the Rhinegraben. 329-350 Geologie en Mijnbouw 56 4 Structural Geology Western Europe Generic9 internal-pdf://Iliies (1977)-0568487189/Iliies (1977).pdfb?Q = Van der Hammen, T.
Maarleveld, G.C.
Vogel, J.C.
Zagwijn, W.H. 1967a Stratigraphy, climatic succession and radiocarbon dating of the last glaciaal in the Netherlands. 79-95 Geologie en Mijnbouw 46 3 Stratigraphy Netherlands
QuaternaryW internal-pdf://Van der Hammen et al. (1967)-1835929345/Van der Hammen et al. (1967).pdf S?R * De Groot, A.J.
De Goeij, J.J.M.
Zegers, C. 1971q Contents and behaviour of mercury as compared with other heavy metals in sediments from the rivers Rhine and Ems. 393-398 Geologie en Mijnbouw 50 3
Mineralogy Netherlands
QuaternaryK internal-pdf://De Groot et al. (1971)-2673535238/De Groot et al. (1971).pdf ?S ! Köthe, A.
Gaedicke, C.
Lutz, R. 2008g Erratum: The age of the Mid-Miocene Unconformity (MMU) in the G-11-1 borehole, German North Sea sector. 687-689= Zeitschrift der Deutschen Gesellschaft für Geowissenschaften 159 4 Stuttgartk Neogene, biostratigraphy, dinofl agellate cysts, seismic sequence, North Sea Basin, German North Sea sector Stratigraphy The age of the Mid-Miocene Unconformity (MMU) in the G-11-1 borehole is corrected by this erratum to middle
Middle Miocene (top of dinofl agellate cyst zone DN5). D North Sea NeogeneE internal-pdf://Kothe et al. (2008)-0530375731/Kothe et al. (2008).pdf ~ ?i o Anderton, R. 1993h Sedimentation and basin evolution in the Paleogene of the Northern North Sea and Faeroe-Shetland basins 31I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology UK North Sea
Palaeogene= internal-pdf://Anderton (1993)-0409416008/Anderton ?T Pouclet, A.
Juvigne, E. 2009 The Eltville Tephra, a late Pleistocene widespread tephra layer in Germany, Belgium and the Netherlands; symptomatic compositions of the minerals 93-103 Geologica Belgica 12 1-2
Mineralogy A new study of the composition of the Eltville Tephra is performed for the three sites Lixhe/Belgium, Ringen/Germany and Eltville/Germany (previous stratotype). This tephra is a precise stratigraphical marker dated at about 20 ka and intercalated in situ in Upper Weichselien loess in Belgium, The Netherlands and Germany. Since most of the authors have identified the Eltville Tephra after its dark grey colour in yellowish loess body, the correlation has in some cases been doubted so that geochemistry of the material should be used to take position. We analyse the pyroclasts and the mafic minerals of the tephra (clinopyroxene, olivine and amphibole). The volcanic glass is totally altered to illite, but the minerals show a clear basaltic alkaline magmatic signature. The tephra resulted from a strong initial explosive activity of a basaltic volcano. The origin of the tephra would be the East Eifel volcanic field. Netherlands; Belgium
QuaZ=U , Bos, I.J.
Feiken, H.
Bunnik, F.
Schokker, J. 2009 Influence of organics and clastic lake fills on distributary channel processes in the distal Rhine-Meuse Delta (the Netherlands) 335-3741 Palaeogeography, Palaeoclimatology, Palaeoecology 284 3-4_ Holocene, Delta deposits, Delta plain, Lake deposits, Natural levee thickness, Channel planform Clastic sedimentology^ Organic-clastic lake fills, which include lacustrine deltas, are prominent architectural elements in the distal zone of delta plains. We hypothesize that lakes and fossil lake fills affect the development of a fluvial distributary channel. To test this hypothesis, a Holocene paleogeographic reconstruction is presented of the Angstel-Vecht area, The Netherlands based on a geomorphogenetic map, lithogenetic cross sections, microfossil analyses, and various dating methods (i.e. (super 14) C-dating, OSL dating, pollen analyses and archaeological evidence). We found that peat accumulation on the Pleistocene substratum started approximately 8000calyr BP in response to base-level driven groundwater-level rise. Peat-bounded lakes existed in which gyttja was formed. Fluvial sedimentation in the study area commenced when a new Rhine distributary--the Angstel-Vecht--formed approximately 2970calyr BP. As a result, the lakes were filled with fluvially supplied clastic material. Fluvial activity diminished after approximately E2300calyr BP although the system continued to function as a high-discharge spillway for Rhine distributaries. This study illustrates the influence of lakes and lake fills on fluvial architecture and sedimentology. Downstream of a lake, levee deposits are thin compared to upstream reaches and the channel-belt sediment is clayey. Furthermore, channels maintain a meandering pattern when organic-clastic lake fills form the substrate because of the relative low bank stability. This is in contrast to straight channels in the distal delta plains that are influenced by erosion-resistant peat substrate. Netherlands CenozoicA internal-pdf://Bos et al. (2009)-1565721088/Bos et al. (2009).pdf Ovid Technologies M?V Meij, R.
te Winkel, B. H. 2009c Trace elements in world steam coal and their behaviour in Dutch coal-fired power stations; a review 289-293% International Journal of Coal Geology 77 3-4 Petroleum Geology Netherlands GenericM internal-pdf://Meij & Te Winkel (2009)-1504273346/Meij & Te Winkel (2009).pdf teum Geology Norway GenericS internal-pdf://Blystad & Søndenå (2005)-3036833413/Blystad & Søndenå (2005).pdf lands
Quaternary herlands Generic aphy Germany Devonian Germany Permian Netherlands Generic ics Europe Generic
Belgium Generic stock & Weerts (2010).pdf on Europe Devonian al. (1999).pdf
ogy Netherlands Generic ng Geology Generic Generic Netherlands Generic herlands
Quaternary etherlands Generic
; Germany Generic y Netherlands Generic therlands
Quaternary
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Palaeozoic many
Palaeozoic
many Jurassic Belgium Generic lands
Quaternary herlands Generic
eochemistry Germany Generic
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Quaternary herlands
Quaternary Netherlands Generic Belgium Generic ?W 3 Kleinhans, M. G.
Schuurman, F.
Bakx, W.
Markies, H. 2009 Meandering channel dynamics in highly cohesive sediment on an intertidal mud flat in the Westerschelde Estuary, the Netherlands 261-276
Geomorphology 105 3-4 Clastic sedimentologyx Small meandering channels of about 1 m wide on an intertidal mudflat in the Westerschelde estuary the Netherlands) were studied with the aim to improve understanding of the effect of highly cohesive bed and bank sediment on channel inception and meander geometry and dynamics. The study is supported by experiments and modelling. The estuarine meandering channels are less dynamical than alluvial meandering rivers, and the dynamics are more localised. Moreover, the high thresholds for bed sediment erosion and for bank failure lead to two processes, uncommon in larger rivers, that cause most of the morphological change. First, the beds of the channels are eroded by backward migrating steps under hydraulic jumps, while the remainder of the bed surface along the channel is hardly eroded. Second, channel banks erode i) where eroding steps locally cause undercutting of otherwise stable channel banks and ii) in very sharp bends where the flow separates from the inner-bend channel boundary and impinges directly on the bank on the opposite side of the channel. Further morphological change is probably induced by rainfall splash erosion and by storm waves that weaken the mud, and by large mud fluxes from the estuary. The steps were successfully reproduced in laboratory flume experiments. An existing model for step migration predicted celerities consistent with field and laboratory observations and demonstrated a strong dependence on the threshold for erosion. Bank stability models confirm that banks and steps only fail when undercut and weakened by waves, rain or excess pore pressure in agreement with observations. The effects of a high threshold for bank erosion was implemented in an existing meander simulation model that reproduced the observed locations of bank erosion somewhat better than without the threshold, but flow separation and its effect on meander bends remains poorly understood. Netherlands
Quaternary ?X 6 Dickinson, J. S.
Buik, N.
Matthews, M. C.
Snijders, A. 2009D Aquifer thermal energy storage; theoretical and operational analysis 249-260 Geotechnique 59 3 Geothermics Aquifer thermal energy storage (ATES) systems provide a method of improving the performance of more commonly installed mono-direction groundwater heating and cooling systems. Rather than using the prevailing temperature of the abstracted groundwater, ATES systems are bidirectional, therefore allowing for the interseasonal storage of low- and higher-temperature energy. This paper provides a theoretical base for ATES and an empirical review of the performance of a typical system installed in an office building in the Netherlands. This research was carried out by engineering consultancies in the UK and the Netherlands, and a UK university. The geology and hydrogeological conditions under focus can be briefly described as a confined saturated medium sand aquifer covered by horizons of clay and fine sand. A design simulation using HSTWin, a modified version of the software package HST3D, is compared against operational data collected over a 12-month period. These data were collected following 5 years of operation. The main conclusion from the case study is that there is good agreement between the HSTWin simulation and operational findings. Furthermore, it can be inferred that active ground thermal storage strategies can offer improvements over conventional ground source energy systems. Netherlands Generic ?Y X ; Van Bakel, B.W. M.
Jagt, J.W. M.
Artal, P.
Fraaije, R.H. B. 2009 Harenacorystes johanjansseni, a new Pliocene crab (Crustacea, Decapoda) from the Netherlands, and notes on Miocene-Pliocene corystoid crabs from the North Sea Basin 79-85& Bulletin of the Mizunami Fossil Museum 35
Palaeontology A new genus and species of corystoid crab, Harenacorystes johanjanseni, is recorded from slightly silty, fine-grained and well-sorted, glauconitic quartz sands assigned to the Oosterhout Formation, which are suction dredged at sandpit 'De Kuilen' near Langenboom (province of Noord-Brabant, the Netherlands). Although precise provenance data are lacking, the type and sole specimen of this crab known to date is assumed to have come from the lower depositional sequence (Unit B) within this formation, between 12 and 15 metres below the surface. On molluscan and dinoflagellate evidence, Unit B has been dated as early Zanclean to middle Piacenzian (Pliocene, c. 4.9-2.8 Ma). Added are new records of other corystoid crabs; Corystes cassivelaunus (Pennant, 1777) and Micromithrax holsatica Noetling, 1881, from the Oosterhout Formation (early-middle Pliocene) of Langenboom and of Balgoy (municipality of Wijchen, province of Gelderland, the Netherlands), as well as comments on previous literature records of Neogene corystids from the North Sea Basin. Netherlands Neogene?Z Young, D. A. 2009` The reception of geology in the Dutch Reformed tradition; the case of Herman Bavinck (1854-1921) 289-3009 Geology and Religion: A History of Harmony and Hostillity 310 Kõlbl-Ebert, M. London' Geological Society Special Publications History The favourable reception of the great antiquity of Earth by nineteenth-century Presbyterian theologians in Scotland and the USA has been well documented. Less clear is how their conservative Dutch Calvinist counterparts responded to discoveries about Earth history. Here I initiate an examination of attitudes toward geology among Dutch Reformed theologians of the late nineteenth and early twentieth centuries with a case study of Herman Bavinck (1854-1921). Bavinck was arguably the premier Dutch Calvinist theologian of his generation. In his four-volume Gereformeerde Dogmatiek, he discussed geology in relation to biblical teaching about the creation of the Earth. He expressed great appreciation for geology. On several points of textual interpretation, he adopted positions consistent with acceptance of an old Earth. However, working with out-of-date information, and not understanding fundamental geological principles, Bavinck concluded that the concept of an ancient Earth was unacceptable. Bavinck's ideas about geology negatively influenced subsequent Dutch Reformed theologians. Dutch Calvinists, both in the Netherlands and the USA, may have been less open to the discoveries of geology than Scottish and US Calvinists because of the nature of Dutch geology, lack of contact between Dutch theologians and geologists, and Dutch Reformed persuasion that worldviews powerfully shape the content of science. Netherlands Generic ?[ ? Ferrandis, J.
Mateeva, A.
Jorgensen, P.
Lopez, J.
Dijkerman, H. 2009O Application of virtual-source technology to the Zuidwending gas storage project 296-301 The Leading Edge 28 3 Petroleum Geology The Gasunie-Nuon Underground Gas Storage Consortium plans to drill and leach caverns in the Zuidwending salt dome in the Netherlands. According to safety regulations, gas storage caverns must be at least 150 m from the salt flank. The location of the Zuidwending salt flank, however, was not well known; its uncertainty based on surface seismic is some + or -200 m (Figure 1). A more precise estimate of the salt-flank location was needed for the project to proceed. Netherlands Generic{ Zx?\ # Kvaček, Z.
Teodoridis, V.
Wang, Q. 2009x Ilex geissertii sp. n. (Aquifoliaceae), a fossil ancestor of Ilex sect. Ilex in the upper Miocene and Pliocene of Europe 192-210% Review of Palaeobotany and Palynology 157 3-4
Palaeontology Leaf remains of Ilex L. sect. Ilex known from the Pliocene of Auenheim (Alsace, France) and Frankfurt a. M. - Niederrad (Hesse, Germany) as Ilex aff. cornuta Lindley fossilis Geissert and Ilex aquifolium L. fossilis Engelhardt, respectively, are re-interpreted as representing a new species Ilex geissertii Kvacek, Teodoridis et Wang Qing, sp. nov. Similar leaf fossils occur also in the upper Miocene of the Netherlands (Brunssum), France (Murat), and the Pliocene of Italy (Valdarno Superiore). Although these fossil records were considered either direct ancestors of I. aquifolium L. (Near-East, Europe, N Africa) or allied to I. cornuta Lindley and Paxton (China and Korea), both the mentioned extant species differ in the leaf morphology. Close affinities of I.geissertii to several extant representatives of Ilex subsect. Ilex (= Oxyodontae Loesener nom. illegit.) are indisputable and stress a common origin of this group of the hollies known already from the Oligocene in Europe (Ilex castellii Kvacek et Walther). Several extinct elements of the European late Miocene and Pliocene flora accompanying this new hol4?] V Gibbard, P.L.
Pasanen, A.H.
West, R.G.
Lunkka, J. P.
Boreham, S.
Cohen, K.M.
Rolfe, C. 2009: Late middle Pleistocene glaciation in East Anglia, England 504-528 Boreas 38 3 Palaeogeography UK
QuaternaryI internal-pdf://Gibbard et al. (2009)-0570774826/Gibbard et al. (2009).pdf the Bryne and Lulu Formations, Middle Jurassic, northern Danish
Central Graben 301-3473 Geological Survey of Denmark and Greenland Bulletin 1 Danish Central Graben, Middle Jurassic, Bryne Formation, Lulu Formation, sedimentology, sequence
stratigraphy, alluvial/coastal plain – shallow marine, sediment partitioning Stratigraphy DK North Sea Jurassic? internal-pdf://Andsbjerg (2003)-3469730590/Andsbjerg (2003).pdf 3 ? 7 Fabricius, I.L.
Fazladic, L.
Steinholm, A.
Korsbech, U. 2003 The use of spectral natural gamma-ray analysis in reservoir evaluation of siliciclastic sediments:
a case study from the Middle Jurassic of the Harald Field, Danish Central Graben 349-366- Bulletin of the Geological Society of Denmark 1w Danish Central Graben, North Sea, Middle Jurassic, sandstone reservoir, gamma-ray spectometry,
mineralogy, geochemistry Geochemistry DK North Sea JurassicM internal-pdf://Fabricius et al. (2003)-2144643870/Fabricius et al. (2003).pdf ology,
back-barrier – shoreface sediments, palaeogeography, sand distribution Geology DK North Sea JurassicC internal-pdf://Johannessen (2003)-0602128418/Johannessen (2003).pdf 4? Page, N.. 2003= The Lower Jurassic of Europe: its subdivision and correlation 23-593 Geological Survey of Denmark and Greenland Bulletin 16 Europe, Lower Jurassic, ammonite zonal biostratigraphy Stratigraphy Europe Jurassic5 internal-pdf://Page (2003)-1608539678/Page (2003).pdf te biostratigraphy, standard chronostratigraphy Palaeogeography Northwest Europe Jurassic= internal-pdf://Callomon (2003)-0182789918/Callomon (2003).pdf <?^ Kirwan, M.
Temmerman, S. 2009F Coastal marsh response to historical and future sea-level acceleration 1801-1808 Quaternary Science Reviews 28 17-18 Clastic sedimentology Netherlands; Belgium
QuaternaryQ internal-pdf://Kirwan & Temmerman (2009)-0358444560/Kirwan & Temmerman (2009).pdf S
QuaternaryE internal-pdf://Kukla et al. (1997)-0258242832/Kukla et al. (1997).pdf Y
n& HMSO for the British Geological Survey Stratigraphy UK
Carboniferous 5C inte Flaeozoic; internal-pdf://Gautier (2003)-0620836658/Gautier (2003).pdf %? Anonymous 1992 Jurassic 67-79N The geology of the southern North Sea. United Kingdom offshore regional report BGS London& HMSO for the British Geological Survey Stratigraphy UK Jurassic 9C internal-pdf://Anonymous 9 (1992)-2013830706/Anonymous 9 (1992).pdf ?
rnal-pdf://Anonymous 5 (1992)-3775453234/Anonymous 5 (1992).pdf W
oniferousK internal-pdf://Archard & Trice (1990)-4145009714/Archard & Trice (1990).pdf F? Barnard, P.C.
Cooper, B.S. 1983K A review of geochemical data related to the Northwest European gas province 19-332 Geological Society of London, Special Publications 12 Petroleum Geology Northwest Europe
CarboniferousM internal-pdf://Barnard & Cooper (1983)-3425391922/Barnard & Cooper (1983).pdf ological Society, Cleveland
Evaporites Generic PermianK internal-pdf://Batsche & Klarr (1980)-3627140658/Batsche & Klarr (1980).pdf + L? Best, G.
Elstner, F.
Kemper, ?_ j Vandenberghe, D.A.G.
Vanneste, K.
Verbeeck, K.
Paulissen, E.
Buylaert, J.P.
De Corte, F.
Van den haute, P. 2009i Late Weichselian and Holocene earthquake events along the Geleen fault in NE Belgium; OSL age constraints 56-74 Quaternary International 199 1-2 Structural Geology Belgium
QuaternaryS internal-pdf://Vandenberghe et al. (2009)-3391082256/Vandenberghe et al. (2009).pdf N Quaternary? internal-pdf://Oerlemans (1981)-1461901328/Oerlemans (1981).pdf aUK
QuaternaryO internal-pdf://Sissons & Cornish (1982)-0874826256/Sissons & Cornish (1982).pdf I
Quaternary9 internal-pdf://Ehlers (1990)-1848030992/Ehlers (1990).pdf Za
QuaternaryI internal-pdf://Gibbard et al. (1991)-4247288080/Gibbard et al. (1991).pdf I Quaternary; internal-pdf://Zagwijn (1992)-3156859152/Zagwijn (1992).pdf Mpe
Quaternary; internal-pdf://Zagwijn (1996)-0220938512/Zagwijn (1996).pdf ; internal-pdf://Brouwer>? Breeuwer, J.B.
Jelgersma, S. 1973< An east-west geo-hydrological section across the Netherlands 105-1061 Verhandelingen Kon.Ned.Geol.Mijnbouwk.Genootschap 29 Hydrogelogy Netherlands Quaternary, TertiaryU internal-pdf://Breeuwer & Jelgersma (1973)-2765132338/Breeuwer & Jelgersma (1973).pdf C
ozoic; internal-pdf://Brouwer (1963)-4288834881/Brouwer (1963).pdf
(1986).pdf ?
Brouwer, G.C. 1974# Het ontstaan van het Noordzeebekken 57-61 Intermediair 10 13 Geology Netherlands Generic; internal-pdf://Brouwer (1974)-0181635393/Brouwer (1974).pdf ?
Brouwer, G.C. 19746 Aardgas en -olie van het Nederlandse Continentaal Plat 2 Zeewezen 63 9 Petroleum geology Netherlands Generic; internal-pdf://Brouwer (1974)-3588926273/Brouwer (1974).pdf ? # Brown, G.
Platt, N.H.
McGrandle, A. 1994F The geophysical expression of Tertiary dykes in the southern North Sea 137-145 First Break 12 3
Geophysics UK North Sea TertiaryE internal-pdf://Brown et al. (1994)-1929029441/Brown et al. (1994).pdf ;internal-pdf://Brueren (1957)-3506806338/Brueren (1957).pdf y?
Burck, H.D.M. 19457 Over vindplaatsen in het Neocoom in en om de Glanerbeek 109-118 Gedenkboek Dr.Ir.P.Teschv Gedenkboek Tesch Verhandelingen v.h. Geologisch Mijnbouwkundig Genootschap voor NL en Kolonien, Geologische Serie XIV Den Haag Mouton & Co Stratigraphy Netherlands
Cretaceous7 internal-pdf://Burck (1945)-4202246466/Burck (1945).pdf M?` Rescic, S.
Fratini, F.
Tiano, P. 2010 On-site evaluation of the "mechanical" properties of Maastricht Limestone and their relationship with the physical characteristics 201-208[ Limestone in the Built Environment: Present-Day Challenges for the Preservation of the Past 3312 Smith, B.J.
Gomez-Heras, M.
Viles, H.A.
Cassar, J. London' Geological Society Special Publications Structural Geology Maastricht limestone is a soft bioclastic calcarenite of the Upper Cretaceous period cropping out in southern Limburg between Belgium and The Netherlands. This material was widely used from the Middle Ages to the Renaissance. Four different varieties can be distinguished according to fossil content and petrographic characteristics, which determine slight differences in compressive strength. Despite its poor mechanical characteristics, the material is very durable with remarkable frost resistance. This is mainly due to the pore dimensions (the most frequent pore radius class is 16-64 mu m) but also to the particular kind of weathering that causes the formation of a protective "skin" through a process of dissolution of unstable aragonite from serpulids and calcite precipitation in the pores of the external layer. The physical characteristics and the mechanical properties (using the drilling resistance measurement system (DRMS) method) of the hard layer that developed on the surface of Tongeren Cathedral, constructed using the Sibbe variety of Maastricht limestone, were investigated and compared with those of the quarry material. This comparison made it possible to emphasize the particular hardness of this surface in contrast to the outer layer of the quarry material. Moreover, it was possible to determine its thickness and to infer that this hard layer was formed after only 15 years of exposure. Netherlands
Cretaceous?a 1 Hijma, M. P.
Van der Spek, A.J.F.
Van Heteren, S. 2010_ Development of a mid-Holocene estuarine basin, Rhine-Meuse mouth area, offshore the Netherlands 198-211 Marine Geology 271 3-4
Palaeontology A proper understanding of coastal development during periods of rapid sea-level rise is a prerequisite for the prediction of future coastal response to the expected acceleration in sea-level rise. However, the development of back-barrier basins, especially in river-mouth areas, during such periods is still not well understood. Here we show the response of back-barrier basins adjacent to the Rhine-Meuse river-mouth area, The Netherlands during the mid Holocene. A combination of high-resolution seismic data and cores was used to describe and explain late-Weichselian to early Holocene terrestrial and mid-Holocene back-barrier sequences. Along with dating and micropalaeontological analyses, these descriptions and explanations form the basis of a reconstruction of river-mouth and adjacent basin behaviour under conditions of rapid SLR. The nearby presence of the Rhine-Meuse estuary had a significant influence on the development of the adjacent back-barrier basin and especially its tidal channels. The back-barrier channels started to fill in between 8.3 and 7.4 ka BP due to decreasing rates of both sea-level rise and tidal-amplitude increase. During this time the Rhine relocated its mouth to the study area and the increased sediment delivery contributed to tidal-prism decrease and channel infill. Close to the Rhine-Meuse river mouth the back-barrier channels lay embedded in thick clayey, estuarine deposits and lateral migration of the tidal channels was limited. At greater distances, lateral migration rates increased as the thickness of cohesive back-barrier deposits decreases. The spatial pattern and stratigraphic setting of the northern channel fills suggests an episode of barrier overstepping between 7.5 and 6.6 ka BP. The mode and spatial limits of this overstepping are still not understood. Netherlands
Quaternary ? Kiden, P. 2006Y De evolutie van de Beneden-Schelde in België en Zuidwest-Nederland na de laatste ijstijd 279-294 Belgeo 3} rivierontwikkeling, zeespiegelstijging, mariene invloed, riviergradiënt, Laatglaciaal, Holoceen, Schelde, België, Nederland Palaeogeography Belgium; Netherlands
Quaternary7 internal-pdf://Kiden (2006)-2804990721/Kiden (2006).pdfb? ; Bos, J.A.A.
Geel, B. van
Plicht, J. van der
Bohncke, S.J.P. 2007x Preboreal climate oscillations in Europe: Wiggle-match dating and synthesis of Dutch high-resolution multi-proxy records 1927-1950 Quaternary Science Reviews 26 Climate Netherlands
QuaternaryA internal-pdf://Bos et al. (2007)-3159394560/Bos et al. (2007).pdf ? Busschers, F.S.
Kasse, C.
Balen, R.T. van,
Vandenberghe, J.
Cohen, K.M.
Weerts, H.J.T.
Wallinga, J.
Johns, C.
Cleveringa, P.
Bunnik, F.P.M. 2007 Late Pleistocene evolution of the Rhine-Meuse system in the southern North Sea basin: imprints of climate change, sea-level oscillation and glacio-isostacy 3216-3248 Quaternary Science Reviews 26 Geology Netherlands
QuaternaryM internal-pdf://Busschers et al. (2007)-2824540416/Busschers et al. (2007).pdfu? a Busschers, F.S.
Balen, R.T. van
Cohen, K. M.
Kasse, C.
Weerts, H.J.T.
Wallinga, J.
Bunnik, F.P.M. 2008H Response of the Rhine-Meuse fluvial system to Saalian ice-sheet dynamics 1-22 Boreas Glacial Geology Netherlands
Quaternary$ DOI 10.1111/j.1502-3885.2008.00025.xM internal-pdf://Busschers et al. (2008)-2321592576/Busschers et al. (2008).pdfF? _ Cremer, H.
Bunnik, F.P.M.
Donders, T.H.
Hoek, W.Z.
Koolen-Eekhout, M.
Koolmees, H.H.
Lavooi, E. 2010 River flooding and landscape changes impact ecological conditions of a scour hole lake in the Rhine-Meuse delta, The Netherlands Journal of Paleolimnology\ Dike burst lake, Flooding, Pollen, Diatoms, Chromium, Total phosphorus, Environmental change
Palaeontology Netherlands
Quaternary DOI 10.1007/s10933-010-9452-2G internal-pdf://Cremer et al. (2010)-3950227712/Cremer et al. (2010).pdf J?c ? Vogt, C.
Mottaghy, D.
Wolf, A.
Rath, V.
Pechnig, R.
Clauser, C. 2010O Reducing temperature uncertainties by stochastic geothermal reservoir modelling 321-333! Geophysical Journal International 181 1 Geothermics Netherlands GenericC internal-pdf://Vogt et al. (2010)-0098981812/Vogt et al. (2010).pdf X QuaternaryI internal-pdf://Lambeck et al. (1998)-1139302580/Lambeck et al. (1998).pdf [
e GenericM internal-pdf://Cloetingh et al. (1996)-0032307124/Cloetingh et al. (1996).pdf
m Generic ^th Sea PermianK internal-pdf://Jenyon & Taylor (1983)-1446188558/Jenyon & Taylor (1983).pdf Ermian= internal-pdf://Jongmans (1954)-0137949710/Jongmans (1954).pdf ?7
John, P.W. 1983W Stimulation problems of deep, tight, layered Rotliegend Gas Sands in North West Germany 21-24 Oil Gas European Magazine 2 Petroleum Geology Germany Permian, Carboniferous5 internal-pdf://John (1983)-0239227406/John (1983).pdf Q?8 Jenkyns, H. C
Clayton, C.J. 1997 Lower Jurassic epicontinental carbonates and mudstones from England and Wales : chemostratigraphic signals and the early Toarcian anoxic event 687-706
Sedimentology 44 Stratigraphy UK JurassicO internal-pdf://Jenkyns & Clayton (1997)-3595660046/Jenkyns & Clayton (1997).pdf Ra CenozoicC internal-pdf://Kooi et al. (1989)-0291152910/Kooi et al. (1989).pdf @ernal-pdf://Koyi et al. (1993)-1247995150/Koyi et al. (1993).pdf +
?9 Koyi, H.
Petersen, K. 1993V Influence of basement faults on the development of salt structures in the Danish Basin 81-94 Marine and Petroleum Geology 10 2 Structural Geology Denmark GenericK internal-pdf://Koyi & Petersen (1993)-1668210446/Koyi & Petersen (1993).pdf B?: . Karnin, W.D.
Rockenbauch, K.
Ruijtenberg, P.A. 1992p The effect of the success of 3D seismic data on the exploration and appraisal of Zechstein targets in NW Germany 233-240 First Break 10 6
Geophysics Germany PermianG internal-pdf://Karnin et al. (1992)-3648739598/Karnin et al. (1992).pdf igraphie et de géologie du Carbonifère, Paris 9-12 septembre 1963 Petroleum Geology Netherlands
Carboniferous9 internal-pdf://Patijn (1963)-0906724372/Patijn (1963).pdf ) ~ayer is able to flow and redistribute its I'permian? internal-pdf://Pannekoek (1952)-0048399891/Pannekoek (1952).pdf L ?> Barbier, E. 2002< Geothermal energy technology and current status: an overview 3-65( Renewable and Sustainable Energy Reviews 6T Geothermal energy, Geothermal resources, Geothermal technology, Geothermal economics Geothermics Generic Generic; internal-pdf://Barbier (2002)-3509989888/Barbier (2002).pdf) ? Koster, E.A. 1982u Terminology and lithostratigraphic subdivision of (surficial) sandy eolian deposits in The Netherlands: an evaluation 121-129 Geologie en Mijnbouw 61 2 Stratigraphy NetherlandU? % Koster, E.A.
Castel, I.I.Y.
Nap, R.L. 1983[ Genesis and sedimentary structures of late Holocene aeolian drift sands in northwest Europe 247-267E The dynamics and environmental context of aeolian sedimentary systems Pye, K. Clastic sedimentology) Geological Society Special Publication 72 Netherlands
Quaternary?@
% Munsterman, D.K.
Verreussel, R.M.C.H. 2008L Palynology of well F15-6: a cored caprock section from the Schill Grund High 12
TNO report 2008-U-R0243 Utrecht% TNO Built Environment and Geosciences BU GeoEnergy Stratigraphy
February 2008 005.82505 NL North Sea GenericY internal-pdf://Munsterman & Verreusel (2008)-3897870848/Munsterman & Verreusel (2008).pdf{?e 2 Kehrer, P.
Orzol, J.
Jung, R.
Jatho, R.
Junker, R. 2007s The GeneSys project - a contribution of GEOZENTRUM Hannover to the development of Enhanced Geothermal Systems (EGS) 119-132= Zeitschrift der Deutschen Gesellschaft für Geowissenschaften 158 1 Geothermics Germany GenericE internal-pdf://Kehrer et al (2007)-0180671801/Kehrer et al (2007).pdf S?f
Köthe, A. 2007{ Cenozoic biostratigraphy from the German North Sea sector (G-11-1 borehole, dinoflagellate cysts, calcareous nannoplankton) 287-327= Zeitschrift der Deutschen Gesellschaft für Geowissenschaften 158 2 Stratigraphy D North Sea Cenozoic7 internal-pdf://Kothe (2007)-1557159993/Kothe (2007).pdf ?h ! m X Abbink, O.A.
Devuyst, F.X.
Grotsch, J
Hance, L.
Van Hoof, T.B.
Kombrink, H.
Van Ojik, K. 2009t The Lower Carboniferous of Key-well UHM-02, Onshore the Netherlands, and implications for Regional Basin Development 5! 71st EAGE Conference & Exhibition W031 Amsterdam Stratigraphy Netherlands
CarboniferousG internal-pdf://Abbink et al. (2010)-0434922041/Abbink et al. (2010).pdf ?n o Beckley, A.
Dodd, C.
Los, A. 1993 The Bruce field 1453-1463I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology UK North Sea JurassicI internal-pdf://Beckley et al. (1993)-1419711048/Beckley et al. ?o o BGS 1993A Revision of North Sea lithostratigraphic nomenclature: Paleogene 15I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Stratigraphy North Sea
Palaeogene3 internal-pdf://BGS (1993)-2544096328/BGS (1993).pdf ?t o + Coney, D.
Fyfe, T.B.
Retail, P.
Smith, P.J. 19939 Clair appraisal: the benefits of a co-operative approach 1409-1420I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology UK Devonian; CarboniferousE internal-pdf://Coney et al. (1993)-0667294280/Coney et al. (1993).pdf ?u o Cordey, W.G. 1993@ Jurassic exploration history: a look at the past and the future 195-198J Petroleum Geology of North-West Europe: Proceedings of the 4th Conference
Parker, J.R. London The Geological Society Petroleum Geology North Sea Jurassic9 internal-pdf://Cordey (1993)-3838362696/Cordey (1993).pdf % ?v o Cowan, G.
Ottesen, C.
Stuart, A. 1993 The use of dipmeter logs in the structural interpretation and palaeocurrent analysis of Morecambe Fields, East Irish Sea Basin 867-882J Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Structural Geology Ireland GenericE internal-pdf://Cowan et al. (1993)-0399249480/Cowan et al. (1993).pdf+ ?w Corrigan, A.F. 19938 Estimation of recoverable reserves: the geologist's job 1473-1481I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology North Sea Generic= internal-pdf://Corrigan (1993)-1238388808/Corrigan (1993).pdf ?x o
Dean, K.P. 1993w Sedimentation of Upper Triassic reservoirs in the Beryl Embayment: lacustrine sedimentation in a semi-arid environment 581I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology UK North Sea Triassic5 internal-pdf://Dean (1993)-1121142600/Dean (1993).pdf 7 ?y o / Demyttenaere, R.R.A.
Sluijk, A.H.
Bentley, M.R. 1993o A fundamental reappraisal of the structure of the Cormorant Field and its impact on field development strategy 1151-1157I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology UK North Sea JurassicS internal-pdf://Demyttenaere et al. (1993)-3218585928/Demyttenaere et al. (1993).pdf F; ?z o F Donovan, A.D.
Djakic, A.W.
Ioannides, N. S.
Garfield, T.R.
Jones, C.R. 1993s Sequence stratigraphic control on Middle and Upper Jurassic reservoir distribution within the UK Central North Sea 251-269I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology UK North Sea JurassicI internal-pdf://Donovan et al. (1993)-1027145545/Donovan et al. ?{ o Downie, R.A.
Stedman, C.I. 1993r Complex deformation and fluidization structures in Aptian sediment gravity flow deposits of the Outer Moray Firth 185-188I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology UK North Sea GenericM internal-pdf://Downie & Stedman (1993)-0101082896/Downie & Stedman (1993).pdf ?| o Dunay, R.E. 1993* Irish Sea basins. Introduction and review 789-790I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology Ireland Triassic7 internal-pdf://Dunay (1993)-1363200329/Dunay (1993).pdf U ?} + Faleide, J.I.
Vagnes, E.
Gudlaugsson, S.T. 1993A Late Mesozoic-Cenozoic evolution of the southwestern Barents Sea 933-950I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Structural Geology Norway GenericI internal-pdf://Faleide et al. (1993)-2554676297/Faleide et al. (1993).pdf ?~ o % Fine, S.
Yusas, M.R.
Jorgensen, L.N.. 1993\ Geological aspects of horizontal drilling in chalks from the Danish sector of the North Sea 1483-1490I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology DK North Sea
CretaceousC internal-pdf://Fine et al. (1993)-3343432777/Fine et al. (1993).pdf ? o Fleet, A.J.
Cordey, W.G. 1993H Fluids: migration, overpressure and diagenesis Introduction and review 129I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology Generic GenericI internal-pdf://Fleet & Cordey (1993)-2605443145/Fleet & Cordey (1993).pdf ? o Foster, P.T.
Rattey, P.R. 1993L The evolution of a fractured chalk reservoir: Machar Oilfield, UK North Sea 1445-1452I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology UK North Sea GenericK internal-pdf://Foster & Rattey (1993)-3864025161/Foster & Rattey (1993).pdf ? o
Fraser, A. J. 1993t The Jurassic: from regional models to field development; the impact of sequence stratigraphy on hydrocarbon geology 191-194I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology North Sea Jurassic9 internal-pdf://Fraser (1993)-3545424201/Fraser (1993).pdf ! ? o / Galloway, W.E.
Garber, J.L.
Liu, X.
Sloan, B.J. 1993m Sequence stratigraphic and depositional framework of the Cenozoic fill, Central and Northern North Sea Basin 33-43I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Stratigraphy North Sea CenozoicK internal-pdf://Galloway et al. (1993)-3931637833/Galloway et al. (1993).pdf1 ? o B Gerard, j.
Wheatley, T.J.
Ritchie, J. S.
Sullivan, M.
Basset, M.G. 1993W Permo-Carboniferous and older plays, their historical development and future potential 641-650I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference 4 Parker, J.R. London The Geological Society Petroleum Geology Generic Carboniferous; PermianG internal-pdf://Gerard et al. (1993)-3395095625/Gerard et al. (1993).pdf! ? o 3 Hardman, M.
Buchanan, J.G.
Herrington, P
Carr, A.D. 1993l Geochemical modelling of the East Irish Sea Basin: its influence on predicting hydrocarbon type and quality 809-821I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Geochemistry Ireland GenericI internal-pdf://Hardman et al. (1993)-1835061833/Hardman et al. (1993).pdf ? o Henderson, J.A.
Pepper, J.N. 1993Y Deep prospects-imaging, overpressure and associated problems in the UK Central North Sea 1313I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology UK North Sea
CretaceousQ internal-pdf://Henderson & Pepper (1993)-1701072457/Henderson & Pepper (1993).pdf ? o + Hinz, K.
Eldholm, O.
Block, M.
Skogseid, J. 19939 Evolution of North Atlantic volcanic continental margins 901-913I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Structural Geology Generic GenericC internal-pdf://Hinz et al. (1993)-0275220041/Hinz et al. ? o Hovland, M. 1993: Submarine gas seepage in the North Sea and adjacent areas 1333-1338I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology North Sea Generic; internal-pdf://Hovland (1993)-0980228681/Hovland ? o Ineson, J.R. 1993= The Lower Cretaceous chalk play in the Danish Central Trough 175-183I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology Denmark
Cretaceous9 internal-pdf://Ineson (1993)-1466989385/Ineson (1993).pdf G ? o Jackson, D.I.
Mulholland, P. 1993 Tectonic and stratigraphic aspects of the East Irish Sea Basin and adjacent areas: contrasts in their post-Carboniferous structural styles 791-808I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology Ireland Palaeozoic; MesozoicU internal-pdf://Jackson & Mulholland (1993)-2843470921/Jackson & Mulholland (1993).pdf # d ? o Johannessen, P.N.
Andsbjerg, J. 1993j Middle to Late Jurassic basin evolution and sandstone reservoir distribution in the Danish Central Trough 271-283I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology Denmark Jurassic[ internal-pdf://Johannessen & Andsbjerg (1993)-0635742754/Johannessen & Andsbjer ? o ; Knight, I.A.
Allen, L.R.
Coipel, J.
Jacobs,L.
Scanlan, M.J. 1993 The Embla Field 1433-1444I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology Norway GenericG internal-pdf://Knight et al. (1993)-0545536841/Knight et al. (1993).pdf:/ ? o 4 Knott, S.D.
Burchell,M.T.
Jolley, E.J.
Fraser, A. J. 1993o Mesozoic to Cenozoic plate reconstructions of the North Atlantic and hydrocarbon plays of the Atlantic margins 953-974I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology Northwest Europe Mesozoic; CenozoicE internal-pdf://Knott et al. (1993)-3868466505/Knott et al. ? o D Larsen, B.T.
Skogseid, J.
Brekke, H.
Blystad, P.
Rise, O.
Larsen, M. 1993X The Norwegian continental margin from the Northern North Sea to the Senja Fracture Zone 951I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology Norway GenericG internal-pdf://Larsen et al. (1993)-0462996297/Larsen et al. (1993).pdf ? o Lee, M.J.
Hwang, Y.J. 1993D Tectonic evolution and structural styles of the East Shetland Basin 1137-1149I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Structural Geology UK North Sea GenericA internal-pdf://Lee & Wang (1993)-3919489353/Lee & Wang (1993).pdf ? o
Leonard, R.C. 1993f Distribution of sub-surface pressure in the Norwegian Central Graben and applications for exploration 1295-1303I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology Norway Generic; internal-pdf://Leonard (1993)-1403118665/Leonard (1993).pdf ? o Meadows, N.S.
Beach, A. 1993R Controls on reservoir quality in the Triassic Sherwood Sandstone of the Irish Sea 823-833I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology Ireland TriassicK internal-pdf://Meadows & Beach (1993)-0077890633/Meadows & Beach (1993).pdf ? o Miller, M.L.B.
Martin, J.H. 1993* Field management Introduction and review 1405-1408I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology Generic GenericK internal-pdf://Miller & Martin (1993)-0094901833/Miller & Martin (1993).pdf ? o Morgan, R.K.
Cutts, P.L. 1993d Low-angle faulting in the Triassic of the South Viking Graben: implications for future correlations 569-579I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology NO North Sea TriassicI internal-pdf://Morgan & Cutts (1993)-0732721737/Morgan & Cutts (1993).pdf ? o . Naylor, D.
Haughey, N.
Clayton, G.
Graham,J.R. 1993& The Kish Bank Basin, offshore Ireland 845-855I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology Ireland Permian, TriassicG internal-pdf://Naylor et al. (1993)-1236299593/Naylor et al. (1993).pdf ? o Oakman, C.D.
Martin, J.H. 1993# Core workshop and discussion forum 1541-1542I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Clastic sedimentology Generic GenericK internal-pdf://Oakman & Martin (1993)-3333678921/Oakman & Martin (1993).pdf 0 ? o Rattey, P.R.
Hayward, A.B. 1993 Sequence stratigraphy of a failed rift system: the Middle Jurassic to Early Cretaceous basin evolution of the Central and Northern North Sea 213-249I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Stratigraphy North Sea MesozoicM internal-pdf://Rattey & Hayward (1993)-2360844873/Rattey & Hayward (1993).pdf ? o
Smith, N.J.P. 1993R The case for exploration of deep plays in the Variscan fold belt and its foreland 667-675I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology Generic Generic7 internal-pdf://Smith (1993)-0465418313/Smith (1993).pdf ? o " Smith, R.I.
Hodgson, N.
Fulton, M. 1993H Salt control on Triassic reservoir distribution, UKCS Central North Sea 547-557I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology UK North Sea TriassicE internal-pdf://Smith et al. (1993)-1588439895/Smith et al. (1993).pdf ? o Spencer, A.M.
Eldholm, O. 1993d Atlantic margin exploration: Cretaceous-Tertiary evolution, basin development and petroleum geology 899I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology Generic Cretaceous; PalaeogeneO internal-pdf://Spencer & Eldholm (1993)-3887103319/Spencer & Eldholm (1993).pdf ? o 3 Steele, R.P.
Allan, R.M.
Allinson, G.J.
Booth, A.J. 1993U Hyde: a proposed field development in the Southern North Sea using horizontal wells 1465-1472I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology UK North Sea PermianG internal-pdf://Steele et al. (1993)-0834052439/Steele et al. (1993).pdf ? o Stephenson, M.A. 1993< The Triassic: recent advances, discoveries and developments 545I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology Generic TriassicA internal-pdf://Stephenson (1993)-0666504023/Stephenson (1993).pdf ? o & Stolum,H-H.
Smalley, P.C.
Hanken, N-M. 1993\ Prediction of large-scale communication in the Smorbukk fields from strontium fingerprinting 1421-1432I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology Norway JurassicG internal-pdf://Stolum et al. (1993)-2210338647/Stolum et al. (1993).pdf ? o Stuart, I.A. 1993C The geology of the North Morecambe Gas Field, East Irish Sea Basin 883-895I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology Ireland Permian, Triassic9 internal-pdf://Stuart (1993)-3938631511/Stuart (1993).pdf* ~l ? o " Surlyk, F.
Noe-Nygaard, N.
Dam, G. 1993 High and low resolution sequence stratigraphy in lithological prediction-examples from the Mesozoic around the northern North Atlantic 199-214I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Stratigraphy Generic MesozoicG internal-pdf://Surlyk et al. (1993)-3016122967/Surlyk et al. ? o Vining, B.A. 1993G New plays in established areas: the Tertiary. Introduction and review 3I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology North Sea Cenozoic9 internal-pdf://Vining (1993)-1925796695/Vining (1993).pdf ? o - Vining, B.A.
Ioannides, N. S.
Pickering, K.T. 1993d Stratigraphic relationships of some Tertiary lowstand depositional systems in the Central North Sea 17-29I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Stratigraphy Central North Sea CenozoicG internal-pdf://Vining et al. (1993)-2731283031/Vining et al.>3 ? & Weston, P.J.
Davison, I.
Inslley, M.W. 1993/ Physical modelling of North Sea salt diapirism 559-567I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society
Geophysics UK North Sea GenericG internal-pdf://Weston et al. (1993)-0835812439/Weston et al. ? o Wheatley, T.J. 1993< Permo-Carboniferous and older plays Introduction and review 639I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Petroleum Geology Western Europe Generic= internal-pdf://Wheatley (1993)-2916451927/Wheatley (1993).pdfX? $ Babuška, V.
Fiala, J.
Plomerova, J. 2010W Bottom to top lithosphere structure and evolution of western Eger Rift (Central Europe) 891-907' International Journal of Earth Sciences 99 4 Structural Geology
Central Europe
CarboniferousK internal-pdf://Babuška et al. (2010)-0603370690/Babuška et al. (2010).pdf Xy
PalaeogeneG internal-pdf://Berger et al. (2005)-3069718466/Berger et al. (2005).pdf onic Atlas,Northwest German Basin,Geoinformation system Structural Geology Germany GenericI internal-pdf://Bilgili et al. (2007)-0184212674/Bilgili et al. (2007).pdf Z GenericM internal-pdf://Cloetingh et al. (2005)-2549884098/Cloetingh et al. (2005).pdf \ny GenericM internal-pdf://Ziegler & Dèzes (2005)-0134085826/Ziegler & Dèzes (2005).pdf ^Poland PermianK internal-pdf://Geißler et al. (2008)-2852100546/Geißler et al. (2008).pdf \y
PalaeozoicK internal-pdf://Geißler et al. (2005)-1023467971/Geißler et al. (2005).pdf `ermany GenericM internal-pdf://Grassmann et al. (2005)-3405914563/Grassmann et al. (2005).pdf Xc
PalaeozoicG internal-pdf://Krooss et al. (2005)-2181240259/Krooss et al. (2005).pdf arbon distribution and Lower Cretaceous Greensand prospectivity in Blocks 48/15, 48/17, 48/18 and 48/19, North Celtic Sea Basin 261-2752 The Petroleum Geology of Ireland's Offshore Basins 93 Croker, P.F.
Shannon, P.M.' Geological Society Special Publications Stratigraphy Ireland
CretaceousQ internal-pdf://Howell & Griffiths (1995)-3496343409/Howell & Griffiths (1995).pdf ? Howell, J.
Flint, S. 1996Y Sedimentological aspects of the Humber Group (Upper Jurassic) of the South Central Graben 89-114
Sedimentology 43 Stratigraphy UK North Sea JurassicI internal-pdf://Howell & Flint (1996)-2725052785/Howell & Flint (1996).pdf ? 9 Pemberton, S.G.
MacEachern, J.A.
Gingras, M.K.
Bann, K.L. 2009 Trace Fossil Atlas 300
Palaeontology Generic GenericW internal-pdf://Pemberton Trace Fossil Atlas-0030356100/Pemberton Trace Fossil Atlas.pdf 4 =0? ! @ Argent, J.
Blight, R.
Cox, P.
Law, A.
Smallwood, J.R.
Walter, D. 2005f The technical challenges to exploration a`? ! Küster, Y.
Leiss, B.
Schramm, M. 2010~ Structural characteristics of the halite fabric type "Kristallbrocken" from the Zechstein Basin with regard to its development 505-526' International Journal of Earth Sciences 99 3
Mineralogy Europe PermianI internal-pdf://Küster et al. (2010)-0855941571/Küster et al. (2010).pdf R PermianG internal-pdf://Legler et al. (2005)-3120939971/Legler et al. (2005).pdf Xrope GenericG internal-pdf://Littke et al. (2005)-0201750467/Littke et al. (2005).pdf d petroleum congress
section 1/A/3 Rome Petroleum Geology Germany Jurassic paper 2O internal-pdf://Hoffmann & Schott (1955)-1294294385/Hoffmann & Schott (1955).pdf ` JurassicS internal-pdf://Herngreen & De Boer (1978)-1228410993/Herngreen & De Boer (1978).pdf _
sic; CretaceousM internal-pdf://Herngreen et al. (1980)-3376422513/Herngreen et al. (1980).pdf ?
? Hambach, U.
Krumsiek, K. 1989l Eine magnetostratigrafische Gliederung des oberen Alb und unteren Cenoman aus Kernbohrungen des Ruhrgebietes 401-425 Geologisches Jahrbuch A113 Stratigraphy Germany
CretaceousQ internal-pdf://Hambach & Krumsiek (1989)-2991229553/Hambach & Krumsiek (1989).pdf LCretaceous? internal-pdf://Herngreen (1978)-0273644145/Herngreen (1978).pdf }?
Herngreen, G. F. W. 1992e Biostratigraphy and correlation of Lower Cretaceous sandstones Broad Fourteens Basin, The Netherlands 1-14- Upper Jurassic-Lower Cretaceous Working Group Report 2247 Haarlem$ Geological Survey of the Netherlands Stratigraphy$ Geological Survey of the Netherlands Netherlands
Cretaceous? internal-pdf://Herngreen (1992)-0911966065/Herngreen (1992).pdf K ? Howell, T.J.
Griffiths, P.A. 1995 A study of the hydroc ? j # Thibault, N.
Gardin, S.
Galbrun, B. 2010y Latitudinal migration of calcareous nannofossil Micula murus in the Maastrichtian; implications for global climate change 203-206 Geology Boulder 38 3 ClimateZ Micula murus is one of the main calcareous nannofossil biostratigrapic markers of Tethyan and Intermediate provinces in the upper Maastrichtian (uppermost Cretaceous). A review of its first occurrence at 14 deep-sea sites and sections shows that it is time transgressive from the Tropical Realm of the Atlantic and Pacific Oceans to the intermediate latitudes of the North Atlantic, South Atlantic, Indian Ocean, and the northern Tethys. M. murus remained confined to the Tropical Realm for approximately 1.2 m.y. in the early-late Maastrichtian, thus supporting high-latitudinal thermal gradients. It subsequently spread out in the late Maastrichtian to temperate latitudes and to the Tethys in coincidence with the onset of a thermohaline circulation change ca. 67.5 Ma, suggesting a major change in surface-water circulation and interocean communications. Generic
Cretaceous< ? Hoffmann, R. 2009 A new Rhabdammina species (Foraminifera, Textulariina) with an unusual distribution pattern from Cretaceous (Germany) and Recent (Greece, Aegina) localities 215-222' Berliner Palaeobiologische Abhandlungen 10
Palaeontology A new species of agglutinated encrusting Foraminifera, Rhabdammina voigti n. sp., is described based upon the test morphology, primarily the number of tubes and the proloculus size. R. voigti n. sp. generally occurs attached on molluscs, brachiopods and echinoderm tests. The area of distribution includes continental shelves of the temperate climate zone. Fossils of R. voigti n. sp. have been recovered from the Upper Turonian to Upper Campanian of the "Munsterlander Kreidemulde" and the Lower Maastrichtian to Upper Maastrichtian of the "Norddeutsche Senke", North Germany. Recent material has been collected from Aegina, Greece. All recently known species of the genus are typical deep sea forms. In contrast, the new species R. voigti n. sp. inhabited shallow marine waters in the North Sea Basin during the Upper Cretaceous, and in the Aegean Sea at present. Probably R. voigti n. sp. occupied the same habitats during the Cenozoic, but is unrecorded up to now or migrated into deep sea after the Cretaceous-Tertiary boundary for a long time. Germany
Cretaceous? Toucanne, S.
Zaragosi, S.
Bourillet, J-F.
Marieu, V.
Cremer, M.
Kageyama, M.
Van Vliet-Lanoe, B.
Eynaud, F.
Turon, J-L.
Gibbard, G. L. 2010 The first estimation of Fleuve Manche palaeoriver discharge during the last deglaciation; evidence for Fennoscandian ice sheet meltwater flow in the English Channel ca 20-18 ka ago 459-473# Earth and Planetary Science Letters 290 3-4 Glacial Geology UK
QuaternaryI internal-pdf://Toucane et al. (2010)-1925081999/Toucane et al. (2010).pdf O
rmian, Triassic= internal-pdf://Szurlies (2007)-0633454991/Szurlies (2007).pdf ^ermian, TriassicK internal-pdf://Szurlies et al. (2003)-3955447951/Szurlies et al. (2003).pdf m
Quaternary Yc; PalaeozoicI internal-pdf://Torsvik et al. (1996)-2026487695/Torsvik et al. (1996).pdf Rny GenericC internal-pdf://Dohr et al. (1989)-0081114255/Dohr et al. (1989).pdf G Permian; internal-pdf://Ziegler (1989)-3763578512/Ziegler (1989).pdf ?E " Helland-Hansen, W.
Hampson , G. J. 2009. Trajectory analysis: concepts and applications 454-483 Basin Research 21 Stratigraphy Generic Cenozoic] internal-pdf://Helland-Hansen & Hampson (2009)-0307897488/Helland-Hansen & Hampson (2009).pdf Un; SilurianG internal-pdf://André et al. (1986)-0408877200/André et al. (1986).pdf Nic Generic? internal-pdf://Cloetingh (1986)-1551487632/Cloetingh (1986).pdf b GenericU internal-pdf://Cloetingh & Van Wees (2005)-1920695440/Cloetingh & Van Wees (2005).pdf R GenericE internal-pdf://DEKORP-BASIN (1999(-4185761168/DEKORP-BASIN (1999(.pdf UUK CenozoicE internal-pdf://Hills et al. (2008)-3246336144/Hills et al. (2008).pdf ZCenozoicO internal-pdf://Middelburg et al. (1991)-2743162256/Middelburg et al. (1991).pdf Y PalaeozoicK internal-pdf://Prigmore et al. (1997)-3364033680/Prigmore et al. (1997).pdf W
nericO internal-pdf://Raiswell & Berner (1987)-0478463888/Raiswell & Berner (1987).pdf <//Vengosh et al. (1992)-1283944848/Vengosh et al. (1992).pdf W { P ?F ( Van Waterschoot van der Gracht, W.A.J.M. 1914 Proeve eener tectonische schetskaart van het Belgisch-Ned? ~ Thomas, H.
Schiettecatte, L-S.
Suykens, K.
Kone, Y.J-M.
Shadwick, E.H.
Prowe, A. E. F.
Bozec, Y.
de Baar, H.J. W.
Borges, A.V. 2009W Enhanced ocean carbon storage from anaerobic alkalinity generation in coastal sediments 267-274 Biogeosciences 6 2 Clastic sedimentology The coastal ocean is a crucial link between land, the open ocean and the atmosphere. The shallowness of the water column permits close interactions between the sedimentary, aquatic and atmospheric compartments, which otherwise are decoupled at long time scales ( congruent to 1000 yr) in the open oceans. Despite the prominent role of the coastal oceans in absorbing atmospheric CO (sub 2) and transferring it into the deep oceans via the continental shelf pump, the underlying mechanisms remain only partly understood. Evaluating observations from the North Sea, a NW European shelf sea, we provide evidence that anaerobic degradation of organic matter, fuelled from land and ocean, generates total alkalinity (A (sub T) ) and increases the CO (sub 2) buffer capacity of seawater. At both the basin wide and annual scales anaerobic A (sub T) generation in the North Sea's tidal mud flat area irreversibly facilitates 7-10%, or taking into consideration benthic denitrification in the North Sea, 20-25% of the North Sea's overall CO (sub 2) uptake. At the global scale, anaerobic A (sub T) generation could be accountable for as much as 60% of the uptake of CO (sub 2) in shelf and marginal seas, making this process, the anaerobic pump, a key player in the biological carbon pump. Under future high CO (sub 2) conditions oceanic CO (sub 2) storage via the anaerobic pump may even gain further relevance because of stimulated ocean productivity. North Sea Generic 9? ! Soliman, A.
Head, M.J.
Louwye, S. 2009p Morphology and distribution of the Miocene dinoflagellate cyst Operculodinium? borgerholtense Louwye 2001, emend 73-84
Palynology 33 2 Palaeogeography Belgium NeogeneI internal-pdf://Soliman et al. (2009)-3020417292/Soliman et al. (2009).pdf e
Quaternary U305-673K internal-pdf://Börmann et al. (2006)-4269053452/Börmann et al. (2006).pdf
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(1993).pdf Aurassic7 internal-pdf://Gerth (1955)-2015503135/Gerth (1955).pdf ? & Jeremiah, J.M.
Duxbury, S.
Rawson, P.F 2010s Lower Cretaceous of the southern North Sea Basins:
reservoir distribution within a sequence stratigraphic framework 203-237" Netherlands Journal of Geosciences 89 3/4> Early Cretaceous, event stratigraphy, tectonically accentuated Stratigraphy UK+NL North Sea
CretaceousK internal-pdf://Jeremiah et al. (2011)-0894512701/Jeremiah ? * Zachariah, A.J.
Gawthorpe, R.L.
Dreyer, T. 2009 Evolution and strike variability of early post-rift deep-marine depositional systems; Lower to Mid-Cretaceous, North Viking Graben, Norwegian North Sea 60-76 Sedimentary Geology 220 1-2 Clastic sedimentology NO North Sea
CretaceousK internal-pdf://Zacharia et al. (2009)-2842181649/Zacharia et al. (2009).pdf cany PermianS internal-pdf://Becker & Bechstädt (2006)-3295424017/Becker & Bechstädt (2006).pdf ing a new model that integrates burial and provenance
history with ssion track thermochronology ? Journal of Geophysical Research ? Structural Geology Netherlands
CretaceousO internal-pdf://Luijendijk et al. (2011)-3747879428/Luijendijk et al. (2011).pdf K
n, Triassic= internal-pdf://Nawrocki (2004)-4136152346/Nawrocki (2004).pdf many Generic Z OrdovicianK internal-pdf://Servais & Fatka (1997)-3079877416/Servais & Fatka (1997).pdf I
Palaeozoic9 internal-pdf://McCann (1998)-0563470120/McCann (1998).pdf igraphy of the Neogene-Quaternary succession in the southwest Netherlands from the Schelphoek borehole
(42G4-11/42G0022) – a sequence-stratigraphic approach 317-332" Netherlands Journal of Geosciences 86 4K Schelphoek, Stratigraphy, Neogene, Quaternary, North Sea Basin, Netherlands Stratigraphy Netherlands
QuaternaryG internal-pdf://Slupik et al. (2007)-1376797215/Slupik et al. (2007).pdf g (1993).pdf ? Johannessen, E.P.
Henningsen, T.
Bakke, N.E.
Johansen, T.A.
Ruud, B.O.
Riste, P.
Elvebakk, H.
Jochmann, M.
Elvebakk, G.
Slubowska-Woldengen, M. 2011_ Palaeogene clinoform succession on Svalbard expressed in outcrops, seismic data, logs and cores 35-44 First Break 29 2
Geophysics Norway
PalaeogeneQ internal-pdf://Johannessen et al. (2011)-4176424994/Johannessen et al. (2011).pdf !? - Lüschen, E.
Dussel, M.
Thomas, R.
Schulz, R. 2011M 3D seismic survey for geothermal exploration at Unterhaching, Munich, Germany 45-54 First Break 29 1
Geophysics Germany JurassicK internal-pdf://Lüschen et al. (2011)-0015878690/Lüschen et al. (2011).pdf
eoecology, scolecodonts, polychaetes, impacts, Kukruse, Upper Ordovician, Tvären Bay, Sweden. Stratigraphy Sweden
OrdovicianM internal-pdf://Eriksson & Frisk (2011)-3991381539/Eriksson & Frisk (2011).pdf
? 7 Meinhold, G.
Morton, A. C.
Fanning, C. M.
Whitham, A.G. 2011 U–Pb SHRIMP ages of detrital granulite-facies rutiles: further constraints on provenance of Jurassic sandstones
on the Norwegian margin 473-480 Geological Magazine 148 3T sediment provenance, rutile, geothermometry, U–Pb geochronology, Norwegian margin. Geothermy Norway JurassicK internal-pdf://Meinhold et al. (2011)-2146162467/Meinhold et al. (2011).pdf r? : Athmer, W.
Gonzales Uribe, G.A.
Luthi, S.M.
Dondselaar, E. 2011 Tectonic control on the distribution of Palaeocene marine syn-rift deposits in the Fenris Graben,
northwesternVring Basin, offshore Norway 361-375 Basin Research 23 Structural Geology Norway
PalaeoceneG internal-pdf://Athmer et al. (2011)-1710283299/Athmer et al. (2011).pdf G ? ; Keutgen, N.
Jagt, J. W. M.
Felder, P.J.
Jagt_Yazykova, E.A. 2010 Stratigraphy of the upper Vijlen Member (Gulpen Formation; Maastrichtian) in northeast Belgium, the southeast Netherlands
and the Aachen area (Germany), with special reference to belemnitellid cephalopods 109-136" Netherlands Journal of Geosciences 89 2n Coleoidea, Belemnitellidae, Vijlen Member, Maastrichtian type area, Netherlands, Belgium, Germany, correlation Stratigraphy Netherlands, Belgium
CretaceousI internal-
n4 3 Jagt, J.W. M.
Fraaije, R. H. B.
van Bakel, B. W. M. 2009 A late Miocene astropectinid (Echinodermata, Asteroidea) and associated ichnofossils from Liessel, province of Noord-Brabant, the Netherlands 127-131" Netherlands Journal of Geosciences 88 2
Palaeontology Comparison with extant Astropectinidae (Astropecten irregularis (Pennant, 1777); see Mortensen, 1977, fig. 32) suggests that MAB 1069 represents an individual with an estimated disc diameter (=r) of c. 12 mm and an arm length, measured from the centre of the disc (=R), of c. 36 mm. In Neogene strata in the North Sea Basin, more or less well-preserved asteroids are extremely rare. Only those forms with relatively sturdy marginal ossicles, such as Astropectinidae and Goniasteridae, are well represented, albeit often as dissociated remains of arm and disc. Of other families, for example Luidiidae, material has been described previously, but fossil material of a highly characteristic and common form such as the extant Asterias rubens Linnaeus, 1758 (Asteriidae) is completely unknown. To date, only Janssen (1972) and Jagt (1991) have recorded a number of early and middle Miocene species, often in open nomenclature, to which Herman & Marquet (2007) added well-preserved and fairly rich 'populations' of goniasterids from the upper Miocene in the Kallo area, province of Antwerpen (Belgium). Elsewhere in Europe there is a far superior record of asteroids. Near-complete skeletons of Astropectinidae (genus Astropecten), Goniasteridae (genus Ceramaster Verrill, 1899) and Luidiidae (genus Luidia Forbes, 1839) are known from the middle Miocene (Langhian/Serravallian) of the Paratethys (e.g., southeast Poland, Ukraine, Austria and Romania). Reference is made to papers by Nosowska (1997), Radwanski & Wysocka (2001, 2004), Binder (2002), Kroh (2007) and Jagt & Codrea (in press) for details. Dissociated marginal ossicles assigned to Ceramaster are also known from the Oligocene of Denmark and northern Germany (Wienberg Rasmussen, 1951; Kutscher, 1980, 1985) as well as from the middle Miocene of Winterswijk-Miste (Jagt, 1991). Without doubt, MAB 1069 is the best-preserved Neogene astropectinid from the North Sea Basin recorded so far. Unfortunately, the material cannot be identified specifically, because superomarginal ossicles cannot be observed and tubercles/arm spines are not preserved or cannot be made out precisely. In view of the width of the inferomarginal ossicles it certainly cannot be assigned to the Recent taxon Astropecten irregularis, nor to Miocene material described and illustrated by Janssen (1972) and Jagt (1991). A comparison with well-preserved specimens from Poland and the Ukraine, in particular with Astropecten navodicensis Nosowska, 1997, and A. forbesi Heller, 1858, shows that those are different species, with longer and more slender arms (see also Radwanski & Wysocka, 2001, 2004). Neogene astropectinids are widely distributed throughout Europe and North America (Blake, 1973), but since generally only dissociated skeletal elements are available, identification to species will rarely be feasible (Kaczmarska, 1987; Kroh, 2007). Astropectinids are typical carnivores which feed on sponges, molluscs, crabs, corals, worms and other echinoderms (Blake, 1989, 1990). Netherlands NeogeneC internal-pdf://Jagt et al. (2009)-0837253540/Jagt et al. (2009).pdf GeoRef Ovid Technologies English ? Fairburn, W. A. 2009T Landforms and the geological evolution of the Vale of York during the late Devensian 145-153/ Proceedings of the Yorkshire Geological Society 3-4 Geology Preliminary landform mapping over the York terminal moraine showed that persistent terraces on the sides of the moraine are strandlines that must have formed during regression of pro-glacial Lake Humber. Of widespread significance is a conspicuous shoreline between 30 and 35 m above OD that lasted for sufficient time to develop both erosional and depositional lacustrine terraces. This surface is contemporaneous with the 100 Foot Strandline mapped on the western side of the Vale of York, on the Permian escarpment. Between the Escrick and York moraines there are two additional major strandlines, with associated littoral and lacustrine deposits, that effectively subdivide the fluvioglacial sediments of the Vale of York into three offlapping planar landforms, with lateral erosional contacts independent of lithology. Above the 100 Foot Strandline, mounds and ridges of till form prominent landmarks, such as Severs Howe near York. The North Sea ice could not have plugged the Humber mouth until the Vale of York glacier had formed the York Moraine, and must have remained long enough for a prolonged stillstand of Lake-Humber at c. 33 m above OD. Subsequent stillstands, recorded on the southern face of the York Moraine at c. 20 m and c. 14 m above OD (lowering to c. 15 m and c. 10 m above OD at Escrick), mark stages in the unplugging of the Humber mouth from either ice or till. The mapping also suggests that the Crockey Hill 'esker' consists of erosional remnants, preserved on interfluves, of a fluvial gravel sheet. UK
Quaternary p ? Q Marcussen, O.
Thyberg, B. I.
Peltonen, C.
Jahren, J.
Bjorlykke, K.
Faleide, F. I. 2009u Physical properties of Cenozoic mudstones from the northern North Sea; impact of clay mineralogy on compaction trends 127-1505 American Association of Petroleum Geologists Bulletin 93 1
MineralogyO Vertical and lateral changes in physical properties in Cenozoic mudstones from the northern North Sea Basin reflect differences in the primary mineralogical composition and burial history, which provides information about sedimentary facies and provenance. Integration of well-log data with mineralogical information shows the effect of varying clay mineralogy on compaction curves in mudstones. The main controlling factor for the compaction of Eocene to early Miocene mudstones within the North Sea is the smectite content, which is derived from volcanic sources located northwest of the North Sea. Mudstones with high smectite content are characterized by low P-wave velocities and bulk densities compared to mudstones with other clay mineral assemblages at the same burial depths. Smectitic clays are important during mechanical compaction because they are less compressible than other types of clay minerals. A comparison between well-log data and experimental work also shows that smectite may be a controlling factor for overpressure generation in the smectite-rich Eocene and Oligocene sediments. At greater burial depths and temperatures (>70-80 degrees C), the dissolution of smectite and precipitation of illite and quartz significantly increases velocities and densities. Miocene and younger mudstones from the northern North Sea have generally low smectite contents and as a result have higher velocities and densities than Eocene and Oligocene mudstones. Lateral differences in the compaction trends between the north and south for these sediments also exist, which may be related to two different source areas in the Pliocene. The log-derived petrophysical data from the northern North Sea Basin show that mudstone lithologies have very different compaction trends depending on the primary composition. Simplified compaction curves may therefore affect the outcomes from basin modeling. The amplitude-versus-offset response of hydrocarbon sands and the seismic signature on seismic sections are also dependent on the petrophysical properties of mudstones and will vary depending on the mineralogical composition. Northern North Sea ^? = Conliffe, J.
Blamey, N. F.
Feely, M.
Parnell, J.
Ryder, A. G. 2010e Hydrocarbon migration in the Porcupine Basin, offshore Ireland; evidence from fluid inclusion studies 67-76 Petroleum Geoscience 16 1
Diagenesis Ireland Cretaceous; JurassicK internal-pdf://Conliffe et al. (2010)-1383564300/Conliffe et al. (2010).pdf XetaceousM internal-pdf://Fabricius et al. (2007)-0888336143/Fabricius et al. (2007).pdf mion from the Sinemurian of Skåne, Sweden 543-5544 Geological Survey of Denmark and Greenland Bulletin 1 Skåne, southern Sweden, Lower Jurassic, Sinemurian, facies analysis, sequence stratigraphy, sedimentary
environments, sea-level change Stratigraphy Sweden JurassicO internal-pdf://Frandsen & Surlyk (2003)-2549835166/Frandsen & Surlyk (2003).pdf i? Donovan, D.T.
Surlyk, F 2003K Lower Jurassic (Pliensbachian) ammonites from Bornholm, Baltic Sea, Denmark 555-5833 Geological Survey of Denmark and Greenland Bulletin 14 Bornholm, Baltic Sea, Lower Jurassic, ammonite fauna Stratigraphy Denmark JurassicM internal-pdf://Donovan & Surlyk (2003)-3372144030/Donovan & Surlyk (2003).pdf # w ? { Nielsen, O.B.
Seidenkrantz, M-S.
Abrahamsen, N.
Schmidt, B.J.
Koppelhus, E.B.
Ravn-Sørensen, H.
Korsbech, U.
Nielsen, K.G. 2003 The Lower-Middle Jurassic of the Anholt borehole: implications for the geological evolution of the eastern
margin of the Danish Basin 585-6094 Geological Survey of Denmark and Greenland Bulletin 1 Danish Basin, Fennoscandian Border Zone, Lower–Middle Jurassic, Anholt borehole, biostratigraphy,
palaeomagnetics, sedimentology, clay mineralogy, organic petrology, geochemistry Stratigraph
m? g Mitchell, A.J.
Ulicny, D.
Hampson, G.J.
Allison, P.A.
Gorman, G.J.
Piggott, M.D.
Wells, M.R.
Pain. C.C. 2010 Modelling tidal current-induced bed shear stress and palaeocirculation in an epicontinental seaway; the Bohemian Cretaceous Basin, Central Europe 359-388
Sedimentology 57 Clastic sedimentologyU Lower to Middle Turonian deposits within the Bohemian Cretaceous Basin (Central Europe) consist of coarse-grained deltaic sandstones passing distally into fine-grained offshore sediments. Dune-scale cross-beds superimposed on delta-front clinoforms indicate a vigorous basinal palaeocirculation capable of transporting coarse-grained sand across the entire depth range of the clinoforms (ca 35 m). Bi-directional, alongshore-oriented, trough cross-set axes, silt drapes and reactivation surfaces indicate tidal activity. However, the Bohemian Cretaceous Basin at this time was over a thousand kilometres from the shelf break and separated from the open ocean by a series of small islands. The presence of tidally-influenced deposits in a setting where co-oscillating tides are likely to have been damped down by seabed friction and blocked by emergent land masses is problematic. The Imperial College Ocean Model, a fully hydrodynamic, unstructured mesh finite element model, is used to test the hypothesis that tidal circulation in this isolated region was capable of generating the observed grain-size distributions, bedform types and palaeocurrent orientations. The model is first validated for the prediction of bed shear stress magnitudes and sediment transport pathways against the present-day North European shelf seas that surround the British Isles. The model predicts a microtidal to mesotidal regime for the Bohemian Cretaceous Basin across a range of sensitivity tests with elevated tidal ranges in local embayments. Funnelling associated with straits increases tidal current velocities, generating bed shear stresses that were capable of forming the sedimentary structures observed in the field. The model also predicts instantaneous bi-directional currents with orientations comparable with those measured in the field. Overall, the Imperial College Ocean Model predicts a vigorous tide-driven palaeocirculation within the Bohemian Cretaceous Basin that would indisputably have influenced sediment dispersal and facies distributions. Palaeocurrent vectors and sediment transport pathways however vary markedly in the different sensitivity tests. Accurate modelling of these parameters, in this instance, requires greater palaeogeographic certainty than can be extracted from the available rock record. Abstract Copyright (2010), International Association of Sedimentologists. Central Europe
? ' Rodrigues, N.
Cobbold, P. R.
Loseth, H. 2009% Physical modelling of sand injectites 610-632 Tectonophysics 474 3-4 Clastic sedimentology North Sea CenozoicM internal-pdf://Rodrigues et al. (2009)-2258436143/Rodrigues et al. (2009).pdf Zmany GenericI internal-pdf://Scheck & Bayer (1999)-1641519407/Scheck & Bayer (1999).pdf Yozoic; CenozoicG internal-pdf://Scheck et al. (2003)-4158236719/Scheck et al. (2003).pdf ds Generic ZEurope GenericG internal-pdf://Scheck et al. (2002)-4008418560/Scheck et al. (2002).pdf to generate electricity are operated in Iceland, Italy, Turkey, Portugal (12,5% of installed capacity and geothermal electricity production worldwide). The interest is growing in power generation via binary schemes using 100-120°C water (in Europe first pilot installations of 0,2-3 MW e capacities were launched in recent years). In many countries geothermal energy is among the most prospective renewable because of ecological and economic reasons. It is less sensitive to changes of traditional energy prices at the international markets and makes it possible to reduce dependence on imported fuels and, in this way, increase energy safety.
Europe Generic | N? 7 Kramers, L.
Van Wees, J.D.
Mijnlieff, H.
Kronimus, R.A. 2010y ThermoGIS - An integrated web-based information system for geothermal exploration and governmental decision support for M 3688-3692x Society of Petroleum Engineers - 72nd European Association of Geoscientists and Engineers Conference and Exhibition 2010 5 3-d geological models; Automated workflow; Business decisions; Decision supports; Flow properties; Geothermal activity; Geothermal exploration; Geothermal potential; Geothermal reservoir; Governmental institution; Heat and electricity; High resolution; Insurance companies; Key performance indicators;J? 5 Gabrielsen, P. T.
Brevik, I.
Mittet, R.
Loseth, L. O. 2009c Investigating the exploration potential for 3D CSEM using a calibration survey over the Troll Field 67-75 First Break 27 6
Geophysics NO North Sea
CretaceousO internal-pdf://Gabrielsen et al. (2009)-1155052687/Gabrielsen et al. (2009).pdf Oetherlands
Quaternary5 internal-pdf://Pape (1970)-0031339407/Pape (1970).pdf XCenozoicM internal-pdf://Van Vliet et al. (2002)-3638747023/Van Vliet et al. (2002).pdf ^many GenericM internal-pdf://Adriasola et al. (2007)-0702913679/Adriasola et al. (2007).pdf QaeozoicG internal-pdf://Carney et al. (2008)-4260118415/Carney et al. (2008).pdf
UK Devonian
ium Generic Uinternal-pdf://Louwye & De Schepper (2010)-2918441871/Louwye & De Schepper (2010).pdf
(2007).pdf ^e
QuaternaryM internal-pdf://Veevers & Powell (1987)-1980448144/Veevers & Powell (1987).pdf Z GenericO internal-pdf://Camelbeeck et al. (2007)-2484012688/Camelbeeck et al. (2007).pdf :Standke et al. (1993)-2135977360/Standke et al. (1993).pdf P JurassicC internal-pdf://Wong et al. (1989)-3545352592/Wong et al. (1989).pdf ? / De Meersman, K.
Kendall, J. M.
Van der Baan, M. 2009z The 1998 Valhall microseismic data set; an integrated study of relocated sources, seismic multiplets, and S-wave splitting B183-B195
Geophysics 74 5
Geophysics We relocate 303 microseismic events recorded in 1998 by sensors in a single borehole in the North Sea Valhall oil field. A semiautomated array analysis method repicks the P- and S-wave arrival times and P-wave polarizations, which are needed to locate these events. The relocated sources are confined predominantly to a 50-m-thick zone just above the reservoir, and location uncertainties are half those of previous efforts. Multiplet analysis identifies 40 multiplet groups, which include 208 of the 303 events. The largest group contains 24 events, and five groups contain 10 or more events. Within each multiplet group, we further improve arrival-time picking through crosscorrelation, which enhances the relative accuracy of the relocated events and reveals that more than 99% of the seismic activity lies spatially in three distinct clusters. The spatial distribution of events and wave-form similarities reveal two fault-like structures that match well with north-northwest-south-southeast-trending fault planes interpreted from 3D surface seismic data. Most waveform differences between multiplet groups located on these faults can be attributed to S-wave phase content and polarity or P-to-S amplitude ratio. The range in P-to-S amplitude ratios observed on the faults is explained best in terms of varying source mechanisms. We also find a correlation between multiplet groups and temporal variations in seismic anisotropy, as revealed by S-wave splitting analysis. We explain these findings in the context of a cyclic recharge and dissipation of cap-rock stresses in response to production-driven compaction of the underlying oil reservoir. The cyclic nature of this mechanism drives the short-term variations in seismic anisotropy and the reactivation of microseismic source mechanisms over time. NO North Sea Generic ? Z Bábek, O.
Kalvoda, J.
Aretz, M.
Cossey, P.J.
Devuyst, F.X.
Herbig, H.-G
Sevastopulo, G.D. 2010 The correlation potential of magnetic susceptibility and outcrop gamma-ray logs at Tournaisian-Visean boundary sections in Western Europe 291-308 Geologica Belgica 13 4o Outcrop logging techniques, foraminifer biostratigraphy, Carboniferous, deep-marine sediments, sealevel changes Stratigraphy Western Europe
CarboniferousG internal-pdf://Bábek et al. (2010)-1045137930/Bábek et al. (2010).pdf {
? Brandes, C.
Le Heron, D.P. 2010S The glaciotectonic deformation of Quaternary sediments by fault-propagation folding 270-280* Proceedings of the Geologists' Association 1216 Glaciotectonics, Fault-propagation folds, Push moraine Glacial Geology
UK,Germany
QuaternaryQ internal-pdf://Brandes & Le Heron (2010)-0005687818/Brandes & Le Heron (2010).pdf U? Diedrich, C. 2010} Huge accumulations of Upper Cretaceous giant ammonite shells in benthic islands of southern North Sea Basin of Central Europe 164-172 Episodes 33 3
Palaeontologya In the greenhouse world of the Early Upper Cretaceous of Europe giant cephalopod shells of the hemibenthic ammonite Puzosia formed huge accumulations. Their shells indicate adaptations in the body chamber morphology depending on the environment. On the sea floor, deposited ammonite shells scoured up to 50 cm depth which caught more and more large shells over extended periods of time. They built up to five square meter extended scour troughs in which the shells are enriched in chain-, fan- and fan layer orders with a maximum accumulation of 24 cephalopods. Between these hundreds of other macrofaunal remains accumulated. The ammonite shells were benthic islands and minibiotopes in carbonate soft- to firm ground environments along a submarine swell in the southern North Sea Basin of Central Europe. The empty shells encrusted by different epizoans sheltered and protected also crustaceans, which undermined the empty shells by bioturbation. Small and extremely rare squamate reptiles of the marine Dolichosaurus longicollis possibly took shelter or fed within these unique benthic submarine depression "islands".
Southern North Sea
Cretaceous
ZP? Hoemske, T.
Mulinski, K. 2010a Study examines the geothermal energy market: Potentials of geothermal energy in Europe until 2030 30-32* Euroheat and Power/Fernwarme International 39 11 ? Hagedorn, E.-M.
Boenigk, W. 2008u The Pliocene and Quaternary sedimentary and fluvial history in the Upper Rhine Graben based on heavy mineral analyses 21-32" Netherlands Journal of Geosciences 87 1\ heavy minerals, lithofacies, Pliocene, Quaternary, stratigraphy, Upper Rhine Graben, Germany Clastic sedimentology Germany NeogeneQ internal-pdf://Hagedorn & Boenigk (2007)-3695706220/Hagedorn & Boenigk (2007).pdf? Von Hartmann, H 2003r Deformation of the Carboniferous on the Oldenburg High and the Location of the Variscan Front in Northwesy Germany 169-176" Netherlands Journal of Geosciences 82 2I 3D-seismic, Graben, Karbon, Northwest Geramny, Rotliegend, Variscan Front Structural Geology Germany
CarboniferousC internal-pdf://Von_Hartman (2003)-1163475052/Von_Hartman (2003).pdf O? 9 Houtgast, R.F.
Van Balen, R.T
Kasse, C.
Vandenberghe, J.. 2003 Late Quaternary tectonic evolution and postseismic near surface fault displacements along the Geleen Fault (Feldbiss Fault Zone-Roer Valley Rift System, The Netherlands),based on trenching 177-196" Netherlands Journal of Geosciences 82 2 Active tectonics, coseismic, earthquakes, Feldbiss Fault Zone, Geleen Fault, Roer Valley Graben, nonseismic, paleoseismology, postseismic Structural Geology Netherlands
QuaternaryK internal-pdf://Houtgast et al. (2003)-1986386540/Houtgast et al. (2003).pdf 2? Madsen, H.B.
Stemmerik, L. 2010W Diagenesis of Flint and porcellanitein the Maastrichtian chalk at Stevns klint, Denmark 578-588 Journal of Sedimentary Research 80
Diagenesis Denmark
CretaceousQ internal-pdf://Madsen & Stemmerik (2010)-2970245229/Madsen & Stemmerik (2010).pdf 0 ? Posamentier, H.
Kolla, V. 2003V Seismic geomorphology and stratigraphy of depositional elements in deep-water settings 367-388 Journal of Sedimentary Research 73 3 Geology Generic GenericS internal-pdf://Posamentier & Kolla (2003)-3423955565/Posamentier & Kolla (2003).pdf>? m Nance, R.D.
Gutierrez, A.G.
Keppie, J.D.
Linnemann, U.
Murphy, J.B.
Quesada, C.
Strachan, R.A.
Woodcock, N.H. 2010 Evolution of the Rheic Ocean 194-222 Gondwana Research 17 2-3 Structural Geology Generic
PalaeozoicE internal-pdf://Nance et al. (2010)-1778685109/Nance et al. (2010).pdf bof Denmark and Greenland Bulletin 1 East Greenland, Jameson Land Basin, Lower–Middle Jurassic, Early Pliensbachian – early Aalenian,
palynostratigraphy, sedimentology, sequence stratigraphic implications, regional correlation Stratigraphy North Atlantic JurassicK internal-pdf://Koppelhus & Dam (2003)-0134791694/Koppelhus & Dam (2003).pdf ?3 1 Alsgaard, P.C.
Felt, V.L.
Vosgerau, H.
Surlyk, F. 2003- The Jurassic of Kuhn Ø, North-East Greenland 865-8923 Geological Survey of Denmark and Greenland Bulletin 1s Kuhn Ø, North-East Greenland, Middle–Upper Jurassic, lithostratigraphy, sedimentology, petrography,
source rocks Stratigraphy North Atlantic JurassicK internal-pdf://Alsgaard et al. (2003)-1360022030/Alsgaard et al. (2003).pdf v?4 " Larsen, M.
Piasecki, S.
Surlyk, F. 2003 Stratigraphy and sedimentology of a basement-onlapping shallow marine sandstone succession, the Charcot Bugt
Formation, Middle–Upper Jurassic, East Greenland 893-9303 Geological Survey of Denmark and Greenland Bulletin 1 East Greenland, Milne Land, Bathonian–Oxfordian, Charcot Bugt Formation, Kap Leslie Formation,
sedimentology, biostratigraphy, dinoflagellates, sequence stratigraphy, shallow marine, basement onlap, clinoform
united-Kingdom Stratigraphy North Atlantic JurassicG internal-pdf://Larsen et al. (2003)-0505026830/Larsen et al. (2003).pdf 1 ?5 Larsen, M.
Surlyk, F. 2003s Shelf-edge delta and slope deposition in the Upper Callovian – Middle Oxfordian Olympen Formation,
East Greenland 931-9483 Geological Survey of Denmark and Greenland Bulletin 1 East Greenland, Jameson Land Basin, Middle–Upper Jurassic, sedimentology, lithostratigraphy, sequence
stratigraphy, shelf-edge delta, slope gullies, massive sandstones, sediment gravity flow, sea-level curve Stratigraphy North Atlantic JurassicK internal-pdf://Larsen & Surly( n,? & Piper, D.J.W.
Noftall, R.
Pe-Piper, G. 2010 Allochthonous prodeltaic sediment facies in the Lower Cretaceous at the Tantallon M-41 well; implications for the deep-water Scotian Basin 87-1045 American Association of Petroleum Geologists Bulletin 94 1 Clastic sedimentology Lower Cretaceous shelf-margin deltas in the Scotian Basin prograded across a deep outer-shelf platform and may have supplied sand to the deep-water Scotian margin. Conventional core from the Tantallon M-41 well was used to evaluate sediment facies and evidence for the transfer of deltaic sand to deep water. Two cores with shallow-water lithofacies show sediment deformation structures, resulting from surficial debris flow and deeper seated landsliding of deltaic sediment, interpreted by a comparison with modern sea-floor piston cores. Both mass-movement types produced a basal strongly foliated mudstone. Such allochthonous blocks create potential pitfalls in interpretation of paleowater depth from sedimentary structures in conventional core and microfossils in ditch cuttings. Autochthonous sediment on the deep outer-shelf platform is a distinctive red-brown mudstone with rare turbidite sandstone beds. The deepest core consists of thin-bedded sandstone turbidites showing Bouma T (sub b-c-d) intervals and fading ripples characteristic of overbank settings, deposited on a high adjacent to 50-150-m (160-500-ft)-deep channels. These sandstones provide direct evidence that sand was transferred through channels into deep water in the Early Cretaceous. Sandy turbidity currents were sourced both by prodeltaic failure and transformation and by hyperpycnal flow from the mountainous rivers that supplied sediment to the Scotian Basin. UK
CretaceK? 3 Camps, A. P.
Long, D.
Rochelle, C. A.
Lovell, M. A. 20091 Mapping hydrate stability zones offshore Scotland 81-91K Sediment-hosted gas hydrates: new insights on natural and synthetic systems 319/ Long, D.
Lovell, M. A.
Rees, J.
Rochelle, C. A. London' Geological Society Special Publications Petroleum Geology One practical method to reduce environmentally damaging greenhouse gas emissions is through the geological storage of carbon dioxide. Deep, warm storage of carbon dioxide is currently taking place at Sleipner, North Sea and Weyburn, Canada. It is, however, also possible to store carbon dioxide as a liquid and hydrate in cool, sub-seabed sediments. Offshore north and west of Scotland seafloor pressures and temperatures are suitable for hydrate formation. In addition to the possibility of natural methane hydrate being present in this region, conditions may also be favourable for carbon dioxide storage as a liquid and hydrate. A computer program has been developed to calculate the depth to the base of the carbon dioxide and methane hydrate stability zones in two offshore regions: the Faeroe-Shetland Channel and the northern Rockall Trough. Results predict that methane hydrate remains stable to a maximum depth of 650 m below the seabed in the Faeroe-Shetland Channel, and 600 m below the seabed in the northern Rockall Trough; the carbon dioxide hydrate stability zone extends below the seabed to a depth of 345 and 280 m, respectively. No physical evidence for the existence of natural hydrate in these regions has been confirmed. Suitable conditions for carbon dioxide storage as a liquid and hydrate exist, and should this storage method be developed further, a more refined program and greater offshore investigations to improve data sets would be necessary to scope the full potential. UK North Sea Generic < ? m Chadwick, A.
Williams, G. D.
Delepine, N.
Clochard, V.
Labat, K.
Sturton, S.
Buddensiek, M.L.
Dillen, M.
Nickel, M.
Lima, A L.
Arts, R.
Neele, F.
Rossi, G. 2010a Quantitative analysis of time-lapse seismic monitoring data at the Sleipner CO2 storage operation 170-177 The Leading Edge 29 2
Geophysicsi The CO (sub 2) storage operation at Sleipner in the Norwegian North Sea provides an excellent demonstration of the application of time-lapse surface seismic methods to CO (sub 2) plume monitoring under favorable conditions. Injection commenced at Sleipner in 1996 with CO (sub 2) separated from natural gas being injected into the Utsira Sand, a major saline aquifer of late Cenozoic age. CO (sub 2) injection is via a near-horizontal well at a depth of about 1012 m below sea level (bsl) some 200 m below the reservoir top, at a rate approaching 1 million tonnes (Mt) per year, with more than 11 Mt currently stored. NO North Sea Generic_ o? ' Jackson, M. D.
Hampson, G.J.
Sech, R.P. 2009 Three-dimensional modeling of a shoreface-shelf parasequence reservoir analog; Part 2, Geologic controls on fluid flow and hydrocarbon recovery 1183-12085 American Association of Petroleum Geologists Bulletin 93 9 Stratigraphy Wave-dominated, shoreface-shelf parasequences are commonly modeled as simple layer-cake reservoirs, yet analysis of modern and ancient analogs demonstrates that these intervals contain a more complex physical stratigraphy. We investigate the impact of depositional and diagenetic heterogeneity associated with gently dipping clinoform surfaces on fluid flow and recovery during water flooding, using a three-dimensional model reconstructed from a well-exposed outcrop analog. We demonstrate that the volume of oil in place is affected by variations in facies thickness associated with interfingering along clinoforms, whereas waterflood sweep efficiency is affected by barriers to flow along clinoform surfaces, such as calcite-cemented layers, mudstones, and siltstones. Sweep efficiency is low when water flooding is down depositional dip because oil is bypassed at the toe of each clinothem as water flows preferentially through high-quality sandstone facies in the upper part of the parasequence. Sweep efficiency is higher when water flooding is up depositional dip because the gravity-driven, downward flow of water sweeps poorer-quality sandstone facies in the lower part of the parasequence. In both cases, injectors may offer limited pressure support to producers. Water flooding along depositional strike yields good pressure support but poor sweep because the gravity-driven flow of water into the lower part of the parasequence is significantly reduced. This yields highly variable fluid saturations but a uniform pressure gradient, which is consistent with pressure and fluid saturation data from the mature Rannoch Formation reservoir, Brent field, United Kingdom North Sea. Simple layer-cake models fail to capture the range of flow behaviors described above and overpredict recovery by up to 20% as a result. UK North Sea ??
& Brittain, J.M.
Higgs, K.T.
Riding,J.B. 2010\ The palynology of the Pabay Shale Formation (Lower Jurassic) of SW Raasay, northern Scotland 67-75 Scottish Journal of Geology 46 1 Stratigraphy A thermally-mature palynomorph assemblage containing significant proportions of the characteristic dinoflagellate cyst Liasidium variabile Drugg 1978 was recovered from the Lower Jurassic Pabay Shale Formation of SW Raasay. This is the first record of this biostratigraphically important species from the Jurassic of onshore Scotland. Liasidium variabile is a zonal index for the late Sinemurian in NW Europe, and this occurrence allows a correlation to the Oxynotum Zone of this substage. This is the first evidence for this chronozone on Raasay. Furthermore, the presence of morphotypes A and B of Liasidium variabile indicates a probable correlation to the Oxynotum Subzone of the Oxynotum Zone. This interpretation is not consistent with a hiatus within the upper Sinemurian succession on Raasay. Uv? 0 Meyer, H.
Hetzel, R.
Fuegenschuh, B.
Strauss, H. 2010 Determining the growth rate of topographic relief using in situ-produced (super 10) Be; a case study in the Black Forest, Germany 391-402# Earth and Planetary Science Letters 290 3-4 Structural Geology Germany GenericE internal-pdf://Meyer et al. (2010)-3798526095/Meyer et al. (2010).pdf Xmany GenericG internal-pdf://Ritter et al. (2001)-3110769295/Ritter et al. (2001).pdf Prmany Triassic= internal-pdf://Szurlies (2004)-1097611151/Szurlies (2004).pdf erlandsch-Westfaalsche kolenveld en het aangrenzende noordelijke gebied tot aan de breedte van Amsterdam 36-102; Jaarverslag van de Rijksopsporing van Delfstoffen over 1913 Structural Geology Netherlands Generic ?G ( Van Waterschoot van der Gracht, W.A.J.M. 19321 Occurrence and production of petroleum in Germany 1144-11515 American Association of Petroleum Geologists Bulletin 16 Petroleum Geology Germany Generic ?H ( Van Waterschoot van der Gracht, W.A.J.M. 1934 De onderbouw van Nederland 807-828G Tijdschrift van het Koninklijk Nederlandsch Aardrijkskundig Genootschap 51 Geology Netherlands Generic ?I ( Van Waterschoot van der Gracht, W.A.J.M. 1937a Bij het 25-jarig bestaan van het Geologisch Mijnbouwkundig Genootschap voor Nederland en Kolonien 1-5 Geologie en Mijnbouw Speciaal Nummer History Netherlands Generic F?J ( Van Waterschoot van der Gracht, W.A.J.M. 1942I Ter inleiding van de toelichtingen bij de geologische kaart van Nederland) Mededelingen van de Geologische Stichting D 1 Stratigraphy Netherlands Generic D?K : Van Waterschoot van der Gracht, W.A.J.M.
Huffnagel Pzn, P. 1909 Het district Oost NederlandT Jaarverslagen der Rijksopsporing van Delfstoffen over 1908, 1910, 1911, 1912 en 1913 Natural resources Netherlands Generic ?L
Van Zeist, W. 1974R Palaeobotanical studies of settlement sites in the coastal area of The Netherlands 226-370 Palaeohistoria 16
Palaeontology Netherlands
Quaternary ?M Veenstra, H.J. 1963$ Microscopic studies of boulder clays PhD Groningen Rijksuniversiteit Groningen Glacial Geology Netherlands
Quaternary
F?N Veenstra, H.J. 1964/ Geology of the Hinder Banks, southern North Sea Hydrography Newsletter 1 Geology Southern North Sea Generic # ?O Veenstra, H.J.
WinkelM? 2 Hendriks, B. W. H.
Osmundsen, P.T.
Redfield, T. F. 2010e Normal faulting and block tilting in Lofoten and Vesteralen constrained by apatite fission track data 154-163 Tectonophysics 485 1-4 Structural Geology Norway MesozoicK internal-pdf://Hendriks et al. (2010)-0846020911/Hendriks et al. (2010).pdf K
urope Generic9 internal-pdf://Hinzen (2003)-3312364079/Hinzen (2003).pdf C
Generic9 internal-pdf://Hurtig (1995)-1030738479/Hurtig (1995).pdf Yrmany GenericG internal-pdf://Kaiser et al. (2005)-4034065199/Kaiser et al. (2005).pdf
y Generic ? Groenenberg, R.M.
Gilding, D.T.
Donselaar, M.E.
Drost, G.I.A.
Korenromp, M.H.A.
Loerakker, M.
Wiggers, C.J.J.
Wever, A.K.T.
Wolf, K.A.A. 2010u Targeting for geothermal energy production-reservoir characterization and geothermal potential of the Delft Sandstone 3814-3818x Society of Petroleum Engineers - 72nd European Association of Geoscientists and Engineers Conference and Exhibition 2010 5 3D seismic; Geothermal potential; Geothermal projects; Geothermal systems; Industrial partners; Low porosity and permeability; Reservoir characterization; Sandstone formations Geothermics
The Delft Geothermal Project is a broad consortium of governmental and industrial partners that aims to develop an innovative geothermal system at the TU Delft campus. In early 2011, a geothermal doublet will be drilled that targets the Delft Sandstone Member, a fluvial sandstone formation contained in a structural low at a depth between 1.7 and 2.4 km. Several wells were drilled in and around thec
? H Zacke, A.
Voigt, S.
Joachimski, M.M.
Gale, A.Q.S.
Ward, D.J.
Tuetken, T. 2009R Surface-water freshening and high-latitude river discharge in the Eocene North Sea 969-980! Journal of the Geological Society 166 5 Clastic sedimentology North Sea
PalaeogeneE internal-pdf://Zacke et al. (2009)-2649489095/Zacke et al. (2009).pdf J? E Roberts, R.J.
Corfu, F.
Torsvik, T.H.
Hetherington, C.J.
Ashwal, L.D. 2010F Age of alkaline rocks in the Seiland Igneous Province, Northern Norway 71-81! Journal of the Geological Society 167 1 Palaeogeography Norway GenericI internal-pdf://Roberts et al. (2010)-3438550215/Roberts et al. (2010).pdf Q? E Bungum, H.
Olesen, O.
Pascal, C.
Gibbons, S.
Lindholm, C.
Vestøl, O. 2010R To what extent is the present seismicity of Norway driven by post-glacial rebound? 373-384! Journal of the Geological Society 167 2
Seismicity Norway GenericG internal-pdf://Bungum et al. (2010)-2835282631/Bungum et al. (2010).pdf Bnau & Michielsen (1994)-4078818760/Kühnau & Michielsen (1994).pdf ba
CretaceousQ internal-pdf://Mallon & Swarbrick (2002)-3927910856/Mallon & Swarbrick (2002).pdf 1 hic GenericM internal-pdf://Mann & Mackenzie (1?
Tsuneyama, F. 2009_ Visualize reservoir aging by 4D seismic; a case study for the Snorre oil field in the North Sea 71-79; Journal of the Japanese Association of Petroleum Technology 74 1 Petroleum Geology This paper introduces a workflow to compute the fluid saturation in a reservoir using 4D (time lapse) seismic data. In this approach, the decomposition of the impedance into velocities and density is the key to derive the quantitative reservoir properties using the currently available rock-physics applications. However, the decomposition is a challenging task due to the severe influence of noise on the analysis especially when the seismic data has a maximum-offset angle less than 30 degrees . The proposed method of impedance decomposition simultaneously solves three elastic impedance data derived from the seismic inversion of angle stacks, where the most important reason that makes the decomposition difficult is the effect of noise. Theoretical investigation revealed that the offset-consistent component of noise mostly affects the determination of density but the noise effect is not severe to determine velocities. On the other hand, the effect of the random component of noise appears equally in the determination of velocities and density. Based on this result, the author developed a method of decomposition incorporating rock-physics bounds as the constraints for the analysis. Afterwards, a sequence of rock-physics theories is applied to transform the resultant properties into the bulk modulus and density of the in-situ fluid. Eventually, solving three simultaneous equations for the bulk modulus, density and the total saturation of three possible fluids; we can compute the saturation of water, oil and gas. As a case study, the workflow successfully visualized the change in fluid saturation based on an actual 4D seismic dataset of the Snorre oil field in the North Sea. NO North Sea Generic n? 3 Lindhorst, S.
Fuerstenau, J.
Hass, H.C.
Betzler, C. 2010I Anatomy and sedimentary model of a hooked spit (Sylt, southern North Sea) 935-955
Sedimentology 57 4P Beach drift, foredune ridge, ground-penetrating radar, hooked spit,
storm scarp. Clastic sedimentology A sedimentary model for hooked spit depositional systems based on ground-penetrating radar and sedimentological data is presented. The recurved main spit of Sylt Island (southern North Sea) is dominated by migrating sand dunes; the investigated hooked spit exhibits a system of foredune ridges, oriented perpendicular to the dunes of the recurved spit. The development of the hooked spit is related closely to the presence of an adjacent tidal inlet, where strong tidal currents and a steep bathymetry prevent a further northward progradation of the main spit and trigger a deflection from northerly-directed to easterly-directed net sediment transport. Ground-penetrating radar data and shallow sediment cores reveal the sedimentary architecture of the hooked spit in high resolution and allow the proposition of a genetic stratigraphic model. It is shown that the growth of the hooked spit is controlled by the interplay of alongshore migrating foreshore beach drifts under fair-weather conditions and strong erosional events, interpreted as the result of rare severe storms. These storms may excavate scarps in the backshore, which play an important role in the development of foredune ridges. Accelerator mass spectrometry (super 14) C ages indicate an absolute age of at least 1300 years for the hooked spit, which possibly correlates with strengthened erosion of the main spit. In contrast to the main spit, where the sediment budget is negative nowadays, growth of the hooked spit beach accelerated significantly during the last decades. This effect can probably be attributed to enhanced beach-nourishments updrift along the main spit and makes the investigated hooked spit a natural laboratory to study the influence of increasing sediment supply into a system developing under the conditions of sea-level rise. The study shows that the same external forces lead to distinct progradational processes along one barrier-spit system. Abstract Copyright (2010), International Association of Sedimentologists. DK North Sea
QuaternaryM internal-pdf://Lindhorst et al. (2010)-4216380421/Lindhorst et al. (2010).pdf
? m % Chadwick, R.A.
Noy, D.J.
Holloway, S. 2009 Flow processes and pressure evolution in aquifers during the injection of supercritical CO2 as a greenhouse gas mitigation measure 59-73 Petroleum Geoscience 15 1 Petroleum Geology North Sea GenericK internal-pdf://Chadwick et al. (2009)-1064707340/Chadwick et al. (2009).pdf by Denmark JurassicI internal-pdf://Nielsen et al. (2003)-4127607455/Nielsen et al. (2003).pdf w
? ; Petersen, H.I
Nielsen, L.H.
Koppelhus, E.B.
Sørensen, H.S. 2003 Early and Middle Jurassic mires of Bornholm and the Fennoscandian Border Zone: a comparison of
depositional environments and vegetation 631-6563 Geological Survey of Denmark and Greenland Bulletin 1 Danish Basin, Fennoscandian Border Zone, Bornholm, Lower–Middle Jurassic, coal distribution, coal
petrography, sedimentology, palynology, mire environments, mire vegetation, peat accumulation rates, sea-level change Carbonate sedimentology Denmark JurassicK internal-pdf://Petersen et al. (2003)-2550943135/Petersen et al. (2003).pdf ? - Maystrenko, Y.
Bayer, U.
Scheck-Wenderoth, M. 2006 3D reconstruction of salt movements within the deepest post-Permian structure of the Central European Basin System - the Glueckstadt Graben 181-196" Netherlands Journal of Geosciences 85 39 Triassic graben, salt tectonics, 3D modelling, NW Germany
Evaporites Germany TriassicM internal-pdf://Maystrenko et al (2006)-1131378079/Maystrenko et al (2006).pdf ] p Society[ Seismic stratigraphy, seismic facies, texture attributes, carbonate, build-ups, pa NicI internal-pdf://Lutgert et al. (2005)-1755951278/Lutgert et al. (2005).pdf K ?' ! T Dancer, P.N.
Kenyon-Roberts, S.
Downey, J.W.
Baillie, J.M.
a TriassicU internal-pdf://Pöppelreiter et al. (2005)-3853279918/Pöppelreiter et al. (2005).pdf D Generic9 internal-pdf://Hemmet (2005)-2913832878/Hemmet (2005).pdf TetaceousI internal-pdf://Jakobsen et al (2005)-2075010222/Jakobsen et al (2005).pdf
(1993).pdf
Palaeozoic
(1993).pdf % (1993).pdf ? Fernando, A.
Raman, A. 2009. Gas storage; an onshore operator's perspective 17-24Z Underground gas storage: worldwide experiences and future development in the UK and Europe 313 Evans, D.J.
Chadwick, R.A. London' Geological Society Special Publications Petroleum Geologyn Operating 28 onshore oil and gas fields, Star Energy Group plc is the leading onshore operator in terms of fields. The company believes that with the decline in flexible gas production facilities close to market in the North Sea and Irish Sea, Great Britain (GB) will need a significant expansion in gas storage capacity. To meet these demands, Star Energy aims to construct underground gas storage (UGS) facilities by converting depleted onshore hydrocarbon reservoirs both on- and offshore GB. This paper provides an overview of the UK position with respect to UGS, Star Energy's strategy and their planned developments. North Sea GenericN ? ' Lindgreen, H.
Jakobsen, F.
Springer, N. 2010` Nano-size quartz accumulation in reservoir chalk, Ekofisk Formation, South Arne Field, North Sea 171-182
Clay Minerals 45 2 Petroleum Geology In the oil fields in the Central Graben of the North Sea, Maastrichtian chalk is an important hydrocarbon reservoir, but oil may also be found in the Danian chalk, consisting of white chalk interbedded with clay layers. Within the chalk section, discrete intervals appear like chalk but contain large amounts of quartz (up to 100%). The aim of the present investigation is to reveal the mechanism for formation of the quartz in these intervals and to discuss their regional distribution and importance for the reservoir properties. Samples of chalk, including quartz-rich intervals, and clay layers from three wells SA-1, Rigs-1 and Rigs-2 in the South Arne Field have been investigated. Calcite-free residues obtained using a buffered dissolution of calcite were investigated using X-ray diffraction, scanning electron microscopy and atomic force microscopy. The main silica phase in the Upper Cretaceous-Danian chalk in the three wells is a nano-size alpha -quartz. This has probably formed from Si dissolved from radiolarians in the free-water phase. The 600 Aa diameter alpha -quartz spheres precipitated in the free-water phase with subsequent flocculation of the spheres and sedimentation of the flocs. Variations in the proportion of quartz in the chalk are attributed to variations in the amount of radiolarians in combination with variations in CO (sub 2) concentrations in the water; increased CO (sub 2) causes dissolution of coccoliths and thus a relative enrichment in quartz. This formation mechanism is regional and makes it probable that the layers rich in nano-quartz may be found over large areas provided that the chalk is authigenic. Quartz-rich layers are generally of low permeability and in areas with authigenic chalk these layers may act as internal seals in chalk reservoirs. UK North Sea
CreI? ) Graham, A.G. C.
Lonergan, L.
Stoker, M.S. 2009e Seafloor glacial features reveal the extent and decay of the last British ice sheet, east of Scotland 117-138 Journal of Quaternary Science 24 2 Geology UK North Sea
QuaternaryG internal-pdf://Graham et al. (2009)-3273919171/Graham et al. (2009).pdf ] QuaternaryO internal-pdf://Kristensen et al. (2007)-0438738883/Kristensen et al. (2007).pdf W
GenericK internal-pdf://Mackey & Bridge (1995)-4180292547/Mackey & Bridge (1995).pdf
l. (2010).pdf d 2002 253-261 Newsletters on Stratigraphy 41 1-3 Stratigraphy Germany Jurassic} internal-pdf://Mönnig (2005)-1845725707/Mönnig (2005).pdf
internal-pdf://Menning_12 (2005)-1157888267/Menning_12 (2005).pdf j? ! Bloos,G.
Dietl, G.
Schweigert, G. 2005O Der Jura Süddeutschlands in der Stratigraphischen Tabelle von Deutschland 2002 263-277 Newsletters on Stratigraphy 41 1-3 Stratigraphy Germany Jurassic internal-pdf://Menning_12 (2005)-0520477707/Menning_12 (2005).pdf
internal-pdf://Bloos et al. (2005)-1996985611/Bloos et al. (2005).pdf o ? Schweigert, G. 2005k Kalibrierung des Oberen Jura in der Stratigraphischen Tabelle von Deutschland 2002 mittels Faunenhorizonten 279-286 Newsletters on Stratigraphy 41 1-3 Stratigraphy Germany Jurassic internal-pdf://Menning_12 (2005)-1762208523/Menning_12 (2005).pdf
internal-pdf://Schweigert (2005)-0537576203/Schweigert (2005).pdf i7 '$? / Hiss, M.
Mutterlose, J.
Niebuhr, B.
Schwerd, K. 2005@ Die Kreide in der Stratigraphischen Tabelle von Deutschland 2002 287-306 Newsletters on Stratigraphy 41 1-3 Stratigraphy Germany
Cretaceous internal-pdf://Hiss et al. (2005)-1058956555/Hiss et al. (2005).pdf
internal-pdf://
? Werner, S.C.
Torsvik, T.H. 2010< Downsizing the Mjolnir impact structure, Barents Sea, Norway 191-202 Tectonophysics 483 3-4 Stratigraphy Norway
CretaceousM internal-pdf://Werner & Torsvik (2010)-3172307201/Werner & Torsvik (2010).pdf a rent status and future prospects 560-565 Przeglad Geologiczny 58 71 Europe; Geothermal energy; Geothermal uses; World GeothermicsW According to the data presented at the World Geothermal Congress 2010, geothermal energy is directly used in 78 countries. Geothermal electricity generation is reported by 24 countries. In Europe geothermal is directly used in 37 countries. In 2009 installed capacity amounted to 24 469.3 MW, while heat use was 233 736,7 TJ (46.7% and 53,4% of a global share of geothermal, respectively). In Europe (including Turkey) geothermal power plants using geothermal steam k p\? 0 Rudolph, T.
Melchers, C.
Minke, A.
Coldewey,W.G. 2010Z Gas seepages in Germany; revisited subsurface permeabilities in the German mining district 847-8675 American Association of Petroleum Geologists Bulletin 94 6 Petroleum GeologyV The German mining district, the Ruhr area, has had a coal mining history for nearly two centuries. Even with this history, all the geological processes in the region are still not fully understood. For the coal mining, extensive exploration work was necessary, and thousands of wells were drilled. These wells targeted Carboniferous coal layers and were used to provide an understanding of its geology and tectonic structure. In the southern region, the Carboniferous pinches out at the surface. In the north, theses rocks are deeply buried under approximately 1200 m (3937 ft) of Mesozoic, mainly Cretaceous, layers. Although the Carboniferous is covered in the north, areas with methane seepages can be found. Because of regional and local changes in the lithology of the overlying Cretaceous successions, whether these gas seepages link the Carboniferous to the surface through the permeable Cretaceous has not been clear. The scope of this study was to understand the gas seepages at the surface and to identify potential pathways of a methane migration in the subsurface. Input data sets, which vary in availability and quality, include regional digital subsurface models. To improve the subsurface understanding, permeability distributions in the Cretaceous were simulated and an assessment of the known fault system was made using the modeling software Petrel. Constructing a detailed static subsurface model showed that the shallow subsurface has, in general, a high probability of low permeabilities and sealing faults. Streaks of higher permeability along the fault planes, however, could create pathways for a possible migration of methane. The methane migration and the degassing of the deeper subsurface could potentially influence further exploration activities in the region. The results could also be used to identify shallow gas hazards for drilling operations.
Germany n? Bungenstock, F.
Schäfer, A. 2009z The Holocene relative sea-level curve for the tidal basin of the barrier island Langeoog, German Bight, southern North Sea 34-51 Global and Planetary Change 66 1-2 Clastic sedimentology D North Sea
QuaternaryY internal-pdf://Bungenstock & Schäfer (2009)-3707189428/Bungenstock & Schäfer (2009).pdf Nany Triassic= internal-pdf://Diedrich (2009)-3002672820/Diedrich (2009).pdf ^ea GenericO internal-pdf://Dirkzwager et al. (2000)-0351970740/Dirkzwager et al. (2000).pdf c
lands GenericQ internal-pdf://Dirkzwager et al2. (2000)-1090241716/Dirkzwager et al2. (2000).pdf S
ope GenericC internal-pdf://Goes et al. (2000)-1727834292/Goes et al. (2000).pdf hlands CenozoicU internal-pdf://Houtgast & Van Balen (2000)-1023253684/Houtgast & Van Balen (2000).pdf ]ternaryS internal-pdf://Meijer & Cleveringa (2000)-3187602356/Meijer & Cleveringa (2000).pdf Q Sea Cenozoic? internal-pdf://Rasmussen (2004)-2701132981/Rasmussen (2004).pdf bnds
QuaternaryO internal-pdf://Törnqvist et al. (2000)-3137456821/Törnqvist et al. (2000).pdf .k (2003)-1646023950/Larsen & Surlyk (2003).pdf <9 internal-pdf://Jaritz (1973)-3592888078/Jaritz (1973).pdf ! `?6 Jenyon, M.K.
Taylor, J.C.M. 1983J Hydrocarbon indications associated with North Sea Zechstein shelf features 155-160 Oil and Gas Journal 81 6 Petroleum Geology UK Norrg 4?= Anderson, J.K. 1999J The capabilities and challenge of the seismic methode in chalk exploration 939-947I Petroleum Geology of North-West Europe: Proceedings of the 5th Conference Fleet, A.J.
Boldy, S.A.R. London Geological Society London
Geophysics NO North Sea
Cretaceous= internal-pdf://Anderson (1999)-3595920957/Andersonl? + Gafeira, J.
Long, D.
Scrutton, R.
Evans, D. 2010 3D seismic evidence of internal structure within Tampen Slide deposits on the North Sea Fan; are chaotic deposits that chaotic? 605-616! Journal of the Geological Society 167 3
Geophysics UK North Sea GenericI internal-pdf://Gaveira et al. (2010)-0595317443/Gaveira et al. (2010).pdf Y CenozoicK internal-pdf://Gibbard & Lewin (2003)-0981309123/Gibbard & Lewin (2003).pdf V PermianI internal-pdf://Glennie et al. (1978)-3682606019/Glennie et al. (1978).pdf S
PermianI internal-pdf://Goodall et al. (1992)-2611444931/Goodall et al. (1992).pdf pdf://Menning_3 (2005)-3417200338/Menning_3 (2005).pdf
internal-pdf://Menning_4 (2005)-0195986386/Menning_4 (2005).pdf
internal-pdf://Menning_5 (2005)-0296658130/Menning_5 (2005).pdf
internal-pdf://Menning_6 (2005)-2477704658/Menning_6 (2005).pdf
internal-pdf://Menning_7 (2005)-1051650258/Menning_7 (2005).pdf
internal-pdf://Menning_11 (2005)-0901510354/Menning_11 (2005).pdf
internal-pdf://Menning_12 (2005)-2143035858/Menning_12 (2005).pdf
internal-pdf://Menning_13 (2005)-4105977810/Menning_13 (2005).pdf
internal-pdf://Menning_14 (2005)-0146563538/Menning_14 (2005).pdf
internal-pdf://Menning_15 (2005)-1975288786/Menning_15 (2005).pdf
internal-pdf://Menning_16 (2005)-2763866578/Menning_16 (2005).pdf "p? 8 Leonhardt, D
Heus? Z Rivals, F.
Mihlbachlew, M.C.
Solounias, N.
Mol, D.
Semprebon, G.M.
De Vos, J.
Kalthoff, D. 2010 Palaeoecology of the Mammoth Steppe fauna from the late Pleistocene of the North Sea and Alaska; separating species preferences from geographic influence in paleoecological dental wear analysis 42-541 Palaeogeography, Palaeoclimatology, Palaeoecology 286 1-2
Palaeontology North Sea
QuaternaryG internal-pdf://Rivals et al. (2010)-4225310475/Rivals et al. (2010).pdf a ^enmark Cretaceous; PalaeogeneI internal-pdf://Schmitz et al. (1992)-3202051595/Schmitz et al. VetaceousK internal-pdf://Schnyder et al. (2009)-3806423819/Schnyder et al. (2009).pdf K
rous; Permian; internal-pdf://Schulze (2009)-1172476939/Schulze (2009).pdf Msic; Cretaceous; internal-pdf://Scotese (1991)-1491340555/Scotese (1991).pdf Prmany Cenozoic= internal-pdf://Sissingh (2003)-1978062603/Sissingh (2003).pdf Aevonian7 internal-pdf://Tsien (1979)-2733160715/Tsien (1979).pdf Derous; Permian3 internal-pdf://Vai (2003)-3035257867/Vai (2003).pdf hlands TriassicU internal-pdf://Van der Zwan & Spaak (1992)-1844175883/Van der Zwan & Spaak (1992).pdf J Palaeozoic; internal-pdf://Wallace (1968)-3052225035/Wallace (1968).pdf TrousM internal-pdf://Briggs & Bartels (2010)-4260373515/Briggs & Bartels (2010).pdf N NeogeneA internal-pdf://Klompmaker (2009)-0418540811/Klompmaker (2009).pdf W
oniferousK internal-pdf://Saunders & Swan (1984)-2062984459/Saunders & Swan (1984).pdf K Devonian et al. (2011).pdf ] 9rope: Proceedings of the 5th Conference Fleet, A.J.
Boldy, S.A.R. London Geological Soc? . Hossain, Z.
Fabricius, I.L.
Christensen, H. F. 2009/ Elastic and nonelastic deformation of greensand 86-88 The Leading Edge 28 1 Structural Geology, Analysis of greensand reservoirs all over the world has challenged geologists, engineers, and petrophysicsts. One challenge is to identify from core data the degree to which deformation of the reservoir rock affects hydrocarbon production. In the central part of the North Sea, massive allochthonous Paleocene greensands form reservoirs for oil. We study the deformation of one oil-zone sample from one of these reservoirs by sonic measurements, uniaxial compression testing, and image analysis of backscatter electron micrographs before and after testing. North Sea
Palaeogene +?
Draege, A. 2009! Constrained rock physics modeling 76-80 The Leading Edge 28 1
Geophysics Seismic reflections are physically explained by contrasts in elastic properties in the subsurface, and rock physics is the science that links the seismic properties to geologic properties. Rock physics models attempt to quantify rock properties with physical parameters like clay content, saturation, and porosity, and use this to predict elastic rock properties, and further to extrapolate to scenarios that have not yet been observed. There are rock physics models made for friable sands, cemented sands, shaly sands, sandy shales, uncemented and cemented shales, to mention a few. Sometimes a large selection of available rock physics models can be more confusing than a blessing: Which model is best suited to predict the observations of a given data set, and how do we know that the model we choose is optimally calibrated to the data? This paper proposes a strategy to evaluate numerous rock physics models in a short time. The method finds the best prediction for each model, which makes it easy to see which models are suited for further modeling. The strategy is applied on a data set from the North Sea Brent group. A selection of the rock physics models with the obtained optimal input parameters is further tested to evaluate the ability to predict data outside the calibration data set. The modeling strategy presented ensures a minimum discrepancy between modeled and recorded data, without abandoning rock physics principles. Generic Generic *? m 4 Lu, J.
Wilkinson, M.
Haszeldine, R. S.
Fallick, A.E. 2009> Long-term performance of a mudrock seal in natural CO2 storage 35-38 Geology Boulder 37 1 Petroleum Geology The ability of mudrock seals to prevent CO (sub 2) leakage is a major concern for geological storage of anthropogenic CO (sub 2) . The long-term performance of a mudrock seal, which provides a natural analogue, in the North Sea Miller oil field has been evaluated. This mudrock seal is immediately above a natural CO (sub 2) -rich reservoir. The paper reports the stable isotopes of carbon from carbonate minerals in the mudrock that have precipitated in contact with CO (sub 2) during 4 km of burial. A well-defined linear trend of upward-decreasing delta (super 13) C traces the progressive penetration of free-phase CO (sub 2) causing dissolution and reprecipitation of carbonate minerals. The CO (sub 2) was emplaced ca. 70-80 Ma, and has only penetrated 12 m vertically in this case. The infiltration rate is estimated as approximately 9.8X10 (super -7) g cm (super -2) yr (super -1) . Engineered CO (sub 2) storage under this type of mudrock seal will have a considerable safety margin. North Sea Generic ? i Staneva, J.
Stanev, E. V.
Wolff, J. O.
Badewien, T. H.
Reuter, R.
Flemming, B.
Bartholoma, A.
Bolding, K. 2009 Hydroynamics and sediment dynamics in the German Bight. A focus on observations and numerical modelling in the East Frisian Wadden Sea 302-319 Continental Shelf Research 29 1 Clastic sedimentologyk This work deals with analysis of hydrographic observations and results of numerical simulations. The data base includes acoustic Doppler current profilers (ADCP) observations, continuous measurements on data stations and satellite data originating from the medium resolution imaging spectrometer (MERIS) onboard the European Space Agency (ESA) satellite ENVISAT with a spatial resolution of 300m. Numerical simulations use nested models with horizontal resolutions ranging from 1km in the German Bight to 200m in the East Frisian Wadden Sea coupled with a suspended matter transport model. Modern satellite observations have now a comparable horizontal resolution with high-resolution numerical model of the entire area of the East Frisian Wadden Sea allowing to describe and validate new and so far unknown patterns of sediment distribution. The two data sets are consistent and reveal an oscillatory behaviour of sediment pools to the north of the back-barrier basins and clear propagation patterns of tidally driven suspended particulate matter outflow into the North Sea. The good agreement between observations and simulations is convincing evidence that the model simulates the basic dynamics and sediment transport processes, which motivates its further use in hindcasting, as well as in the initial steps towards forecasting circulation and sediment dynamics in the coastal zone. D North Sea Generic
? | Ganerød, M.
Smethurst, M. A.
Torsvik, T. H.
Prestvik, T.
Rousse, S.
McKenna, C.
van Hinsbergen, D. J. J.
Hendriks, B. W. H. 2010 The North Atlantic igneous province reconstructed and its relation to the plume generation zone; the Antrim Lava Group revisited 183-202! Geophysical Journal International 182 1
Geophysics
Northern Europe GenericK internal-pdf://Ganerød et al. (2010)-1692690612/Ganerød et al. (2010).pdf 5 Ye Netherlands Cenozoic? internal-pdf://Pannekoek?= - Lee, Si-Yong
Carle, Steven F.
Fogg, Graham E. 2007 Geologic heterogeneity and a comparison of two geostatistical models: Sequential Gaussian and transition probability-based geostatistical simulation 1914-1932 Advances in Water Resources 30 9O Geologic heterogeneity
Geostatistical simulation
Connectivity
Drawdown response$ doi: 10.1016/j.advwatres.2007.03.005 0309-1708 Generic Generic 0 u2007.03.005 0309-1708 Ge ?> $ Bos, I.J.
Busschers, F.S.
Hoek, W.Z. 2011 Organic-facies determination: a key for understanding facies
distribution in the basal peat layer of the Holocene Rhine-Meuse
delta, The Netherlands 1-25
Sedimentology 58 6F Organic facies, peat, gyttja, Holocene aggradation, Rhine-Meuse delta.
Sedimentology% doi: 10.1111/j.1365-3091.2011.01271.x The Netherlands
QuaternaryA internal-pdf://Bos et al. (2011)-2038520851/Bos et al. (2011).pdf m ?? Hijma, M.
Cohen, K.M. 2011 Holocene transgression of the Rhine river mouth area, The Netherlands/Southern North Sea: palaeogeography and sequence stratigraphy 1453-1485
Sedimentology 58 6h GSSP, highstand, Holocene transgression, lowstand, palaeogeography, Rhine, sea-level jump, system tracks Palaeogeography NL Northsea
Quaternary ?@ Stein, R. 2007q Upper Cretaceous/lower Tertiary black shales near the North Pole: Organic-carbon origin and source-rock potential 67-73 Marine and Petroleum Geology 24o Black shales, Organic-carbon composition, Source rock, Hydrocarbon formation, Arctic Ocean Campanian, Paleogene Petroleum geology North Atlantic Cretaceous/Tertiary7 internal-pdf://Stein (2007)-1570541331/Stein (2007).pdf )?A Davies, N.S.
Gibling, M.R. 2011R Evolution of fixed-channel alluvial plains in response to Carboniferous vegetation 629-633 Nature Geoscience 4
Sedimentology General Carboniferous/DevonianM internal-pdf://Davies & Gibling (2011)-2493711891/Davies & Gibling (2011).pdf ?B Uffmann, A.K.
Littke, R 20118 3D petroleum systems modelling of the North German Basin 49-63 First Break 29 Petroleum Geology Germany
PalaeozoicM internal-pdf://Uffmann & Littke (2011)-3517764115/Uffmann & Littke (2011).pdf ?C - Kilhams, B.
Godfrey, S.
Hartley, A.
Huuse, M. 2011 An integrated 3D seismic, petrophysical and analogue core study of the Mid-Eocene Grid channel complex in the greater Nelson Field area, UK Central North Sea 127-142 Petroleum Geoscience 17 2d turbidites, topography, Central North Sea, Palaeogene, deep-water sedimentology, seismic attributes
Geophysics UK North Sea Tertiary S K?D ( Yielding, G.
Lykakis, N
Underhill, J. R. 2011t The role of stratigraphic juxtaposition for seal integrity in proven CO2 fault-bound traps of the Southern North Sea 193-203 Petroleum Geoscience 17 2 fault seal, carbon storage, Rotliegend Group, Zechstein Group evaporites, Southern North Sea, stratigraphic juxtapl? & Jackson, C.A. L.
Kane, K.E.
Larsen, E. 2010 Structural evolution of minibasins on the Utsira High, northern North Sea; implications for Jurassic sediment dispersal and reservoir distribution 105-120 Petroleum Geoscience 16 2
Geophysics NO North Sea GenericI internal-pdf://Jackson et al. (2010)-2986320143/Jackson et al. (2010).pdf 46686/Ineson & Surlyk (2003).pdf ? Mogensen, T.
Korstgård, J.A. 2003g Triassic and Jurassic transtension along part of the
Sorgenfrei–Tornquist Zone in the Danish Kattegat 439-4584 Geological Survey of Denmark and Greenland Bulletin 1 Kattegat, Denmark, Sorgenfrei–Tornquist Zone, Triassic–Jurassic, Børglum Fault, Grenå–Helsingborg
Fault, transtension, structural evolution Structural Geology Denmark Triassic-JurassicW internal-pdf://Mogensen & Korstgård (2003)-1934173598/Mogensen & Korstgård (2003).pdf ? # Ahlberg, A.
Sivhed, U.
Erlström, M 2003' The Jurassic of Skåne, southern Sweden 527-5413 Geological Survey of Denmark and Greenland Bulletin 1 Skåne, southern Sweden, Fennoscandian Border Zone, Danish Basin, Jurassic, lithostratigraphy,
depositional environments, diagenesis Structural Geology Sweden JurassicI internal-pdf://Ahlberg et al. (2003)-1112548766/Ahlberg et al. (2003).pdf o ? Frandsen, N.
Surlyk, F 2003j An offshore transgressive–regressive mudstone-dominated
success? oT? A Fossen, H.
Schultz, R.A.
Rundhovde, E.
Rotevatn, A.
Buckley, S.J. 2010 Fault linkage and graben stepovers in the Canyonlands (Utah) and the North Sea Viking Graben, with implications for hydrocarbon migration and accumulation 597-6135 American Association of Petroleum Geologists Bulletin 94 5
Geophysics Segmented graben systems develop stepovers that have important implications in the exploration of oil and gas in extensional tectonic basins. We have compared and modeled a representative stepover between grabens in Canyonlands, Utah, and the North Sea Viking Graben and, despite their different structural settings, found striking similarities that pertain to other graben systems. In both cases, the stepovers represent relatively high parts within the graben systems that are likely to be among the first to be filled with hydrocarbons generated in deeper parts of the grabens. Furthermore, the relay ramps and smaller fault offsets in stepovers ease hydrocarbon migration and allow stepovers to act as preferred migration routes from deep graben kitchens to structurally higher traps in the basin. Graben stepovers and their related structures should be paid special attention during exploration because they may represent hydrocarbon accumulations complementary to larger traps along the graben flanks. These observations explain the location of the Kvitebjorn, Valemon, and Huldra fields in a stepover structure of the Viking Graben and encourage increased focus on similar graben stepovers in the Viking Graben and other graben systems.
NO North Sea N? $ Løseth, T.M.
Ryseth, A.E.
Young, M. 2009y Sedimentology and sequence stratigraphy of the Middle Jurassic Tarbert Formation, Oseberg South area (northern North Sea) 597-619 Basin Research 21 5 Stratigraphy NO North Sea JurassicI internal-pdf://Løseth et al. (2009)-2734915621/Løseth et al. (2009).pdf ` many Carbonifer dorth Sea GenericO internal-pdf://Theissen & Rüpke (2010)-3900911909/Theissen & Rüpke (2010).pdf V CenozoicI internal-pdf://Wild & Briedis (2010)-3951377445/Wild & Briedis (2010).pdf [
internal-pdf://Doornenbal & Stevenson (2010)-3332328960/Doornenbal & Stevenson (2010).pdf AF? N Lohr, T.
Krawczyk, C. M.
Tanner, D.
Samiee, R.
Trappe, H.
Oncken, O.
Kukla, P. 2008 Structural evolution of the NW German Basin over time from 3-D reflection seismic data - a case study at the border between Lower Saxony Basin and Pompeckj Block Basin Research Structural Geology Germany Generic ` Europe
PalaeogeneI internal-pdf://Nielsen et al. (2005)-0542905348/Nielsen et al. (2005).pdf 0? ( Nielsen, S.B.
Stephenson, R.
Thomsen, E. 2007_ Dynamics of Mid-Palaeocene North Atlantic rifting linked with European intra-plate deformations 1071-1074 Nature 450 Structural Geology Generic CenozoicI internal-pdf://Nielsen et al. (2007)-3244301572/Nielsen et al. (2007).pdf T? 7 Luijendijk, E
Van Balen, R.
Ter Voorde, M
Andriessen, P 2011 Reconstructing the Late Cretaceous inversion of the Roer Valley Graben (southern Netherlands) us ? I Teasauro, M.
Kaban, M.K.
Cloetingh, S.A. P. L.
Hardebol, N.J.
Beekman, F. 2007= 3D strength and gravity anomalies of the European lithosphere 56-73# Earth and Planetary Science Letters 263W strength; lithosphere; gravity modelling; seismicity; effective elastic thickness (EET)
Geophysics Europe GenericI internal-pdf://Tesauro et al. (2007)-0705156733/Tesauro et al. (2007).pdf
? B ) Broichhausen, H.
Littke, R.
Hantschel, T. 2005p Mudstone compaction and its influence on overpressure generation, elucidated by a 3D case study in the North Sea 956-978' International Journal of Earth Sciences 94W Mathematical modelling,Mudstone,compaction,Chemical compaction,Overpressure, North Sea
Structural Geology North Sea GenericS internal-pdf://Broichhausen et al. (2005)-3809429117/Broichhausen et al. (2005).pdf y?
Beglinger, S. 2006c Compilation Of The Q50 Reservoir .Productivity Map For The Dutch Lower & Upper Slochteren Play Area 1-73
(stagiair) Utrecht8 TNO-Built Environment and Geosciences/University Utrecht Petroleum Geology okt 20068 TNO-Built Environment and Geosciences
University Utrecht NL North Sea Permian? internal-pdf://Beglinger (2006)-2956244605/Beglinger (2006).pdfO TT?
! Kürschner, W.M.
Herngreen,G.F.W. 2010 Triassic palynology of central and northwestern Europe; a review of palynofloral diversity patterns and biostratigraphic subdivisions 263-283 The Triassic Timescale 334 Lucas, S.G. London' Geological Society Special Publications
Palaeontology We document palynofloral trends through the Triassic in the Germanic and Alpine facies with an emphasis on diversity trends and possibly related palaeoenvironmental changes. As a first order approximation of palynofloral diversity, we used the range through method of the software package PAST based on a range chart compiled from several Triassic palynological studies and reviews. Our analysis suggests that during the entire Triassic the diversity of plants producing spores was largely controlled by the availability of water, while diversity among gymnosperms was also affected by other environmental and biotic factors. In general, palynofloral diversity declines by some 50% between the early Carnian and the Norian, mainly as a result of a decrease in the number of pollen species. This is the second most severe loss in pollen species after the Permian-Triassic biotic crisis. In comparison to the marked palynofloral turnover at the Permian-Triassic transition and the end-Carnian decrease in palynofloral diversity, the end-Triassic biotic crisis appears to have little affected palynofloral species diversity in Europe. A study of the palynostratigraphy of NW Europe recognizes nine zones (and nine subzones) that encompass the Triassic, most of which have their boundaries based on the first occurrences of marker species. The palynostratigraphic zones and subzones in Europe are correlated to the marine Triassic stages based on various data, including numerous palynological records in marine Alpine Triassic strata. Northwest Europe T? u Scourse, J. D.
Haapaniemi, A. I.
Colmenero-Hidalgo, E.
Peck, V. L.
Hall, I. R.
Austin, W. E. N.
Knutz, P. C.
Zahn, R. 2009n Growth, dynamics and deglaciation of the last British-Irish ice sheet: the deep-sea ice-rafted detritus record 3066-3084 Quaternary Science Reviews 28 27-28 Glacial Geology UK; Ireland
QuaternaryI internal-pdf://Scourse et al. (2009)-2103928592/Scourse et al. (2009).pdf Fpdf://Aigner & Bachmann (1992)-3442597905/Aigner & Bachmann (1992).pdf ]rk CambrianM internal-pdf://Clemmensen & Dam (1993)-3711213329/Clemmensen & Dam (1993).pdf [
e PermianM internal-pdf://Glennie & Buller (1983)-0892782865/Glennie & Buller (1983).pdf \d core logger sonic patterns of
the Early Triassic Middle Buntsandstein Hardegsen unconformity, southern Germany 185-196 Sedimentary Geology 236G Sonic log, Unconformity, Buntsandstein, Sandstone, Porosity, Diagenesis
Diagenesis Germany TriassicW internal-pdf://Filomena & Stollhofen (2011)-1098328349/Filomena & Stollhofen (2011).pdf V? O Frykman, P.
Nielsen, C.M.
Dalhoff, F.
Sørensen, A.T.
Klinkby, L.
Nielsen, L.H. 2011M Geological modelling for site evaluation at the Vedsted structure, NW Denmark 4711-4718 Energy Procedia 4 Structural Geology Denmark Triassic, JurassicI internal-pdf://Frykman et al. (2011)-3833280285/Frykman et al. (2011).pdf ?
? j S Weibel, R.
Kjoller, C.
Bateman, K.
Nielsen, L.H.
Frykman, P.
Springer, N.
Laier, T. 2011T Mineral changes in CO2 experiments – Examples from Danish onshore saline aquifers. 4495-4502 Energy Procedia 4x CO2; experiment; mineral changes; carbonate dissolution; Bunter Sandstone Fm; Skagerrak Fm; Gassum Fm; Haldager Sand Fm. Geochemistry Denmark, Norway TriassicG internal-pdf://Weibel et al. (2011)-1870639645/Weibel et al. (2011).pdf a`ed Lower Muschelkalk carbonates (Middle Triassic) are a unique reservoir currently producing gas in the Dutch De Wijk field. Scattered gas shows suggest further, currently unrecognised potential. This study complements an extensive subsurface data set with selected outcrop information to localise missed opportunities and evaluates the factors controlling thedevelopment of this unusual reservoir type.
The “muddy” carbonates are deposits of a storm-dominated epeiric carbonate ramp with negligible depositional gradient. Different mudstone facies types reflect the low energy coastal plain/inner ramp and higher energy mid ramp environments. The best reservoir facies is recognised in distal inner ramp laminated dolo-mudstones (permeability up to 32 mD). Due to the variable intensity of early, facies-related diagenesis the reservoir quality of dolo-mudstones decreases markedly in landward and seaward direction from the inner ramp. The stacking of few decimetre- to metre-thick reservoirs is reflected by a four-fold hierarchy of depositional cycles that can largely be recognised with conventional wireline logs. Stacks of thin-bedded reservoir units most probably pinch out within a few kilometres and their lateral continuity should not be overestimated despite the epeiric “layer-cake” setting. Patches of reservoir facies are frequently located above palaeohighs tens to hundreds of kilometres away from the palaeosho>? ; Herfort, L.
Schouten, S.
Boon, J.P.
Sinninghe Damsté, J.S. 2006D Application of the TEX86 temperature proxy to the southern North Sea 1715-1726 Organic Geochemistry 37 Petroleum Geology Southern North Sea GenericI internal-pdf://Herfort et al. (2006)-0745704966/Herfort et al. (2006).pdf r? Offerdal, Kristine 2010J Arctic energy in EU policy; arbitrary interest in the Norwegian High North 30-42 63 1 Arctic Petroleum Geology In challenging times for European energy security, the European Union (EU) is seeking to extend its energy policy powers. At the same time, with its message that the High North represents diversification away from less stable energy regions, Norway is trying to get attention in Brussels. This article inquires into the place of Norway and its Arctic oil and gas in the processes of developing an Energy Policy for Europe and the Northern Dimension Initiative. Central questions to be addressed are whether Norwegian Arctic areas are emerging as a new energy region to rely on for diversified oil and gas imports for the European Union, and whether Norway, as a small state but a major energy exporter with a considerable part of the Barents Sea shelf, is able to take advantage of this position in its diplomatic relations with Brussels. The study shows that Norway has managed to use its Arctic oil and gas to create awareness of the Norwegian High North in Brussels between 2006 and 2008, but these efforts have not resulted in more active political interest on the part of the EU. A combination of institutional confusion in the EU, lack of coherence and clarity in the Norwegian High North initiative, and Norway's established reputation as an energy supplier place important constraints on the prospects for more concrete political attention from the EU, and thus on Norway's ability to take advantage of its High North oil and gas in a foreign policy context. Norway Generic
? ' Huff, W.D.
Bergstrom, S.M.
Kolata, D.R. 2010 Ordovician explosive volcanism 13-28+ Geological Society of America Special Paper 466 Structural Geology Generic
PalaeozoicC internal-pdf://Huff et al. (2010)-0772882320/Huff et al. (2010).pdf U GenericI internal-pdf://Nielsen et al. (2004)-3608478608/Nielsen et al. (2004).pdf Y s; JurassicK internal-pdf://Petersen et al. (2003)-1796703888/Petersen et al. (2003).pdf XlaeogeneM internal-pdf://Schiøler et al. (2007)-2719635088/Schiøler et al. (2007).pdf Z CenozoicM internal-pdf://Schiøler et al. (2005)-2199701392/Schiøler et al. (2005).pdf VPalaeozoicI internal-pdf://Baumann et al. (1991)-2267582096/Baumann et al. (1991).pdf Mny Devonian= internal-pdf://Buggisch (1991)-1311411856/Buggisch (1991).pdf Ey Permian7 internal-pdf://Drong (1979)-2872654992/Drong (1979).pdf >eric7 internal-pdf://Ernst (1966)-3258669968/Ernst (1966).pdf C
Generic9 internal-pdf://Franke (1993)-3007149712/Franke (1993).pdf S
alaeozoicG internal-pdf://Franke et al. (1990)-2604654224/Franke et al. (1990).pdf Mrmany Generic; internal-pdf://Führer (1988)-1078096784/Führer (1988).pdf QrdovicianE internal-pdf://Giese et al. (1994)-0239344784/Giese et al. (1994).pdf TPalaeozoicG internal-pdf://Helsen et al. (1995)-0809964688/Helsen et al. (1995).pdf O
rboniferousA internal-pdf://Jedwab, J. (1966)-3326746000/Jedwab, J. (1966).pdf =assic5 internal-pdf://Paul (1982)-3461038736/Paul (1982).pdf D Triassic7 internal-pdf://Peryt (1975)-1062070928/Peryt (1975).pdf K
Triassic? internal-pdf://Schröder (1982)-0172964752/Schröder (1982).pdf
NeogeneI internal-pdf:// ? Custodio, E. 2010' Coastal aquifers of Europe; an overview 269-280 Hydrogeology Journal 18 1 Hydrogeology Western Europe
Quaternary= internal-pdf://Custodio (2010)-0638049973/Custodio (2010).pdf J Carboniferous9 internal-pdf://Dehmer (2004)-1896542645/Dehmer (2004).pdf 38/Koppelhus & Dam (2003).pdf @,?1 Engkilde, M.K.
Surlyk, F. 2003e Shallow marine syn-rift sedimentation: Middle Jurassic
Pelion Formation, Jameson Land, East Greenland 813-8633 Geological Survey of Denmark and Greenland Bulletin 1 East Greenland, Jameson Land, Upper Bajocian – Middle Callovian, Pelion Formation, Fossilbjerget
Formation, sedimentology, sequence stratigraphy, shallow marine – offshore environments, regressive–transgressive
clastic wedge Stratigraphy North Atlantic JurassicO internal-pdf://Engkilde & Surlyk (2003)-3070977038/Engkilde & Surlyk (2003).pdf ] &?2 Koppelhus, E.B.
Dam, G. 2003 Palynostratigraphy and palaeoenvironments of the
Rævekløft, Gule Horn and Ostreaelv Formations
(Lower–Middle Jurassic), Neill Klinter Group, Jameson
Land, East Greenland 723-7743 Geological Survey
**? P Wagner, T.
Okrusch, M.
Weyer, S.
Lorenz, J.
Lahaye, Y.
Taubald, H.
Schmitt, R.T. 2010 The role of the Kupferschiefer in the formation of hydrothermal base metal mineralization in the Spessart ore district, Germany; insight from detailed sulfur isotope studies 217-239 Mineralium Deposita 45 3 Springer-Verlag
Mineralogy The Spessart district (SW Germany), located at the southwestern margin of the Permian Kupferschiefer basin in Central Europe, hosts abundant stratabound and structurally controlled base metal mineralization. The mineralization styles identified are (1) stratabound Cu-Pb-Zn-(Ag) ores in Zechstein sedimentary rocks, (2) structurally controlled Cu-As-(Ag) ores in Zechstein sedimentary rocks, (3) crosscutting Co-Ni-(Bi)-As and Cu-Fe-As veins, (4) stratabound metasomatic Fe-Mn carbonate ores in Zechstein dolomite, (5) barren barite veins, and (6) Fe-Mn-As veins in Permian rhyolites. Building on previous work that involved mineralogical, textural, and chemical characterization of the major mineralization types, we have performed a comprehensive sulfur isotope study that applied both conventional and novel laser-ablation multi-collector inductively coupled plasma mass spectrometry techniques. The delta (super 34) S values of sulfide minerals from the different ore types are consistently negative and highly variable, in the range between -44.5 ppm and -3.9 ppm, whereas the delta (super 34) S values of barite are all positive in the range between 4.7 ppm and 18.9 ppm. Remarkably, stratabound and structurally controlled mineralization in Zechstein sedimentary rocks has the least negative delta (super 34) S values, whereas vein-type deposits have consistently more negative delta (super 34) S values. The observed pattern of sulfide delta (super 34) S values can be best interpreted in terms of fluid mixing at the basement-cover interface. Hydrothermal fluids originating from the crystalline basement migrated upward along subvertical fault zones and were periodically injected into groundwaters that were flowing in the post-Variscan sedimentary cover. These groundwaters had interacted with the Zechstein sedimentary rocks, resulting in fluids characterized by elevated concentrations of reduced sulfur (with negative delta (super 34) S values) and alkaline pH. Repeated mixing between both chemically contrasting fluids caused rapid and efficient precipitation of sulfide ore minerals in hydrothermal veins with highly variable but distinctly negative delta (super 34) S values. Copyright 2009 Springer-Verlag.
Germany Permian X? O Larsen, N.K.
Knudsen, K. L.
Krohn, C.F.
Kronborg, C.
Murray, A.S.
Nielsen, O.B. 2009V Late Quaternary ice sheet, lake and sea history of southwest Scandinavia - a synthesis 732-761 Boreas 38 4 Glacial Geology
Northern Europe
QuaternaryG internal-pdf://Larsen et al. (2009)-0403103786/Larsen et al. (2009).pdf a T.
Malenta, Z.
Sapińska-Śliwa, A.
Leszczyński, K.
Sowiżdżał, A.
Kotyza, J.
Gancarz, M. 2006L Atlas of Geothermal resources of Paleozoic formations in the Polish Lowlands 1-483L Atlas of Geothermal resources of Paleozoic formations in the Polish Lowlands II Gorecki, W. Krakow MINISTRY OF THE ENVIRONMENT
THE NATIONAL FUND FOR ENVIRONMENTAL PROTECTION AND WATER
MANAGEMENT
AGH - UNIVERSITY OF SCIENCE AND TECHNOLOGY
DEPARTMENT OF FOSSIL FUELS
POLISH GEOLOGICAL INSTITUTE Geothermy Poland
Mesozoicum 1-22K internal-pdf://Gorecki et al.2 (2006)-2777403918/Gorecki et al.2 (2006).PDF ? Van Kolfschoten, Th.
Van der Jagt, I.
Beeren, Z.
Argiti, V.
Van der Leije, J.
Van Essen, H.
Busschers, F.S.
Stoel, P.
Van der Plicht, H. 2011o A remarkable collection of Late Pleistocene reindeer (Rangifer tarandus) remains
from Woerden (The Netherlands) 1-11 Quaternary International 238
Palaeontology Netherlands
QuaternaryY internal-pdf://Van Kolfschoten et al. (2011)-2442546446/Van Kolfschoten et al. (2011).pdf E al-pdf://Surlyk & Ineson (2003)-1705378830/Surlyk & Ineson (2003).pdf n, Fennoscandian Border Zone, Upper Triassic – Jurassic, sedimentology, sequence
stratigraphy, basin development, intra-Aalenian unconformity, sea-level control Stratigraphy Denmark Triassic; Jurassic; internal-pdf://Nielsen (2003)-3400381966/Nielsen (2003).pdf
s,
regional geology Stratigraphy Netherlands JurassicM internal-pdf://Herngreen et al. (2003)-2562614558/Herngreen et al. (2003).pdf
? Japsen, P.
Bidstrup, T. 1999Z Quantification of late Cenozoic erosion in Denmark based on sonic data and basin modelling 79-99- Bulletin of the Geological Society of Denmark 46 North Sea Basin, uplifts, erosion, Neogene, velocity, vitrinite reflectance,
basin analysis, interpretation of depositional environments, well logs, modelling Clastic sedimentology Denmark CenozoicO internal-pdf://Japsen & Bidstrup (1999)-1623376158/Japsen & Bidstrup (1999).pdf logy DK North Sea Jurassic; CretaceousS internal-pdf://Møller & Rasmussen (2003)-1758010910/Møller & Rasmussen (2003).pdf ? Andsbjerg, J.
Dybkjær, K. 2003B Sequence stratigraphy of the Jurassic of the Danish Central Graben 265-3003 Geological Survey of Denmark and Greenland Bulletin 1k Danish Central Graben, Jurassic, sequence stratigraphy, palaeogeography, basin evolution, sea-level changes Stratigraphy DK North Sea JurassicU internal-pdf://Andsbjerg & Dybkjær (2003)-0667777310/Andsbjerg & Dybkjær (2003).pdf O
P?
Andsbjerg, J. 2003y Sedimentology and sequence stratigraphy ofY? 3 Burke, H.
Phillips, E. R.
Lee, J.R.
Wilkinson, I.P. 2009 Imbricate thrust stack model for the formation of glaciotectonic rafts; an example from the middle Pleistocene of north Norfolk, UK 620-637 Boreas 38 3 Structural Geology UK
QuaternaryE internal-pdf://Burke et al. (2009)-2215195178/Burke et al. (2009).pdf i #t="238" start="191" /> Gorecki, W.
Szczepański, J.
Sadurski, A.
Hajto, M.
Papiernik, B.
Kuźniak, T.
Kozdra, T.
Soboń, J.
Szewczyk, J.
Sokołowski, A.
Strzetelski, W.
Haładus, A.
Kania, J.
Kurzydłowski, K.
Gonet, A.
Capik, M.
Śliwa, T.
Ney, R.
Kępińska, B.
Bujakowski, W.
Rajchel, L.
Banaś, J.
Solarski, W.
Feldman-Olszewska, A.
Wagner, G.A.
Kozłowski,g
? f Davies,B. J.
Roberts, D. H.
O Cofaigh, C.
Bridgland, D.R.
Riding, J.B.
Phillips, E. R.
Teasdale, D. A. 2009f Interlobate ice-sheet dynamics during the last glacial maximum at Whitburn Bay, County Durham, England 555-578 Boreas 38 Stratigraphy UK
QuaternaryG internal-pdf://Davies et al. (2009)-0688033066/Davies et al. (2009).pdf zonal
biostratigraphy and correlations, subdivision by non-ammonite fossil groups, chronometric data, magnetostratigraphy,
sequence stratigraphy, North Sea Basin, Late Cretaceous, Cenozoic Stratigraphy Europe Jurassic7 internal-pdf://Zeiss (2003)-0954921246/Zeiss (2003).pdf ? Poulsen, E.
Riding, J.B. 2003G The Jurassic dinoflagellate cyst zonation of Subboreal Northwest Europe 115-1443 Geological Survey of Denmark and Greenland Bulletin 1 Subboreal Northwest Europe, Jurassic, dinoflagellate cyst zonation, palaeotemperatures and biotic
provincialism, dinoflagellate palaeoecology
Palaeontology Nothwest Europe JurassicM internal-pdf://Poulsen & Riding (2003)-2867784990/Poulsen & Riding (2003).pdf ?
Surlyk, F. 2003l The Jurassic of East Greenland: a sedimentary record of
thermal subsidence, onset and culmination of rifting 659-7223 Geological Survey of Denmark and Greenland Bulletin 1 East Greenland, Jurassic, sequence stratigraphy, pre-rift megasequence, syn-rift megasequence, basin
evolution, regional correlation/comparison, onshore Moray Firth Stratigraphy North Atlantic Jurassic9 internal-pdf://Surlyk (2003)-3271031838/Surlyk (2003).pdf O ø? _ 4 Slupik, A.
Wesselingh, F.
Janse, A.C.
Reumer, J.W.F. 2007 The stratE? Westaway, R. 2009 Quaternary vertical crustal motion and drainage evolution in East Anglia and adjoining parts of southern England: chronology of the Ingham River terrace deposits 261-284 Boreas 38 2 Glacial Geology UK
Quaternary= internal-pdf://Westaway (2009)-3104474666/Westaway (2009).pdf
Quaternary 6? - De Beukelaar, P.
Plasterie, P.
Veeken, P.C.H. 1998X 3D subsurface model building and depth conversion using a tetrahedral ray-tracing method 341-349 First Break 16 10
Geophysics Generic GenericS internal-pdf://De Beukelaar et al. (1998)-2563801886/De Beukelaar et al. (1998).pdf IoicC internal-pdf://Duin et al. (1995)-2295452446/Duin et al. (1995).pdf U GenericI internal-pdf://Rijkers et al. (1993)-0064164382/Rijkers et al. (1993).pdf K Jurassic Carboniferous [
GenericO internal-pdf://Abramovitz et al. (1999)-0422239047/Abramovitz et al. (1999).pdf RniferousG internal-pdf://Oncken et al. (1999)-1361999431/Oncken et al. (1999).pdf ;
oic5 internal-pdf://Henk (1999)-2486164039/Henk (1999).pdf
ic; Neogene UK Triassic t al. (2010).pdf X ? m Gorecki, W.
Szczepański, J.
Sadurski, A.
Hajto, M.
Papiernik, B.
Szewczyk, J.
Sokołowski, A.
Strzetelski, W.
Haładus, A.
Kania, J.
Rajchel, L.
Feldman-Olszewska, A.
Wagner, G.A.
Leszczyński, K.
Sowiżdżał, A. 2006L Atlas of Geothermal resources of Paleozoic formations in the Polish Lowlands 1-239L Atlas of Geothermal resources of Paleozoic formations in the Polish Lowlands I Gorecki, W. Krakow MINISTRY OF THE ENVIRONMENT
THE NATIONAL FUND FOR ENVIRONMENTAL PROTECTION AND WATER
MANAGEMENT
AGH - UNIVERSITY OF SCIENCE AND TECHNOLOGY
DEPARTMENT OF FOSSIL FUELS
POLISH GEOLOGICAL INSTITUTE Geothermy Poland Paleozoicum 1-12I internal-pdf://Gorecki et al. (2006)-3123607552/Gorecki et al. (2006).pdf q / ? Historical collections of Scottish Carboniferous macrofossils stored at the British Geological Survey (BGS), Edinburgh include the sole remaining sources of palaeontological data from numerous localities. Exploratory numerical analyses of such collections from the Hurlet and Index limestones of Ayrshire compare favorably with published qualitative assessments of faunal assemblages and palaeoenvironments; demonstrating that old collections can still be used in modern palaeoecological investigations. Macrofaunas from these formations comprise mainly brachiopods and molluscs and were collected from 67 localities that yielded 20 and 94 samples from the Hurlet and Index limestones respectively. Limitations of the presence/absence data were partly overcome by consolidation and restriction of aspects of the data set. Seriation indicates the lithological and environmental gradients of taxa. Cluster analysis reveals groups of samples linked to lithofacies. Principal Components Analysis (PCA) of diversity data derived from the data set in terms of numbers of genera in higher taxa highlights differences in gross taxonomic composition in terms of trophic structure, lithology and environment. Supplementary material: lists of localities taxa and sample lithologies used in this study are available at http://www.geolsoc.org.uk/SUP18401. UK
? 9 Kallmeier, E.
Breitkreuz, C.
Kiersnowski, H.
Geissler, M. 2010 Issues associated with the distinction between climatic and tectonic controls on Permian alluvial fan deposits from the Kotzen and Barnim Basins (North German Basin) 15-34 Sedimentary Geology 223 1-2 Clastic sedimentology Germany PermianM internal-pdf://Kallmeier et al. (2010)-0054138897/Kallmeier et al. (2010).pdf Gy Permian9 internal-pdf://McCann (1998)-3241915153/McCann (1998).pdf Ygium TriassicG internal-pdf://Muchez et al. (1992)-0171785745/Muchez et al. (1992).pdf V; PalaeogeneG internal-pdf://Nalpas et al. (1995)-0473892881/Nalpas et al. (1995).pdf erk JurassicU internal-pdf://Petersen & Andsbjerg (1996)-2252379921/Petersen & Andsbjerg (1996).pdf I
Quaternary9 internal-pdf://Schwan (1986)-1632672529/Schwan (1986).pdf I
Quaternary9 internal-pdf://Schwan (1987)-0558850065/Schwan (1987).pdf Lope
Quaternary9 internal-pdf://Schwan (1988)-1246920209/Schwan (1988).pdf _
y UK JurassicK internal-pdf://Sellwood et al. (1989)-2740321297/Sellwood et al. (1989).pdf ey PermianW internal-pdf://Strohmenger & Strauss (1996)-4065875985/Strohmenger & Strauss (1996).pdf d ermany PermianQ internal-pdf://Strohmenger et al. (1996)-3931761937/Strohmenger et al. (1996).pdf V PermianI internal-pdf://Turner & Smith (1997)-2942031377/Turner & Smith (1997).pdf _
QuaternaryQ internal-pdf://Van Loon & Wiggers (1975)-4133299985/Van Loon & Wiggers (1975).pdf d Altmark 5291-5298 Energy Procedia 4 Borehole sealing; borehole convergence; rock salt creep behavior; compaction of crushed salt backfill;
recovery of caprock integrity; Geochemistry Germany PermianA internal-pdf://Hou et al. (2011)-2203340815/Hou et al. (2011).pdf ? 9 Legler, B
Schneider, J.
Gebhardt, U.
Merten, D.
Gaupp, R. 2011 Lake deposits of moderate salinity as sensitive indicators of lake level fluctuations:
Example from the Upper Rotliegend saline lake (Middle |? 0 Palermo, D.
Aigner, T.
Nardon, S.
Blendinger, W. 2010 Three-dimensional facies modeling of carbonate sand bodies; outcrop analog study in an epicontinental basin (Triassic, southwest Germany) 475-5125 American Association of Petroleum Geologists Bulletin 94 4 Carbonate sedimentologyA
This article is the first part of an integrated study to characterize the anatomy and geometries of carbonate shoal reservoir bodies in epicontinental settings. It is based on outcrop analog data from Triassic layer-cake carbonates in the south German Basin, which were deposited along an epicontinental, very gently inclined carbonate ramp. The database of this study consists of 56 measured sections supplemented by six shallow cores and wireline logs, covering an area of 25 by 36 km (15 by 22 mi). The potential reservoir bodies consist generally of midramp shoal and shoal-fringe facies types, which are composed of skeletal and oolitic carbonate packstones and grainstones with significant amounts of porosity. The upper Muschelkalk is composed of a lower transgressive and an upper regressive interval; within these, shoal bodies show not only similarities but also major differences in character, geometry, and distribution. These reflect the conditions of an epeiric system, which reacts strongly to small changes in accommodation. The accommodation seems to be mainly triggered by the interaction of hierarchically organized large-, medium-, and small-scale relative sea level changes and a subtle paleorelief. At the level of medium-scale cycles, distinct two-dimensional cyclicity styles can be differentiated, which record the lateral facies distribution along the depositional gradient. Different styles of medium-scale cycles include different types of shoal bodies: (1) transgressive crinoidal shoal style: shoal bodies (mean width: 21 km [13 mi], mean length: 37 km [23 mi], mean thickness: 4.2 m [13.7 ft]) with low facies differentiation, deposited on top of subtle paleohighs; (2) skeletal sheets style: thin reservoir sheets (mean width: 5.1 km [3.1 mi], mean length: 11.1 km [6.8 mi], mean thickness: 0.3 m [0.9 ft]) of reservoir facies on top of the paleohighs; (3) regressive oolitic shoal style: shoal bodies (mean width: 14.6 km [9.0 mi], mean length: 20.8 km [12.9 mi], mean thickness: 0.69 m [2.2 ft]) with high facies differentiation on the flanks of paleohighs; and (4) low-accommodation style: patchy and mosaic distribution of shoal bodies (mean width: 11.2 km [6.9 mi], mean length: 26 km [16 mi], mean thickness: 0.69 m [2.2 ft]). All data were loaded into three-dimensional (3-D) modeling software to distribute 14 facies types and model the 3-D stratigraphic architecture. The resulting facies distribution implies that volume and dimensions of the shoal bodies are mainly controlled by the combination of stratigraphic cycles and a subtle paleorelief, which is indicated by overall thickness changes of succession. High-energy shoal facies types occur only in and around areas with a reduced overall thickness, whereas areas with a thicker development are dominated by low-energy, muddy facies types. All observations combined point to the presence of a subtle paleorelief, which could be induced by slight differential subsidence of inherited paleotectonic basement blocks. On the kilometer to regional scale, previous studies suggest simple layer-cake stratal patterns. However, in the full 3-D view, the apparent layer-cake stratigraphy turned out to be a pseudolayer cake, with very gentle (0.01-0.001 degrees dip) clinoform geometries. These very subtle offlapping, pinch-out geometries may have been overlooked in epeiric reservoir systems elsewhere.
Germany ? ) Mosbrugger, V.
Utescher, T.
Dilcher, D.L. 20059 Cenozoic continental climatic evolution of Central Europe 14964-14969 PNAS 102 42 Climate Central Europe CenozoicO internal-pdf://Mosbrugger et al. (2005)-0369192573/Mosbrugger et al. (2005).pdf
? = Kiersnowski, H.
Peryt Tadeusz, M.
Buniak, A.
Mikolajewski, Z. 2010 From the intra-desert ridges to the marine carbonate island chain; Middle to Late Permian (upper Rotliegend-lower Zechstein) of the Wolsztyn-Pogorzela High, west Poland 319-335 Geological Journal 45 2-3 Petroleum Geologyn The tectonic Wolsztyn-Pogorzela paleo-High (WPH) is the south-eastern termination of the Brandenburg-Wolsztyn High (western Poland), which during Late Permian times was an intra-basin ridge surrounded by Upper Rotliegend sedimentary basins within the Southern Permian Basin. The geological history and structural framework of the WPH are complex. The High belongs to the Variscan Externides, consisting at present of strongly folded, faulted and eroded Visean to Namurian flysch deposits capped by a thick cover of Upper Carboniferous-Lower Permian volcanic rocks. This sedimentary-volcanic complex was strongly fragmented and vertically differentiated by tectonic movements and subsequently eroded, resulting in the deposition of coarse clastics surrounding uplifted tectonic blocks. During late Rotliegend time, arid climatic conditions significantly influenced occurrences of specific facies assemblages: alluvial, fluvial, aeolian and playa. Sedimentological study helped to recognize the interplay of tectonic and paleoclimatic factors and to understand the phenomenon of aeolian sandstones interbedded with coarse deposits of alluvial cones close to fault scarps. Subsequent tectonic and possible thermal subsidence of the studied area was synchronous with inundation by the Zechstein Sea. The rapid inundation process allowed for the preservation of an almost perfectly protected uppermost Rotliegend landscape. Based on 3D seismic data from the base Zechstein reflector, a reconstruction of Rotliegend paleogeomorphology was carried out, which shows examples of tectonic rejuvenation of particular tectonic blocks within the WPH area before inundation by the Zechstein Sea. The inundation led to the deposition of the marine Kupferschiefer Shale followed by the Zechstein Limestone. In the deeper parts of the basin the latter is developed in thin basinal facies: in shallow parts (e.g. uplifted tectonic blocks forming in some cases islands), carbonate buildups were formed. The remarkable thickness of those buildups (bryozoan reefs) is interpreted as due to stable tectonic subsidence together with a rise of sea level. A detailed study of carbonate buildups has showed that their internal structure reflects changes in shallow marine environments and even emersion events, caused by sea-level oscillations and tectonic movements of the reef substrate. Abstract Copyright (2010), Wiley Periodicals, Inc. Poland PermianQ internal-pdf://Kiersnowski et al. (2010)-3713429889/Kiersnowski et al. (2010).pdf =? Wilkinson, J. J. 2010 A review of fluid inclusion constraints on mineralization in the Irish ore field and implications for the genesis of sediment-hosted Zn-Pb deposits 417-442G Economic Geology and the Bulletin of the Society of Economic Geologists 105 2
Mineralogy Many fluid inclusion studies have been carried out in the Irish Midlands basin ore field (Lower Carboniferous) since the earliest work by Ed Roedder in the late 1960s. Results show that, in the ore deposits, the total range in fluid salinity is 4 to 28 wt percent NaCl equiv but with the majority falling in the moderate-salinity range between 8 and 19 wt percent. This variability is interpreted in terms of mixing between moderate-salinity ore fluids and low-temperature brines during ore formation. The most northerly ore deposits of Navan and Abbey-town are distinct in containing fluids of both lower and higher salinity than is typical of the Waulsortian-hosted deposits farther south (Tynagh, Silvermines, Lisheen, and Galmoy). Subeconomic prospects tend to display a narrower range in salinity, mostly at the lower end of the range observed in the ore deposits. In some prospects, and on the margins of some ore deposits, evidence for dilution is observed, interpreted to reflect mixing between hydrothermal fluids and unmodified seawater. This process is inferred to be unfavorable for mineralization. Homogenization temperatures, a reasonable proxy for true trapping temperatures in the ore field, range from 70 degrees to 280 degrees C but with the majority falling between 130 degrees and 240 degrees C. There is no evidence for systematic stretching or leakage of inclusions related to the postentrapment heating implied by elevated thermal maturity indicators. The highest temperatures are observed in the Waulsortian-hosted systems, with peak temperatures of approximately 280 degrees C supported by local, high-grade Cu and Ni mineralization. In the Navan and Abbeytown deposits, lower temperature fluids appear to have been more prevalent. The subeconomic prospects formed over essentially the same temperature range as the ore deposits (90 degrees -270 degrees C), with the exception of the morphologically and texturally distinct Mississippi Valley-type (MVT) systems in the region (e.g., Kinnitty, Harberton Bridge) that formed at lower temperatures (50 degrees -100 degrees C). Similar hydrothermal fluids to those recorded in both deposits and prospects are widely observed in dolomite (and sometimes calcite) cements within Courceyan-Arundian-age rocks, indicating that hydrothermal fluid activity occurred over an extremely large area (>30,000 km (super 2) ) and probably over an extended time period. There is a broad regional division in fluid properties, suggesting that the northwestern and southeastern provinces, separated by the trace of the Iapetus suture zone, may represent partly decoupled, large-scale flow regimes. Up to three, low-temperature brine types are also recorded by cements in the host-rock sequence, indicating that a complex range of evaporation and fluid-rock interaction processes were ongoing in the shallow basin succession during the period of hydrothermal activity. Halogen data show that fluids involved in mineralization were originally seawater-derived brines, produced by evaporation to varying degrees. Relatively high temperature, basement-interacted hydrothermal fluids were derived from partially evaporated seawater (molar Cl/Br=559-825). Their compositions can be explained by dolomitization in the Carboniferous succession prior to circulation to depth; alkali exchange, reduction, and metal-leaching from the lower Paleozoic basement; and mixing with low-temperature brines that locally penetrated the upper parts of the basement rock package. Fertile ore fluids appear to be characterized by higher delta (super 18) O (+7 to +9 ppm), lower delta D (-25 to -45 ppm) and much higher metal contents than otherwise similar fluids sampled in basement-hosted feeder veins distal to deposits. This may reflect highly efficient metal scavenging in deeper and/or higher temperature reaction zones that underlie the principal deposits. In the ore deposits, these fluids mixed with Br-enriched bittern brines (Cl/Br approximately 290) produced by evaporation of Carboniferous sea-water past halite saturation. It is inferred that bi Ireland
Carboniferous ?&
McCann, T. 1999F Middle to Late Devonian basin evolution in the Rügen area, NE Germany 57-71 Geologie en Mijnbouw 78 1 Carbonate sedimentology Germany
Palaeozoic9 internal-pdf://McCann (1999)-1686706561/McCann (1999).pdfC?' ! Fraaye, R.H.B.
Van Bakel, B.W. M. 1998a New raninid crabs (Crustacea, Decapoda, Brachyura) from the late Maastrichtian of the Netherlands 293-299 Geologie en Mijnbouw 76 4
Palaeontology Netherlands
CretaceousQ internal-pdf://Fraaye & Van Bakel (1998)-3599956353/Fraaye & Van Bakel (1998).pdf z?( De Batist, M.
Versteeg, W.H. 1999 Seismic stratigraphy of the Mesozoic and Cenozoic in northern Belgium: main results of a high-resolution reflection seismic survey along rivers and canals 17-37 Geologie en Mijnbouw 77 1
Geophysics Belgium Mesozoic; CenozoicU internal-pdf://De Batist & Versteeg (1999)-1067172481/De Batist & Versteeg (1999).pdf ?! ; Zackova, E.
Konopasek, J.
Jerabek, P.
Finger, F.
Kosler, J. 2010 Early Carboniferous blueschist facies metamorphism in metapelites of the West Sudetes (northern Saxothuringian Domain, Bohemian Massif) 361-379 Journal of Metamorphic Geology 28 4 Blackwell Publishing Ltd.
Mineralogy The metamorphic evolution of micaschists in the north-eastern part of the Saxothuringian Domain in the Central European Variscides is characterized by the early high-pressure M1 assemblage with chloritoid in cores of large garnet porphyroblasts and a Grt-Chl-Phe-Qtz+ or -Pg M2 assemblage in the matrix. Minerals of the M1-M2 stage were overprinted by the low-pressure M3 assemblage Ab-Chl-Ms-Qtz+ or -Ep. Samples with the best-preserved M1-M2 mineralogy mostly appear in domains dominated by the earlier D1 deformation phase and are only weakly affected by subsequent D2 overprint. Thermodynamic modelling suggests that mineral assemblages record peak-pressure conditions of > or =18-19 kbar at 460-520 degrees C (M1) followed by isothermal decompression 10.5-13.5 kbar (M2) and final decompression to <8.5 kbar and <480 degrees C (M3). The calculated peak P-T conditions indicate a high-pressure/low-temperature apparent thermal gradient of approximately 7-7.5 degrees C km (super -1) . Laser ablation inductively coupled plasma mass spectrometry isotopic dating and electron microprobe chemical dating of monazite from the M1-M2 mineral assemblages give ages of 330+ or -10 and 328+ or -6 Ma, respectively, which are interpreted as the timing of a peak pressure to early decompression stage. The observed metamorphic record and timing of metamorphism in the studied metapelites show striking similarities with the evolution of the central and south-western parts of the Saxothuringian Domain and suggest a common tectonic evolution along the entire eastern flank of the Saxothuringian Domain during the Devonian-Carboniferous periods. Abstract Copyright (2010), Blackwell Publishing Ltd. Central Europe
Carboniferous
?" Mazur, S.
Aleksandrowski, P.
Turniak, K.
Krzeminski, L.
Mastalerz, K.
Gorecka-Nowak, A.
Kurowski, L.
Krzywiec, P.
Zelazniewicz, A.
Fanning, M. C. 2010 Uplift and late orogenic deformation of the Central European Variscan belt as revealed by sediment provenance and structural record in the Carboniferous foreland basin of western Poland 47-64' International Journal of Earth Sciences 99 1 Structural Geology
Poland
CarboniferousE internal-pdf://Mazur et al. (2010)-1443368643/Mazur et al. (2010).pdf 5-6 Structural Geology Germany; Poland Cretaceous, TertiaryE internal-pdf://Mazur et al. (2005)-2601211587/Mazur et al. (2005).pdf Zy
PalaeozoicI internal-pdf://Mingram et al. (2005)-0000815043/Mingram et al. (2005).pdf Tmany GenericC internal-pdf://Mohr et al. (2005)-1275948227/Mohr et al. (2005).pdf `laeozoicU internal-pdf://Paulick & Breitkreuz (2005)-2785979843/Paulick & Breitkreuz (2005).pdf \QuaternaryO internal-pdf://Reicherter et al. (2005)-0957325251/Reicherter et al. (2005).pdf Zmany GenericI internal-pdf://Rodon & Littke (2005)-0789618883/Rodon & Littke (2005).pdf h CarboniferousW internal-pdf://Żelaźniewicz et al. (2003)-1326654403/Żelaźniewicz et al. (2003).pdf a
Cretaceous e X955> Oil accumulation and the Jurassic system in North-West Germany 161-171( Proceedings 4th worlM?* L Dawson, A.G.
Smith, D.E.
Dawson, S.
Brooks, C.L.
Foster, I.D.L.
Tooley, M.J. 1999Y Lateglacial climate change and coastal evolution in western Jura, Scottish Inner Hebrides 225-232 Geologie en Mijnbouw 77 3-4 Climate UK CenozoicG internal-pdf://Dawson et al. (1999)-1441092993/Dawson et al. (1999).pdf? ?# Briggs, D.E.G.
Bartels, C. 2010X Annelids from the Lower Devonian Hunsrueck Slate (lower Emsian, Rhenish Massif, Germany) 215-232
Palaeontology 53 1
Palaeontologye Four new genera and species of annelid, Hunsrueckochaeta hohensteini, Ewaldips feyi, Crocancistrius lutzi and Scopyrites magnus, are described from the Hunsruck Slate (Lower Emsian) of Germany, as well as new material of Bundenbachochaeta eschenbachensis Bartels and Blind, 1995. The specimens preserve details of the appendages and other aspects of the morphology as a result of pyritization. A phylogenetic analysis using the morphological data matrix of Rouse and Fauchald places four of the five genera basal to the Aciculata; the fifth Ewaldips falls within the Scolecida. The diversity of annelids represented in the Hunsruck Slate is similar to that in the other major Palaeozoic Konservat-Lagerstatten that yield them, including the Cambrian Burgess Shale and the Late Carboniferous Mazon Creek biota. Abstract Copyright, The Palaeontological Association, 2010.
Germany
Carbonife)?0
Leloux, J. 1999v Numerical distribution of Santonian to Danian corals (Scleractinia, Octocorallia) of Southern Limburg, the Netherlands 191-195 Geologie en Mijnbouw 78 2
Palaeontology Netherlands
Cretaceous9 internal-pdf://Leloux (1999)-1258741378/Leloux (1999).pdfU?1 ' Færset, R.B.
Johnsen, E.
Sperrevik, S. 2007T Methodology for risking fault seal capacity: Implications of fault zone architecture 1231-12465 American Association of Petroleum Geologists Bulletin 91 9 Structural Geology Generic GenericI internal-pdf://Færset et al. (2007)-2167371394/Færset et al. (2007).pdf ?2 Gregersen, U.
Rasmussen, E. S. 2000{ The subtle play-potential of Upper Jurassic - Lower Cretaceous block-faulted turbidites in Danish Central Graben, North Sea 691-708 Marine and Petroleum Geology 179 Basin-axial turbidetes, Flat event, Half-graben tectonics Structural Geology DK North Sea Jurassic; CretaceousW internal-pdf://Gregersen & Rasmussen (2000)-1211785858/Gregersen & Rasmussen (2000).pdf ?3 E Gröcke, D.R.
Price, G.D.
Ruffel, A.H.
Mutterlose, J.
Baraboshkin, E. 2003C Isotopic evidence for Late Jurassic-Early Cretaceous climate change 97-1181 Palaeogeography, Palaeoclimatology, Palaeoecology 202_ seawater strontium; stable isotopes; palaeoclimate; ice-sheets; Late Jurassic; Early Cretaceous Climate Generic Jurassic; CretaceousI internal-pdf://Gröcke et al. (2003)-0424124034/Gröcke et al. (2003).pdf?4 = Ineson, J.R.
Bojesen-Koefoed, J.A.
Dybkjær, K.
Nielsen, L.H. 2003 Volgian–Ryazanian ‘hot shales’ of the Bo Member (Farsund Formation) in the Danish Central Graben, North Sea: stratigraphy, facies and geochemistry 403-4363 Geological Survey of Denmark and Greenland Bulletin 1 Geology DK North Sea Jurassic; CretaceousG internal-pdf://Ineson et al. (2003)-1783407746/Ineson et al. (2003).pdf ?5
Sternesky, M. 2010R Exploration process optimization: a vision for the integrated exploration workflow 79-83 First Break 28 1 Petroleum Geology Generic Generic? internal-pdf://Sternesky (2010)-1548835970/Sternesky (2010).pdf-?+ De Groot, Th.A.M. 1999s Climate shifts and coastal changes in a geological perspective.A contribution to integrated coastal zone management 351-361 Geologie en Mijnbouw 77 3-4 Climate Western Europe Generic= internal-pdf://De Groot (1999)-0166606465/De Groot (1999).pdfJ?, T Shennan, I.
Tooley, M.J.
Green, F.
Innes, J.
Kennington, K.
Lloyd, J.
Rutherford, M. 1999L Sea level, climate change and coastal evolution in Morar, northwest Scotland 247-262 Geologie en Mijnbouw 77 3-4 Climate UK CenozoicI internal-pdf://Shennan et al. (1999)-4176647553/Shennan et al. (1999).pdf #?- Cleveringa, J.
Oost, A.P. 1999E The fractal geometry of tidal-channel systems in the Dutch Wadden Sea 21-30 Geologie en Mijnbouw 78 1 Clastic sedimentology Netherlands
QuaternaryO internal-pdf://Cleveringa & Oost (1999)-3187236993/Cleveringa & Oost (1999).pdf d ?. & Louwye, S.
De Coninck, J.
Verniers, J. 1999 Dinoflagellate cyst stratigraphy and depositional history of Miocene and Lower Pliocene formations in northern Belgium (southern North Sea Basin) 31-46 Geologie en Mijnbouw 78 1 Stratigraphy Belgium NeogeneG internal-pdf://Louwye et al. (1999)-1241354881/Louwye et al. (1999).pdfU?/ ) Debacker, T. N.
Sintubin, M.
Verniers, J. 1999t Cleavage/fold relationships in the Silurian metapelites, southeastern Anglo-Brabant fold belt (Ronqui`eres, Belgium) 47-56 Geologie en Mijnbouw 78 1 Structural Geology Belgium SilurianK internal-pdf://Debacker et al. (1999)-0838943362/Debacker et al. (1999).pdf
?6 Bailey, R.J.
Smith, D.G. 2010L Scaling in stratigraphic data series:implications for practical stratigraphy 57-66 First Break 28 1 Stratigraphy Generic GenericI internal-pdf://Bailey & Smith (2010)-1314158210/Bailey & Smith (2010).pdf /?7 L Catuneanu, O.
Bhattacharya, J.P.
Blum, M.D.
Dalrymple, R.W.
Eriksson, P.G.
Fielding, C.R.
Fisher, W.L.
Galloway, W.E.
Gianolla, P.
Gibling, M.R.
Giles, K.A.
Holbrook, J.M.
Jordan, R.
Kendall, J. M.
Macurda, B.
Martinsen, O.J.
Miall, A.D.
Nummedal, D.
Posamentier, H.W.
Pratt, B.R.
Shanley, K.W.
Steel, R.J.
Strasser, A.
Tucker, M.E. 2010G Sequence stratigraphy: common ground after three decades of development 41-54 First Break 28 1 Stratigraphy Generic Generic? internal-pdf://Catuneanu (2010)-1985796482/Catuneanu (2010).pdf ?8 Griffiths, C.M. 20100 Recent advances in stratigraphy – a commentary 75-77 First Break 28 1 Stratigraphy Generic Generic? internal-pdf://Griffiths (2010)-0358569346/Griffiths (2010).pdf m?9 Paulissen, W.E.
Luthi, M. 2010 Integrating magnetostratigraphy,biostratigraphy, cyclostratigraphy and seismic data to obtain a high resolution stratigraphic record: a case study from the Vienna Basin 67-73 First Break 28 1 Stratigraphy Generic GenericO internal-pdf://Paulissen & Luthi (2010)-2439230850/Paulissen & Luthi (2010).pdf?: 5 Jansen, H.S.M.
Huizer, J.
Dijkmans, J.W.A.
Mesdag, C. 2004r The geometry and stratigraphy position of the Maassluis Formation (western Netherlands and southeastern North Sea) 93-100" Netherlands Journal of Geosciences 83 2Q Maassluis Formation, marine, Late Pliocene, Early Pleistocene, depositional model Stratigraphy Netherlands
QuaternaryG internal-pdf://Jansen et al. (2004)-3144336770/Jansen et al. (2004).pdf M?; Jansen, H.S.M. 2005 Reply to ‘Comment on The geometry and stratigraphic position of the Maassluis Formation (western Netherlands and south-eastern North Sea)’ 53" Netherlands Journal of Geosciences 84 1 Stratigraphy Netherlands
Quaternary9 internal-pdf://Jansen (2005)-0510504578/Jansen (2005).pdfO
L?< Johannessen, P.N. 2003 Sedimentology and sequence stratigraphy of paralic and shallow marine Upper Jurassic sandstones in the northern Danish Central Graben 367-4023 Geological Survey of Denmark and Greenland Bulletin 1 North Sea, Danish Central Graben, Kimmeridgian, sedimentology, sequence stratigraphy, ichnW?A Fridleifsson, I.B. 2001/ Geothermal energy for the benefit of the people 299-312( Renewable and Sustainable Energy Reviews 5X Geothermal; Electricity; Direct use; Renewables; Comparison of renewables; Energy prices Geothermics Generic GenericE internal-pdf://Fridleifsson (2001)-4233851648/Fridleifsson (2001).pdf 2?B Fridleifsson, I.B. 2003@ Status of geothermal energy amongst the world’s energy sources 379-388 Geothermics 32> Geothermal; Electricity; Direct use; Renewables; Energy prices Geothermics Generic GenericE internal-pdf://Fridleifsson (2003)-3161777920/Fridleifsson (2003).pdf ?C % Hajek, E.A.
Heller, P.L.
Sheets, B.A. 2010: Significance of channel-belt clustering in alluvial basins 535-538 Geology 38 6 Geology Generic GenericE internal-pdf://Hajek et al. (2010)-1602188800/Hajek et al. (2010).pdf ?D 4 Michelsen, O.
Nielsen, L.H.
Andsbjerg, J.
Surlyk, F. 2003U Jurassic lithostratigraphy and stratigraphic development onshore and offshore Denmark 147-2163 Geological Survey of Denmark and Greenland Bulletin 1 Denmark, Danish Central Graben, Danish Basin, Sorgenfrei–Tornquist Zone, Bornholm, Jurassic, lithostratigraphy, basin development Stratigraphy Denmark JurassicM internal-pdf://Michelsen et al. (2003)-1267792640/Michelsen et al. (2003).pdf ?E
Verwey, J.M.
Witmans, N. 2009U Terschelling Basin and southern Dutch Central Graben Mapping and modeling – Area 2A 65, 14 appendices
TNO report TNO-034-UT-2009-01569 Utrecht% TNO Built Environment and Geosciences Geology
1 August 2009 034.20780 NCP-2A NL North Sea GenericM internal-pdf://Verwey & Witmans (2009)-1754767360/Verwey & Witmans (2009).pdff?F
Munsterman, D.K. 2007f De resultaten van het palynologisch onderzoek naar het Tertiair van boring N04-1, interval: 245-1020 m
12, 1 app.
TNO report 2007-U-R0704/B Utrecht% TNO Built Environment and Geosciences Stratigraphy 034.72512 NL North Sea CenozoicA internal-pdf://Munsterman (2007)-1922847744/Munsterman (2007).pdf 0 ?G Oakman, C.D. 2005~ The Lower Cretaceous plays of the Central and Northern North Sea: Atlantean drainage models and enhanced hydrocarbon potential 187-198r Petroleum Geology: North-West Europe and Global Perspectives - Proceedings of the 6th Petroleum Geology Conference Dore, A.G.
Vining, B.A. London The Geological Society Petroleum Geologye Lower Cretaceous tectono-sedimentology, Aptian prospectivity, Central North Sea, Atlantic Margin arch North Sea
Cretaceous9 internal-pdf://Oakman (2005)-4022457088/Oakman (2005).pdf-?H X Rijsdijk, K.F.
Passchier, S.
Weerts, H.J.T.
Laban, C.
Van Leeuwen, R.J.W.
Ebbing, J.H.J. 2005 Revised Upper Cenozoic stratigraphy of the Dutch sector of the North Sea Basin: towards an integrated lithostratigraphic, seismostratigraphic and allostratigraphic approach 129-146" Netherlands Journal of Geosciences 84 2_ Cenozoic stratigraphy, North Sea Basin, lithostratigraphy, seismostratigraphy, allostratigraphy Stratigraphy NL North Sea CenozoicK internal-pdf://Rijsdijk et al. (2005)-1623556608/Rijsdijk et al. (2005).pdf?I A Röhl, H-J.
Schmid-Röhl, A.
Oschmann, W.
Frimmel, A.
Schwark, L. 2001z The Posidonia Shale (Lower Toarcian) of SW-Germany: an oxygen-depleted ecosystem controlled by sea level and palaeoclimate 27-521 Palaeogeography, Palaeoclimatology, Palaeoecology 165 Geochemistry Germany JurassicE internal-pdf://Röhl et al. (2001)-1257055488/Röhl et al. (2001).pdf?J Segall, P.
Fitzgerald, S.D. 1998I A note on induced stress changes in hydrocarbon and geothermal reservoirs 117-128 Tectonophysics 289 Geothermics Generic GenericS internal-pdf://Segall & Fitzgerald (1998)-3773904128/Segall & Fitzgerald (1998).pdf>y?K Mulders, F.M.M. 2003V Modelling of stress development and fault slip in and around a producing gas reservoir 257 Dr Delft Technische Universiteit Delft Petroleum Geology 3 Decembre 2003
Fokkema, J.T. Netherlands Generic; internal-pdf://Mulders (2003)-1710747136/Mulders (2003).pdf ?L T Worum, G.
Michon, L.
Van Balen, R.T.
Van Wees, J. D.
Cloetingh, S.
Pagnier, H. J. M. 2005 Pre-Neogene controls on present-day fault activity in the West Netherlands Basin and Roer Valley Rift System (southern Netherlands): role of variations in fault orientation in a uniform low-stress regime 479-490 Quaternary Science Reviews 24 Structural Geology Netherlands
QuaternaryE internal-pdf://Worum et al. (2005)-3674172416/Worum et al. (2005).pdf R?M
0 Van Dalfsen, W.
Van Gessel, S.F.
Doornenbal, J.C 2007 Velmod-2 Joint Industry Project 97
TNO report
2007-U-R1272C Utrecht% TNO Built Environment and Geosciences
Geophysics
Novembre 2007 034.62155 Netherlands GenericQ internal-pdf://Van Dalfsen et al. (2007)-3306466561/Van Dalfsen et al. (2007).pdf ?N b Van Balen, R.T.
Van Bergen, F.
De Leeuw, C.S.
Pagnier, H.
Simmelink, E.
Van Wees, J.D.
Verweij, H. 2000f Modelling the evolution of hydrocarbon systems in the inverted West Netherlands Basin, the Netherlands 685-688" Journal of Geochemical Exploration 69-70 Petroleum Geology Netherlands GenericM internal-pdf://Van Balen et al. (2000)-4034106369/Van Balen et al. (2000).pdf ^?O
Guasti, E. 2009I Biostratigraphy of the Chalk Group: well P08-02, offshore the Netherlands
8, 1 app.
TNO report TNO-034-UT-2009-01798/A Utrecht% TNO Built Environment and Geosciences Stratigraphy September 2009 034.20570/01.02 NL North Sea
Cretaceous9 internal-pdf://Guasti (2009)-3380548609/Guasti (2009).pdf ` ?P
Guasti, E. 2009I Biostratigraphy of the Chalk Group: well P11-02, offshore the Netherlands 9, 1 app.
TNO report TNO-034-UT-2009-01799/A Utrecht$ TNO Built Environment and Geoscience Stratigraphy September 2009 034.20570/01.02 NL North Sea
Cretaceous= internal-pdf://Guasti 2 (2009)-3246651905/Guasti 2 (2009).pdf_?Q
Guasti, E. 2009I Biostratigraphy of the Chalk Group: well P15-01, offshore the Netherlands 9, 1 app.
TNO report TNO-034-UT-2009-1800/A Utrecht$ TNO Built Environment and Geoscience Stratigraphy September 2009 034.20570/01.02 NL North Sea
Cretaceous= internal-pdf://Guasti 3 (2009)-0730284545/Guasti 3 (2009).pdf a?R
Guasti, E. 2009I Biostratigraphy of the Chalk Group: well D15-03, offshore the Netherlands
10, 1 app.
TNO report TNO-034-UT-2009-02366/A Utrecht$ TNO Built Environment and Geoscience Stratigraphy September 2009 034.20570/01.02 NL North Sea
Cretaceous= internal-pdf://Guasti 4 (2009)-3465111809/Guasti 4 (2009).pdfp ?S
Van Hoof, T.B. 2008W Palynostratigraphy of the late Devonian – early Carboniferous interval of well E06-01 12
TNO report 2008-U-R0349/A Utrecht$ TNO Built Environment and Geoscience Stratigraphy
26 March 2008 034.82505/01.02.01 NL North Sea Devonian; Carboniferous= internal-pdf://Van Hoof (2008)-0781585409/Van Hoof (2008).pdf?T ` Van Wees, J. D.
Van Bergen, F.
David, P.
Nepveu, M.
Beekman, F.
Cloetingh, S.A. P. L.
Bonté, D. 2009b Probabilistic tectonic heat flow modeling for basin maturation: Assessment method and applications 536-551 Marine and Petroleum Geology 26$ Basin modeling, Heat flow, Tectonics Structural Geology Generic GenericK internal-pdf://Van Wees et al. (2009)-0161993985/Van Wees et al. (2009).pdf @?U
T Van Wijk, C.I. 2002? Structural Definition and Risk Analysis ofthe Lekkerkerl< Field
NAM report TA/PW/02-07 Delft Delft University of Technology Applied Geology Petroleum Geology Netherlands Jurassic= internal-pdf://Van Wijk (2002)-1236287745/Van Wijk (2002).pdf?X Baron, G.
Ungemach, P. 1985F European Geothermal drilling experienceproblems areas and case studies 5& Commission of the European Communities Geothermics Generic GenericM internal-pdf://Baron & Ungemach (1985)-3011503119/Baron & Ungemach (1985).pdf 7?Y Berckmans, A.
Vandenberghe, N. 19981 Use and potential of Geothermal energy in Belgium 235-242 Geothermics 27 2* Geothermal resources, direct uses, Belgium Geothermics Belgium Generic] internal-pdf://Berckmans & Vandenberghe (1998)-1401214479/Berckmans & Vandenberghe (1998).pdf ?Z Gullentops, F.
Wouters, L. 1995 Delfstoffen in Vlaanderen 178 Becuwe, F.
Bogemans, F.
Bouckaert, J.
Broothaers, L.
Ceulemans, G.
De Batist, M.
De Bie, M.
De Breuck, W.
De Geyter, G.
De Groote, K.
De Moor, G.
De Vos, W.
Dusar, M.
Elsen, J.
Fobe, B.
Geets, S.
Jacobs, P.
Laga, P.
Langohr, R.
Malherbe, B.
Mostaert, F.
Neerdael, B.
Nijs, R.
Ottemburgs, R.
Paulissen, E.
Pieters, M.
Soers, E.
Stoops, G.
Van Bellingen, S.
Vandenberghe, N.
Van Elst, R.
Van Orsmael, J.
Van Roo, J.
Vansteelandt, P.
Viaene, W.
Wenselaer, P.
Wittewrongel, Y6 Ministerie van de Vlaamse Gemeenschap, Department EWBL Natural resources Belgium GenericU internal-pdf://Gullentops & Wouters (1995)-1739851279/Gullentops & Wouters (1995).pdf ?[ Herber, R.
De Jager, J. 20103 Oil and gas in the Netherlands - Is there a future? 119-135" Netherlands Journal of Geosciences 89 2 Petroleum Geology Netherlands GenericO internal-pdf://Herber & De Jager (2010)-4123027215/Herber & De Jager (2010).pdf)?\
Sun Fan, L.
Vandenberghe, N. 1989. Geothermal demonstration activities in Belgium 10 Brussels Geologische Dienst België University Leuven Geothermics Belgium
CarboniferousY internal-pdf://Sun Fan & Vandenberghe (1989)-0684082703/Sun Fan & Vandenberghe (1989).pdf ?] Vandenberghe, N.
Fock, W. 1987- Temperature data in the subsurface of Belgium 237-250 Tectonophysics 164 Geothermics Belgium GenericS internal-pdf://Vandenberghe & Fock (1989)-1892813839/Vandenberghe & Fock (1989).pdf ? Berendsen, H.J.A. 1982c De genese van het landschap in het zuiden van de provincie Utrecht, een fysisch-geografische studie 256 Utrecht5 Utrecht University, Utrechtse Geografische Studies 10 Geology Netherlands
Quaternary 9?_ Kemna, H.A. 2008 Pliocene and Lower Pleistocene fluvial history of the Lower Rhine Embayment, Germany: Examples of the tectonic forcing of river courses 106-114 Quaternary International 189 Stratigraphy Germany
Quaternary; internal-pdf://Kemna 2 (2008)-3141400992/Kemna 2 (2008).pdf?` 9 Schäfer, A.
Utescher, T.
Klett, M.
Valdivia-Manchego, M. 2005R The Cenozoic Lower Rhine Basin – rifting, sedimentation, and cyclic stratigraphy 621-639' International Journal of Earth Sciences 94 Tertiary, Rift basin, Sedimentology of marginal marine sediments, Lignite brown coal, Base level cycles, Subsidence of Lower Rhine Basin,
Uplift of Rhenish Massif Stratigraphy Germany CenozoicK internal-pdf://Schäfer et al. (2005)-0497566726/Schäfer et al. (2005).pdf u?a F Van de Plassche, O.
Mkaske, B.
Hoek, W.Z.
Konert, M.
Van de Plicht, J. 2010 Mid-Holocene water-level changes in the lower Rhine-Meuse delta (western Netherlands): implications for the reconstruction of relative mean sea-level rise, palaeoriver-gradients and coastal evolution 3-20" Netherlands Journal of Geosciences 89 1 coastal evolution, floodbasin effect, Holocene sea-level rise, Late Glacial aeolian dunes, radiocarbon age determination,
river-gradient effect Palaeogeography Netherlands
QuaternaryY internal-pdf://Van de Plassche et al. (2010)-0569424288/Van de Plassche et al. (2010).pdf ?b Quinn, A.C. 2001B Past, present and future of the gas market in the North Sea region 17" Netherlands Journal of Geosciences 80 1 History NL North Sea Generic7 internal-pdf://Quinn (2001)-4197179041/Quinn (2001).pdf ?c Dronkert, H. 2001# Groningen 40 years, a special issue 5-6" Netherlands Journal of Geosciences 80 1 History Netherlands Generic= internal-pdf://Dronkert (2001)-0943928737/Dronkert (2001).pdf ?d Burgos, Ch. 2001! Groningen in the European context 18" Netherlands Journal of Geosciences 80 1 History Netherlands Generic9 internal-pdf://Burgos (2001)-2286351265/Burgos (2001).pdfn?e % Hoffmann, N.
Jödicke, H.
Gerling, P. 2001 The distribution of Pre-Westphalian source rocks in the North German Basin - Evidence from magnetotelluric and geochemical data 71-84" Netherlands Journal of Geosciences 80 1 Petroleum Geology Germany
CarboniferousK internal-pdf://Hoffmann et al. (2001)-1381212577/Hoffmann et al. (2001).pdf )?f 1 Vellinga, P.
Marinova, N.
Van Loon-Steensma, J.M. 20098 Climate-proofing the flood protection of the Netherlands 3-12" Netherlands Journal of Geosciences 88 1 Climate Netherlands
QuaternaryK internal-pdf://Vellinga et al. (2009)-3445691553/Vellinga et al. (2009).pdf ?g Boreham, S.
Rolfe, C. 2009 Holocene, Weichselian Late-glacial and earlier Pleistocene deposits of the upper Cam valley at the Hinxton Genome Campus Cambridgeshire, UK 117-125" Netherlands Journal of Geosciences 88 2; Holocene, Weichselian Late-glacial, Pleistocene, Cam valley Glacial Geology UK
QuaternaryK internal-pdf://Boreham & Rolfe (2009)-3941423268/Boreham & Rolfe (2009).pdfN?h Schäfer, A.
Siehl, A. 2002n Preface: Rift tectonics and syngenetic sedimentation – the Cenozoic Lower Rhine Basin and related structures 145-147" Netherlands Journal of Geosciences 81 2 Structural Geology Germany CenozoicM internal-pdf://Schäfer & Siehl (2002)-3640922789/Schäfer & Siehl (2002).pdf ?i $ Klett, M.
Eichhorst, F.
Schäfer, A. 2002S Facies interpretation from well logs applied to the Tertiary Lower Rhine Basin fill 167-176" Netherlands Journal of Geosciences 81 2Q basin analysis, interpretation of depositional environments, well logs, modelling Clastic sedimentology Netherlands; Germany CenozoicC internal-pdf://Klett et al. (2002-2433555621/Klett et al. (2002.pdf d ?j ( Utescher, T.
Mosbrugger, V.
Ashraf, A.R. 2002j Facies and paleogeography of the Tertiary of the Lower Rhine Basin – sedimentary versus climatic control 185-191" Netherlands Journal of Geosciences 81 2 Palaeogeography Netherlands; Germany CenozoicK internal-pdf://Utescher et al. (2002)-1259622821/Utescher et al. (2002).pdf?k Heumann, G.
Litt, Th. 2002z Stratigraphy and paleoecology of the Late Pliocene and Early Pleistocene in the open-cast mine Hambach (Lower Rhine Basin) 193-199" Netherlands Journal of Geosciences 81 2s Pliocene/Pleistocene boundary; Reuverian; Pretiglian; Germany; palynology; diaspores; palaeoecology; sedimentology- Stratigraphy Germany CenozoicI internal-pdf://Heumann & Litt (2002)-2316808101/Heumann & Litt (2002).pdfS?l Boenigk, W. 20029 The Pleistocene drainage pattern in the Lower Rhine Basin 201-209" Netherlands Journal of Geosciences 81 2K Drainage, heavy minerals, lithostratigraphy, Lower Rhine Basin, Pleistocene Stratigraphy Netherlands; Germany
Quaternary; internal-pdf://Boenigk (2002)-3692934309/Boenigk (2002).pdf ?m F Van Balen, R.T.
Houtgast, R.F.
Van der Wateren, F.M.
Vandenberghe, J.. 2002p Neotectonic evolution and sediment budget of the Meuse catchment in the Ardennes and the Roer Valley Rift System 211-215" Netherlands Journal of Geosciences 81 2R Meuse, Roer Valley Graben, neotectonics, river terraces, Ardennes, sediment budget Structural Geology Western Europe
QuaternaryM internal-pdf://Van Balen et al. (2002)-3089877413/Van Balen et al. (2002).pdf ?n Meyer, W.
Stets, J. 2002? Pleistocene to Recent tectonics in the Rhenish Massif (Germany) 217-221" Netherlands Journal of Geosciences 81 2 Rhenish Massif, Pleistocene, fluvial terrace system, downcutting erosion, neotectonics, domal uplift, Eifel, Hunsrück,
Rhine, Mosel, Lower Rhine Basin, Neuwied Basin Structural Geology Germany
QuaternaryG internal-pdf://Meyer & Stets (2002)-1378843045/Meyer & Stets (2002).pdf, D?o ! Blom, F.
Van Borren, L.
Bacon, M. 2008C De Ruyter Field, Netherlands - Discovery and Near-field Exploration! 70th EAGE Conference & Exhibition Rome, Italy Petroleum Geology Netherlands Permian, TriassicC internal-pdf://Blom et al. (2008)-0700253605/Blom et al. (2008).pdf??p P Røste, T.
Moen, A.S.
Kolstø, E.
Brekken, M.
Thrana, C.
Husby, O.
Lescoffit, G. 2009F The Heidrun Field: monitoring fluid flow in the complex Åre Formation 41-49 First Break 27 4 Petroleum Geology Norway JurassicG internal-pdf://Røste et al. (2009)-3486129061/Røste et al. (2009).pdf R?q ? Harris, P. M.
Du, Z.
MacGregor, L.
Olsen, W.
Shu, R.
Cooper, R. 2009h Joint interpretation of seismic and CSEM data using well log constraints: an example from the Luva Field 73-81 First Break 27 5 Petroleum Geology Norway
CretaceousG internal-pdf://Harris et al. (2009)-0030902693/Harris et al. (2009).pdf ?r 2 Klompmaker, A.
Herngreen, G. F. W.
Oosterink, H.W. 2010 Biostratigraphic correlation, paleoenvironment stress, and subrosion pipe collapse: Dutch Rhaetian shales uncover their secrets 597-613 Facies 56Z Biostratigraphy · Bivalves · The Netherlands ·
Paleoecology · Palynomorphs · Triassic Stratigraphy DOI 10.1007/s10347-010-0227-z Netherlands TriassicO internal-pdf://Klompmaker et al. (2010)-3502429957/Klompmaker et al. (2010).PDF?s " Péron-Pinvidic, G.
Manatschal, G. 2010b From microcontinents to extensional allochthons: witnesses of how continents rift and break apart? 189-197 Petroleum Geoscience 16C rifting, margin, microcontinent, H-block, allochton, North Atlantic Structural Geology Generic Generice internal-pdf://Péron-Pinvidic & Manatschal (2010)-1943298821/Péron-Pinvidic & Manatschal (2010).pdf\ ?t 8 Svendsen, J.B.
Hansen, H.J.
Stærmose, T.
Engkilde, M.K. 2010o Sand remobilization and injection above an active salt diapir: theTyr sand of the Nini Field, Eastern North Sea 548-561 Basin Research 22 Structural Geology DK North Sea CenozoicK internal-pdf://Svendsen et al. (2010)-2020386053/Svendsen et al. (2010).pdf '?u S Szarawarska, E.
Huuse, M.
Hurst, A.
de Boer, K.F.
Lu, L.
Molyneux, S.
Rawlinson, P. 2010 Three-dimensional seismic characterisation of large-scale sandstone intrusions in the lower Palaeogene of the North Sea: completely injected vs. in situ remobilised sandbodies 517-532 Basin Research 22 4 Structural Geology DK North Sea
PalaeogeneQ internal-pdf://Szarawarska et al. (2010)-2775832837/Szarawarska et al ?v H Van der Kooij, B.
Immenhauser, A.
Steuber, T.
Rionda, J.R.B.
Tomé, O.M. 2010c Controlling factors of volumetrically important marine carbonate cementation in deep slope settings 1491-1525
Sedimentology 57g Carbonate slope, environmental conditions, Guadalupian, marine
cement, palaeoceanography, Pennsylvanian Carbonate sedimentology Generic GenericU internal-pdf://Van der Kooij et al. (2010)-2508123397/Van der Kooij et al. (2010).pdf?x ! Connolly, D.
Aminzadeh, F. 2003' Geo-Hazard Detection with Chimney Cubes 1-5 Offshore Technology Conference Houston, Texas.
Geophysics OTC 15114 Generic GenericU internal-pdf://Connolly & Aminzadeh (2003)-1675412741/Connolly & Aminzadeh (2003).pdf?y ! Ross, P. 2002O Refining AVO Interpretation for Reservoir Characterization with Neural Networks 1-7 Offshore Technology Conference Houston, Texas
Geophysics OTC 14148 Generic Generic5 internal-pdf://Ross (2002)-1591742213/Ross (2002).pdf ?z Dorn, A. 1998! Modern 3-D seismic interpretation 1-8 The Leading Edge September
Geophysics Generic Generic5 internal-pdf://Dorn (1998)-1793532933/Dorn (1998).pdf ?{ ; Kooi, H.
Johnston, P.
Lambeck, K.
Smither, C.
Molendijk, R. 1998O Geological causes of recent (~100 yr) vertical land movement in the Netherlands 297-316 Tectonophysics 299K Netherlands; vertical movements; isostasy; tectonics; compaction; levelling
Geophysics Netherlands
QuaternaryC internal-pdf://Kooi et al. (1998)-2196562437/Kooi et al. (1998).pdf %?| Guo, N.
Fagin, S. 2002k Becoming effective velocity-model builders and depth imagers, Part 1-The basics of prestack depth migration 1205-1209 The Leading Edge December
Geophysics Generic GenericC internal-pdf://Guo & Fagin (2002)-3807491077/Guo & Fagin (2002).pdfe? # Rasmussen, E. S.
Bruun-Petersen, J. 2010V Distribution and grain size sand in the Miocene wave-dominated Billund delta, Denmark 23-264 Geological Survey of Denmark and Greenland Bulletin 20 Clastic sedimentology Denmark Neogenea internal-pdf://Rasmussen & Bruun-Petersen (2010)-0147442688/Rasmussen & Bruun-Petersen (2010).pdf? Rasmussen, E. S.
Dybkjær, K. 2005 Sequence stratigraphy of the Upper Oligocene–Lower Miocene of eastern Jylland, Denmark: role of structural relief and variable sediment supply in controlling sequence development 25-63
Sedimentology 52 Stratigraphy Denmark CenozoicU internal-pdf://Rasmussen & Dybkjær (2005)-1791930368/Rasmussen & Dybkjær (2005).pdf D ? * Rasmussen, E. S.
Dybkjær, K.
Piasecki, S. 2004N The Billund delta: a possible new giant aquifer in central and western Jutland 21-243 Geological Survey of Denmark and Greenland Bulletin 4 Geothermics Denmark NeogeneM internal-pdf://Rasmussen et al. (2004)-2981793345/Rasmussen et al. (2004).pdf~? Rasmussen, E. S. 2010 The development of braided and meandering fluvial systems in an incised valley: the influence of tectonism and glacioeustatic sea level change. 1-67
Sedimentology= Incised valley, Fluvial deposits, Miocene, North Sea, Denmark Structural Geology DK North Sea Neogene? internal-pdf://Rasmussen (2010)-3084517376/Rasmussen (2010).pdf c? E Rasmussen, E. S.
Vejbæk, O.V.
Bidstrup, T.
Piasecki, S.
Dybkjær, K. 2005 Late Cenozoic depositional history of the Danish North Sea Basin: implications for the petroleum systems in the Kraka, Halfdan, Siri and Nini fields 1347-1358r Petroleum Geology: North-West Europe and Global Perspectives - Proceedings of the 6th Petroleum Geology Conference Dore, A.G.
Vining, B.A. London Geological Society6 North Sea, Chalk, Cenozoic, Petroleum systems, Denmark Petroleum Geology DK North Sea CenozoicM internal-pdf://Rasmussen et al. (2005)-3319909120/Rasmussen et al. (2005).pdf ? D Kovalevych, V.
Peryt T. M.
Shanina, S.N.
Wieclaw, D.
Lytvyniuk, S.F. 2008 Geochemical aureoles around oil and gas accumulations in the Zechstein (Upper Permian) of Poland: Analyses of fluid inclusions in halite and bitumens in rock salt. 245-262 Journal of Petroleum Geology 31 3R Poland, geochemistry, fluid inclusions,
Zechstein, bitumen, hydrocarbons, Permian. Geochemistry Poland PermianO internal-pdf://Kovalevych et al. (2008)-2275877637/Kovalevych et al. (2008).pdf ? Dybkjær, K.
Piasecki, S. 2008) A new Neogene biostratigraphy for Denmark 29-323 Geological Survey of Denmark and Greenland Bulletin 15 Stratigraphy Denmark NeogeneS internal-pdf://Dybkjær & Piasecki (2008)-2276344325/Dybkjær & Piasecki (2008).pdf ? Mutterlose, J.
Bornemann, A. 2000] Distribution and facies patterns of Lower Cretaceous sediments in northern Germany: a review 733-759 Cretaceous Research 21 6 North Germany; Lower Cretaceous; sediments; biota; differential subsidence; local tectonics; sea-level changes; facies patterns Clastic sedimentology Germany
CretaceousY internal-pdf://Mutterlose & Bornemann (2000)-2662682629/Mutterlose & Bornemann (2000).pdf ? % Friis, H.
Mikkelsen, J.
Sandersen, P. 1998 Depositional environment of the Vejle Fjord Formation of the Upper Oligocene-Lower Miocene of Denmark: a barrier island/barrier-protected depositional complex 221-244 Sedimentary Geology 117 Clastic sedimentologyY North Sea Basin; Denmark; Vejle Fjord Formation: Oligocene-Miocene; back-barrier deposits Denmark CenozoicE internal-pdf://Friis et al. (1998)-3686610181/Friis et al. (1998).pdf ? ! Slowakiewicz, M.
Mikolajewski, Z. 2009r Sequence Stratigraphy of the Upper Permian Zechstein main dolomite carbonates in Westeren Poland : A new approach. 2150234 Journal of Petroleum Geology 32 3\ Poland, sequence stratigraphy, Main Dolomite, sequence stratigraphic surfaces, Upper Permian Stratigraphy Poland Permianc internal-pdf://Slowakiewics & Mikolajewski (2009)-2848030213/Slowakiewics & Mikolajewski (2009).pdf !? Bowen, J.M. 1975 The Brent Oil-Field 353-3617 Petroleum and the continental shelf of northwest Europe Woodland, A.W. London Applied Science Publications Petroleum Geology UK North Sea Generic 267 internal-pdf://Bowen (1975)-1942434821/Bowen (1975).pdfM? Brennand, T.P.
Van Veen, F.R. 1975 The Auk Oil-Field 275-2837 Petroleum and the continental shelf of northwest Europe Woodland, A.W. London Applied Science Publications Petroleum Geology UK North Sea Generic 20S internal-pdf://Brennand & Van Veen (1975)-1456144133/Brennand & Van Veen (1975).pdf( ? Butler, J.B. 1975 The West Sole Gas-Field 213-2217 Petroleum and the continental shelf of northwest Europe Woodland, A.W. London Applied Science Publications Petroleum Geology UK North Sea Permian 149 internal-pdf://Butler (1975)-1775321093/Butler (1975).pdf` ? Childs, F.B.
Reed, P.E.C. 19751 Geology of the Dan Field and the Danish North Sea 429-4377 Petroleum and the continental shelf of northwest Europe Woodland, A.W. London Applied Science Publications Petroleum Geology DK North Sea
Cretaceous 32G internal-pdf://Childs & Reed (1975)-0064256773/Childs & Reed (1975).pdfs? Cumming, A.D.
Wyndham, C.L. 19753 The Geology and development of the Hewett Gas-field 313-3257 Petroleum and the continental shelf of northwest Europe Woodland, A.W. London Applied Science Publications Petroleum Geology UK North Sea Permian, Triassic 23O internal-pdf://Cumming & Wyndham (1975)-3638307333/Cumming & Wyndham (1975).pdf ;? France, D.S. 1975* The Geology of the Indefatigable Gas-Field 233-2397 Petroleum and the continental shelf of northwest Europe Woodland, A.W. London Applied Science Publications Petroleum Geology UK North Sea Permian 169 internal-pdf://France (1975)-2883766533/France (1975).pdf ? Gray, I. 1975 Viking Gas-Field 241-2477 Petroleum and the continental shelf of northwest Europe Woodland, A.W. London Applied Science Publications Petroleum Geology UK North Sea Permian 175 internal-pdf://Gray (1975)-1374184965/Gray (1975).pdf@ ? Hancock, J.M.
Scholle, P.A. 1975 Chalk of the North Sea 413-4277 Petroleum and the continental shelf of northwest Europe Woodland, A.W. London Applied Science Publications Geology North Sea
Cretaceous 31M internal-pdf://Hancock & Scholle(1975)-0367817221/Hancock & Scholle(1975).pdfk? ! Howitt, F.
Aston, E.R.
Jacque, M. 19755 The occurrence of Jurassic Volcanics in the North Sea 379-3877 Petroleum and the continental shelf of northwest Europe Woodland, A.W. London Applied Science Publications Structural Geology UK North Sea Jurassic 28G internal-pdf://Howitt et al. (1975)-0888352261/Howitt et al. (1975).pdf 6?
Johnson, R.J. 1975) The Base of the Cretaceous : A Discussion 389-4027 Petroleum and the continental shelf of northwest Europe Woodland, A.W. London Applied Science Publications Geology UK North Sea
Cretaceous 29; internal-pdf://Johnson (1975)-2113349893/Johnson (1975).pdf Y? Krey, T.
Marschall, R. 1975) Undershooting Salt-domes in the North Sea 265-2737 Petroleum and the continental shelf of northwest Europe Woodland, A.W. London Applied Science Publications Structural Geology UK North Sea Permian 19M internal-pdf://Krey & Marschall (1975)-2096846085/Krey & Marschall (1975).pdf< ? Pennington, J.J. 1975 The Geology of the Argyll Field 285-2937 Petroleum and the continental shelf of northwest Europe Woodland, A.W. London Applied Science Publications Petroleum Geology UK North Sea Permian 21A internal-pdf://Pennington (1975)-4060137990/Pennington (1975).pdfU? Rhys, G. H. 1975N A proposed standard lithostratigraphic Nomenclature for the Southern North Sea 151-1637 Petroleum and the continental shelf of northwest Europe Woodland, A.W. London Applied Science Publications Stratigraphy UK North Sea Generic 105 internal-pdf://Rhys (1975)-2248795910/Rhys (1975).pdfg? Taylor, J.C.M.
Colter, V.S. 1975? Zechstein of the English sector of the Southern North Sea Basin 249-2637 Petroleum and the continental shelf of northwest Europe Woodland, A.W. London Applied Science Publications Geology UK North Sea Permian 18K internal-pdf://Taylor & Colter (1975)-2030969350/Taylor & Colter (1975).pdf 9? Van Veen, F.R. 1975" The Geology of the Leman Gas-Field 223-2317 Petroleum and the continental shelf of northwest Europe Woodland, A.W. London Applied Science Publications Petroleum Geology UK North Sea Permian 15= internal-pdf://Van Veen (1975)-1226849030/Van Veen (1975).pdf ?
Weibel, R. 1996D Petrified wood from an unconsolidated sediment, Voervadsbro, Denmark 31-41 Sedimentary Geology 101 Stratigraphy Denmark Neogene9 internal-pdf://Weibel (1996)-2502322182/Weibel (1996).pdf? * Williams, J.J.
Conner, D.C.
Peterson, K.E. 1975i The Piper Oil-Field, UK North Sea: a fault-block structure with Upper Jurassic beach-bar reservoir sands. 363-3777 Petroleum and the continental shelf of northwest Europe Woodland, A.W. London Applied Science Publications Petroleum Geology UK North Sea Jurassic 27K internal-pdf://Williams et al. (1975)-2687199750/Williams et al. (1975).pdf A? Kent, P. E. 1975B The tectonic development of Great Britain and the surrounding seas 3-287 Petroleum and the continental shelf of northwest Europe Woodland, A.W. London Applied Science Publications Structural Geology UK Generic 15 internal-pdf://Kent (1975)-0590450438/Kent (1975).pdfH ? Bateman, M.D.
van Huissteden, J. 1999V The timing of last-glacial periglacial and aeolian events, Twente, eastern Netherlands 277-283 Journal of Quaternary Science 14 Stratigraphy Netherlands
Quaternary] internal-pdf://Bateman & Van Huissteden (1999)-1882203392/Bateman & Van Huissteden (1999).pdf ? Boenigk, W. 1978_ Die flußgeschichtliche Entwicklung der Niederrheinischen Bucht im Jungtertiär und Altquartär 1-9 Eiszeitalter und Gegenwart 28 Geology Germany
Quaternary ? Boenigk, W. 1978H Gliederung der altquartären Ablagerungen in der Niederrheinischen Bucht 135-2128 Fortschritte in der Geologie von Rheinland und Westfalen 28 Stratigraphy Germany
? Boenigk, W. 1995K Terrassenstratigraphie des Mittelpleistozän am Niederrhein und Mittelrhein 71-81% Mededelingen Rijks Geologische Dienst 52 Stratigraphy Germany
Quaternary ? Bohncke, S.J.P.
Vandenberghe, J. 1991W Palaeohydrological development in the Southern Netherlands during the last 15,000 years 253-281 Temperate Palaeohydrology& Starkel, L.
Gregory, K.J.
Thomes, J.D.
Chichester Wiley Hydrogeology Netherlands
Quaternary , ? 8 Bohncke, S.J.P.
Vandenberghe, J.
Coope, G.R.
Reiling, R. 1987 Geomorphology and palaeoecology of the Mark Valley (southern Netherlands): palaeoecology, palaeohydrology and climate during the Weichselian Late Glacial 69-58 Boreas 16 Palaeogeography Netherlands
Quaternary ? Buurman, P. 1970, Pollen analyses of the Helvoirt river valley 381-390 Geologie en Mijnbouw 49
Palaeontology Netherlands
Quaternary ? ` Cleveringa, P.
Meijer, T.
Leeuwen, R.J.W. van
Wolf, H. de
Pouwer, R.
Lissenberg, T.
Burger, A.W. 2000l The Eemian stratotype locality at Amersfoort in the central Netherlands: a re-evaluation of old and new data 197-216# Netherlands Journal of Geosciences 79 2/3b biostratigraphy, climate, Eemian stratotype, fauna, flora, lithology, palaeoenvironment, sea level Stratigraphy Netherlands
QuaternaryO internal-pdf://Cleveringa et al. (2000)-3588331792/Cleveringa et al. (2000).pdf ? De Gans, W. 1981 The Drentsche Aa valley system 132 PhD Amsterdam Vrije Universiteit Geology Netherlands
Quaternary -? & De Gans, W.
Beets, D.J.
Centineo, M.C. 2000? Late Saalian and Eemian deposits in the Amsterdam glacial basin 147-160" Netherlands Journal of Geosciences 79 2/3 Stratigraphy Netherlands
QuaternaryI internal-pdf://De Gans et al. (2000)-3169131792/De Gans et al. (2000).pdf? De Jong, J. 1956 De zware mineralen 55-63U Het Jong-Kwartair op de Peelhorst en in de Westelijk van de Horst gelegen Grote Slenk
Burck, H.D.M. Clastic sedimentology: Mededelingen van de Geologische Stichting, Nieuwe Serie 10 Netherlands
Quaternary ;? De Jong, J. 1988 Climatic variability during the past three million years, as indicated by vegetational evolution in northwest Europe and with emphasis on data from the Netherlands 603-6179 Philosophical Transactions of the Royal Society of London B-318 Climate Northwest Europe Neogene ? Eshuis, H.J. 1946: Palynologisch en stratigrafisch onderzoek van de Peelvenen 143 PhD Utrecht Utrecht University Stratigraphy Netherlands
QuaternaryX ? Beets, C.J.
Beets, D.J. 2003 A high resolution stable isotope record of the penultimate deglaciation in lake sediments below the city of Amsterdam, The Netherlands 195-207 Quaternary Science Reviews 22 Glacial Geology Netherlands
QuaternaryG internal-pdf://Beets & Beets (2003)-2100582656/Beets & Beets (2003).pdfb? ) Beets, D.J.
Groot, T.A.M. de
Davies, H.A. 2003 Holocene tidal back-barrier development at decelerating sea-level rise: a 5 millennia record, exposed in the western Netherlands 117-144 Sedimentary Geology 158 Clastic sedimentology Netherlands
QuaternaryE internal-pdf://Beets et al. (2003)-3140990720/Beets et al. (2003).pdf >? & Beets, D.J.
Beets, C.J.
Cleveringa, P. 2006g Age and climate of the late Saalian and early Eemian in the type-area, Amsterdam basin, The Netherlands 876-885 Quaternary Science Reviews 25 Climate Netherlands
QuaternaryE internal-pdf://Beets et al. (2006)-2755317760/Beets et al. (2006).pdf 6? Bos, I.J. 2010{ Architecture and facies distribution of organic-clastic lake fills in the fluviodeltaic Rhine-Meuse system, The Netherlands 339-356 Journal of Sedimentary Research 80 Clastic sedimentology Netherlands
Quaternary3 internal-pdf://Bos (2010)-3627946752/Bos (2010).pdf ? ) Bos, J.A.A.
Bohncke, S.J.P.
Janssen, C.R. 2006f Lake-level fluctuations and small-scale vegetation patterns during the late glacial in The Netherlands 211-238 Journal of Paleolimnology 35 Climate change, Lake-level fluctuations, Late glacial, Macroremains, Plant microfossils, Smallscale vegetation patterns, Transect of sediment cores
Palaeontology Netherlands
Quaternary DOI 10.1007/s10933-005-8517-0A internal-pdf://Bos et al. (2006)-2035137280/Bos et al. (2006).pdf j? ; Bos, J.A.A.
Huisman, D.J.
Kiden, P.
Hoek, W.Z.
Geel, B. van 2005j Early Holocene environmental change in the Kreekrak area (Zeeland, SW-Netherlands): A multi-proxy analysis 259-2891 Palaeogeography, Palaeoclimatology, Palaeoecology 227 Climate Netherlands
QuaternaryA internal-pdf://Bos et al. (2005)-0843639296/Bos et al. (2005).pdf b? T Davies, S.M.
Hoek, W.Z.
Bohncke, S.J.P.
Lowe, J.J.
Pyne-O'Donnell, S.
Turney, C.S.M. 2005@ Detection of Lateglacial distal tephra layers in the Netherlands 123-135 Boreas 34 Clastic sedimentology Netherlands
Quaternary DOI: 10.1080/03009480510012944G internal-pdf://Davies et al. (2005)-1870487552/Davies et al. (2005).pdf }? J Deeben, J.
Hiddink, H.
Huisman, D.J.
Müller, A.
Schokker, J.
Wallinga, J. 2010 Middle Palaeolithic artefact migration due to periglacial processes; a geological investigation into near-surface occurrence of Palaeolithic artefacts (Limburg-Eastern Brabant coversand region, the Netherlands) 35-50" Netherlands Journal of Geosciences 89 1 Archaeological heritage management, Boxtel Formation, Cryoturbation, Middle Palaeolithic, Optical dating, Periglacial conditions, Pleistocene, Roer Valley Graben Geology Netherlands
QuaternaryG internal-pdf://Deeben et al. (2010)-2931935488/Deeben et al. (2010).pdf? ] Donders, T.H.
Kloosterboer-van Hoeve, M.L.
Westerhoff, W.E.
Verreussel, R.M.C.H.
Lotter, A.F. 20076 Late Neogene continental stages in NW Europe revisited 161-186 Earth Science Reviews 85T pollen; Neogene; palaeoclimate; biostratigraphy; lithostratigraphy; fluvial deposits Stratigraphy Netherlands Neogene# doi:10.1016/j.earscirev.2007.06.004I internal-pdf://Donders et al. (2007)-0652632576/Donders et al. (2007).pdf ( ? . Ebbing, J.H.J.
Weerts, H.J.T.
Westerhoff, W.E. 2003@ Towards an integrated land–sea stratigraphy of the Netherlands 1579-1587 Quaternary Science Reviews 22 Stratigraphy Netherlands
QuaternaryG internal-pdf://Ebbing et al. (2003)-1023915009/Ebbing et al. (2003).pdf? Gouw, M.J.P.
Berendsen, H.J.A. 2007 Variability of channel-belt dimensions and the consequences for alluvial architecture: observations from the Holocene Rhine-Meuse delta (The Netherlands) and lower Mississippi valley (U.S.A.) 124-138 Journal of Sedimentary Research 77 Clastic sedimentology Netherlands
Quaternary DOI: 10.2110/jsr.2007.013M internal-pdf://Gouw & Berendsen (2007)-2987208961/Gouw & Berendsen (2007).pdf? 0 Hesselink, A.W.
Weerts, H.J.T.
Berendsen, H.J.A. 2003J Alluvial architecture of the human-influenced river Rhine, The Netherlands 229-248 Sedimentary Geology 161Z Fluvial architecture; Floodplain; Lateral accretion; Overbank sedimentation; Human control Geology Netherlands
QuaternaryM internal-pdf://Hesselink et al. (2003)-2651906817/Hesselink et al. (2003).pdf ? - Hesselink, A.W.
Kleinhans, M. G.
Boreel, G.L. 20067 Historic Discharge Measurements in Three Rhine Branches 140-145 Journal of Hydraulic Engineering\ History; Rivers; Measuring instruments; Discharge measurement; Velocity profile; Netherlands History Netherlands
Quaternary, DOI: 10.1061/(ASCE)0733-9429(2006)132:2(140)M internal-pdf://Hesselink et al. (2006)-3608471041/Hesselink et al. (2006).pdf.? p 0 Hobo, N.
Makaske, B.
Middelkoop, H.
Wallinga, J. 2010` Reconstruction of floodplain sedimentation rates: a combination of methods to optimize estimates 1499-1515% Earth Surface Processes and Landforms 35F floodplain; sedimentation rate; 137Cs dating; heavy metals; OSL dating Clastic sedimentology Netherlands
Quaternary DOI: 10.1002/esp.1986C internal-pdf://Hobo et al. (2010)-2753238529/Hobo et al. (2010).pdf ? G Houtgast, R.F.
Balen, R.T. van
Bouwer, L.M.
Brand, G.B.M.
Brijker, J.M. 2002 Late Quaternary activity of the Feldbiss Fault Zone, Roer Valley Rift System, the Netherlands, based on displaced fluvial terrace fragments 295-315 Tectonophysics 352q Roer Valley Rift System; Feldbiss Fault Zone; Fault displacement rates; Fluvial terraces; Meuse River; Quaternary Structural Geology Netherlands
QuaternaryK internal-pdf://Houtgast et al. (2002)-0203352833/Houtgast et al. (2002).pdf ? ( Houtgast, R.F.
Balen, R.T. van
Kasse, C. 2005 Late Quaternary evolution of the Feldbiss Fault (Roer Valley Rift System, the Netherlands) based on trenching, and its potential relation to glacial unloading 491-510 Quaternary Science Reviews 24 Structural Geology Netherlands
QuaternaryK internal-pdf://Houtgast et al. (2005)-2233666817/Houtgast et al. (2005).pdf ? Kasse, C. 1997 Cold-Climate Aeolian Sand-Sheet Formation in North-Western Europe (c. 14-12.4 ka); a Response to Permafrost Degradation and Increased Aridity 295-311$ Permafrost and Periglacial Processes 8V cold-climate sand sheet; late Weichselian; vegetation; permafrost degradation; aridity Glacial Geology Northwest Europe
Quaternary7 internal-pdf://Kasse (1997)-2787627521/Kasse (1997).pdf ? 4 Kuhlmann, G.
Boer, P.L. de
Pedersen, R.B.
Wong, T.E. 2004 Provenance of Pliocene sediments and paleoenvironmental changes in the southern North Sea region using Samarium–Neodymium (Sm/Nd) provenance ages and clay mineralogy 205-226 Sedimentary Geology 171S North Sea; Pliocene; Provenance; Paleo-environment; Sm/Nd isotopes; Clay mineralogy Palaeogeography NL North Sea Neogene doi:10.1016/j.sedgeo.2004.05.016K internal-pdf://Kuhlmann et al. (2004)-4198042113/Kuhlmann et al. (2004).pdf 8 ? i Kuhlmann, G.
Langereis, C.G.
Munsterman, D.
Leeuwen, R.J. van
Verreussel, R.
Meulenkamp, J.E.
Wong, T. E. 2006s Chronostratigraphy of Late Neogene sediments in the southern North Sea Basin and paleoenvironmental interpretations 426-4551 Palaeogeography, Palaeoclimatology, Palaeoecology 239b North Sea; Neogene; Paleoenvironment; paleomagnetism; biostratigraphy; chronostratigraphy; X-event Stratigraphy NL North Sea Neogene doi:10.1016/j.palaeo.2006.02.004M internal-pdf://Kuhlmann et al. (2006)2-3996978689/Kuhlmann et al. (2006)2.pdf ? A Makaske, B.
Smeerdijk, D.G. van
Peeters, H.
Mulder, J.R.
Spek, T. 2003 Relative water-level rise in the Flevo lagoon (The Netherlands), 5300-2000 cal. yr BC: an evaluation of new and existing basal peat time-depth data 115-131" Netherlands Journal of Geosciences 82 2i basal peat bed; 14C dates; water level; Sea-level change; tidal amplitude; Flevo lagoon; basin subsidence
Subsidence Netherlands
QuaternaryI internal-pdf://Makaske et al. (2003)-0944209153/Makaske et al. (2003).pdf ? ? Meijer, T.
Cleveringa, P.
Munsterman, D.K.
Verreussel, R.M.C.H. 2006 The Early Pleistocene Praetiglian and Ludhamian pollen stages in the North Sea Basin and their relationship to the marine isotope record 307-310 Journal of Quaternary Science 21 3v Early Pleistocene; Praetiglian; Ludhamian; land–sea correlation; Impagidinium multiplexum; Megayoldia thraciaeformis Stratigraphy Netherlands
Quaternary DOI: 10.1002/jqs.956G internal-pdf://Meijer et al. (2006)-0357342721/Meijer et al. (2006).pdf? Michon, L.
Balen, R.T. van 2005 Characterization and quantification of active faulting in the Roer valley rift system based on high precision digital elevation models 457-474 Quaternary Science Reviews 24 Structural Geology Netherlands
Quaternary# doi:10.1016/j.quascirev.2003.11.009Q internal-pdf://Michon & Van Balen (2005)-2639195649/Michon & Van Balen (2005).pdf ? Overeem, I. 2002: Process-response simulation of fluvio-deltaic stratigraphy 230 Delft Technische Universiteit Delft Stratigraphy
18-03-2002 NL North Sea Neogene; internal-pdf://Overeem (2002)-0056034305/Overeem (2002).PDF? Schokker, J.
Koster, E.A. 2004 Sedimentology and Facies Distribution of Pleistocene Cold-climate Aeolian and Fluvial Deposits in the Roer Valley Graben (Southeastern Netherlands) 1-20$ Permafrost and Periglacial Processes 15[ loess deposits; sand-sheet deposits; periglacial structures; Roer Valley Graben; Quaternary Clastic sedimentology Netherlands
Quaternary DOI: 10.1002/ppp.477O internal-pdf://Schokker & Koster (2004)-0844832769/Schokker & Koster (2004).pdf? ( Schokker, J.
Cleveringa, P.
Murray, A.S. 2004p Palaeoenvironmental reconstruction and OSL dating of terrestrial Eemian deposits in the southeastern Netherlands 193-202 Journal of Quaternary Science 19 2o Eemian interglacial; sedimentology; palaeoecology; optically stimulated luminescence dating; Roer Valley Graben Clastic sedimentology Netherlands
Quaternary DOI: 10.1002/jqs.808K internal-pdf://Schokker et al. (2004)-2438868225/Schokker et al. (2004).pdf? F Schokker, J.
Cleveringa, P.
Murray, A.S.
Wallinga, J.
Westerhoff, W.E. 2005o An OSL dated Middle and Late Quaternary sedimentary record in the Roer Valley Graben (southeastern Netherlands) 2243-2264 Quaternary Science Reviews 24 Clastic sedimentology Netherlands
Quaternary# doi:10.1016/j.quascirev.2005.01.010K internal-pdf://Schokker et al. (2005)-0341930241/Schokker et al. (2005).pdf ? L Schokker, J.
Weerts, H.J.T.
Westerhoff, W.E.
Berendsen, H.J.A.
Otter, C. den 2007m Introduction of the Boxtel Formation and implications for the Quaternary lithostratigraphy of the Netherlands 197-210" Netherlands Journal of Geosciences 86 3} aeolian deposits, Boxtel Formation, fluvial deposits, lithostratigraphy, periglacial deposits, Quaternary, Roer Valley Graben Stratigraphy Netherlands
QuaternaryK internal-pdf://Schokker et al. (2007)-1583619073/Schokker et al. (2007).pdf? Tebbens, L.A.
Veldkamp, A. 2000c Late Quaternary evolution of fluvial sediment composition: a modeling case study of the River Meuse 187-206 Global and Planetary Change 27N forward modeling; long-term fluvial dynamics; Maas; bulk sediment geochemistry Clastic sedimentology Netherlands; Belgium; France
QuaternaryQ internal-pdf://Tebbens & Veldkamp (2000)-1231519745/Tebbens & Veldkamp (2000).pdf ? 8 Tebbens, L.A.
Veldkamp, A.
Dijke, J.J. van
Schoorl, J.M. 2000 Modeling longitudinal-profile development in response to Late Quaternary tectonics, climate and sea-level changes: the River Meuse 165-186 Global and Planetary Change 27H forward modeling; long-term fluvial dynamics; Maas; longitudinal profile Clastic sedimentology Netherlands; Belgium; France
QuaternaryI internal-pdf://Tebbens et al. (2000)-1097527041/Tebbens et al. (2000).pdf ? - Törnqvist, T.E.
Wallinga, J.
Busschers, F.S. 2003u Timing of the last sequence boundary in a fluvial setting near the highstand shoreline—Insights from optical dating 279-282 Geology 31 3E sequence stratigraphy, optical dating, Rhine-Meuse system, Quaternary Stratigraphy Netherlands
QuaternaryO internal-pdf://Toernqvist et al. (2003)-1584415745/Toernqvist et al. (2003).pdf ? 0 Van Asselen, S.
Stouthamer, E.
Asch, Th.W.J. van 2009g Effects of peat compaction on delta evolution: A review on processes, responses, measuring and modeling 35-51 Earth Science Reviews 92U peat compaction; delta evolution; quantifying compaction; numerical compaction models Geology Netherlands Generic# doi:10.1016/j.earscirev.2008.11.001Q internal-pdf://Van Asselen et al. (2009)-1836333313/Van Asselen et al. (2009).pdf? S Van Balen, R.T.
Houtgast, R.F.
Wateren, F.M. van der
Vandenberghe, J.
Bogaart, P.W. 2000m Sediment budget and tectonic evolution of the Meuse catchment in the Ardennes and the Roer Valley Rift System 113-129 Global and Planetary Change 27H sediment budget; neotectonics; Roer Valley Graben; Ardennes; Meuse river Structural Geology Belgium; Netherlands NeogeneM internal-pdf://Van Balen et al. (2000)-3665339905/Van Balen et al. (2000).pdf D ? 2 Van Balen, R.T.
Houtgast, R.F.
Cloetingh, S.A.P.L. 2005( Neotectonics of The Netherlands:a review 439-454 Quaternary Science Reviews 24 Structural Geology Netherlands
Quaternary# doi:10.1016/j.quascirev.2004.01.011M internal-pdf://Van Balen et al. (2005)-3128657665/Van Balen et al. (2005).pdf? Van der Meulen, M.J.
Spek, A.J.F. van der
Lange, G. de
Gruijters, S.H.L.L.
Gessel, S.F. van
Nguyen, B.-L.
Maljers, D.
Schokker, J.
Mulder, J.P.M.
Krogt, R.A.A. van der 2007] Regional Sediment Deficits in the Dutch Lowlands: Implications for Long-Term Land-Use Options 9-16 Journal of Soils and Sediments 7 1 Natural resources Netherlands
Quaternary# doi:10.1016/j.quascirev.2004.01.011W internal-pdf://Van der Meulen et al. (2007)-2978248449/Van der Meulen et al. (2007).pdf ? a Van der Meulen, M.J.
Westerhoff, W.E.
Menkovic, A.
Gruijters, S.H.L.L.
Dubelaar, C.W.
Maljers, D. 2009( Silica sand resources in the Netherlands 147-160" Netherlands Journal of Geosciences 88 3A Netherlands, industrial minerals, silica sand, resource potential Natural resources Netherlands
QuaternaryW internal-pdf://Van der Meulen et al. (2009)-1887944193/Van der Meulen et al. (2009).pdf fF? # Van Dijk, T.A.G.P.
Kleinhans, M. G. 2005W Processes controlling the dynamics of compound sand waves in the North Sea, Netherlands Journal of Geophysical Research 110 Clastic sedimentology NL North Sea Generic F04S10, doi:10.1029/2004JF000173U internal-pdf://Van Dijk & Kleinhans (2005)-3868215297/Van Dijk & Kleinhans (2005).pdf P ? . Van Huissteden, J.
Gibbard, P. L.
Briant, R.M. 2001T Periglacial fluvial systems in northwest Europe during marine isotope stages 4 and 3 75-88 Quaternary International 79 Glacial Geology Northwest Europe
QuaternaryY internal-pdf://Van Huissteden et al. (2001)2-3063202305/Van Huissteden et al. (2001)2.pdf? / Van Huissteden, J.
Schwan, J.C.G.
Bateman, M.D. 2001 Environmental conditions and paleowind directions at the end of the Weichselian Late Pleniglacial recorded in aeolian sediments and geomorphology (Twente, Eastern Netherlands) 1-18" Netherlands Journal of Geosciences 80 2d aeolian features; periglacial features; palaeoclimate;Weichselian; Last Glacial Maximum; Netherlands Glacial Geology Netherlands
QuaternaryW internal-pdf://Van Huissteden et al. (2010)-1357951760/Van Huissteden et al. (2010).pdf? Van Loon, A.J. 2009Y Unravelling the enigmas of the ‘silver sands’ in the Dutch/German/Belgian border area 133-145" Netherlands Journal of Geosciences 88 3O leaching; weathering; heavy-mineral analysis; unlithified sediments; diagenesis Clastic sedimentology Netherlands; Belgium Generic= internal-pdf://Van Loon (2009)-1151209217/Van Loon (2009).pdf ? Wallinga, J.
Bos, I.J. 2010 Optical dating of fluvio-deltaic clastic lake-fill sediments – A feasibility study in the Holocene Rhine delta (western Netherlands) 602-610 Quaternary Geochronology 5W OSL dating; Holocene; Lacustrine; Fluvial; Quartz; Delta; Rhine; Heterogeneous deposits Clastic sedimentology Netherlands
Quaternary doi:10.1016/j.quageo.2009.11.001I internal-pdf://Wallinga & Bos (2010)-1705121281/Wallinga & Bos (2010).pdf? ] Weerts, H.J.T.
Westerhoff, W.E.
Cleveringa, P.
Bierkens, M.F.P.
Veldkamp, J.G.
Rijsdijk, K.F. 2005\ Quaternary geological mapping of the lowlands of The Netherlands, a 21st century perspective 159-178 Quaternary International 133-134 Stratigraphy Netherlands
Quaternary doi:10.1016/j.quaint.2004.10.011G internal-pdf://Weerts et al. (2005)-0732271873/Weerts et al. (2005).pdf H ? ) Florschütz, F.
Anker-Van Someren, A.M.H. 1956- De resultaten van het palynologisch onderzoek 55-63U Het Jong-Kwartair op de Peelhorst en in de Westelijk van de Horst gelegen Grote Slenk
Burck, H.D.M.
Palaeontology: Mededelingen van de Geologische Stichting, Nieuwe Serie 10 Netherlands
Quaternary
p? Gibbard, P.L.
West, R.G.
Zagwijn, W.H.
Balson, P.S.
Burger, A.W.
Funnell, B.M.
Jeffrey, D.H.
Jong, J. de
Kolfschoten, T. van
Lister, A.M.
Meijer, T.
Norton, P.E.P.
Preece, R.C.
Rose, J.
Stuart, A.J.
Whiteman, C.A.
Zalasiewicz, J.A. 1991O Early and early Middle Pleistocene correlations in the southern North Sea Basin 23-52 Quaternary Science Reviews 10 1 Stratigraphy Southern North Se ? Griede, J.W. 1978% Het ontstaan van Frieslands Noordhoek 186 PhD Amsterdam Vrije Universiteit Geology Netherlands
Quaternary 3 |? Heijnens, H.M.L.G.
Tijssen, J.M. 1982 The influence of the development of a weichselian coversandridge on the drainage of a river valley in Noord-Brabant (The Netherlands); a geomorphological and palynological study 191-199 Geologie en Mijnbouw 61 2 Glacial Geology Netherlands"? Huisman, D.J.
Kiden, P. 1998W A geochemical record of Late Cenozoic sedimentation history in the southern Netherlands 277-292 Geologie en Mijnbouw 76 Geochemistry Netherlands CenozoicK internal-pdf://Huisman & Kiden (1998)-3939685945/Huisman & Kiden (1998).pdf ? 7 Huisman, D.J.
Weijers, J.P.
Dijkshoorn, L.
Veldkamp, A. 2000{ Spatial prediction of the variability of Early Pleistocene subsurface sediments in the Netherlands - Part 1: Heavy minerals 373-380" Netherlands Journal of Geosciences 79 49 heavy minerals, mapping, provenance, sediment, subsurface Geology Netherlands
QuaternaryI internal-pdf://Huisman et al. (2000)-1726682896/Huisman et al. (2000).pdf ? 7 Huisman, D.J.
Weijers, J.P.
Dijkshoorn, L.
Veldkamp, A. 2000y Spatial prediction of the variability of Early Pleistocene subsurface sediments in the Netherlands - Part 2: Geochemistry 381-390" Netherlands Journal of Geosciences 79 4+ geochemistry, mapping, sediment, subsurface Geochemistry Netherlands
QuaternaryK internal-pdf://Huisman et al.2 (2000)-1340955920/Huisman et al.2 (2000).pdf ? Kasse, C. 1988d Early-Pleistocene tidal and fluviatile environments in the southern Netherlands and northern Belgium 190 PhD Amsterdam Vrije Universiteit Stratigraphy Netherlands; Belgium
Quaternary ? Kasse, C. 1997D Late Pleniglacial and Late Glacial aeolian phases in The Netherlands 61-82 GeoArchaeoRhein 3 Glacial Geology Netherlands
Quaternary ?
Kooi, H. 1997g Contribution of tectonics, isostasy and natural compaction to vertical land movement in the Netherlands 52 Rapportnummer MDGAP-9770" Meetkundige Dienst Rijkswaterstaat
Subsidence Netherlands Generic ? Krook, L. 1993* Heavy minerals in the Belvédère deposits 25-30% Mededelingen Rijks Geologische Dienst 47 Clastic sedimentology Netherlands
Quaternary ? Kuyl, O.S.
Bisschops, J.H. 1969 Le loess aux Pays-Bas 101-104T Supplément au Bulletin de l’Association française pour l’étude du Quaternaire Clastic sediment ?
Lorié, J. 1907- De voorgestelde eenheid van het IJstijdvak II 71-94U Tijdschrift van het Koninklijk Nederlandsch Aardrijkskundig Genootschap, Tweede Serie 24 Glacial Geology Netherlands
Quaternary ? Maarleveld, G.C. 1976e Periglacial phenomena and the mean annual temperature during the Last Glacial time in the Netherlands 57-78 Biuletyn Peryglacialny 26 Glacial Geology Netherlands
Quaternary h? Mente, A. 1961[ Het resultaat van een palynologisch onderzoek van een Eemien-afzetting bij Liessel (N.-Br.) 75-78 Geologie en Mijnbouw 40
Palaeontology - D? Moura, M.L.
Kroonenberg, S. B. 1990M Geochemistry of fluvial and eolian sediments in the south-eastern Netherlands 359-373 Geologie en Mijnbouw 69 4 Geochemistry Netherlands
?
Mücher, H.J. 1986b Aspects of loess and loess-derived slope deposits: an experimental and micromorphological approach 267 PhD Amsterdam Universiteit van Amsterdam Clastic sedimentology Generic
QuaternaryK? ! Pissart, A.
Harmand, D.
Krook, L. 1997 L’évolution de la Meuse de Toul à Maastricht depuis le Miocène: corrélations chronologiques et traces des captures de la Meuse Lorraine d’après les minéraux denses 267-284# Géographie physique et Quaternaire 51 Clastic sedimentology Netherlands Neogene ?
Roeleveld, W. 1974W The Groningen coastal area. A study in Holocene geology and low-land physical geography 252 PhD Amsterdam Vrije Universiteit Palaeogeography Netherlands
Quaternary rǽ?
Ruegg, G.H.J. 1983 Periglacial eolian evenly laminated sandy deposits in the Late Pleistocene of NW Europe, a facies unrecorded in modern sedimentological handbooks 455-483 Eolian Sediments and Processes Brookfield, M.E.
Ahlbrandt, T.S. Amsterdam Elsevier Glacial Geology Developments in Sedimentology 38 Northwest Europe
Quaternary 4?
Schwan, J. 1986` The origin of horizontal alternating bedding in Weichselian aeolian sands in northwestern Europe 73-108 Sedimentary Geology 49 1-2 Clastic sedimentology Northwest Europe( ?
Schwan, J. 1987p Sedimentologic characteristics of a fluvial to aeolian succession in Weichselian Talsand in the Emsland (F.R.G.) 273-298 Sedimentary Geology 52 3-4 Clastic sedimentology Germany ?
Schwan, J. 1988` The structure and genesis of Weichselian to Early Holocene aeolian sand sheets in Western Europe 197-232 Sedimentary Geology 55 3-4 Clastic sedimentology Western Eur? - Tebbens, L.A.
Veldkamp, A.
Kroonenberg, S. B. 2000 Natural composition variation of the River Meuse (Maas) suspended load: a 13 ka bulk geochemical record from the upper-Kreftenheye and Betuwe Formations in northern Limburg 391-409" Netherlands Journal of Geosciences 79 4 Geochemistry Netherlands
QuaternaryI internal-pdf://Tebbens et al. (2000)-0364098341/Tebbens et al. (2000).pdf 7 T? Q Törnqvist, T.E.
Wallinga, J.
Murray, A.S.
Wolf, H. de
Cleveringa, P.
Gans, W. de 2000 Response of the Rhine-Meuse system (west-central Netherlands) to the last Quaternary glacio-eustatic cycles: a first assessment 89-111 Global and Planetary Change 27 1-4 Palaeogeography Netherla' ? 1 Törnqvist, T.E.
Weerts, H.J.T.
Berendsen, H.J.A. 1994 Definition of two new members in the upper Kreftenheye and Twente Formations (Quaternary, the Netherlands): a final solution to persistent confusion? 251-264 Geologie en Mijnbouw 72 3 Stratigraphy Netherlands
?
Turner, C. 2000F The Eemian interglacial in the North European plain and adjacent areas 217-231" Netherlands Journal of Geosciences 79 2/3 Glacial Geology Northern Europe
Quaternary9 internal-pdf://Turner (2000)-0481440549/Turner (2000).pdf ?
Van Alphen, J.S.L.J. 1984Q Sedimentologische interpretatie van de afzettingen van de Nuenen-Groep nabij Best 70 Eindrapport 84-0388001 Leidschendam5 Rijksinstituut voor Volksgezondheid en Milieuhygiëne Clastic sedimentology Netherlands
Quaternary ? Van Baren, F.A. 1934P Het voorkomen en de betekenis van kali-houdende mineralen in Nederlandse gronden 118 PhD
Wageningen Landbouwuniversiteit Wageningen Natural resources Netherlands
Quaternary ` ? Van den Berg, M.W.
Hoof, T. van 2001y The Maas terrace sequence at Maastricht, SE Netherlands: evidence for 200 m of late Neogene and Quaternary surface uplift 45-86> River basin sediment systems: archives of environmental change& Maddy, D.
Macklin, M.G.
Woodward, J.C. Lisse Balkema Palaeogeography Netherlands Neogene ? Vandenberghe, J. 1983h Some periglacial phenomena and their stratigraphical position in Weichselian deposits in the Netherlands 97-107 Polarforschung 53 Glacial Geology Netherlands
Quaternary ? Vandenberghe, J. 1993@ Changing fluvial processes under changing periglacial conditions 17-28; Zeitschrift für Geomorphologie Neue Folge, Supplement-Band 88 Glacial Geology Generic
Quaternary/ ? Vandenberghe, J.
Krook, L. 1981Q Stratigraphy and genesis of Pleistocene deposits at Alphen (southern Netherlands) 417-426 Geologie en Mijnbouw 60 3 Stratigraphy Netherlands
T? Vandenberghe, J.
Pissart, A. 19934 Permafrost changes in Europe during the Last Glacial 121-135$ Permafrost and Periglacial Processes 4 2 Glacial Geology Europ ? " Vandenberghe, J.
Broek, P. van den 1982A Weichselian convolution phenomena and processes in fine sediments 299-315 Boreas 11 Clastic sedimentology Netherlands; Belgium
Quaternary , <? ; Vandenberghe, J.
Bohncke, S.J.P.
Lammers, W.
Zilverberg, L. 1987 Geomorphology and palaeoecology of the Mark Valley (southern Netherlands): geomorphological valley development during the Weichselian and Holocene 55-67 Boreas 16 1 Palaeogeography Netherlandsj ? : Vandenberghe, J.
Paris, P.
Kasse, C.
Gouman, M.
Beyens, L. 1984{ Palaeomorphological and -botanical evolution of small lowland valleys - a case study of the Mark valley in Northern Belgium 229-238 Catena 11 2-3 Palaeogeography Bel H? Van der Hammen, T. 1951? Late glacial flora and periglacial phenomena in the Netherlands 71-184 Leidse Geologische Mededelingen 17 Glacial Geology Ph.D. thesis L ? Van der Hammen, T. 19716 The Upper Quaternary stratigraphy of the Dinkel valley 55-214W The Upper Quaternary of the Dinkel valley (Twente, Eastern Overijssel, The Netherlands)! Hammen, T. van der
Wijmstra, T.A. Stratigraphy6 Mededelingen Rijks Geologische Dienst, Nieuwe Serie 22 Netherlands
QuaternaryE7
# Van der Vlerk, I.M.
Florschütz, F. 1953R The palaeontological base of the subdivision of the Pleistocene in the Netherlands 3-58l Verhandelingen van de Koninklijke Nederlandse Akademie van Wetenschappen, Afdeling Natuurkunde, Eerste Reeks 20 2
Palaeontology Netherlands
Quaternary Nederlands? a? Van Dorsser, H.J. 1956( Het landschap van Westelijk Noordbrabant 133 Utrecht Rijksuniversiteit Utrecht Geography Nethe ? Van Huissteden, J. 1990 Tundra rivers of the Last Glacial: sedimentation and geomorphological processes during the Middle Pleniglacial in Twente, Eastern Netherlands 3-138% Mededelingen Rijks Geologische Dienst 44 3 Glacial Geology Netherlands
Quaternary ?
4 Van Huissteden, J.
Valk, L. van der
Vandenberghe, J. 1986L Geomorphological evolution of a lowland valley system during the Weichselian 207-216% Earth Surface Processes and Landforms 11 2 Palaeogeography Netherlands; Belgiu6? Van Leeuwaarden, W. 1982 Palynological and macropalaeobotanical studies in the development of the vegetation mosaic in eastern Noord-Brabant (The Netherlands) during Lateglacial and Early Holocene times 204 PhD Utrecht Universiteit Utrecht
Palaeontology Netherlands
Quaternary ? Van Leeuwen, R.J.W.
Beets, D.
Bosch, J.H.A.
Burger, A.W.
Cleveringa, P.
Harten, D. van
Herngreen, G. F. W.
Kruk, R. W.
Langereis, C.G.
Meijer, T.
Pouwer, R.
Wolf, H. de 2000 Stratigraphy and integrated facies analysis of the Saalian and Eemian sediments in the Amsterdam-Terminal borehole, the Netherlands 161-196" Netherlands Journal of Geosciences 79 2/3 Stratigraphy Netherlands
QuaternaryQ internal-pdf://Van Leeuwen et al. (2000)-1001850917/Van Leeuwen et al. (2000).pdf ? Van Montfrans, H.M. 1971, Palaeomagnetic dating in the North Sea Basin 133 PhD
Amsterdam Universiteit van Amsterdam
Geophysics NL North Sea Generic ? Vink, A.P.A. 1949\ Bijdrage tot de kennis van loess en dekzanden, in het bijzonder van de zuidoostelijke Veluwe 147 PhD
Wageningen Landbouwhogeschool Wageningen Clastic sedimentology Netherlands
Quaternary D F0? Vink, A.P.A.
Sevink, J. 1971% Soils and paleosols in the Lutterzand 165-185W The Upper Quaternary of the Dinkel valley (Twente, Eastern Overijssel, The Netherlands)! Hammen, T. van der
Wijmstra, T.A. Palaeogeography6 Mededelingen Rijks Geologisc ?
Wiggers, A.J. 1956 Korrelgrootteonderzoek 72-80U Het Jong-Kwartair op de Peelhorst en in de Westelijk van de Horst gelegen Grote Slenk
Burck, H.D.M. Clastic sedimentology: Mededelingen van de Geologische Stichting, Nieuwe Serie 10 Netherlands
Quaternary?
Zagwijn, W.H. 1961| Vegetation, climate and radiocarbon datings in the Late Pleistocene of the Netherlands. Part I: Eemian and Early Weichselian 15-450 Mededelingen Geologische Stichting, Nieuwe Serie 14 Glacial Geology Netherlands
Quaternary ?
Zagwijn, W.H. 1973R Pollenanalytic studies of Holsteinian and Saalian beds in the northern Netherlands 139-1563 Mededelingen Rijks Geologische Dienst, Nieuwe Serie 24
Palaeontology Netherlands
Quaternary ?
Zagwijn, W.H. 1974s Vegetation, climate and radiocarbon datings in the Late Pleistocene of the Netherlands. Part II: Middle Weichselian 101-1103 Mededelingen Rijks Geologische Dienst, Nieuwe Serie 25 3 Glacial Geology Netherlands
Quaternary 3?
Zagwijn, W.H. 1975L Indeling van het Kwartair op grond van veranderingen in vegetatie en klimaat 109-114> Toelichting bij de geologische overzichtskaarten van Nederland# Zagwijn, W.H.
Staalduinen, C.J. van Haarlem Rijks Geologische Dienst Stratigraphy Netherlands
Quaternary
8?
Zagwijn, W.H. 1996; An analysis of Eemian climate in western and central Europe 451-469 Quaternary Science Reviews 15 5-6 Climate Central Euro ?
Zagwijn, W.H. 1996Y The Cromerian Complex Stage of the Netherlands and correlation with other areas of Europe 145-172& The Early Middle Pleistocene in Europe
Turner, C. Rotterdam Balkema Stratigraphy Netherlands
Quaternary? 0 Zagwijn, W.H.
Montfrans, H.M. van
Zandstra, J.G. 1971k Subdivision of the Cromerian in the Netherlands; pollen analysis, palaeomagnetism and sedimentary petrology 41-58 Geologie en Mijnbouw 50 Stratigraphy Netherlands
Quaternary ? Zonneveld, J.I.S. 1947V Het Kwartair van het Peelgebied en naaste omgeving (Een sediment petrologische studie) 1-2238 Mededeelingen van de Geologische Stichting, Serie C-VI-3 Stratigraphy Netherlands
Quaternary ? Zonneveld, J.I.S. 1958= Litho-stratigrafische eenheden in het Nederlandse Pleistoceen 31-647 Mededelingen van de Geologische Stichting, Nieuwe Serie 12 Stratigraphy Netherlands
Quaternary ? Zonneveld, J.I.S. 1964 De “Zone van Rosmalen” 490-492 Geologie en Mijnbouw 43 Stratigraphy Netherlands
Quaternary ? Albers, P.C.H. 2005X A Placodontoid jaw fragment from the Lower Muschelkalk of Winterswijk (The Netherlands) 33-36( www.PalArch.nl, vertebrate palaeontology 3 5
Palaeontology A jaw fragment of what was most likely a placodontoid marine reptile has been reported from the Lower Muschelkalk of Winterswijk. The fragment is too small for determination on the species level but the typical tooth replacement of the placodontoid family can just be recognised. The teeth however are far smaller than fitting to any of the known species if not belonging to a juvenile. Netherlands Triassic; internal-pdf://Albers (2005)2-2126058496/Albers (2005)2.pdf O? Albers, P.C.H. 2005l A new specimen of Nothosaurus marchicus with features that relate the taxon to Nothosaurus winterswijkensis 1-7( www.PalArch.nl, vertebrate palaeontology 3 1
Palaeontology A new incomplete skull of Nothosaurus marchicus was found in the Lower Muschelkalk of Winterswijk below the layers in which Nothosaurus winterswijkensis specimens are normally found. Although this skull resembles N. marchicus more closely than it does N. winterswijkensis it has several features which suggest an intermediate position. The specimen shares with N. marchicus, apart from general size, five teeth preceeding the maxillary fangs, the body of the vomer not extending backwards for a greater distance than the longitudinal diameter of the internal naris and the absence of an anteromedial process of the prefrontal. It shares with N. winterswijkensis however that the prefrontal excludes contact between the maxilla and the frontal, the fifth premaxillary fang being distinctly smaller and the jugal entering (or at least almost entering) the orbit. As all other specimens of N. marchicus originate from localities further to the east and the presumed transgression of the Anisian Muschelkalk is from east to west, it is assumed that N. marchicus is an older species than N. winterswijkensis. Phylogenetic interrelationships however have put N. winterswijkensis at a more basal position than N. marchicus, which has now definitively been proven wrong by the stratigraphy of the Winterswijk finds. Netherlands Triassic9 internal-pdf://Albers (2005)-2243650048/Albers (2005).pdf ?! Cohen, K.M. 2010+ Tektoniek beïnvloedt rivieren in Nederland 12-15 Geografie Structural Geology Netherlands
Quaternary7 internal-pdf://Cohen (2010)-1858064384/Cohen (2010).pdf?" & Dekker, L.W.
Booij, A.H.
Ritsema, C.J. 1997W IJzerbanden en ijzerwanden in onze zanden; De samenhang ervan met de stroming van water 29-40
Stromingen 3 2 Hydrogeology In veel podzolgronden komt onder de humusinspoelingshorizont (BZh) plaatselijk een ijzerbandje (BZir) voor (figuur 1). De vorming daarvan hangt samen met een specifiek vochtfront dat optreedt als een slecht doorlatende bodemlaag op een goed doorlatende voorkomt. Op sommige kleine, relatief lage plekken, 'mini-vennetjes: is onder invloed van accumulatie van water en van veengroei het ijzerbandje verplaatst naar de diepere zandondergrond. Daardoor zijn hierin 'ijzerkuipen'gevormd. Van een aantal grotere vennen is bekend dat ze zijn gemarkeerd door verticale ijzerwanden. In dit artikel gaan we nader in op het ontstaan en de verbreiding van deze ijzerlaagjes en hun invloed op de waterbeweging in de grond. Netherlands
QuaternaryG internal-pdf://Dekker et al. (1997)-0818184960/Dekker et al. (1997).pdf ?# ' Donovan, S.K.
Jagt, J.W. M.
Lewis, D.N. 2008 Ichnology of Late Cretaceous echinoids from the Maastrichtian type area (The Netherlands, Belgium) - 1. A healed puncture wound in Hemipneustes striatoradiatus (Leske) 73-76& Bulletin of the Mizunami Fossil Museum 34
Palaeontology Netherlands; Belgium
CretaceousI internal-pdf://Donovan et al. (2008)-3838296832/Donovan et al. (2008).pdfT ?$ Jagt, J.W.M.
Reumer, J.W.F. 2010u An unexpected fossil crinoid from the ‘Kor en Bot’ trawling trips on the Oosterschelde (Zeeland, the Netherlands) 169-172# Netherlands Journal of Geosciences 89 2
Palaeontology Netherlands JurassicG internal-pdf://Jagt & Reumer (2010)-3100303872/Jagt & Reumer (2010).pdf?% Jagt, J.W.M. 2007q A Late Cretaceous gastropod homing scar (possibly ichnogenus Lacrimichnus) from southern Limburg, The Netherlands 19-26 Scripta Geologica 134
Palaeontology Netherlands
Cretaceous5 internal-pdf://Jagt (2007)-1875713536/Jagt (2007).pdf ?& - Klompmaker, A.A.
Berkmortel, B.J.H.M. van den 2007t Earliest Jurassic (Hettangian) psiloceratoid ammonites from a subrosion pipe at Winterswijk, the eastern Netherlands 379-388" Netherlands Journal of Geosciences 86 4R Alsatites; Ammonoidea; Lower Jurassic; Saxoceras; Schlotheimia; Winterswijk quarry
Palaeontology, A small faunule of fragmentary Hettangian (earliest Jurassic) psiloceratoid ammonites collected from dark-coloured, clay-rich sediments in a subrosion pipe at Quarry III of the Winterswijk quarry complex is described. The genera Alsatites, Saxoceras and Schlotheimia are determined by comparison to extensive literature on coeval, north German faunas. Taphonomic features are apparent indicating condensation and reworking. Despite this, the portion of the subrosion pipe sediment fill which yielded this material can be dated as middle to late Hettangian. Netherlands Jurassic[ internal-pdf://Klompmaker & Berkmortel (2007)-2211489024/Klompmaker & Berkmortel (2007).pdf?' x Willems, L.
Rodet, J.
Fournier, M.
Massei, N.
Laignel, B.
Dussart-Baptista, L.
Schyns, J.-C.
Dusar, M.
Lagrou, D.
Ek, C. 2005R Genesis of a karst system in the Lower Meuse chalk district (Belgian-Dutch border) 1-66 Proceedings of the International Congres of Speleology Carbonate sedimentology Belgium; Netherlands
CretaceousI internal-pdf://Willems et al. (2005)-3406927617/Willems et al. (2005).pdf '
?(
De Jong, M.L. 2009Z Potential gas shales in the Netherlands: research for source rocks and exploration methods 74 Master Amsterdam Vrije Universiteit Natural resources
09-04-2009 Netherlands Generic; internal-pdf://De Jong (2009)-0588650497/De Jong (2009).pdf s ^?) 6 Oosterink, H.W.
Simon, Th.
Hagdorn, H.
Winkelhorst, H. 2006W A subrosion pipe fill in the Lower Muschelkalk, Winterswijk Quarry, Eastern Netherlands 293-297" Netherlands Journal of Geosciences 85 4q Subrosion pipe; Triassic; Lower Muschelkalk; Zechstein Salinar; Röt Salinar; Winterswijk quarry; the Netherlands
Diagenesis In the ‘Winterswijksche Steen- en Kalkgroeve’, situated in the eastern Netherlands, Lower Muschelkalk limestones are quarried. A ca. 30 m wide area in the quarry face showing fragmented rock material in chaotic accumulation in between stratified Muschelkalk sediments was interpreted until now to be the result of karstification or tectonic fragmentation. The present investigation indicates that it originated as a subrosion pipe fill that formed by continuous upsection collapse which commenced in the Röt gypsum and anhydrite beds more than 200 m below. The pipe fill is dated probably to one of the Quarternary interstadials when these rocks were dissolved by groundwater at even greater depths. Netherlands TriassicM internal-pdf://Oosterink et al. (2006)-4129297409/Oost?*
Rhebergen, F. 2009 Ordovician sponges (Porifera) and other silicifications from Baltica in Neogene and Pleistocene fluvial deposits of the Netherlands and northern Germany 24-37" Estonian Journal of Earth Sciences 58 1H Baltica; Eridanos River; erratics; Ordovician; Porifera; silicifications
Palaeontology Fluvial deposits of Miocene to Early Pleistocene age in Germany and the Netherlands were laid down in the delta of the Eridanos River System, but the exact provenance of this material continues to be a subject of discussion. The aim of the present study is twofold. Firstly, a comparison of Ordovician sponges in these deposits with those from northern Estonia and the St Petersburg region (Russia) demonstrates that these erratics originated from the drainage area of the Pra Neva, a tributary of the Eridanos. Secondly, the importance of Late Ordovician silicified boulders, which yield forms of preservation that are unknown in comparable fossils, preserved in situ, is outlined. Some recommendations for future studies are made. Netherlands; Germany
Ordovician doi:10.3176/earth.2009.1.03? internal-pdf://Rhebergen (2009)-1747222785/Rhebergen (2009).pdf ?+ Schneider, S.
Heissig, K. 2005b An early seal (Mammalia, Pinnipedia) from the Middle Miocene (Langhian) of Miste (The Netherlands) 151-158 Scripta Geologica 129< Miophoca; Pinnipedia; Middle Miocene; Miste; The Netherlands
Palaeontology7 A single, upper premolar tooth of a seal from the Miste mollusc bed (Miocene, middle Langhian: The Netherlands) is determined as an upper P3 of Miophoca cf. vetusta Zapfe. Fossils of this species and genus have to date only been reported from the Late Badenian (uppermost Langhian) of the Central Paratethys, at “Neudorf-Sandberg” (Devínská Nová Ves, Slovakia). This latter locality, however, is some two million years younger than the Miste Bed. The tooth from Miste represents the first evidence for the presence of the genus Miophoca in the North Sea Basin. Netherlands NeogeneS internal-pdf://Schneider & Heissig (2005)-0103373825/Schneider & Heissig (2005).pdf l ?, % Van Balen, R.T.
Kasse, K.
Edelman, D. 2003 De Gilze-Rijen breuk bij Tilburg 81-85 Grondboor & Hamer 5 Structural Geologyo Afgelopen zomer is door de Tilburgsche Waterleiding-Maatschappij (TWM) een sleuf gegraven over de Gilze-Rijen breuk. Deze breuk ligt aan de zuidwestrand van een groot dalingsgebied in Zuid-Nederland, de Roerdal Slenk. Andere, meer bekende breuken behorende tot dit dalingssysteem zijn de Peelrand Breuk bij Roermond en Uden, en de Feldbiss Breuk bij Bree, Born en Sittard. De afgelopen jaren zijn er verschillende sleuven gegraven door Nederlandse, Belgische en Duitse onderzoekers over sommige delen van deze breuken (zie www.geo.vu.nl/~quageo), met als hoofddoel de aardbevingsgeschiedenis van de breuken vast te stellen. Netherlands GenericM internal-pdf://Van Balen et al. (2003)-3677171713/Van Balen et al. (2003).pdf?-
' Walaszczyk, I.
Jagt, J.W.M.
Keutgen, N. 2010 The youngest Maastrichtian ‘true’ inoceramids from the Vijlen Member (Gulpen Formation) in northeast Belgium and the Aachen area (Germany) 147-167# Netherlands Journal of Geosciences 89 2K Bivalvia; Inoceramidae; Maastrichtian; Maastrichtian type area; correlation
Palaeontology Belgium; Germany
CretaceousM internal-pdf://Walaszcyk et al. (2010)-1311842305/Walaszcyk et al. (2010).pdf ^ GenericQ internal-pdf://Scotese & McKerrow (1990)-3819115811/Scotese & McKerrow (1990).pdf S
GenericG internal-pdf://Laenen et al. (2004)-2997529635/Laenen et al. (2004).pdf ? # Jones, N.
Holliday, D.
McKervey, J. 2011 Warwickshire Group (Pennsylvanian) red-beds of the Canonbie Coalfield, England–Scotland border, and
their regional palaeogeographical implications 50-77 Geological Magazine 148 1> Canonbie, Carboniferous, red-beds, correlation, sedimentology. Clastic sedimentology UK
CarboniferousE internal-pdf://Jones et al. (2011)-3940608035/Jones et al. (2011).pdf 7 R@? Maher, H.D.
Braathen, A. 2011_ Løvehovden fault and Billefjorden rift basin segmentation and development, Spitsbergen, Norway 154-170 Geological Magazine 148 1M Svalbard, Carboniferous, Billefjorden, rift, fault-propagation, Minkinfjellet Stratigraphy Norway
CarboniferousM int d? Erikson, M.
Frisk, A. 2011P Polychaete palaeoecology in an early Late Ordovician marine astrobleme of Sweden 269-287 Geological Magazine 148 2b pala ?. ) Agarwal, R.G.
Al-Hussainy, R.
Ramey, H.J. 19650 The Importance of Water Influx in Gas Reservoirs 1336-1342 Journal of Petroleum Geology November Engineering Geology Generic GenericI internal-pdf://Agarwal et al. (1965)-2654872833/Agarwal et al. (1965).pdf 0x?3 TNO-NITG 1991> Explanation to Map Sheet II: Ameland-Leeuwarden + Map Sheet II 87C Geological Atlas of the Subsurface of the Netherlands (1 : 250 000) HaarlemL Netherlands Institute of Applied Geoscience TNO - National Geological Survey Geology 4l?F TNO-NITG 2004? Explanation to Map Sheet IX: Harderwijk-Nijmegen + Map Sheet IX 123C Geological Atlas of the Subsurface of the Netherlands (1 : 250 000) UtrechtL Netherlands Institute of Applied Geoscience TNO - National Geological Survey Geolog ?: Faase, P.E. 2002f De ontdekking van de ondergrond - Anderhalve eeuw toegepast geowetenschappelijk onderzoek in Nederland 152 Utrecht9 Nederlands Instituut voor Toegepaste Geowetenschappen TNO History Netherlands Generic /?2 TNO-NITG 1991> Explanation to Map Sheet I: Vlieland-Terschelling +Map Sheet I 77C Geological Atlas of the Subsurface of the Netherlands (1 : 250 000) HaarlemL Netherlands Institute of Applied Geoscience TNO - National Geological Survey Geology .?4 TNO-NITG 1995C Explanation to Map Sheet III: Rottumeroog-Groningen + Map Sheet III 113C Geological Atlas of the Subsurface of the Netherlands (1 : 250 000) HaarlemL Netherlands Institute of Applied Geoscience TNO - National Geological Survey Geolog .?5 TNO-NITG 1993< Explanation to Map Sheet IV: Texel-Purmerend + Map Sheet IV 127C Geological Atlas of the Subsurface of the Netherlands (1 : 250 000) HaarlemL Netherlands Institute of Applied Geoscience TNO - National Geological Survey Geolo 1?6 TNO-NITG 19936 Explanation to Map Sheet V: Sneek-Zwolle + Map Sheet V 126C Geological Atlas of the Subsurface of the Netherlands (1 : 250 000) HaarlemL Netherlands Institute of Applied Geoscience TNO - National Geological Survey Geology 2L?7 TNO-NITG 2000= Explanation to Map Sheet VI: Veendam-Hoogeveen + Map Sheet VI 152C Geological Atlas of the Subsurface of the Netherlands (1 : 250 000) UtrechtL Netherlands Institute of Applied Geoscience TNO - National Geological Survey Geology 93 2?8 TNO-NITG 2002l Explanation to Map Sheets VII and VIII: Noordwijk-Rotterdam and Amsterdam-Gorinchem + Map Sheet VII and VIII 135C Geological Atlas of the Subsurface of the Netherlands (1 : 250 000) UtrechtL Netherlands Institute of Applied Geoscience TNO - National Geological Survey1+ 6D?1 TNO-NITG 2001d Explanation to Map Sheets XIII and XIV: Breda-Valkenswaard and Oss-Roermond + Map Sheet XIII and XIVC Geological Atlas of the Subsurface of the Netherlands (1 : 250 000) UtrechtL Netherlands Institute of Applied Geoscience TNO - National Geological Survey Geo 5?/ TNO-NITG 1998< Explanation to Map Sheet X: Almelo-Winterswijk + Map Sheet X 134C Geological Atlas of the Subsurface of the Netherlands (1 : 250 000) HaarlemL Netherlands Institute of Applied Geoscience TNO - National Geological Survey Geology 7?9 TNO-NITG 1999> Explanation to Map Sheet XV: Sittard-Maastricht + Map Sheet XV 127C Geological Atlas of the Subsurface of the Netherlands (1 : 250 000) UtrechtL Netherlands Institute of Applied Geoscience TNO - National Geological Survey Geology ?; NITG 2004? Geological Atlas of the Subsurface of the Netherlands - onshore 104 Utrecht/ Netherlands Institute of Applied Geoscience TNO Stratigraphy Netherlands Generic ?< / Rondeel, H.E.
Batjes, D.A.J.
Nieuwenhuijs, W.H. 1996, Geology of gas and oil under the Netherlands 284> Royal Geological and Mining Society of the Netherlands - KNGMG Dordrecht Kluwer Academic Publishers Petroleum G ?= ' Transactions of the Jubilee Convention, 1963) Geology and mining in the Netherlands (1) 179 21R Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap History Neth ?> ' Transactions of the Jubilee Convention, 1963) Geology and mining in the Netherlands (2) 280 21 (2)R Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap History Neth 8?? - Visser, W.A.
Zonneveld, J.I.S.
Loon, van A.J. 1987G Seventy-five years of geology and mining in the Netherlands (1912-1987) 336 The Hague> Royal Geological and Mining Society of the Netherlands (KNGMG) History Nethe ?@ j
Zagwijn, W.H. 2004T Berkhey's Treatise on the Grounds of Holland (1771): geology before the term existed 1-32$ Dutch pioneers of the Earth sciences Touret, J.L.R.
Visser, R.P.W. Amsterdam5 Royal Netherlands Academy of Arts and Sciences (KNAW) History Neth?A Glennie, K.W.
Underhill, J.R. 19986 Origin, development and evolution of structural styles 42-84F Petroleum Geology of the North Sea: Basic Concepts and Recent Advances
Glennie, K.W. Oxford Blackwell Science Ltd. Structural Geology North Sea Generic D? Piske, J
Karnin, W.D 1999Z The Zechstein off-platform highs - an unconventional HC play in the southern Permian basin EAGE 2 Helsinki Structural Geology Western Europe Permian ? Piske, J.
Rasch, H.J. 1998 Gesetzmäßigkeiten der Erdöl- und Erdgasverteilung in Lagerstätten des Ca2 am Südrand des Zechsteinbeckens (Plattformhang, Karbonatsandbarre) 255-286 Geologisches Jahrbuch A149 Petroleum Geology Europe Permian * ?C Rijkers, R.H.B.
Geluk, M.C. 1996? Sedimentary and structural history of the Texel-IJsselmeer High 265-284, Geology of gas and oil under the Netherlands/ Rondeel, H.E.
Batjes, D.A.J.
Nieuwenhuijs, W.H. Dordrecht Kluwer Academic PubliNC ?D Underhill, J.R.
Partington, M.A. 1993k Jurassic thermal doming and deflation in the North Sea: implications of the sequence stratigraphic evidence 337-345I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London Geological Society Stratigraphy North SeaL3
4?E 5 Ahrendt, H.
Ribbert, K.H.
Vanguestaine, M.
Wemmer, K. 2001 K-Ar and acritarch dating of phyllite clasts from a resedimented Middle Devonian conglomerate in the northwestern part of the Rhenish Slate Mountains 365-3773 Zeitschrift der Deutschen Geologischen Gesellschaft 152 Stratigr ?F
André, L. 1991y Guidebook to the excursion on the stratigraphy and magmatic rocks of the Brabant Massif, Belgium. 2. Caledonian magmatism 315-323q Proceedings of the International Meeting on the Caledonides of the Midlands and the Brabant Massif, Brussels 1989 1145 André, L.
Herbosch, A.
Vanguestaine, M.
Verniers, J./ Annales de la Société Géologique de Belgique Magmatism B=?G André, L.
Deutsch, S. 1984 Les porphyres de Quenast et de Lessines: géochronologie, géochimie isotopique et contribution au problème de l’âge du socle précambrien du Massif du Brabant (Belgique) 375-384+ Bulletin de la Société Belge de Géologie 93 Petrology Belgium Precambrian5 ?H # André, L.
Hertogen, J.
Deutsch, S. 1986] Ordovician-Silurian magmatic provinces in Belgium and the Caledonian orogeny in middle Europe 879-882 Geology 14 10 Magmatism Belgium; Europ ?I ) Bless, M. J. M.
Bouckaert, J.
Paproth, E. 19810 Visé - Puth: stimulant for further exploration? 291-296/ Annales de la Société Géologique de Belgique 104 Petroleum Geo 8p?J Chadwick, R.A. 1993. Aspects of basin inversion in southern Britain 311-322! Journal of the Geological Society 150 2 Structural Geology ?K Clausen, C.-D.
Leuteritz, K. 1982d Stratigraphie, Fazies und Alterstellung der paläozoischen Sedimenten der Bohrung Soest-Erwitte 1/1a 99-1438 Fortschritte in der Geologie von Rheinland und Westfalen 30 Stratigraphy 78?L Cocks, L. R. M. 2000( The Early Palaeozoic geography of Europe 1-10! Journal of the Geological Society 157 1 Palaeogeography Europe?M $ Conil, R.
Lys, M.
Ramsbottom, W.H.C. 1981Q Contribution à l’étude des foraminifères du Dinantien d’Europe occidentale 255-275C Mémoires de l’Institut géologique de l’Université de Louvain 31
Palaeontology Western Europe
Carboniferous q ?Q & Debacker, T.
Sintubin, M.
Verniers, J. 2001~ Large-scale slumping deduced from structural and sedimentary features in the Lower Palaeozoic Anglo-Brabant fold belt, Belgium 341-352! Journal of the Geological Society 158 2 Clastic sedimentology Belgium
:?O 3 Dallmeyer, R.D.
Giese, U.
Glasmacher, U.
Pickel, W. 1999l First 40Ar/39Ar age constraints for the Caledonian evolution of the Trans-European Suture Zone in NE Germany 279-290! Journal of the Geological Society 156 2 Struct ?P Debacker, T. 2001X Palaeozoic deformation of the Brabant Massif within eastern Avalonia: how, when and why? Unpublished PhD Gent Gent University Structural Geology Belgium; UK
Palaeozoic ?R 1 Everaerts, M.
Poitevin, C.
Vos, W. de
Sterpin, M. 1996e Integrated geophysical/geological modelling of the western Brabant Massif and structural implications 41-592 Bulletin van de Belgische Vereniging voor Geologie 105 Structural Geology Belgium
PalaeozoicT ?T Giese, U.
Katzung, G.
Walter, R. 1994~ Detrital composition of Ordovician sandstones from the Rügen boreholes: implications for the evolution of the Tornquist Ocean 293-308 Geologische Rundschau 83 Clastic sedimentology Germany
OB ?U ( Johnson, J.G.
Klapper, G.
Sandberg, C.A. 1986H Late Devonian eustatic cycles around the margin of the Old Red Continent 141-147/ Annales de la Société Géologique de Belgique 109 Clastic sedimentology Europe D ?V 4 Katzung, G.
Gieske, U.
Walter, R.
Winterfeld, C. von 1993% Rügen Caledonides, northeast Germany 725-730 Geological Magazine 130 Structural Gel ?W
Kockel, F. 1998 Geotektonischer Atlas von Nordwest-Deutschland. Die paläogeographische und strukturelle Entwicklung Nordwestdeutschlands, Band 2, Die kaledonische Ära, die varistische Ära, das Rotliegend 82 Unpublished report 115557 Hannover2 Bundesanstalt für Geowissenschaften und Rohstoffe Palaeogeography Germany
Palaeozoic ?X 7 Lee, M.
Pharaoh, T.
Williamson, J.
Green, C.
Vos, W. de 1993Y Evidence of the deep structure of the Anglo-Brabant Massif from gravity and magnetic data 575-582 Geological Magazine 130 Structural Geology UK; Belgium
Palaeozoic j K ?Z % Mansy, J.L.
Everaerts, M.
De Vos, W. 1999 Structural analysis of the adjacent Acadian and Variscan fold belts in Belgium and northern France from geophysical and geological evidence 99-116 Tectonophysics 309 1-4 Structural Geology Belgium; Fran ?[ Marshall, J.E.A.
Hewett, A.J. 2003 Devonian 65-81M The Millennium Atlas: Petroleum Geology of the Central and Northern North Sea, Evans, D.
Graham, C.
Armour, A.
Bathurst, P. London Geological Society Stratigraphy North Sea Generic 0?\ Mathes-Schmidt, M.
Elfers, H. 1998p Mikrofazielle Untersuchungen im Unterkabon (Visé) und tieferen Oberkarbon (Namur A) der Bohrung Schwalmtal 1001 439-4578 Fortschritte in der Geologie von Rheinland und Westfalen 37 Stratigraphy Ge ?] McKerrow, W.S. 1988R Wenlock to Givetian deformation in the British Isles and the Canadian Appalachians 437-448! The Caledonian-Appalachian Orogen 38 Harris, A.
Fettes, D.& Geological Society Special Publication Structural Geology
UK; Canada
Palaeozoic ?^ ) McKerrow, W.S.
Mac Niocaill, C.
Dewey, F. 2000 The Caledonian orogeny redefined 1149-1154! Journal of the Geological Society 157 6 Structural Geology Europe
Pal?` Poty, E. 1982 Paléokarst et brèches d’effondrement dans le Frasnien moyen des environs de Visé. Leur influence dans la paléogéographie dinantienne 315-337/ Annales de la Société Géologique de Belgique 105 Palaeogeography Belgium
Carboniferous 0?a Scotese, C.R.
McKerrow, W.S. 1990# Revised world maps and introduction 1-21% Geological Society of London, Memoirs 12 Palaeogeography GenericY ?b Servais, T.
Fatka, O. 1997 Recognition of the Trans-European Suture Zone (TESZ) by the palaeogeographical distribution pattern of early to middle Ordovician acritarchs 617-625 Geological Magazine 134 5 Palaeogeography Europe
?c Sintubin, M. 1997o Structural implications of the aeromagnetic lineament geometry in the Lower Palaeozoic Brabant Massif (Belgium) 165-168 Aardkundige Mededelingen 8 Structural Geology Belgium
Palaeozoic ?d Streel, M.
Loboziak, S. 1987 Nouvelle datation par miospores du Givétien-Frasnien des sédiments non marins du sondage de Booischot (Bassin de Campine, Belgique) 99-106+ Bulletin de la Société Belge de Géologie 96 Stratigraphy Belgium DevonianO ?e t Torsvik, T.H.
Smethurst, M. A.
Meert, J.G.
Voo, R. van der
McKerrow, W.S.
Brasier, M.D.
Sturt, B.A.
Walderhaug, H.J. 1996k Continental break-up and collision in the Neoproterozoic and Palaeozoic – A tale of Baltica and Laurentia 229-258 Earth Science Reviews 40 3-4 Palaeogeography Europe Neoproterozoi F?f ) Van Adrichem Boogaert, H.A.
Kouwe, W.F.P. 1994w Stratigraphic nomenclature of The Netherlands; revision and update by RGD and NOGEPA, Section B, Devonian and Dinantian% Mededelingen Rijks Geologische Dienst 50 Stratigraphy Netherlands Generic# x?g Verniers, J.
Grootel, G. van 19915 Review of the Silurian in the Brabant Massif, Belgium 163-193/ Annales de la Société Géologique de Belgique 114 Stratigraphy Belgium 7 ?h Verniers, J.
Herbosch, A.
Vanguestaine, M.
Geukens, F.
Delcambre, B.
Pingot, J.L.
Belanger, I.
Hennebert, M.
Debacker, T.
Sintubin, M.
Vos, W. de 2001? Cambrian-Ordovician-Silurian lithostratigraphic units (Belgium) 5-38 Geologica Belgica 4 1 Stratigraphy Belgium Cambrian; Ordovi ?i Wolburg, J. 1963; Das Unterkarbon- und Devonprofil der Bohrung Münsterland-1 517-7408 Fortschritte in der Geologie von Rheinland und Westfalen 11 Stratigraphy Germany Dev ?j Wolburg, J. 1970= Zur Paläographie des Unterkarbons und Namurs im Münsterland 735-740< Neues Jahrbuch für Geologie und Paläontologie, Monatshefte 12 Stratigraphy Germany
Carboniferous l?k Woodcock, N.H. 19913 The Welsh, Anglian and Belgian Caledonides compared 5-17/ Annales de la Société Géologique de Belgique 114 Geology UK; Be ?l Woodcock, N.H.
Pharaoh, T.C. 1993# Silurian facies beneath East Anglia 681-690 Geological Magazine 130 Stratigraphy UK Silurian7 ?m " Amiri-Garroussi, K.
Taylor, J.C.M. 19929 Displaced carbonates in the Zechstein of the UK North Sea 186-196 Marine and Petroleum Geology 9 2 Carbonate se \?n Baird, A. 1993~ An assessment of the reservoir potential of the Zechstein of the P and Q Quadrants and adjacent onshore areas, the Netherlands Surrey, Stratigraphic Services International Limited Petroleum Geolo>?o $ Baldschuhn, R.
Frisch, U.
Kockel, F. 1996] Geotektonischer Atlas von NW-Deutschland / Tectonic Atlas of NW-Germany 1 : 300.000. 17 parts Hannoverl Bundesanstalt für Geowissenschaften und Rohstoffe / Federal Institute for Geosciences and Natural Resources Structural Geology Germany Generic ?p $ Baldschuhn, R.
Frisch, U.
Kockel, F. 1998A Der Salzkeil, ein strukturelles Requisit der saxonischen Tektonik 59-693 Zeitschrift der Deutschen Geologischen Gesellschaft 149 Structural Geology Germany Generic ?r Best, G. 1989P Die Grenze Zechstein-Buntsandstein in Nordwestdeutschland nach Bohrlochmessungen 73-853 Zeitschrift der Deutschen Geologischen Gesellschaft 140 Stratigraphy Germany Permian, Triassic G?s Fisher, M.J.
Mudge, D.C. 1998 Triassic 212-244F Petroleum Geology of the North Sea: Basic Concepts and Recent Advances
Glennie, K.W. Oxford Blackwell Scientific 4th edition Petroleum Geology North Sea Generic8?t Füchtbauer, H. 1980h Composition and diagenesis of a stromatolitic bryozoan bioherm in the Zechstein 1 (northwestern Germany) 233-2518 The Zechstein Basin with Emphasis on Carbonate Sequences Füchtbauer, H.
Peryt, T. Stratigraphy Contributions to Sedimentology 9 Germany Permian ?u Galloway, W.E. 1989| Genetic stratigraphic sequences in basin analysis I: architecture and genesis of flooding-surface bounded depositional units 125-1425 American Association of Petroleum Geologists Bulletin 73 Stratigraphy Generic Generic ?v
Gast, R.E. 1988& Rifting im Rotliegenden Niedersachsens 115-122 Die Geowissenschaften 6 Structural Geology Germany Permian g ƽ?w
Glennie, K.W. 1997H Recent advances in understanding the southern North Sea Basin: a summary 17-29= Petroleum Geology of the Southern North Sea: Future Potential 123# Ziegler, K.
Turner, P.
Daines, S.R. London Geological Society Petroleum Geology Special Publications Southern North Sea Generic" DOI: 10.1144/GSL.SP.1997. ?x Hilden, H.D. 1988 Geologie am Niederrhein 142 Krefeld* Geologisches Landesamt Nordrhein-Westfalen Geology Germany Generic ?y / International Commission on Stratigraphy (ICS), 2003! International Stratigraphic Chart? International Commission on Stratigraphy (www.stratigraphy.org) Stratigraphy Generic Generic ?z IUGS 20009 Explanatory note to the International Stratigraphic Chart 16 Trondheim* International Union of Geological Sciences Stratigraphy Generic GenericD?{ ' Johnson, H.
Warrington, G.
Stoker, S.J. 1994. Permian and Triassic of the Southern North Sea3 Lithostratigraphic nomenclature of the UK North Sea Knox, R.W.O'B.
Cordey, W.G.
Nottingham British Geological Survey Stratigraphy Southern North Sea Generic ?| Menning, M. 1995X A numerical time scale for the Permian and Triassic periods: an integrated time analysis 77-97 The Permian of Northern Pangea 1+ Scholle, P.A.
Peryt, T.
Ulmer-Scholle, D.S. Berlin Springer-Verlag Stratigra ?~ Richter-Bernburg, G. 19553 Statigraphische Gliederung des Deutschen Zechsteins 593-6453 Zeitschrift der Deutschen Geologischen Gesellschaft 105 Stratigraphy Germany Permian ,? Sørensen, S.
Martinsen, B.B. 1987] A paleogeographic reconstruction of the Rotliegend deposits in the Northeastern Permian Basin 497-508& Petroleum Geology of North-West Europe Brooks, K.
Glennie, K. London Graham & Trotman Stratigraphy Netherlands, Germany Permian S ? ) Stemmerik, L.
Ineson, J.R.
Mitchell, J.G. 2000` Stratigraphy of the Rotliegend Group in the Danish part of the Northern Permian Basin, North Sea 1127-1136! Journal of the Geological Society 157 6 Stratigraphy DK North Sea _? C Strohmenger, C.
Antonini, M.
Jäger, G.
Rockenbauch, K.
Strauss, C. 1996 Zechstein 2 Carbonate reservoir facies distribution in relation to Zechstein sequence stratigraphy (Upper Permian, Germany): an integrated approach 1-35? Bulletin Centres Recherche Exploration-Production Elf Aquitaine 20 Stratigraphy Germany Permian ? $ Sweeney, M.
Turner, P.
Vaughan, D.J. 1987k The Marl Slate: model for the precipitation of calcite, dolomites and sulfides in a newly formed anoxic sea 31-48
Sedimentology 34 1 Carbonate sedimentology UK Generic `? Teichmüller, R. 1957I Ein Querschnitt durch den Südteil des Niederrheinischen Zechsteinbeckens 39-50 Geologisches Jahrbuch 73 Stratigrap a8? Trusheim, F. 1963 Mechanism of salt migration 1519-15405 American Association of Petroleum Geologists Bulletin 44
Evaporit+ ? Vai, G.B. 2003V Development of the palaeogeography of Pangaea from Late Carboniferous to Early Permian 125-1551 Palaeogeography, Palaeoclimatology, Palaeoecology 196 1-2 Palaeogeography Europe Carbonif D? Vejbæk, O.V.
Britze, P. 19948 Geological Map of Denmark 1 : 750,000; Top pre-Zechstein
Map Series 45
Copenhagen Danish Geological Survey Stratigraphy Denmark
Palaeozoic,^?
Wagner, R. 1994 Stratygrafia osadów i roswój basenu Cechsztynskiego na nizu Polskim (Stratigraphy and evolution of the Zechstein basin in the Polish Lowlands) 71 CXLVI) Prace Panstwowego Instytutu Geologicznego (full English translation) Stratigraphy Poland Permian ? Wolf, R. 1985 Tiefentektonik des linksniederrheinischen Steinkohlengebietes. Beiträge zur Tiefentektonik westdeutsche Steinkohlenlagerstätten Krefeld* Geologisches Landesamt Nordrhein-Westfalen Structural Geology Germany
Carboniferous 105-167 ?
Ziegler, M.A. 1989K North German Zechstein facies patterns in relation to their older substrate 105-127 Geologische Rundschau 78
Evaporites Germany ? Beutler, G. 1998 Keuper 45-58g Excursions of the International Symposium on the Epicontinental Triassic, Halle (Saale), September 1998 Beutler, G.
Lerche, I. Stratigraphy@ Halleschesch Jahrbuch für Geowissenschaften, Reihe B, Beiheft ? Beutler, G.
Schüler, F. 1978N Über altkimmerische Bewegungen im Norden der DDR und ihre regionale Bedeutung 403-420+ Zeitschrift für Geologische Wissenschaften 6 Structural
? Beutler, G.
Schüler, F. 1987r Probleme und Ergebnisse der lithostratigraphischen Korrelation der Trias am Nordrand der Mitteleuropäischen Senke 421-436+ Zeitschrift für Geologische Wissenschaften 15 Stratigraphy Central Europe Triassic ? Beutler, G.
Szulc, J. 1999e Die paläeographische Entwicklung des Germanischen Beckens in der Trias und die Verbindung zur Tethys 71-80 Trias - eine ganz andere Welt Hauschke, N.
Wilde, V. München Pfeil Verlag Palaeogeography Germany Triassic ? Boigk, H. 1961G Zur Fazies und Erdgasführung des Buntsandsteins in Nordwestdeutschland 998-1005" Erdol & Kohle, Erdgas, Petrochemie 14 Stratigraphy Germany Triassic ? Brückner-Röhling, S. 1999< Chemocyclicity in the Middle Muschelkalk of Northern Germany 941-952 The Epicontinental Triassic Bachmann, G.H.
Lerche, I. Geochemistry1 Zentralblatt für Geologie und Paläontologie 7-8 Germany Triassic3? ! Dadlez, R.
Marek, S.
Pokorski, J. 1998 Atlas Paleogeograficzny Epikontynentalnego Permu iMesozoiku w Polsce (Paleogeographical Atlas of the Epicontinental Permian and Mesozoic in Poland (1:2,500,000) Warszawa Panstwowy Instytut Geologiczny Stratigraphy Poland Permian, Mesozoic ? Frisch, U.
Kockel, F. 19970 Altkimmerische Bewegungen in Nordwestdeutschland 19-29/ Brandenburgische Geowissenschaftliche Beiträge 4 Palaeogeo p? Frisch, U.
Kockel, F. 19999 Quantification of Early Cimmerian movements in NW Germany 571-600 The Epicontinental Triassic Bachmann, G.H.
Lerche, I. Structural Geology2 Zentralblatt für Geologie und Paläontolog&? Gaertner, H.
Röhling, H.-G. 1993q Zur lithostratigraphischen Gliederung und Paläogeographie des Mittleren Muschelkalks im Nordwestdeutschen Becken 85-103' Muschelkalk, Schöntaler Symposium 1991 Hagdorn, H.
Seilacher, A. Stuttgart Stratigraphy Germany Triassic '? & Goldsmith, P.J.
Rich, B.
Standring, J. 1995O Triassic correlation and stratigraphy in the South Central Graben, UK North Sea 123-1430 Permian and Triassic Rifting in Northwest Europe
Boldy, S.A.R. Stratigraphy) Geological Society Special Publication 91 UK Triassic ? ' Goldsmith, P.J.
Hudson, G.
Veen, P. van 2003 Triassic 105-127M The Millennium Atlas: Petroleum Geology of the Central and Northern North Sea, Evans, D.
Graham, G.
Armour, A.
Bathurst, P. London Geological Society Stratigraphy North Sea Generic| ? E Griffiths, P.A.
Allen, M.R.
Graig, J.
Fitches, W.R.
Whittington, R.J. 1995u Distinction between fault and salt control of Mesozoic sedimentation on the southern margin of the Mid-North Sea High 145-1590 Permian and Triassic Rifting in Northwest Europe
Boldy, S.A.R. Clastic sedimentology) Geological Society Special Publication 91 North Sea Mesozoic' x? * Johnson, H.
Quinn, M.F.
Bulat, J.
Long, D. 1999: Laramide events: Mid North Sea High (UK Quadrants 38 & 39) 171-179I Petroleum Geology of North-West Europe: Proceedings of the 5th Conference Fleet, A.J.
Boldy, S.A.R. London The Geological Society Stratigraphy Nor? Kozur, H. 1999T The correlation of the Germanic Buntsandstein and Muschelkalk with the Tethyan scale 701-725O The Epicontinental Triassic - Zentralblatt für Geologie und Paläontologie 7-8 Bachmann, G.H.
Lerche, I. Stratigraphy Germany Triassic ? Mader, D. 1983O Aeolische und fluviatile Sedimentation im Mittleren Buntsandstein der Nordeifel 254-302= Neues Jahrbuch für Geologie und Paläontologie, Abhandlungen 165 Clastic sedimentology Germany Triassic ~? h Marek, S.
Pajchlowa, M. 1997] Epikontynentalny Perm I Mesozoik w Polsce (The epicontinental Permian and Mesozoic in Poland) 452* Prace Państw ? Müller, G. 1902` Die Lagerungsverhältnisse der unteren Kreide westlich der Ems und die Transgression des Wealden 184-200. Jahrbuch Preussische Geologische Landesanstalt 24 Stratigraphy Western Europe
Cretaceous ? F Oosterink, H.W.
Berkelder, W.
Jong, Ch. de
Lankamp, J.
Winkelhorst, H. 20032 Sauriërs uit de Onder-Muschelkalk van Winterswijk 146' Staringia 11, Grondboor & Hamer 57 (1a)
Palaeontology Netherlands Triassic W ? / Penge, J.
Munns, J.W.
Taylor, B.
Windle, T.M.F. 1999f Rift-raft tectonics: examples of gravitational tectonics from the Zechstein basins of northwest Europe 201-213I Petroleum Geology of North-West Europe: Proceedings of the 5th Conference Fleet, A.J.
Boldy, S.A.R. London The Geological Society Structural GeologD? 8 Pipping, J.C.P.
Carlson, T.
Frikken, H.W.
Vellinga, P.M. 2001 Sedimentary cycles are key to improve reservoir performance in carbonates, Triassic Lower Muschelkalk – De Wijk gas field, The Netherlands. extended abstract P523H 63rd Conference of the European Association of Geoscientists & Engineers Amsterdam Carbonate sedimentology June 2001 Netherlands Permian ? Röhling, H.-G. 1991 A lithostratigraphic subdivision of the Early Triassic in the Northwest German Lowlands and the German Sector of the North Sea, based on Gamma Ray and Sonic Logs 3-23 Geologisches Jahrbuch 119 Stratigraphy Germany; D North Sea Triassic '? Röhling, H.G. 1999d The Quickborn Sandstone – a new stratigraphic unit in the Lower Triassic of the Mid-European Basin 797-812O The Epicontinental Triassic - Zentralblatt für Geologie und Paläontologie 7-8 Bachmann, G.H.
Lerche, I. Stratigraphy Europe Triassic ? Roman, A. 2004 Sequenzstratigraphie und Fazies des Unteren und Mittleren Buntsandsteins im östlichen Teile des Germanischen Beckens (Deutschland, Polen) 144 PhD Halle-Wittemberg University of Halle-Wittemberg Stratigraphy Germany; Poland Triassic X?
Schröder, B. 1982T Entwicklung des Sedimentbeckens und Stratigraphie der klassischen Germanischen Trias 783-794 Geologische Rundschau 71 Stratigraphy Germany `P? Szulc, A. 1999_ Anisian-Carnian evolution of the Germanic basin and its eustatic, tectonic and climatic control 813-852 The Epicontinental Triassic Bachmann, G.H.
Lerche, I. Geology2 Zentralblatt für Geologie und Paläontologie 1998 |? Szulc, A. 2000m Middle Triassic evolution of the northern Peri-Tethys area as influenced by early opening of the Tethys Ocean 1-48& Annales Societatis Geologorum Poloniae 70 1 Palae+ ? D Szurlies, M.
Bachmann, G.H.
Menning, M.
Nowaczyk, N.R.
Käding, K.C. 2003v Magnetostratigraphy and high-resolution lithostratigraphy of the Permian-Triassic boundary interval in Central Germany 263-278# Earth and Planetary Science Letters 212 3-4 Stratigraphy Germany PI |? Trusheim, F. 1971N Zur Bildung der Salzlagerstätten im Rotliegenden und Mesozoikum Mitteleuropas 51 Geologisches Jahrbuch 112 Beihefte Hannover% Preussische Geologische Landesanstalt
Evaporites ? Voigt, T.
Gaupp, R. 2000s Die fazielle Entwicklung an der Grenze zwischen Unteren und Mittleren Buntsandstein im Zentrum der Thüringer Senke 55-71 Beiträge Geologie Thüringen 7 Stratigraphy Germany Triassic ? Wolburg, J. 1961L Sedimentations-Zyklen und Stratigraphie des Buntsandsteins in NW-Deutschland 7-74 Geotektonische Forschungen 14 Stratigraphy Germany Triassic ۬? Wolburg, J. 1967 Zum Wesen der Altkimmerischen Hebung, mit einem Überblick über die Muschelkalk- und Keuper-Entwicklung in Nordwest-Deutschland 1-653 Zeitschrift der Deutschen Geologischen Gesellschaft 119 Structural c<? Wolburg, J. 1969 Die epirogenen Phasen der Muschelkalk und Keuper-Entwicklung in Nordwest-Deutschland, mit einem Rückblick auf den Buntsandstein 1-65 Geotektonische Forschungen 32 Palaeoge6? Barnard, P.C.
Cooper, B.S. 1981+ Oils and source rocks of the North Sea area 169-175b Petroleum Geology of the continental Shelf of North-West Europe: Proceedings of the 2nd Conference Illing, L.V.
Hobson, G.D. London Institute of Petroleum Petroleum Geology North Sea Generic ? Brown, S. 1990 Jurassic 219-2556 Introduction to the Petroleum Geology of the North Sea
Glennie, K.W. Oxford Blackwell Petroleum Geology North Sea Jurassic ? ^ Casey, R.
Allen, P.
Dörhöfer, G.
Gramann, F.
Hughes, N.F.
Kemper, E.
Rawson, P.F.
Surlyk, F. 1975P Stratigraphic subdivision of the Jurassic-Cretaceous boundary beds in NW Germany 4-5 Newsletters on Stratigraphy 4 Stratigraphy Germany Jurassic; Cretaceous T? Faber, F.J. 1946@ De oppervlakte van het Mesozoicum in den Achterhoek en in Twente 105-112 Geologie en Mijnbouw 8 Stratigraphyw 2$ս? " Haq, B.U.
Hardenbol, J.
Vail, P.R. 1988G Mesozoic and Cenozoic chronostratigraphy and cycles of sea-level change 71-108* Sea level changes - an integrated approach 42] Wilgus, C.K.
Hastings, B.S.
Kendall, C.G.St.C.
Posamentier, H.W.
Ross, C.A.
Wagoner, J.C. van SEPM Special publications StratigraphyI Society of Economic Paleontologists and Min? ' Herngreen, G.F.W.
Smit, R.
Wong, Th. E. 19910 Tectonics and stratigraphy of the Vlieland Basin 175-192B Generation, accumulation and production of Europe’s hydrocarbons
Spencer, A.M. Oxford Oxford University Press Stratigraphy Netherlands Mesozoic ? 0 Jensen, T.F.
Holm, L.
Frandsen, N.
Michelsen, O. 1986W Jurassic-Lower Cretaceous lithostratigraphic nomenclature for the Danish Central Trough 65* Danmarks Geologiske Undersøgelse, Serie A 12 Stratigraphy Denmark Jurassic; CretaceousO?
Kemper, E. 1976~ Geologischer Führer durch die Grafschaft Bentheim und die angrenzenden Gebiete mit einem Abriss der emsländische Unterkreide 206 Nordhorn-Bentheim+ Verlag Heimatverein der Grafschaft Bentheim 5th edition Geology Germany
Cretaceous ? Klassen, H. 1984$ Geologie des Osnabrücker Berglandes 672
Osnabrück Naturwissenschaftliches Museum Geology Germany Generic ? > Partington, M.A.
Copestake, P.
Mitchener, B.C.
Underhill, J.R. 1993 Biostratigraphic calibration of genetic stratigraphic sequences in the Jurassic-lowermost Cretaceous (Hettangian-Ryazanian) of the North Sea and adjacent areas 697-706& Petroleum Geology of North-West Europe Parker, J.R. London Graham & Trotman Stratigraphy North Sea Jurassic; Cretaceous 8 ? Rhys, G.H. (compiler) 1974 A proposed standard lithostratigraphic nomenclature for the southern North Sea and an outline for the whole of the (UK) North Sea 14 LondonO Institute of Geological Sciences report 74/8. Her Majesty’s Stationery Office Stratigraphy UK North Sea Generic ? Ten Dam, A.
Reinhold, Th. 1942Y Some foraminifera from the Lower Liassic and the Lower Oolitic of the Eastern Netherlands 8-11" Geologie en Mijnbouw, Nieuwe Serie 9
Palaeontology Netherlands Jurassic ? Anderson, W.F. 1985/ Een geologisch natuurmonument op de Losserse Es 24 Losser Gemeente Losser Geology Netherlands
Quaternary ? Anderson, W.F.
Gonggrijp, G.P. 1975 GEA-objecten van Overijssel 103 Leersum Rijksinstituut voor Natuurbeheer Geology Netherlands Generic d?
Cloetingh, S. 1986T Intraplate stresses: a new tectonic mechanism for fluctuations of relative sea level 617-620 Geology 14 7 Structural Geology Gener O? De Wit, R.G. 1988c De invloed van discontinuiteiten op de grondwaterstroming in de kalksteenformaties van Zuid-Limburg Delft Technische Universteit Delft Afstudeerrapport (Unpublished) Hydrogeology Netherlands
Cretaceous ^? W Dortangs, R.W.
Schulp, A.S.
Mulder, E.W.A.
Jagt, J.W.M.
Peeters, H.H.G.
Graaf, D.Th. de 2002A A large new mosasaur from the Upper Cretaceous of the Netherlands 1-8# Netherlands Journal of Geosciences 81 1
Palaeontology Netherlands
CretaceousK internal-pdf://Dortangs et al. (2002)-1057109265/Dortangs et al. (2002).pdf ? Dumont, A.H. 1849+ Rapport sur la carte géologique du Royaume 351-373[ Bulletin de l'Académie Royale, des Sciences, des Lettres, et des Beaux-Arts de la Belgique 16 11 Stratigraphy Belgium Generic D? Felder, W.M.
Bosch, P.W. 2000 Krijt van Zuid-Limburg Geologie van Nederland 5 Utrecht9 Nederlands Instituut voor Toegepaste Geowetenschappen TNO Geology Netherlands ? D Felder, W.M.
Kraaijenhaage, F.C.
Nillesen, J.H.M.
Rademakers, P.C.M. 1998> De prehistorische vuursteenmijnen van Ryckholt - St. Geertruid 3330 Nederlandse Geologische Vereniging, afd. Limburg
Maastricht Casparie Natural resources Netherlands
Quaternary` ? Hardenbol, J.
Robaszynski, F. 1998$ Introduction to the Upper Cretaceous 329-332> Mesozoic and Cenozoic Sequence Stratigraphy of European Basins 609 Graciansky, P.-C. de
Hardenbol, J.
Jacquin, T.
Vail, P.R. Tulsa StratigraphyI Society of Economic Paleontologists and Mineralogists Special Publication Europe
Cretaceous? R Hardenbol, J.
Thierry, J.
Farley, M.B.
Jacquin, T.
Graciansky, P.-C. de
Vail, P.R. 1998O Mesozoic and Cenozoic sequence chronostratigraphic framework of European basins 3-13> Mesozoic and Cenozoic Sequence Stratigraphy of European Basins 609 Graciansky, P.-C. de
Hardenbol, J.
Jacquin, T.
Vail, P.R. Tulsa StratigraphyI Society of Economic Paleontologists and Mineralogists Special Publication Europe Mesozoic; Cenozoic ? Herngreen, G.F.W. 1998 Palynomorfen
96-99 and 152 Grondboor & Hamer 52
Palaeontology Generic Generic f `? # Hoedemaeker, P.J.
Herngreen, G.F.W. 2003z Correlation of Tethyan and Boreal Berriasian-Barremian strata with emphasis on strata in the subsurface of the Netherlands 253-275 Cretaceous Research 24 3 Stratigraphy Netherlands ? N Jacquin, T.
Rusciadelli, G.
Amedro, F.
Graciansky, P.-C. de
Magniez-Jannin, F. 1998 The North Atlantic cycle: An overview of 2nd-order transgressive/regressive facies cycles in the Lower Cretaceous of Western Europe 397-409> Mesozoic and Cenozoic Sequence Stratigraphy of European Basins 609 Graciansky, P.-C. de
Hardenbol, J.
Jacquin, T.
Vail, P.R. Tulsa StratigraphyI Society of Economic Paleontologists and Mineralogists Special Publication Western Europe
Cretaceous[ ^,? Jagt, J.W.M. 1999 Late Cretaceous-Early Palaeogene echinoderms and the K/T boundary in the southeast Netherlands and northeast Belgium – Part 1: Introduction and stratigraphy 1-57 Scripta Geologica 116
Palaeontology Netherlands; Belgium Cretaceous; Pa ? Kauffman, E.G.
Hart, M.B. 1996 Cretaceous bio-events 285-3127 Global Events and Event Stratigraphy in the Phanerozoic Walliser, O.H. Berlin Springer Stratigraphy Generic
Cretaceous ? D Nijland, T.G.
Dubelaar, C.W.
Hees, R.P.J. van
Linden, T.J.M. van der 2003< De Bentheimer zandsteen: oliereservoirgesteente en bouwsteen 21-25 Grondboor & Hamer 57 Petrology Western Europe
Cretaceous P?
Provincie Limburg, 1989 Grondwaterbeschermingsplan 1989 136
Maastricht Provincie Limburg HydrogeoloL ? Rider, M.
Kroon, D. 2003c Redeposited chalk hydrocarbon reservoirs of the North sea caused by the Chicxulub K-T bolide impact 349-357# Netherlands Journal of Geosciences 82 4 Petroleum Geology North Sea Cretaceous; PalaeogeneI internal-pdf://Rider & Kroon (2003)-3758406161/Rider & Kroon (2003).pdf#? 6 Schiøler, P.
Brinkhuis, H.
Roncaglia, L.
Wilson, G.J. 1997 Dinoflagellate biostratigraphy and sequence stratigraphy of the Type Maastrichtian (Upper Cretaceous), ENCI Quarry, The Netherlands 65-95 Marine Micropaleontology 31 Stratigraphy Netherlands
Cretaceous S X? # Schmitz, B.
Keller, G.
Stenvall, O. 1992 Stable isotope and foraminiferal changes across the Cretaceous-Tertiary boundary at Stevns Klint, Denmark: Arguments for long-term oceanic instability before and after bolide-impact event 233-2601 Palaeogeography, Palaeoclimatology, Palaeoecology 96 3-4
Palaeontology D? H Vandenberghe, N.
Simaeys, S. van
Steurbaut, E.
Jagt, J.W.M.
Felder, P.J. 2004{ Stratigraphic architecture of the Upper Cretaceous and Cenozoic along the southern border of the North Sea Basin in Belgium 155-171# Netherlands Journal of Geosciences 83 3A Sequence stratigraphy, North Sea Basin, Late Cretaceous, Cenozoic Stratigraphy B North Sea Cretaceous; CenozoicS internal-pdf://Vandenberghe et al. (2004)-3708762641/Vandenberghe et al. (2004).pdf * ?
Vermeulen, P.T.M.
Stuurman, R.J. 1996k Landelijke Hydrologische Systeemanalyse. Deelrapport 6. Het gebied ten oosten van de IJssel (Salland, etc.) 127 Report TNO-GG-R-95-91 (B)/ Netherlands Institute of Applied Geoscience TNO Hydrogeology Netherla bd?
VEWIN 19861 Provinciale overzichten win- en produktiemiddelen" Provincie Overijssel en Gelderland Natural res ? Zijlstra, J.J.P. 1994^ Sedimentology of the Late Cretaceous and Early Tertiary (Tuffaceous) Chalk of northwest Europe 192 Geologica Ultraiectina 119 Clastic sedimentology Northwest Europe Cretaceous; Palaeogene ? Aguirre, E.
Pasini, G. 1985! The Pliocene-Pleistocene Boundary 116-120 Episodes 8 Stratigraphy Generic Neogene; Quaternary ^ ? 9 Clausen, O.R.
Gregersen, U.
Michelsen, O.
Sørensen, J.C. 1999[ Factors controlling the Cenozoic sequence development in the eastern parts of the North Sea 809-816! Journal of the Geological Society 156 4 Stratigraphy E { ? Coleman, J.M.
Roberts, H. H. 1989 Deltaic coastal wetlands 1-24 Geologie en Mijnbouw 68 1 Palae ? Dufour, F.C. 20004 Groundwater in the Netherlands – Facts and figures 96 Utrecht/ Netherlands Institute of Applied Geoscience TNO Hydrogeology ? ! Eidvin, T.
Riis, F.
Ruundberg, Y. 1999S Upper Cainozoic stratigraphy in the central North Sea (Ekofisk and Sleipner fields) 97-128 Norsk Geologisk Tidsskrift 79 2 Stratigraphy NO North Sea Cenozoic? Hager, H. 1986o Peat accumulations and syngenetic clastic sedimentation in the Tertiairy of the Lower Rhine Basin, F.R. Germany 51-565 Mémoires de la Société géologique de France, N.S. 149 Clastic sedimentology Germany Cenozoic U a? Huuse, M. 2002 Late Cenozoic palaeogeography of the eastern North Sea Basin: climatic vs tectonic forcing of basin margin uplift and deltaic progradation 145-170- Bulletin of the Geological Society of Denmark 49 Palaeogeography Eastern North Sea
W? Huuse, M.
Clausen, O.R. 2001L Morphology and origin of major Cenozoic boundaries: eastern Danish North Sea 17-41 Basin Research 13 1 Stratigraphy DK North SeacC ? Knox, R.W.O'B.
Morton, A.C. 1988Y The record of Early Tertiary North Atlantic volcanism in sediments of the North Sea Basin 407-419; Early Tertiary volcanism and the opening of the NE Atlantic 39 Morton, A.C.
Parson, L.M. London Clastic sedimentology1 Geological Society of London, Special Pu ? Liu, X.
Galloway, W.E. 1997M Quantitative determination of Tertiary sediment supply to the North Sea Basin 1482-15005 American Association of Petroleum Geologists Bulletin 81 Clastic sedimentology North Sea Cenozoic ? R Michelsen, O.
Danielsen, M.
Heilmann-Clausen, C.
Jordt, H.
Laursen, G.
Thomsen, E. 1995{ Occurrence of major sequence boundaries in relation to basin development in Cenozoic deposits of the southeastern North Sea 415-427d Sequence Stratigraphy; Advances and Applications for exploration and production in North West Europe4 Stell, R.J.
Felt, W.L.
Johannessen, E.P.
Mathieu, C. Amsterdam% Norwegian Petroleum Society, Elsevier Stratigraphy Northwest Europe Generic >? " Nielsen, O.B.
Heilmann-Clausen, C. 19886 Paleogene volcanism: the sedimentary record of Denmark 395-405; Early Tertiary volcanism and the opening of the NE Atlantic 39 Morton, A.C.
Parson, L.M. Clastic sedimentology1 Geological Society of London, Special Publication Denmark
Palaeogene A? Partridge, T.C. 1997 Reassessment of the position of the Plio-Pleistocene boundary: Is there a case for lowering it to the Gauss-Matuyama palaeomagnetic reversal? 5-10 The Plio-Pleistocene Boundary 40(1) Partridge, T.C. Stratigraphy Quaternary International Generic Neogene; Quaternary$ T? $ Schäfer, A.
Utescher, T.
Mörs, Th. 2004D Stratigraphy of the Cenozoic Lower Rhine Basin, northwestern Germany 73-110 Newsletters on Stratigraphy 40 1-2 Stratigraphy Germany C ?
Sha, L.P.
Schwartz, C.
Maenhout van Lemberge, V.
Cameron, T.D.J.
Zöllmer, V.
Konradi, P.
Laban, C.
Streif, H.
Schüttemhelm, R.T.E. 1996 Quaternary sedimentary sequences in the southern North Sea Basin. Sedimentological Working Group of the Southern North Sea Project XII0 Science Programme Contract No. Sci* -128-C 9 EDB; Commission of the European Communities: Directorate General Stratigraphy Southern North Sea
Quaternary? Sissingh, W. 2006 Syn-kinematic palaeogeographic evolution of the West European Platform: correlation with Alpine plate collision and foreland deformation 131-180# Netherlands Journal of Geosciences 85 2 Alpine Foreland Basin, Aquitaine Basin, European Cenozoic Rift System, palaeogeography, plate-kinematics, Paris Basin, West European
Platform Palaeogeography Western Europe Cenozoic= internal-pdf://Sissingh (2006)-0705156625/Sissingh (2006).pdf D?
Streif, H. 1996B Deutsche Beiträge zur Quartärforschung in der Südlichen Nordsee 244 Geologisches Jahrbuch 146 Hannover( E.Schweizerbart'sche Verlagsbuchhandlung Stratigraphy Southern 2? 3 Suc, J.-P.
Bertini, A.
Leroy, S.A.G.
Suballyova, D. 1997X Towards the lowering of the Pliocene/Pleistocene boundary to the Gauss-Matuyama Reversal 37-42 The Plio-Pleistocene Boundary 40 (1) Partridge, T.C. Stratigraphy Quaternary International Generic Neogene; Quaternary ?
Stewart, S.A. 2007[ Salt tectonics in the North Sea Basin: a structural style template for seismic interpreters 361-396? Deformation of the Continental Crust: The Legacy of Mike Coward 272& Ries, A.C.
Butler, R.W.H.
Graham, R.H. London& Geological Society Special Publication Structural Geology North Sea Permian; internal-pdf://Stewart (2007)-3912726016/Stewart (2007).pdf [!? & Van Gent, H.
Urai, J.L.
Keijzer, M. de 2011s The internal geometry of salt structures - A first look using 3D seismic data from the Zechstein of the Netherlands 292-311 Journal of Structural Geology 33 Structural Geology Netherlands PermianK internal-pdf://Van Gent et al. (2011)-3430045441/Van Gent et al. (2011).pdf ? * Van Gent, H.
Back, S.
Urai, J.L.
Kukla, P. 2010 Small-scale faulting in the Upper Cretaceous of the Groningen block (The Netherlands): 3D seismic interpretation, fault plane analysis and regional paleostress 537-553 Journal of Structural Geology 32 Structural Geology Netherlands
CretaceousM internal-pdf://Van Gent et al. (2010b)-2453914624/Van Gent et al. (2010b).pdf? ) Van Adrichem Boogaert, H.A.
Kouwe, W.F.P. 1997i Stratigraphic nomenclature of The Netherlands, revision and update by RGD and NOGEPA, Section I, Tertiary 1-39% Mededelingen Rijks Geologische Dienst 50 Stratigraphy Netherlands Generic? @ Vandenberghe, N.
Laga, P.
Steurbaut, E.
Hardenbol, J.
Vail, P.R. 1998W Tertiary sequence stratigraphy at the southern border of the North Sea Basin in Belgium 119-164> Mesozoic and Cenozoic Sequence Stratigraphy of European Basins 609 Graciansky, P.-C. de
Hardenbol, J.
Jacquin, T.
Vail, P.R. StratigraphyJ Society of Economic Paleontologists and Mineralogists, Special Publication B North Sea Cenozoic B?
K Weerts, H.J.T.
Cleveringa, P.
Ebbing, J.H.J.
Lang, F.D. de
Westerhoff, W.E. 2003V De lithostratigrafische indeling van Nederland. Formaties uit het Tertiair en Kwartair 38 Rept. Nr 03-051-A Utrecht9 Nederlands Instituut voor Toegepaste Geowetenschappen TNO Stratigraphy Netherlands Cenozoic ?
Zagwijn, W.H. 1960K Aspects of the Pliocene and Early Pleistocene vegetation in the Netherlands 1-78: Mededelingen van de Geologische Stichting, Serie C-III-1 5
Palaeontology Netherlands Neogene; Quaternary ?
Zagwijn, W.H. 1963@ Pollen-analytic investigations in the Tiglian of the Netherlands 49-717 Mededelingen van de Geologische Stichting, Nieuwe Serie 16
Palaeontology Netherlands
Quaternary
?
Zagwijn, W.H. 1992A The beginning of the ice age in Europe and its major subdivisions 583-591 Quaternary Science Reviews 11 5 Glacial Geology Europe
?
Zagwijn, W.H. 1998w Borders and boundaries: a century of stratigraphical research in the Tegelen–Reuver area of Limburg (The Netherlands) 19-34F Mededelingen Nederlands Instituut voor Toegepaste Geowetenschappen TNO 60 Stratigraphy Netherlands
Quaternary? Beets, D.J.
Spek, A.J.F. van der 2000 The Holocene evolution of the barrier and back-barrier basins of Belgium and the Netherlands as a function of late Weichselian morphology, relative sea-level rise and sediment supply 3-16" Netherlands Journal of Geosciences 79 1 Clastic sedimentology Netherlands
QuaternaryU internal-pdf://Beets & Van der Spek (2000)-3032097573/Beets & Van der Spek (2000).pdf ? * Beets, D.J.
Valk, L. van der
Stive, M.J.F. 1992* Holocene evolution of the coast of Holland 423-443 Marine Geology 103 Palaeogeography ? % Beets, D.J.
Fischer, M.M.
Gans, W. de 19962 Coastal studies on the Holocene of the Netherlands 268% Mededelingen Rijks Geologische Dienst 57 Stratigraphy N ? Bennema, J. 1954< Bodem- en zeespiegelbewegingen in het Nederlandse kustgebied 1-96
Boor en Spade 7 Thesis Wageningen University Geology Netherlands
Quaternary ? Berendsen, H.J.A. 1996 De vorming van het land 296 Assen
Van Gorcum Palaeogeography Netherlands Generic b /t? Berendsen, H.J.A.
Stouthamer, E. 2000W Late Weichselian and Holocene palaeogeography of the Rhine-Meuse delta, The Netherlands 311-3351 Palaeogeography, Palaeoclimatology, Palaeoecology 161 3-4 Palaeogeography Netherlan ?
Bosch, J.H.A. 1990L Landijs, zee en rivieren als geologische “opbouwwerkers” van het Noorden 90-94 Grondboor & Hamer 44 4/5 Palaeogeography Netherlands
Quaternary& p?
Bosch, J.H.A. 1990o Blad Assen West (12W) en Blad Assen Oost (12O). Toelichtingen bij de geologische kaart van Nederland 1 : 50.000 188; Toelichting bij de geologische kaart van Nederland 1:50.000 Ha! ? / Cameron, T.D.J.
Schüttemhelm, R.T.E.
Laban, C. 1989h Middle and Upper Pleistocene and Holocene stratigraphy in the southern North Sea between 52° and 54° N 119-136E The Quaternary and Tertiairy Geology of the Southern Bight, North Sea Henriet, J.D.
Moor, G. de Brussels Belgian Geological Survey Stratigraphy Southern North Sea
Quaternary F? Cande, S.C.
Kent, D.V. 1995_ Revised calibration of the geomagnetic polarity time scale for the late Cretaceous and Cenozoic Journal of Geophysical Research 100 6093-6095 Stratigraphy Generic Cretaceous; Cenozoic@ ? 4 Cleveringa, P.
Gans, W. de
Kolstrüp, E.
Paris, F.P. 1977 Vegetational and climatic developments during the Late Glacial and the Early Holocene and aeolian sedimentation as recorded in the Uteringsveen (Drente, The Netherlands) 234-242 Geologie en Mijnbouw 56 Climate Netherlands
Quaternaryh ? 8 Cleveringa, P.
Gans, W. de
Huybrechts, W.
Verbruggen, C. 1988n Outline of river adjustments in small river basins in Belgium and The Netherlands since the Upper Pleniglacial 123-132= Lake, Mire and River Environments During the Last 15000 Years Lang, G.
Schlüchter, C. Rotterdam Balkema Palaeogeography Netherlands
QuaternaryK?
Dansgaard, W.
Johnson, S.J.
Clausen, H.B.
Dahl-Jensen, D.
Gudestrup, N.S.
Hammer, C.U.
Hvidberg, C.S.
Steffenson, J.P.
Sveinbjörmsdottir, A.E.
Jouzel, J.
Bond, G. 1993N Evidence for general instability of past climate from a 250-kyr icecore record 218-220 Nature 364 Glacial Geology Generic
Quaternary ?
De Gans, W. 1991# Kwartairgeologie van West-Nederland 103-114 Grondboor & Hamer 45 5/6 Geology Netherlands
Quaternary ?
De Gans, W. 2000+ Het Uddelermeer: een geologische schatkamer 54-58 Natuur en Techniek 68 Climate Netherlands
Quaternary u?
De Gans, W. 2006 Geologieboek Nederland 160 Den Haag ANWB Geology Netherlands Generic ?
De Gans, W.
Groot, Th.A.M. de 2006 The lower Rijn delta 552-557F Inqua 1995. Quaternary field trips in Central Europe, 9 Rhein Traverse Schirmer, W. München Verlag Friedrich Pfeil Geology Central Europe
Quaternary\ ?
De Gans, W.
Gijssel, K. van 1996h The Late Weichselian morphology of the Netherlands and its influence on the Holocene coastal development 11-262 Coastal studies on the Holocene of The Netherlands 57% Beets, D.J.
Fischer, M.M.
Gans, W. de Palaeogeography% Mededelingen Rijks Geologische Dienst Netherlands
Quaternary ?
De Gans, W.
Wassing, B.B.T. 2000H Geology and related geotechnical aspects of the underground of Amsterdam 9-203 Zeitschrift der Deutschen Geologischen Gesellschaft 151 Engineering Geology Netherlands Generico?
De Groot, Th.A.M.
Gans, W. de 1996z Facies variations and sea-level rise response in the lower Rhine/Meuse area during the last 15000 years in The Netherlands 229-2502 Coastal studies on the Holocene of The Netherlands 57% Beets, D.J.
Fischer, M.M.
Gans, W. de Stratigraphy% Mededelingen Rijks Geologische Dienst Netherlands
Quaternary ?
De Jong, J. 1982B Chronostratigraphic subdivision of the Holocene in The Netherlands 71-740 Chronostratigraphic subdivisions of the Holocene 16& Mangerud, J.
Birks, H.J.B.
Jager, J.D. Stratigraphy Striae Netherlands
Quaternary 4?
De Jong, J.D. 1967! The Quaternary of The Netherlands 301-426 The Quaternary 2 Rankama, K. New York Interscience Publishers Stratigraphy
̄?
Edelman, C.H. 1950) Inleiding tot de bodemkunde van Nederland 178 Amsterdam Noord-Hollandsche Uitgevers Mij Geography ?
Faber, F.J. 1926 Geologie van Nederland 178 Amsterdam Nederlandsche Bibliotheek Geology Netherlands Generic
D?
Florschütz, F. 1933J Uitkomsten van nadere onderzoekingen van venen in het Oosten van NederlandC Handelingen van het 24e Nederlandse Natuur- en Geneeskundig Congres
Wageningen Geography Ne ?
Tesch, P. 1942S De Geologische kaart van Nederland en hare beteekenis voor verschillende Doeleinden 395 Mededeelingen van de Geologische Stichting, Serie D 1 Geologische Stichting Stratigraphy Netherlands Generic ?
Gonggrijp, G.P. 19891 Aardkundige waarden van het Nederlandse landschap 141
's-Gravenhage Staatsuitgeverij Geology Netherlands Generic ?
Hageman, B.P. 1969F Development of the western part of The Netherlands during the Holocene 373-388 Geologie en Mijnbouw 48 Palaeogeography Netherlands
Quaternary G L?
Huuse, M.
Lykke-Andersen, H. 2000V Overdeepened Quaternary valleys in the eastern Danish North Sea: morphology and origin 1233-1253 Quaternary Science Reviews 19 12 Palaeogeography DK North Sea
?
: Jeffery, D.H.
Laban, C.
Mesdag, C.S.
Schüttenhelm, R.T.E. 1991u Dogger Sheet, Quaternary Geology, 55N-02E. British Geological Survey and Rijks Geologische Dienst. 1 : 250.000 Series Haarlem Stratigraphy North Sea Generic ?
Jelgersma, S. 1961- Holocene sea level changes in the Netherlands 100 Leiden Leiden University Palaeogeography Netherlands
Quaternary$ ?
Jelgersma, S. 1979( Sea-level changes in the North Sea basin 233-248' The Quaternary history of the North Sea 2, Oele, E.
Schüttemhelm, R.T.E.
Wiggers, A.J. Palaeogeography@ Acta Universitatis Upsaliensis, Annum Quingentesimum Celebrantis North Sea
QuaternaryK?
Jelgersma, S.
Breeuwer, J.B. 1975S Toelichting bij de kaart glaciale verschijnselen gedurende het Saalien, 1 : 600.000 93-103> Toelichting bij de geologische overzichtskaarten van Nederland# Zagwijn, W.H.
Staalduinen, C.J. van Haarlem Rijks Geologische Dienst Glacial Geology Netherlands
Quaternary ?
' Joon, B.
Laban, C.
Meer, J.J.M. van der 19909 The Saalian glaciation in the Dutch part of the North Sea 151-158 Geologie en Mijnbouw 69 2 Glacial Geology NL North Sea ?
Kolstrüp, E. 1980y Climate and stratigraphy in northwestern Europe between 30.000 BP and 13.000 BP with special reference to the Netherlands 181-253% Mededelingen Rijks Geologische Dienst 32 Stratigraphy Northwest Europe
Quaternary
T?
/ Kukla, G.
McManus, J.F.
Rousseau, D.
Chuine, L. 19972 How long and how stable was the Last Interglacial? 605-612 Quaternary Science Reviews 16 6 Glacial Geology Generic
?
Laban, C. 1995@ The Pleistocene glaciations in the Dutch sector of the North Sea 194 Amsterdam Amsterdam University Glacial Geology NL North Sea
Quaternary ?
Laban, C. 1999M Zwerfstenen in de kwartaire formaties van het Nederlands deel van de Noordzee 131-140 Grondboor & Hamer 53 Glacial Geology NL North Sea
Quaternary ?
. Labeyrie, L.
Cole, L.
Alverson, K.
Stocker, T. 20026 The History of Climate Dynamics in the Late Quaternary 33-61+ Palaeoclimate, Global Change and the Future, Alverson, K.D.
Bradley, R.S.
Pedersen, Th.F. Berlin Springer Climate Generic
Quaternary ?
Lüttig, G.W.
Maarleveld, G.C. 1962) Über altpleistozäne Kiese in der Veluwe 231-237 Eiszeitalter und Gegenwart 13 Glacial Geology Netherlands
Quaternary ?
Maarleveld, G.C. 1962
The Veluwe 49-550 Mededelingen Geologische Stichting, Nieuwe Serie 15 Geology Neth ?
Makaske, A. 19983 Anastomosing rivers. Forms, processes and sediments 287 Utrecht Utrecht University Palaeogeography Generic Generic ?
Muller, H. 1974r Pollenanalytische Untersuchungen und Jahresschichtenzählungen an der eem-zeitlichen Kieselguhr von Bispingen/Luhe 149-169 Geologisches Jahrbuch A21
Palaeontology Germany
Quaternary ?
Oele, E. 2001G Staring over zijn voltooide Geologische Kaart van Nederland 1 : 200.000 19-23 Grondboor & Hamer 55 4 History Netherlands Generic ?
, Oele, E.
Schüttenhelm, R.T.E.
Wiggers, A.J. 1979' The Quaternary history of the North Sea 248d Acta Universitatis Upsaliensis, Symposia Universitatis Upsaliensis, Annum Quingentesimum Celebrantis 2 Palaeogeograph= ?"
Rappol, M. 1984i Glacigenic properties of till. Studies in glacial sedimentology from the Allgäu Alps and The Nethe ?#
Ruegg, G.H.J. 1983> Glaciofluvial and glaciolacustrine deposits in the Netherlands 379-392% Glacial deposits in North-West Europe
Ehlers, J. Rotterdam Balkema Glacial Geology Netherlands
Quaternary ?$
Rutten, L.M.R. 1909* Die diluvialen Säugetiere der Niederlande Utrecht Utrecht University
Palaeontology Netherlands
Quaternary
?%
Schwan, J. 19882 Sedimentology of coversands in Northwestern Europe 137 Amsterdam Free University Clastic sedimentology Northwest Europe
Quaternary `?&
Shackleton, N.J. 1997= The deepsea sediment record and the Plio-Pleistocene boundary 33-35 Quaternary International 40 Stratigraphy Generic Neogene; Q ?'
Shackleton, N.J.
Opdyke, N.D. 1977R Oxygen isotope and paleomagnetic evidence for early northern hemisphere glaciation 216-219 Nature 170 Glacial Geology Generic
QuaternarytK @?)
I Shackleton, N.J.
Crowhurst, S.
Hagelberg, T.
Pisias, N.G.
Schneider, D.A. 1995; A Late Neogene time scale: application to ODP Leg 138 sites 337-355{ Proceedings of the Ocean Drilling Program, Scientific Results, Volume 138. College Station, TX (Ocean Drilling Program 138)( Pisias, N.G.
Schneider, D.A.
Janec*?*
Staring, W.C.H. 18332 Specimen academicum inaugurale de geologia patriae 174 Grondboor & Hamer 55 5a Leiden University Historyt Reprinted in 2001, together with a translation in Dutch and a summary in English, as Staringia 10 (Brouwer, A., ed.) Netherlands Generic ?+
Staring, W.C.H. 1854 Het Diluvium van Nederland 2} Verhandelingen uitgegeven door de Commissie belast met het vervaardigen eener Geologische beschrijving en kaart van Nederland Glacial Geology Netherlands
Quaternary 176-185 ?,
Staring, W.C.H. 1856 De bodem van Nederland. De zamenstelling en het ontstaan der gronden in Nederland ten behoeve van het algemeen beschreven. Deel I 441 1 2 Haarlem Kruseman Geology Netherlands Cenozoic ?-
Stouthamer, E. 1991< Holocene avulsions in the Rhine-Meuse delta, The Netherlands 210 Utrecht Utrecht University Palaeogeography Netherlands
Quaternary ?.
Ter Wee, M.W. 1962) The Saalian glaciation in the Netherlands 57-770 Mededelingen Geologische Stichting, Nieuwe Serie 15 Glacial Geology Netherlands
Quaternary -?/
Törnqvist, T.E. 1993 Holocene alternation of meandering and anatomosing fluvial systems in the Rhine/Meuse delta (central Netherlands) controlled by sea-level rise and subsoil erodibility 683-693 Journal of Sedimentary Petrology 63 Palaeogeography Netherlands
Quaternary ?0
Van den Berg, M.W.
Beets, D.J. 1987: Saalian glacial deposits and morphology in The Netherlands 235-252 Tills and Glaciotectonics Meer, J.J.M. van der Rotterdam Balkema Glacial Geology Netherlands
Quaternary ?1
Van der Plassche, O. 1982Q Sea-level change and water-level movements in the Netherlands during the Holocene 933 Mededelingen Rijks Geologische Dienst, Nieuwe Serie 36 Palaeogeography Netherlands
QuaternaryI?2
Van der Spek, A.J.F. 1996V Holocene depositional sequences in the Dutch Wadden Sea south of the island of Ameland 41-682 Coastal studies on the Holocene of The Netherlands 57% Beets, D.J.
Fischer, M.M.
Gans, W. de Clastic sedimentology% Mededelingen Rijks Geologische Dienst Netherlands
Quaternary ?3
Van der Valk, L. 1992] Mid- and Late-Holocene coastal evolution in the beach-barrier area of the Western Netherlands 235 Amsterdam Vrije Universiteit Palaeogeography Netherlands
Quaternary ?4
# Van der Vlerk, I.M.
Florschütz, F. 1950 Nederland in het IJstijdvak 287 Utrecht
W. de Haan Glacial Geology Netherlands
Quaternary P ?5
" Van Kolfschoten, Th.
Gibbard, P.L. 1998+ The dawn of the Quaternary: an introduction 13-17J The Dawn of the Quaternary. Proceedings of the SEQS-EuroMam symposium 1996 60" Kolfschoten, Th. van
Gibbard, P.L. GeologyF Mededelingen Nederlands Instituut voor Toegepaste Geowetenschappen TNO Generic
Quaternary@ ?6
" Van Kolfschoten, Th.
Gibbard, P.L. 1998A The Eemian – local sequences, global perspectives: introduction 129-133" Netherlands Journal of Geosciences 79 2/3 Glacial Geology Generic
Quaternary_ internal-pdf://Van Kolfschoten & Gibbard (2000)-1253610533/Van Kolfschoten & Gibbard (2000).pdf ?7
E Van Montfrans, H.M.
Graaff, L.W.S. van
Mourik, J.M. van
Zagwijn, W.H. 1988: Delfstoffen en samenleving. Geologie van Nederland, Deel 2 83 Haarlem Rijks Geologische Dienst Natural resources Netherlands Generic b?8
" Weerts, H.
Cleveringa, P.
Gouw, M. 2002/ De Vecht/Angstel, een riviersysteem in het veen 66-71 Grondboor & Hamer 56 Clastic sedime?9
L Westerhoff, W.E.
Cleveringa, P.
Meijer, T.
Kolfschoten, T. van
Zagwijn, W.H. 1998N The Lower Pleistocene fluvial (clay) deposits in the Maalbeek pit near Tegelen 35-70 The Dawn of the Quaternary 60! Kolfschoten, T. van
Gibbard, P.L. Palaeogeographyt Proceedings of the SEQS-EuroMamsymposium 1996.Mededelingen Nederlands Instituut voor Toegepaste Geowetenschappen TNO Netherlands
Quaternary ?:
Zagwijn, W.H. 1957L Vegetation, climate and time-correlations in the Early Pleistocene of Europe 233-244" Geologie en Mijnbouw, Nieuwe Serie 19 Climate Europe
Quaternary Td?;
Zagwijn, W.H. 1963W Pleistocene stratigraphy in the Netherlands, based on changes in vegetation and climate 173-196R Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap 21 2 Stratigraphy Netherlan ?<
Zagwijn, W.H. 1975O De paleogeografische ontwikkeling van Nederland in de laatste drie miljoen jaar 181-201 Geografisch Tijdschrift 9 Palaeogeography Netherlands
Quaternary ?=
Zagwijn, W.H. 1986 Nederland in het Holoceen 46 Haarlem Rijks Geologische Dienst Geology Netherlands
Quaternary
?>
# Zagwijn, W.H.
Staalduinen, C.J. van 1975~ Toelichting bij geologische overzichtskaarten van Nederland, met bijbehorende 5 kaarten (1 : 600 000) en 3 overzichtsprofielen 134 Haarlem R??
N Zagwijn, W.H.
Beets, D.J.
Berg, M. van den
Montfrans, H.M. van
Rooijen, P. van 1985S Geologie. Atlas van Nederland, deel 13. Stichting Wetenschappelijke Atlas Nederland 23 ‘s-Gravenhage Staatsuitgeverij Geology Netherlands Generic ?@
Zandstra, J.G. 1971S Geologisch onderzoek in de stuwwal van de oostelijke Veluwe bij Hattem en Wapenveld 215-2603 Mededelingen Rijks Geologische Dienst, Nieuwe Serie 22 Glacial Geology Netherlands
Quaternary ?A
Zandstra, J.G. 1983p Fine gravel, heavy mineral and grain-size analyses of Pleistocene, mainly glacigenic deposits in The Netherlands 361-377% Glacial deposits in North-West Europe
Ehlers, J. Rotterdam Balkema Clastic sedimentology Netherlands
Quaternary ~?B
Zonneveld, J.I.S. 1971 Tussen de bergen en de zee 314 Utrecht Oosthoek Geology Generic Generic 8?C
Bradshaw, M.J. 1975I Origin of montmorillonite bands in the Middle Jurassic of Eastern England 245-252# Earth and Planetary Science Letters 26 2 Magmatism M ?D
Breitkreuz, C.
Kennedy, A. 1999m Magmatic flare-up at the Carboniferous/Permian boundary in the NE German Basin revealed by SHRIMP zircon ages 307-326 Tectonophysics 302 3-4 Magmatism Germany Carbonif7 ?E
% Brink, H.J.
Dürschner, H.
Trappe, H. 1992W Some aspects of the late and post-Variscan development of the Northwestern German Basin 65-95 Tectonophysics 207 1-2 Structural Geology Netherlands; G' ?F
Ziegler, P.A.
Dèzes, P. 2005A Evolution of the lithosphere in the area of the Rhine Rift System 594-614' International Journal of Earth Sciences 94 4 Structural Geology GermaR ?G
2 Dirkzwager, J.B.
Stephenson, R.A.
Legostaeva, O.V. 2000R The pre-Permian residual gravity field for the Dutch onshore and adjacent offshore 53-66 Global and Planetary Change 27 1-4
Geophysics Nether ?H
Eckhardt, F.J. 1979' Der permische Vulkanismus Mitteleuropas 3-84 Geologisches Jahrbuch D35 Magmatism Central Europe Permian ?I
Eckhardt, F.J. 1968U Vorkommen und Petrogenese spilitisierter Diabase des Rotliegenden im Weser-Ems-Gebiet 227-264 Geologisches Jahrbuch 85 Petrology Germany Permian ?J
, Faerseth, R.B.
Macintyre, R.M.
Naterstad, J. 1976p Mesozoic alkaline dykes in the Sunnhordland region, western Norway: ages, geochemistry and regional significance 331-345 Lithos 9 Magmatism Norway Mesozoic ?K
" Furnes, H.
Elvsborg, A.
Malm, O.A. 1982Q Lower and Middle Jurassic alkaline magmatism in the Egersund sub-basin, North Sea 53-69 Marine Geology 46 Magmatism NO North Sea Jurassic ?L
! Gibb, F.G.F.
Kanaris-Sotiriou, R. 1976+ Jurassic igneous rocks of the Forties Field 23-25 Nature 260 Magmatism UK North Sea Jurassic?M
8 Heeremans, M.
Timmerman, M.J.
Kirstein, L.
Faleide, J.I. 2004f New constraints on the timing of late Carboniferous - early Permian volcanism in the central North Sea 177-1943 Permo-Carboniferous Magmatism and Rifting in Europe 223P Wilson, M.
Neuman, E.-R.
Davies, G.R.
Timmerman, M.J.
Heeremans, M.
Larsen, B.T. London Magmatism/ Geological Society, London, Special Publication Central North Sea Carboniferous; Permian }?N
Helmers, H. 19914 Ultramafic alkalibasalt of the Heinenoord-1 drilling Assen! Nederlandse Aardolie Maatschappij Petrology (internal report) Netherlands Jurassic ?O
Huckenholz, H.G.
Büchel, G. 1988$ Tertiärer Vulkanismus der Hocheifel 43-82 Fortschritte der Mineralogie 66 Beih. 2 Magmatism Germany Cenozoic ?P
# Jeans, C.V.
Merriman, R.J.
Mitchell 1977K Origin of Middle Jurassic and Lower Cretaceous fuller’s earths in England 11-44
Clay Minerals 12 ClastI ?Q
2 Jeans, C.V.
Wray, D.S.
Merriman, R.J.
Fisher, M.J. 2000W Volcanogenic clays in Jurassic and Cretaceous strata of England and the North Sea Basin 25-55
Clay Minerals 35 1 Clastic sedimentology
&?R
Latin, D.
Waters, F.G. 1992R Basaltic magmatism in the North Sea and its relationship to lithospheric extension 77-90P Geodynamics of Rifting, Volume I. Case History Studies on Rifts: Europe and Asia 208
Ziegler, P.A. Magmatism Tectonophysics North Sea Generic ?S
$ Latin, D.M.
Dixon, J.E.
Fitton, J.G. 1990- Rift-related magmatism in the North Sea basin 101-144) Tectonic Evolution of the North Sea Rifts Blundell, D.J.
Gibbs, A.D. Oxford Oxford Science Publications Magmatism North Sea Generic ?T
Lippolt, H.J.
Hess, J.C. 1989 Isotopic evidence for the stratigraphic position of the Saar-Nahe volcanism III. Synthesis of results and geological implications 553-559/ Neues Jahrbuch für Geologie und Paläontologie 9 Stratigraphy Germany Permian <' H?U
# Lippolt, H.J.
Hess, J.C.
Burger, K. 1984 Isotopische Alter von pyroklastischen Sanidinen aus Kaolin-Kohlentonsteinen als Korrelationsmarken für das mitteleuropäische Oberkarbon 119-1508 Fortschritte in der Geologie von Rheinland und Westfalen 32
Mineralogy Central E?V
7 Neumann, E.-R.
Olsen, K.H.
Baldridge, W.S.
Sundvoll, B. 1992 The Oslo Rift: a review 1-18P Geodynamics of Rifting, Volume I. Case History Studies on Rifts: Europe and Asia 208
Ziegler, P.A. Structural Geology Tectonophysics Norway Jurassic ?W
[ Neumann, E.-R.
Wilson, M.
Heeremans, M.
Spencer, E.A.
Obst, K.
Timmerman, M.J.
Kirstein, L. 2004q Carboniferous-Permian rifting and magmatism in southern Scandinavia, the North Sea and northern Germany: a review 11-403 Permo-Carboniferous Magmatism and Rifting in Europe 223Q Wilson, M.
Neumann, E.-R.
Davies, G.R.
Timmerman, M.J.
Heeremans, M.
Larsen, B.T. London Magmatism/ Geological Society, London, Special Publication Netherlands; Germany; Norway Carboniferous; Permian. N?X
6 Olesen, O.
Smethurst, M. A.
Torsvik, T.H.
Bidstrup, T. 2004C Sveconorwegian igneous complexes beneath the Norwegian-Danish Basin 105-130 Tectonophysics 387 1-4 Magmatism Denmark; Norway ?Y
Plein, E. 1995_ Norddeutsches Rotliegendbecken; Rotliegend-Monographie Teil II. Stratigraphie von Deutschland I 193 183 Frankfurt am Main& Courier Forschungsinstitut Senckenberg Stratigraphy Germany Permian +?Z
7 Ritchie, J.D.
Swallow, J.L.
Mitchell, J.G.
Morton, A.C. 1999C Early Tertiary magmatism in the offshore NW UK margin and surrounds 573-584& Petroleum Geology of North-West Europe Fleet, A.J.
Boldy, S.A.R. London Geological Society Magmatism UK; UK North Sea Cenozoic ' O0?[
7 Ritter, J.R.R.
Jordan, M.
Christensen, U.R.
Achauer, U. 20017 A mantle plume below the Eifel volcanic fields, Germany 7-14# Earth and Planetary Science Letters 186 1 Magmatism Ger1 ?\
Scheck, M.
Bayer, U. 1999i Evolution of the Northeast German Basin – inferences from a 3D structural model and subsidence analysis 145-169 Tectonophysics 313 1-2 Structural Geology Ger O?]
Sissingh, W. 19864 Stratigraphic Reference Data Book of the Netherlands Assen! Nederlandse Aardolie Maatschappij internal report Stratigraphy Netherlands Generic / ?^
Sissingh, W. 2003Z Tertiary paleogeographic and tectonostratigraphic evolution of the Rhenish Triple Junction 229-2631 Palaeogeography, Palaeoclimatology, Palaeoecology 196 1-2 Palaeogeography Ge?_
Smith, K.
Ritchie, J.D. 19932 Jurassic volcanic centres in the Central North Sea 519-531I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London Geological Society Magmatism Central North Sea Jurassic ?`
Tappe, S. 20049 Mesozoic mafic alkaline magmatism of southern Scandinavia 312-334) Contributions to Mineralogy and Petrology 148 Magmatism Norway; Sweden Mesozoic @?a
! Teichmüller, M.
Teichmüller, R. 1971
Einkohlung 69-728 Fortschritte in der Geologie von Rheinland und Westfalen 19
DiagenesiF?b
Tesch, P. 1925` Over een intrusie in het Carboon van oostelijk Gelderland. Verslag Vergadering van 22 Maart 1924P Geologie Sectie Geologisch Mijnbouwkundig Genootschap van Nederland en Koloniën 3e deel, 4e stuk Magmatism Netherlands
Carboniferous ?c
% Vieten, K.
Hamm, H.-M.
Grimmeisen, W. 1988) Tertiärer Vulkanismus des Siebengebirges 1-42 Fortschritte der Mineralogie 66 Beih. 2 Magmatism Germany Cenozoic
?d
White, N.
Latin, D. 1993: Subsidence analyses in the North Sea ‘triple-junction’ 473-488! Journal of the Geological Society 150 3
Subsidence North ?e
Woodhall, D.
Knox, R.W.O'B. 1979? Mesozoic volcanism in the northern North Sea and adjacent areas 34-562 Bulletin of the Geological Survey of Great Britain 70 Magmatism Northern North Sea Mesozoic ?f
Ziegler, P.A. 1992 North Sea rift system 55-75P Geodynamics of Rifting, Volume I. Case History Studies on Rifts: Europe and Asia 208
Ziegler, P.A. Structural Geology Tectonophysics North Sea Generic ?g
Zimmerle, W. 1993g On the lithology and provenance of the Rupelian Boom Clay in northern Belgium, a volcaniclastic deposit 91-103* Bulletin de la Societé Belge de Géologie 102 Stratigraphy Belgium
Palaeogene ?h
Ahorner, L. 1983d Historical Seismicity and Present-Day Microearthquake Activity of the Rhenish Massif, Central Europe 198-221 Plateau Uplift Fuchs, K.
Heidelberg Springer-Verlag
Seismicity Central Europe Generic , ǽ?i
Ahorner, L. 1985 The general pattern of seismotectonic dislocations in central Europe as the background for the Liege earthquake on November 8, 1983 41-56" Seismic Activity in Western Europe Melchior, P. Dordrecht Reidel
Seismicity NATO ASI series Belgium Generic ?j
Ahorner, L.
Pelzing, R. 1983 Seismotektonische Herdparameter von digital registrierten Erdbeben der Jahre 1981 und 1982 in der westlichen Niederrheinischen Bucht 35-63 Geologisches Jahrbuch E26
Seismicity Germany Generic ?k
Alexandre, P. 1985W Catalogue des séismes survenus au Moyen Âge en Belgique et dans les régions voisines 189-203" Seismic Activity in Western Europe Melchior, P. Dordrecht Reidel
Seismicity Belgium Generic , 8?l
Alexandre, P. 1994b Historical seismicity of the lower Rhine and Meuse valleys from 600 to 1525: a new critical review 431-438 Geologie en Mijnbouw 73 2-4
Seismicity Netherlands; Germany; BeSD?m
Allman, A.
Smolka, A. 2001H Increasing Loss Potential in Earthquake Risk - A Reinsurance Perspective Proceedings of the Workshop: Evaluation of the Potential for large earthquakes in regions of present day low seismic activity in Europe Camelbeeck, T. Luxemburg
Seismicity ISBN 2-9599804-0-9 Europe Generic ?o
Berg, H. 19534 Das Rheinlandbeben bei Euskirchen vom 14. Maerz 1951 1-12 Geofisica Pura e Applicata 24
Seismicity Germany Generic L?p
Berz, G. 1994d Assessment of the losses caused by the 1992 Roermond earthquake, the Netherlands (extended abstract) 281 Geologie en Mijnbouw 73 2-4
Seismicity Netherl ?q
Brune, J.N. 1968B Seismic moment seismicity and rate of slip along major fault zones 777-784 Journal of Geophysical Research 73
Seismicity Generic Generic ?r
Camelbeeck, T. 1994n Méchanisme au foyer des tremblements de terre et contraintes tectoniques: le cas de la zone intraplaque belge 344 Louvain University of Louvain
Seismicity Belgium Generic Dǽ?s
Camelbeeck, T.
Becker, M. de 1985B The earthquakes of Liege of November 8, 1983 and December 21, 1965" Seismic Activity in Western Europe Melchior, P. Dordrecht Reidel
Seismicity NATO ASI series Belgium Generic t?t
Camelbeeck, T.
Eck, T. van 1994Q The Roer Valley Graben earthquake of 13 April 1992 and its seismotectonic setting 291-300
Terra Nova 6 3
Seismicity Netherlan;?u
> Carter, J.A.
Barstow, N.
Pomeroy, P.W.
Chael, E.P.
Leahy, P.A. 19912 High-Frequency Seimic Noise as a Function of Depth 1101-11140 Bulletin of the Seismological Society of America 81 4
Seismicity Generic GenericG internal-pdf://Carter et al. (1991)-2065842490/Carter et al. (1991).pdf V ?v
Cloetingh, S.
Burov, E. 1996w Thermomechanical structure of European continental lithosphere: Constraints from rheological profiles and EET estimates 695-723! Geophysical Journal International 124 3 Structural Geology Europ ?w
De Crook, Th. 1993; Probabilistic seismic hazard assessment for the Netherlands 1-13 Geologie en Mijnbouw 72 1
Seismicity Netherla `?x
De Crook, Th. 1994/ Earthquake hazard for Roermond, the Netherlands 425-429 Geologie en Mijnbouw 73 2-4
Seismicity Netherl ?y
De Crook, Th.
Wassing, B. 2001? Voorspellen van de opslingering van trillingen bij Aardbevingen 48-53 Geotechniek 5
Seismicity Generic Generic ?z
! De Crook, Th.
Haak, H.W.
Dost, B. 1998# Seismisch risico in Noord-Nederland 24 Technical Report 205 De Bilt* Royal Netherlands Meteorological Institute
Seismicity Netherlands Generic D?{
DEKORP Research Group, 1991r Results of the DEKORP 1 (BELCORP-DEKORP) deep seismic reflection studies in the western part of the Rhenish Massif 203-227! Geophysical Journal International 106 1
Seismicity Germany; Belgiu ?|
; Demanet, D.
Evers, L.G.
Teerlynck, H.
Dost, B.
Jongmans, D. 2001i Geophysical investigation across the Peel boundary fault (The Netherlands) for a paleoseismological study 119-127# Netherlands Journal of Geosciences 80 3/45 paleoseismology, Roer graben, geophysical prospecting
Geophysics Netherlands GenericI internal-pdf://Demanet et al. (2001)-0670402320/Demanet et al. (2001).pdf
?}
Dirkzwager, J.B. 2002X Tectonic modelling of vertical motion and its near surface expression in the Netherlands 156 Amsterdam Vrije Universiteit Structural Geology ISBN 90-9016238-0 Netherlands Generic ?~
Dost, B.
Haak, H.W. 19970 Macroseismische waarnemingen Roswinkel 19-2-1997 5 Technical Report 199 De Bilt* Royal Netherlands Meteorological Institute
Seismicity Netherlands Generic ?
De Jong, J.D.
Waals, L. van der 1971r Depositional environment and weathering phenomena of the white Miocene sands of southern Limburg (the Netherlands) 417-424 Geologie en Mijnbouw 50 Clastic sedimentology Netherlands Neogene ?
Dost, B.
Eck, T. van
Haak, H. 2004X Scaling of peak ground acceleration and peak ground velocity recorded in the Netherlands 153-168, Bollettino di Geofisica Teorica ed Applicata 45
Seismicity Netherlands Generic ?
Escher, B.G. 1940 Algemeene Geologie 525 Amsterdam N.V. Wereldbibliotheek Geology Generic Generic ?
Gees, R.-H. 1937d Die Wellenausbreitung der Erdbeben vom 20. November 1932 (Nordbrabant) und 7. Juni 1931 (Doggerbank) 159-179 Zeitschrift für Geophysik 13
Seismicity Netherlands; North Sea Generic R ?
2 Goes, S.
Loohuis, J.J.P.
Wortel, M.J.R.
Govers, R. 2000_ The effect of plate stresses and shallowmantle temperatures on tectonics of northwestern Europe 23-38 Global and Planetary Change 27 1-4 Structural Geology Northwest Eur ?
Gruenthal, G. 1998 European Macroseismic Scale 1998 99? Cahiers du Centre Européen de Géodynamique et de Séismologie
Luxembourg
Seismicity ISBN 2-87977-008-4: Europe Generic ?
Gruenthal, G.
Stromeyer, D. 1992\ The recent crustal stress field in central Europe: trajectories and finite element modelling 11805-11820 Journal of Geophysical Research 97 Structural Geology Central Europe Generic0 ?
Haak, H.W. 1993 Summary of the Final report on a multidisciplinary study of the relation between Gasproduction and earthquakes in the northern part of the Netherlands 16 De Bilt* Royal Netherlands Meteorological Institute
Subsidence ISBN 90-369-2052-3 Netherlands Generic? ?
Haak, H.W.
Bodegraven, J.A. van
Sleeman, R.
Verbeiren, R.
Ahorner, L.
Meidow, H.
Gruenthal, G.
Hoang-Trong, P.
Musson, R.M.W.
Henni, P.
Schenkowa, Z.
Zimova, R. 1994E The macroseismic map of the 1992 Roermond earthquake, the Netherlands 265-270 Geologie en Mijnbouw 73 2-4
Seismicity Nether ?
" Haak, H.W.
Dost, B.
Goutbeek, F.H. 2001l Seismische analyse van de aardbevingen bij Alkmaar op 9 en 10 september en Bergen aan Zee op 10 october 2001 24 Technical Report 239 De Bilt* Royal Netherlands Meteorological Institute
Seismicity Netherlands Generic ?
Hanks, T.C.
Kanamori, H. 1979 A moment magnitude scale 2348-2350 Journal of Geophysical Research 84
Seismicity Generic Generic Y?
Hinzen, K.-G. 2003^ Stress field in the Northern Rhine area, Central Europe, from earthquake fault plane solutions 325-356 Tectonophysics 377 3-4 Structural Geology Central Em?
Hinzen, K.-G.
Oemisch, M. 2001 Location and Magnitude from Seismic Intensity Data of Recent and Historic Earthquakes in the Northern Rhine Area, Central Europe 40-560 Bulletin of the Seismological Society of America 91 1
Seismicity Central Europe GenericM internal-pdf://Hinzen & Oemisch (2001)-3525600570/Hinzen & Oemisch (2001).pdf ?
Houtgast, G. 1991# Catalogus Aardbevingen in Nederland 166 De Bilt* Royal Netherlands Meteorological Institute
Seismicity ISBN: 90-369-2002-7 Netherlands Generic ?
/ Houtgast, G.
Bodegraven, J.A. van
Ritsema, A.R. 1987+ Historical seismograms from the Netherlands 385-394 Gerlands Beiträge zur Geophysik 96
Seismicity Netherlands Generic ?
Houtgast, R.F. 2003Y Quaternary tectonic and fluvial evolution of the Roer Valley Rift System, the Netherlands 176 PhD Amsterdam Vrije Universiteit Structural Geology ISBN 90-9017150-9 Netherlands Generic W?
6 Jongmans, W.J.
Watersloot van der Gracht, W.J.A.M. van 1932{ Enkele voorlopige beschouwingen omtrent oorzaak en beteekenis van de in November 1932 in Nederland waargenomen aardbevingen 51-53\ Jaarverslag over 1931 van het Geologisch Bureau voor het Nederlandsche Mijngebied te Heerlen
Seismicity Netherlands Generic ل?
KNMI 1994C Seismische analyse van de aardbeving bij Alkmaar op 6 augustus 1994 19 Technical Report 166 De Bilt* Royal Netherlands Meteorological Institute
Seismicity Netherlands Generic ?
KNMI 1994E Seismische analyse van de aardbeving bij Alkmaar op 21 september 1994 26 Technical Report 167 De Bilt* Royal Netherlands Meteorological Institute
Seismicity Netherlands Generic ?
Leydecker, G. 2002Q Das Erdbeben vom 11. Juli 2002 in Weyhe südlich Bremen im Norddeutschen Tiefland 9 Geologisches Jahrbuch Hannover2 Bundesanstalt für Geowissenschaften und Rohstoffe internal report
Seismicity Germany Generic 7 K?
w Mayer, G.
Mai, P.M.,
Plenefisch, T.
Echtler, H.
Lueschen, E.
Wehrle, V.
Mueller, B.
Bonjer, K.-P.
Prodehl, C.
Fuchs, K. 1997g The deep crust of the Southern Rhine Graben: reflectivity and seismicity as images of dynamic processes 15-40 Tectonophysics 275 1-3 Structural Geology Germ {?
McCalpin, J.P. 1996 Paleoseismology San Diego Academic Press
Seismicity Generic Generic 583 ?
McGarr, A. 1976" Seismic Moments and Volume Changes 1487-1494 Journal of Geophysical Research 81
Seismicity Generic Generic ?
McGarr, A.
Simpson, D. 19970 A broad look at induced and triggered seismicity 385-396" Rockbursts and Seismicity in Mines Lasocki, S.
Gibowicz, S. Rotterdam Balkema
Seismicity Generic GenericV MT?
* Müller, B.
Wehrle, V.
Zeyen, H.
Fuchs, K. 1997q Short-scale variations of tectonic regimes in the western European stress province north of the Alps and Pyrenees 199-219 Tectonophysics 275 1-3 Structural Geology Western E= 0?
! Paulssen, H.
Dost, B.
Van Eck, T. 1992i The April 13, 1992 earthquake of Roermond (The Netherlands); first interpretation of the NARS seismograms 91-98 Geologie en Mijnbouw 71 2
Seismicity NetherlanK O`?
Plenefisch, T.
Bonjer, K.-P. 1997{ The stress field in the Rhine Graben area inferred from earthquake focal mechanisms and estimation of frictional parameters 71-97 Tectonophysics 275 1-3
Seismicity Ger* ?
% Prinz, D.
Hollnack, D.
Wohlenberg, J. 1994X The seismic activity near Aachen following the 1992 Roermond earthquake, the Netherlands 235-240 Geologie en Mijnbouw 73 2-4
Seismicity Ge ?
Reamer, S.K.
Hinzen, K.-G. 2004M An Earthquake Catalog for the Northern Rhine Area, Central Europe (1975-2002) 713-725 Seismological Research Letters 75
Seismicity Central Europe Generic ?
Richter, C.F. 1935* An Instrumental Earthquake Magnitude Scale 1-320 Bulletin of the Seismological Society of America 25 1
Seismicity Generic Generic; internal-pdf://Richter (1935)-1680204858/Richter (1935).pdf ?
Ringdal, F. 1983 Seismicity of the North Sea area 53-75: Seismicity and Seismic Risk in the Offshore North Sea Area Ritsema, A.R.
Gurpinar, G. Dordrecht Reidel
Seismicity North Sea Generic ?
Roest, J.P.A.
Kuilman, W. 1994H Geomechanical Analysis of Small Earthquakes at the Eleveld Gas Reservoir 573-580 Eurock'94 Rotterdam Balkema
Subsidence Netherlands Generic ?
B Roest, J.P.A.
Mulders, F.M.M. 2000@ Modelleren van bewegingen en het spanningsveld bij gasreservoirs 12-18A Technische workshop Geïnduceerde Aardbevingen in Noord-Nederland De Bilt* Royal Netherlands Meteorological Institute Structural Geology% http://www.roest.dds.nl/workshop.html Generic Generic ?
) Roest, J.P.A.
Mulders, F.M.M.
Kuilman, W. 19981 Geomechanical modeling of the Roswinkel gas field 27 TUD-code: TA/IG/98/15 Delft University of Technology Structural Geology Netherlands Generic ?
C Rolando, J.-P.
Massonnat, G.J.
Grasso, J.-R.
Odonne, F.
Meftahi, R. 1997c Characterization and Modelling of Increasing Permeability While Producing a Gas Fractured Reservoir 579-589R The 1997 Society of Petroleum Engineers Annual Technical Conference and Exhibition San Antonio, Texas, USA Structural Geology 5-8 October 1997 Generic Generic Paper SPE 38711 ?
Rondeel, H.E.
Everaars, J.S.L. 19934 Spanning in Noordoost Nederland: een breakoutanalyse 42 Internal report Amsterdam Vrije Universiteit
Seismicity Netherlands Generic ?
Rundle, J.B. 1993U Magnitude-Frequency Relations for Earthquakes Using a Statistical Mechanical Approach 21943-21949 Journal of Geophysical Research 98
Seismicity Generic Generic 7?
$ Schnabel, P.B.
Lysmer, J.
Seed, H.B. 1972X Shake, a computer program for earthquake response analysis of horizontally layered sites 88 Report EERC 72–12 BerkeleyW Earthquake Engineering Research Center, College of Engineering University of California
Seismicity Generic Generic ?
Sponheuer, W. 1958S Die Tiefen der Erdbebenherde in Deutschland auf Grund macroseismischer Berechnungen 157-167$ Annali di Geofisica Pura e Applicata XI
Seismicity Germany Generic ?
O Van den Berg, M.W.
Vanneste, K.
Dost, B.
Lokhorst, A.
Eijk, M. van
Verbeeck, K. 2002s Paleoseismic investigations along the Peel Boundary Fault: geological setting, site selection and trenching results 39-60# Netherlands Journal of Geosciences 81 1
Seismicity Netherlands GenericS internal-pdf://Van den Berg et al. (2002)-0671789585/Van den Berg et al. (2002).pdf ?
Van Dijk, G. 19345 Die Erdbeben in Noord-Brabant von 20-28 November 1932 44-52% Seismische Registrierungen in de Bilt 20
Seismicity Netherlands Generic ?
Van Eck, T.
Davenport, C.A. 1994x Seismotectonics and seismic hazard in the Roer Valley Graben; with emphasis on the Roermond earthquake of April 13, 1992 91-442 Geologie en Mijnbouw 73 2-4
Seismicity Netherlands Cenozoic ?
Van Eijs, R.M.H.E. 1999 Studie aardbevingen Roswinkel 31 Report NITG 99-8-C Utrecht/ Netherlands Institute of Applied Geoscience TNO
Seismicity Netherlands Generic ?
Van Gils, J.M.
Zaczek, Y. 1978F La séismicité en Belgique et son application en génie paraseismique 1-38' Annales des Travaux Publics de Belgique 6
Seismicity Belgium Generic ?
Visser, S.W. 1943 Seismologie 151$ Noorduyn’s Wetenschappelijke Reeks 11 Gorinchem Noorduyn
Seismicity Generic Generic ?
Coppens, P.L. 1967E Synthèse des Propriétés Chimiques et Physiques des Houilles Belges 216 Liège Inichar Publication Petroleum Geology Belgium Generic ?
' Geologische Dienst (Geological Survey), 1951: Geological Map of the Netherlands (simplified) 1 : 500,000 Haarlem& Geologische Dienst (Geological Survey) Stratigraphy Netherlands Generic?
Gerding, M.A.W. 1995 Vier eeuwen turfwinning. De verveningen in Groningen, Friesland, Drenthe en Overijssel tussen 1550 en 1950, (with summary in English) 512
Wageningen Landbouwuniversiteit Wageningen Natural resources Netherlands
Quaternary ?
Joosten, J.H.J. 1989E Winnen en Verliezen, een overzicht van de veen-exploitatie in de Peel 321-327 Grondboor & Hamer 43 Natural resources Netherlands
Quaternary ?
Kuyl, O.S. 1980z Toelichting bij de geologische kaart van Nederland 1 : 50.000, Blad Heerlen (62 W oostelijke helft, 62 O westelijke helft) 206 Haarlem Rijks Geologische Dienst Stratigraphy Netherlands Generic?
Leenders, K.A.H.W. 1987X De diffusie van een techniek. De vergraving van het veen in de Nederlanden (1150–1950) 197-216; Tijdschrift van de Belgische Vereniging Aardkundige Studies 56 Natural resources Netherlands; Belgium
Quaternary ?
m Hamelinck, C.N.
Faaij, A.P.C.
Ruijg, G.J.
Jansen, D.
Pagnier, H.J.M.
Bergen, F. van
Wolf, K.H.
Barzandji, O.
Bruining, H.
Schreurs, H. 2001Z Potential for CO2 Sequestration and Enhanced Coalbed Methane production in the Netherlands 105 report no. 2ECBM01.01 Utrecht9 Novem (Netherlands Agency for Energy and the Environment) Storage ISBN 90-5847-020-4 Netherlands Generic ?
F Ministerie van Volkshuisvesting Ruimtelijke Ordening en Milieu (VROM), 1999? Uitvoeringsnota Klimaatbeleid, Deel 1: Binnenlandse Maatregelen 108 Den Haag Climate Netherlands Generic ; DϹ?
Stuurman, R.J. 2000@ Transboundary hydrological processes in the southern Netherlands2 Evaluation and Protection of Groundwater Resources
Wageningen/ Netherlands Institute of Applied Geoscience TNO Hydrogeology September 2000$ Proceedings of IAH/UNESCO Conference Netherlands Generic ?
5 Van Bergen, F.
Pagnier, H.J.M.
David, P.
Krooss, B.M. 2000 Inventory of potential volumes of methane extraction and carbon dioxide storage in coallayers in the Dutch subsurface. TNO contribution to the ‘Feasibility study of combined Coalbed Methane production and Carbon Dioxide storage in the Netherlands’ 87 TNO report NITG-00-272-B Utrecht TNO Storage Netherlands
Carboniferous ?
m F Van Bergen, F.
Pagnier, H.J.M.
Damen, K.
Faaij, A.P.C.
Ribberink, J.S. 2003R Feasibility study on CO2 sequestration and Enhanced CBM production in Zuid-Limburg 769 Novem (Netherlands Agency for Energy and the Environment) Storage ISBN 90-5747-031-X Netherlands
Carboniferous9 t?
Visser, W.A. 1987 The Gelria concession 147-152G Seventy-five years of geology and mining in the Netherlands (1912-1987)- Visser, W.A.
Zonneveld, J.I.S.
Loon, A.J. van The Hague> Royal Geological and Mining Society of the Netherlands (KNGMG) History 8 L?
Visser, W.A.
Zonneveld, J.I.S. 1987 Introduction 9-26G Seventy-five years of geology and mining in the Netherlands (1912-1987)- Visser, W.A.
Zonneveld, J.I.S.
Loon, A.J. van The Hague> Royal Geological and Mining Society of the Netherlands (KNGMG) Hi2?
- Wenselaers, P.
Dusar, M.
Tongeren, P.C.H. van 1996Z Steenkoollaag methaangaswinning in het Kempisch kolenbekken ’Het proefproject te Peer’ 67 BrusselQ Ministerie van de Vlaamse Gemeenschap, afdeling Natuurlijke Rijkdommen en Energie Petroleum Geology Belgium
Carboniferous ?
@ Wolf, K.-H.A.A.
Westerink, H.H.E.
Delft, P.T.P. van
Bruining, J. 1997; Coalbed Methane Production in The Netherlands: An Inventory 73 TUD-code: TA/PF/97.004 Delft Delft University of Technology Petroleum Geology Netherlands
Carboniferous B?
Balzer, D. 2000 Analysis and interpretation of saliniferous Zechstein structures (Upper Permian) in subrosive facies – examples from the Subhercynian basin (Germany) 66-71+ Proceedings of the 8th World Salt Symposium Geertman, R.M. Amsterdam Elsevier Structural Geology Germany Permian 0?
Balzer, D. 2000 Lithostratographie, Fazies, Strukturbau und subrosive Entwicklung des Hutgesteins über der Allertal-Salzstruktur zwischen Alleringersleben und Beendorf (Sachsen-Anhalt, Bundesrepublik Deutschland) 3-85 Geologisches Jahrbuch A154 Stratigraphy Germany Permian ?
Balzer, D. 2001n Geologische Interpretation von Salinar (Zechstein) und Hutgesteinsbohrungen im Bereich der Kaverne Schönebeck 122-131 Glückauf-Forschungshefte 137 Geology Germany Permian 5
?
! Batsche, H.
Klarr, K. 1980, Beobachtungen und Gedanken zur Gipshutgenese 9-19% Fifth International Symposium on Salt 1 Hamburg+ Northern Ohio Ge ?
Bentz, A. 1947, Geotektonische Karte von Nordwestdeutschland Hannover-Celle Amt für Bodenforschung Stratigraphy Germany Generic D?
Bornemann, O. 19919 Zur Geologie des Salzstocks Gorleben nach Bohrergebnissen' Bundesamt für Strahlenschutz Schriften 4/91
Salzgitter
Evaporites Germany Permian 81 ?
De Boer, H.U. 19718 Gefügeregelung in Salzstöcken und ihren Hüllgesteinen 403-425 Kali und Steinsalz 5 Engineering Geology Germany Permian ?
* Fokker, P.A.
Steeneken, P.V.
Kruse, G.A.M. 2000< Predictable and Manageable Subsidence above Deep Salt Mining 82 Fall Meeting of Solution Mining Research Institute San Antonia
Subsidence Generic Generic ?
Geluk, M.C. 2000P Steps towards successful prediction of the internal tectonics of salt structures 125-130+ Proceedings of the 8th World Salt Symposium Geertman, R.M. Amsterdam Elsevier Structural Geology Generic Permian ?
Kruse, G.A.M. 1999I NEDMAG Veendam location: Comparison of observed and calculated subsidence 30 Nedmag Internal Report Veendam NEDMAG
Subsidence Netherlands Generic ?
Richter-Bernburg, G. 1972N Saline deposits in Germany: a review and general introduction to the excursion 275-287? Geology of Saline Deposits, Proceedings Hannover Symposium 1968 Hannover Unesco
Evaporites Germany PermianM?
Schachl, E. 1987 Kali- und Steinsalzbergwerk Niedersachsen- Riedel der Kali und Salz AG, Schachtanlage Riedel -Zechsteinstratigraphie und Innenbau des Salzstockes von Wathlingen-Hänigsen 69-100O Internationales Symposium Zechstein 1987, Exkursionsführer I (Hannover/Kassel) Stratigraphy Germany Permian ?
Sedlacek, R. 2002* Untertage-Erdgasspeicherung in Deutschland 498-507 Erdöl Erdgas Kohle 118 Storage Netherlands Generic H?
Wassmann, Th.H. 1980- Mining subsidence in Twente, East Netherlands 225-231 Geologie en Mijnbouw 59 3
Subsidence Netherlan ?
Wassmann, Th.H. 1983% Cavity Utilization in the Netherlands 191-201" Sixth International Salt Symposium II Alexandria, Virginia Salt Institute Storage Netherlands Generic ?
Wassmann, Th.H. 1993H Mining Subsidence above Cavities Created by Solution Mining of Rock Salt 425-4317 Proceedings of the Seventh International Salt Symposium Amsterdam Elsevier
Subsidence Generic Generic $D?
Rijkswaterstaat 1989 Gegrond ontgrondenA Tweede Kamer, zitting 1988-1989 (Parliamentary records 1988-1989) 21199/1 Natural resources Netherlands ?
Anonymous 1996 Ontgrondingenwet 14- Staatsblad van het Koninkrijk der Nederlanden 412 Natural resources Netherlands
Quaternary ?
Anonymous 1996L Structuurschema Oppervlaktedelfstoffen, Deel 4, Planologische kernbeslissing 49 The Hague8 Ministry of Transport, Public Works and Water Management Natural resources Netherlands
Quaternary ?
Anonymous 2001W 2e Structuurschema Oppervlaktedelfstoffen, Deel 1, Ontwerp Planologische kernbeslissing 280 The Hague8 Ministry of Transport, Public Works and Water Management Natural resources Netherlands
Quaternary XenericO internal-pdf://Doornenbal et al. (2010)-4081725636/Doornenbal et al. (2010).pdf % ' ! ? 1 Ferguson, C.J.
Avu, A.
Sc ?
Beukema, J.J
Cadée, G.C. 1999Q An estimate of the sustainable rate of shell extraction from the Dutch Wadden Sea 49-58 Journal of Applied Ecology 36 Natural resources Netherlands
Quaternary ?
( Broers, J.W.
Pietersen, H.S.
Smits, R.G. 2002p Secondary raw materials in the Dutch building industry – an overview of policy, current research and practices 161-167i Third European Conference on Mineral Planning (ECMP ’02) – Conference Transcript and Field Trip Guide Krefeld+ Geological Survey of North Rhine-Westphalia Natural resources Netherlands
Quaternary ?
De Jong, B.
Mulder, E.F.J. de 1998> Construction material in the Netherlands: Resources and policy 203-214, Aggregate Resources – A global perspective Bobrowsky, P.T. Rotterdam Balkema Natural resources Netherlands
Quaternary ?
Feenstra, L.
Mulder, E.L. 2003. Project Zilverzand - Deelproject toetsingsnorm 70 report R 2003/454 Apeldoorn6 TNO Environment, Energy and Process Innovation TNO-MEP Natural resources Netherlands
Quaternary ?
Gruijters, S.H.L.L.
Menkovic, A. 2002O Onderzoek Zilverzand Nederland – Deel I: kartering van potentiële voorkomens 12 report NITG 02-170.B Utrecht/ Netherlands Institute of Applied Geoscience TNO Natural resources Netherlands
Quaternary ?
Ike, P. 2000 De planning van ontgrondingen 489 PhD Groningen Groningen University, Geo Pers Natural resources Netherlands
Quaternary ?
Joosten, I. 2004A Technology of Early Historical Iron Production in the Netherlands 133/ Geoarchaeological and Bioarchaeological Studies PhD Amsterdam Free University History Netherlands
Quaternary ?
Laban, C. 1987 Diatomeeënaarde nog niet op 31-35 Grondboor & Hamer 41 Natural resources Netherlands Generic ?
Laban, C. 1988+ Fosforietknollen ooit gewonnen als delfstof 33-38 Grondboor & Hamer 42 Natural resources Netherlands Generic ?
Laban, C. 2002+ Geologisch onderzoek grindgebied Klaverbank 28
NITG 01-003-A Utrecht/ Netherlands Institute of Applied Geoscience TNO Natural resources NL North Sea
Quaternary ?
Laban, C.
Kars, H.
Heidinga, A. 1988 IJzer uit eigen bodem 1-11 Grondboor & Hamer 42 Natural resources Netherlands Generic ܄?
Middelkoop, H. 1997' Embanked floodplains in the Netherlands 352 PhD Utrecht Utrecht University Palaeogeograph$ D?
1 Sigmond, G.J.A.
Hund, J.B.A.
Meulen, M.J. van der 20015 Ruimte voor Rijntakken: inventarisatie kleivoorkomens$ Publicatiereeks Grondstoffen 2001/11 report DWW-2001-094 Delft( Road and Hydraulic Engineering Institute Natural resources Netherlands
Quaternary 24?
Van der Meulen, M.J. 2005 Sustainable mineral development: possibilities and pitfalls illustrated by the rise and fall of Dutch mineral planning guidance 225-2327 Sustainable minerals operations in the developing world 250% Petterson, M.
McEvoy, F.
Marker, B.R. London3 Geological Society of London, Special report series Natural resources Netherlands Generic ?
T Van der Meulen, M.J.
Kleine, M.P.E. de
Veldkamp, J.G.
Dubelaar, C.W.
Pietersen, H.S. 2004R The sand extraction potential of embedded land surface lowering in the Netherlands 147-151# Netherlands Journal of Geosciences 83 2 Natural resources Netherlands
QuaternaryW internal-pdf://Van der Meulen et al. (2004)-3087830545/Van der Meulen et al. (2004).pdf ?
Vos, P.C.
Wolf, H. de 1988 Geologie en diatomeeën 57-68 Grondboor & Hamer 42 Geology Netherlands Generic ?
( Heederik, J.P.
Ewalts, W.P.G.
Haak, A.M. 19895 Test facilities for cold and heat storage in aquifers 1* Seasonal Thermal Energy Storage Newsletter XI 2 Storage Generic Generic ?
! Ministerie van Economische Zaken, 2001< Retrievable disposal of radioactive waste in the Netherlands 10 Den Haag Storage Netherlands Generic ?
# OPLA (Commissie Opberging te Land), 1989[ Onderzoek naar geologische opberging van radioactief afval in Nederland. Eindrapport Fase 1 130 Den Haag Ministerie van Economische Zaken Storage Netherlands Generic ?
Rijks Geologische Dienst, 1986, Onderzoeksresultaten van de boring Geverik-1 rapport GB2144/GD10167 Geologisch Bureau Heerlen Geology Netherlands Generic ?
5 Van den Broek, W.M.G.T.
Heilbron, H.C.
Menken, M.J.V. 1996U Feasibility of retrieval of radioactive waste from a saltmine repository: an overview 1-10 Geologie en Mijnbouw 75 Storage Netherlands Permian ; `?
Visser, W.A. 1987 Utilization of the subsurface 289-298G Seventy-five years of geology and mining in the Netherlands (1912-1987)- Visser, W.A.
Zonneveld, J.I.S.
Loon, A.J. van The Hague> Royal Geological and Mining Society of the Netherlands (KNGMG) Hist7D?
$ Brouwer, G.K.
Lokhorst, A.
Orlic, B. 2005? Geothermal heat and abandoned gas reservoirs in the Netherlands1 Proceedings of the World Geothermal Congress 2005 CD-ROM, art. 1177 Antalya, Turkey$ International Geothermal Association Geothermics 24-29 April 2005 Netherlands Generic ?
Csonka, J. 1968 Rapport inzake een onderzoek naar de toepassingsmogelijkheden van de geothermische methode in Nederland. Rapport Dienst Grondwater Verkenning Delft Dienst Grondwater Verkenning TNO Geothermics Netherlands Generic ?
Dufour, F.C. 1984. Resultaten voorbereiding proefproject Delfland 32-50[ Verslag van het nationaal onderzoekprogramma aardwarmte en warmteopslag 1979–1984 (NOA I) Mot, E. Apeldoorn Project Bureau Energieonderzoek Geothermics Netherlands Generic ?
Harting, P. 1879A Temperatuurbepalingen in een put van 369 meters diepte te Utrecht 393-409c Verslagen en Mededelingen. Koninklijke Nederlandse Academie van Wetenschappen. Afdeling Natuurkunde Geothermics Netherlands Generic
?
Rijks Geologische Dienst, 1982{ Geologische inventarisatie van Tertiaire afzettingen in Zuid-Nederland t.b.v. ondergrondse opslag en winning van warm water Rapportno. 82DS22 Haarlem Rijks Geologische Dienst Geoth ) xem Rijks Geologische Dienst Geothermi ermics Netherlands Generic # d?
Rijks Geologische Dienst, 1983 Geologische en hydrologische inventarisatie van Tertiaire afzettingen in Midden-Nederland t.b.v. ondergrondsG ?
Rijks Geologische Dienst, 1984 Geologische en hydrologische inventarisatie van Tertiaire en Onder-Kwartaire afzettingen in Noord-Nederland t.b.v. ondergrondse opslag en winning van warm water% Rapportno. 84KAR08EX, project BP10371 Haarl d?
Rijks Geologische Dienst, 1985U Aardwarmtewinning en grootschalige warmteopslag in tertiaire en kwartaire afzettingen Rapportno. 85KAR02EX Haarlem Rijks Geologische Dienst Geot ?
Rijkers, R.
Van Doorn, Th.H.M. 1997H Atlas of geothermal resources in the European Community, the Netherlands Report 97–24-A Utrecht/ Netherlands Institute of Applied Geoscience TNO Geothermics Netherlands Generic ?
Van Dalfsen, W. 1982f Fysische aspecten van ondergrondse warmtereservoirs. Bijdrage aan cursus “Aardwarmte in Nederland” Rapport PN 82–12 Delft TNO Dienst Grondwaterverkenning Geothermics Netherlands Generic*?
J Van de Braak, N.J.
Kempkes, F.L.K.
Knies, P.
Lokhorst, A.
Vernooij, C.J.M. 2001U Toepasbaarheid van aquifers in de glastuinbouw voor aardwarmtewinning en warmteopslag Report P2001–120
Wageningen& Instituut voor Milieu- en Agrotechniek Geothermics Netherlands Generic B3 ?
Visser, W.A.
Heederik, J.P. 1987 Geothermal Energy 243-258G Seventy-five years of geology and mining in the Netherlands (1912-1987)- Visser, W.A.
Zonneveld, J.I.S.
Loon, A.J. van The Hague> Royal Geological and Mining Society of the Netherlands (KNGMG) Geothermics Netherlands ?
Asch, K. 2005I The 1:5 Million International Geological Map of Europe and Adjacent Areas Hannover8 Bundesanstalt für Geowiss
?
0 Baldschuhn, R.
Binot, F.
Fleig, S.
Kockel, F. 2001N Geotektonischer Atlas von Nordwestdeutschland und dem deutschen Nordsee-Sektor 1-88 Geologisches Jahrbuch A153 Structural Geology Germany; D North Sea Generic ? Boigk, H 1998~ Erdöl und Erdölgas in der Bundesrepublik Deutschland – Erdölprovinzen, Felder, Förderung, Vorräte, Lagerstättentechnik 313 Stuttgart Enke Verlag Petroleum Geology Germany Generic ? Brenchley, P.J
Rawson, P.F 2006 The Geology of England and Wales 256 London The Geological Society Geology UK Generic ? Britze, P
Japsen, P
Andersen, C 1995} The Danish Central Graben: Top Chalk and the Post Chalk Group. Two-way travel time and depth and interval velocity, 1:200 000 5 pp. + 3 maps
Map Series 47 Geological Survey of Denmark Stratigraphy Denmark
Cretaceous ejonghe (2001).pdf
internal-pdf://Bultynk & Dejonghe2 (2001)-3305361788/Bultynk & Dejonghe2 (2001).pdf ' q? & Bultynck, P.
Geukens, F.
?
Gerling, P
Kockel, F
Krull, P 1999G Das Kohlenwasserstoffpotential des Präwestfals im Norddeutschen Becken 107 433 Hamburg DGMK-Forschungsbericht Petroleum Geology Germany
Palaeozoic/ ? H Hoth, K.
Rusbült, J.
Zagora, K.
Beer, H.
Hartmann, O.
Schretzenmayr, S. 1993} Die tiefen Bohrungen im Zentralabschnitt der Mitteleuropäischen Senke – Dokumentation für den Zeitabschnitt 1962 – 1990 1-145% Schriftenreihe für Geowissenschaften 2 His ? Japsen, P 1998k Regional velocity-depth anomalies, North Sea Chalk; a record of overpressure and Neogene uplift and erosion 2031-20746 American Association of Petroleum Geologists Bulletin 82
Geophysics North Sea
Cretaceous? , Jaritz, W
Best, G.
Hildebrand, G
Juergens, U 1991J Regionale Analyse der seismischen Geschwindigkeiten in Nordwestdeutschland 23-57 Geologisches Jahrbuch E45
Seismicity Germany Generic9 Regional analysis of the seismic velocities in NW Germany ? Kockel, F 1996. Tectonic Atlas of Northwest Germany, 1985-1996 Hannover= Federal Institute for Geoscience and Natural Resources (BGR) Structural Geology Germany Generic
D?
# Lott, G.K
Knox, R.W.O'B
Cordey, W.G 1994' Post-Triassic of the Southern North Sea3 Lithostratigraphic nomenclature of the UK North Sea Knox, R.W.O'B.
Cordey, W.G.
Nottingham British Geological Survey Stratigraphy UK North Sea Generic 7 h? Menning, M
Steininger, F.F. 2005h Die Stratigraphische Tabelle von Deutschland 2002 und ihre Erläuterungen – zwischen Idee und Ausblick 1-6 Newsletters on Stratigr ? Michelsen, O 1978P Stratigraphy and distribution of Jurassic deposits of the Norwegian-Danish Basin 77-78/ Geological Survey of Denmark Annual Report 1978 Stratigraphy Denmark; Norway Jurassic ? Reinhardt, H.-G 1977T Regionale Geschwindigkeiten im Nordteil der DDR. Unveröffentlichter Ergebnisbericht Leipzig VEB Geophysik Leipzig
Geophysics Germany Generic ? Reinhardt, H.-G 1991S Regionales Geophysikalisches Kartenwerk (1960-1991). Unveröffentlichtes Kartenwerk VEB Geophysik Leipzig.
Geophysics Germany Generic O
? Schiøler, P
Andsbjerg, J
Clausen, O.R
Dam, G
Dybkjær, K
Hamberg L
Heilmann-Clausen, C
Kristensen, L.E
Prince, I
Rasmussen, J.A 2005T A revised lithostratigraphy for the Palaeogene-lower Neogene of the Danish North Sea 21-244 Geological Survey of Denmark and Greenland Bulletin 7 Stratigraphy DK North Sea ^? Schwab, G 19851 Paläomobilität der Norddeutsch-Polnischen Senke 196 Berlin Akademie der Wissenschaften Structural Geology+? + Deutsche Stratigraphische Kommission (STD), 2002? Stratigraphische Tabelle von Deutschland 2002 - Chart 96x130 cm Potsdam GeoForschungsZentrum Stratigraphyb STD (Deutsche Stratigraphische Kommission, Ed.; coordination and layout: M. Menning & A. Hendrich) Germany Generic ~? Trewin, N, H 2003 The Geology of Scotland 550 London The Geological Society Geology UK Generic ^ a? Vejbæk, O.V
Andersen, C 2002n Post mid-Cretaceous inversion tectonics in the Danish Central Graben - Regionally synchronous tectonic events? 129-144. Bulletin of the Geological Society of Denmark 49 Structural Geology Denmark
Cre ?
I Vejbæk, O.V
Bidstrup, T
Britze, P
Erlström, M
Rasmussen, E.S
Sivhed, U 20039 Chalk structure maps of the Central and Eastern North Sea 55 2003/106/ Danmarks og Grønlands Geologiske Undersøgelse Structural Geology North Sea
Cretaceous ? Waters, C.N
Gillespie, M.R
Smith, K
Auton, C.A
Floyd, J.D
Leslie, A.G
Millward, D
Mitchell, W.I
McMillan, A.A
Stone, P
Barron, A.J.M
Dean, M.T
Hopson, P.M
Krabbendam, M
Browne, M.A.E
Stephenson, D
Akhurst, M.C
Barnes, R.P 2007= Stratigraphical Chart of the United Kingdom: Northern Britain
Nottingham British Geological Survey Stratigraphy 978-0-7518-3562-5 UK Generic ? ' Wong, Th.E.
Batjes, D.A.J.
De Jager, J. 2007 Geology of the Netherlands 354 Amsterdam5 Royal Netherlands Academy of Arts and Sciences (KNAW) Geology Nethe* X? ! Aichroth, B.
Prodehl, C.
Thybo, H 1992V Crustal structure along the Central Segment of the EGT from seismic refraction studies 43-64 Tectonophysics 207 1-2 Structural Geology W 8? Chadwick, R.A
Holliday, D.W 1991p Deep crustal structure and Carboniferous basin development within the Iapetus convergence zone, northern England 41-53! Journal of the Geological Society 148 1 Structural Geology UK
C p? Chadwick, R.A
Pharaoh, T.C 1998I The seismic reflection Moho beneath the United Kingdom and adjacent areas 255-279 Tectonophysics 299 4 Structural Geology ! 8?" DEKORP-BASIN Resarch Group, 1999b Deep crustal structure of the Northeast German basin: New DEKORP-BASIN’96 deep-profiling results 55-58 Geology 27 1 Structural Geology GermanyI
?# ! Kossow, D.
Krawczyk, Charlotte M. 2002c Structure and quantification of processes controlling the evolution of the inverted NE-German Basin 601-618 Marine and Petroleum Geology 19 5 Structural Geology Germany ( ?$ > Kossow, D
Krawczyk, C.M
McCann, T
Strecker, M
Negendank, J.F.W 2000m Style and evolution of salt pillows and related structures in the northern part of the Northeast German Basin 652-666 Journal of Earth Sciences 89 3 Structural Geology Germany; D North Sea PermianA?% Pharaoh, T.C
England, R
Lee, M.K 1995Z The concealed Caledonide basement of Eastern England and the southern North Sea - A review 330-3469 The Trans-European Suture Zone: EUROPROBE in Liblice 1993 39 Gee, D.G
Beckholmen, M Structural Geology Studia Geophysica et Geodaetica UK
Palaeozoic?& 4 Pharaoh, T.C
Merriman, R.J
Webb, P.C
Beckinsale, R.D 1987^ The concealed Caledonides of eastern England: preliminary results of a multidisciplinary study 355-369/ Proceedings of the Yorkshire Geological Society 46 Geology UK
Palaeozoic ?' G Rabbel, W.
Förste, K.
Schulze, A.
Bittner, R.
Röhl, J.
Reichert, J.C. 1995B A high velocity layer in the lower crust of the North German Basin 327-337
Terra Nova 7 3
Geophysics Ger ?( Reston, T.J.
Blundell, D.J. 1987? Possible mid-crustal shears at the edge of the London Platform 251-2585 Geophysical Journal of the Royal Astronomical Society 89 Structural Geology UK
Palaeogene ~4?) Smith, N.J.P 1987N The deep geology of central England: the prospectivity of the Palaeozoic rocks 217-224& Petroleum Geology of North-West Europe Brooks, J.
Glennie, K.W. London Graham & Trotman Geology UK
f ?* 1 Soper, N.J.
England, R.W.
Snyder, D.B.
Ryan, P.D. 1992v The Iapetus suture zone in England, Scotland and eastern Ireland: a reconciliation of geological and deep seismic data 697-700! Journal of the Geological Society 149 5 Structural Geology UK
?+ # Soper, N.J
Webb, B.C
Woondcock, N.H 1987l Late Caledonian (Acadian) transpression in north-west England: timing, geometry and geotectonic significance 175-192/ Proceedings of the Yorkshire Geological Society 46 Structur wD?, & Tryggvason, A.
Lund, C.-E.
Friberg, M. 1998 A two-dimensional seismic velocity model across the transition zone between the Baltic Shield and the North German Basin —the EUGENO-S profile 1 revisited 47-58 Tectonophysics 290 1-2 Structural Geology Denmark; \?- Zielhuis, A.
Nolet, G. 1994> Deep seismic expression of an ancient plate boundary in Europe 79-81 Science 265 5168 Structural Geology D?. Aigner, T
Bachmann, G.H 19936 Sequence Stratigraphy of the classic Germanic Triassic The Nonmarine Triassic 3 Lucas, S.G
Morales, M7 New Mexico Museum of Natural History & Science Bulletin Stratigraphy Germany Triassic ?/ ' Antonowicz, L.
Iwanowska, E.
Rendak, A. 1994n Tensional tectonics in the Pomeranian section of the T-T Zone and the implications for hydrocarbon exploration 289-306 Geological Quarterly 38 2 Petroleum Geology Poland Generic *?0 Bachmann, G.H
Grosse, S 1989 Struktur und Entstehung der Norddeutschen Beckens – Geologische und geophysikalischeInterpretation einer verbesstern Bouger-Schwerekarte 24-47D Veröffentlichungen Niedersächsische Akademie der Geowissenschaften 2 Geology Germany Generic H?1 Bachmann, G.H.
Hoffmann, N. 19977 Development of the Rotliegend Basin in Northern Germany 9-31 Geologisches Jahrbuch D 103 Palaeogeo |?3 $ Baldschuhn, R.
Frisch, U.
Kockel, F. 1998Q Die Entwicklung des Nordwestdeutschen Beckens seit der Trias in neun Zeitscheiben V11-V12 Terra Nostra 98 3 Palaeogeo ?4 " Baldschuhn, R
Frischu, U
Kockel, F 19856 Inversionsstrukturen in NW-Deutschland und ihre Genese 129-1393 Zeitschrift der Deutschen Geologischen Gesellschaft 136 Structural Geology Germany Generic ?>
Beutler, G 1979n Verbreitung der altkimmerischen Bewegungen im Norden der DDR und ihre regionale Bedeutung (Fortschrittbericht) 903-912+ Zeitschrift für Geologische Wissenschaften 7 Structural Geology Germany Jurassic ?7 Baldschuhn, R
Kockel, F. 1998/ Der Untergrund von Hannover und seiner Umgebung 5-98, Berichte der Naturhistorischen Gesellschaft 140 Geology Germany Generic%
?9 , Baumann, A
Grauert, B
Mecklenburg, S
Vinx, R 1991K Isotopic age determination of crystalline rocks of the Upper Harz Mountains 669-690 Geologische Rundschau 80 Petrology Germany
?@ Boigk, H 19689 Gedanken zur Entwicklung des niedersaechsischen Tektogens 861-900 Geologisches Jahrbuch 85 Structural Geology Germany Genericx ƽ?B Buchanan, P.G
Bishop, D
Hood, N 1996_ Development of salt related structures in the Central North Sea: results from section balancing 111-128 Salt Tectonics 100$ Alsop, G.I.
Blundell, D.
Davison, I. London& Geological Society Special Publication Structural Geology0 Geological Society of London Special Publication Central North Sea Permian ?C Bulat, J.
Stoker, S.J. 1987J Uplift determination from interval velocity studies, UK southern North Sea 293-305& Petroleum Geology of North-West Europe Brooks, J.
Glennie, K.W. London Graham & Trotman Engineering Geology UK North S
`?D n Camelbeeck, T
Vanneste, K
Alexandre, P
Verbeeck, K
Petermans, T
Rosset, Ph
Everaerts, M
Warnant, R
Van Camp, M 2007 Relevance of active faulting and seismicity studies to assessments of long-term earthquake activity and maximum magnitude in intraplate northwest Europe, between the Lower Rhine Embayment and the North Sea 193-224+ Geological Society of America Special Paper 425
Seismicity Northwest Europe ?E Cartwright, J.A 19938 The kinematics of inversion in the Danish Central Graben 153-175 Inversion Tectonics 150
Williams, G.D Brassmill The Geological Society Structural Geology Denmark Generic ?F Chadwick, R.A
Evans, D.J 1995H The timing and direction of Permo-Triassic extension in southern Britain 161-1920 Permian and Triassic Rifting in Northwest Europe 91 Boldy, S.A.R London The Geological Society Structural Geol0 X?G Clausen, O.R.
Korstgard, J.A. 1996E Planar detaching faults in the southern Horn Graben, Danish North Sea 537-548 Marine and Petroleum Geology 13 5 Structural Geology DK North Sea < e?H Clausen, O.R
Pedersen, P.K 1999^ Late Triassic structural evolution of the southern margin of the Ringkoebing-Fyn High, Denmark 653-665 Marine and Petroleum Geology 16 Structural Geology Denmark ?I Cloetingh, S 1992< Lithosphere dynamics and the tectonics of sedimentary basins 340-3698 Proceedings of the Royal Netherlands Academy of Sciences 95 Structural Geology Generic Generic R?J W Cloetingh, S
Ziegler, P.A
Beekman, F
Andriessen, P.A.M
Hardebol, N
Van Wijk, J
Dezes, P 1985= Thermo-mechanical controls on Alpine deformation of NW Europe 113-128 European Lithosphere Dynamics 32 Gee, D.G
Stephenson, R.A$ Geological Society of London, Memoir Structural Geology Northwest Europe Cenozoic }?K
Q Cope, J.C.W.
Duff, K.L.
Parsons, C.F.
Torrens, H.S.
Wimbledon, W.A.
Wright, J.K. 1980R A correlation of Jurassic rocks in the British Isles. 2. Middle and Upper Jurassic 15 Stratigraphy+ Geological Society of London Special Report UK Jurassic ?L De Jager, J. 2007 Structural setting 1-23 Geology of the Netherlands' Wong, Th.E.
Batjes, D.A.J.
De Jager, J. Amsterdam5 Royal Netherlands Academy of Arts and Sciences (KNAW) Structural Geology N ?N Delmer, A 2004; Tectonique du front varisque en Hainaut et dans le Namurois 1-62, Memoirs of the Geological Survey of Belgium 50 Structural Geology Belgium
Carboniferous ?O % Dohr, G
Dürschner, H
Edelmann, H.A.K 1989! Exploration geophysics in Germany 153-172 First Break 7 5
Geophysics Germa> ?P Dusar, M
Lagrou, D 2007{ Cretaceous flooding of the Brabant massif and the lithostratigraphic characteristics of its chalk cover in northern Belgium 27-38 Geologica Belgica 10 1-2 Stratigraphy Belgi?Q Franke, D
Hoffmann, N 1997q Die regionale Stellung der externen variszischen Zone Nordostdeutschlands im Gesamtrahmen Mittel- und Westeuropas 375-412+ Zeitschrift für Geologische Wissenschaften 27 Structural Geology Germany
Palaeozoic ?R Franke, D
Hoffmann, N
Linders, W 1996P The Variscan deformation front in East Germany, Part II: Tectonic interpretation 44-56$ Zeitschrift für Angewandte Geologie 42 Structural Geology Germany
Palaeozoic ?S Franke, D
Hoffmann, N
Lindert, W 1995^ The Variscan deformation front in East Germany, Part I: Geological and geophysical constraints 89-91$ Zeitschrift für Angewandte Geologie 41 Structural Geology Germany
Palaeozoic ?T ! Franke, W.
Hoffmann, N.
Kamps, J. 1989A Alter und struktureller Bau des Grundgebirges im Nordteil der DDR 289-296$ Zeitschrift der Angewandten Geologie 35 Structural Geology Germany
Palaeozoic $?X
Führer, F.A. 1988W Geological results of recent geophysical investigations in the Harz Mountains (Germany) 79-99 Geologische Rundschau 77 1
Geophysics Ge ?Y $ Gabriel, G.
Vogel, D.
Krawczyk, C.M. 2008/ Map of magnetic totalfield anomalies in Germany Hannover ATS at GGA-Institute
Geophysics Germany Generic t u ismics-gravimetry-magnetics/projects/potential-field-maps.html Germany Generic
nds Generic 4etroleum Geology Ge y North Sea Generic ?\ Gibbard, P.L
Lewin, J 2003C The history of major rivers of southern Britain during the Tertiary 829-845! Journal of the Geological Society 160 6 Palaeogeography UK>?] Gibbs, A.D. 1986U Strike-slip basin and inversion; a possible model for the southern North Sea gas area 23-35( Habitat of Palaeozoic Gas in N.W. Europe 23# Brooks, J.
Goff, J.C.
Van Hoorn, B. London& Geological Society Special Publication Structural Geology Southern North Sea Generic )G?^ Glennie, K.W 1986J The structural framework and the pre-Permian history of the North Sea area 25-626 Introduction to the Petroleum Geology of the North Sea Glennie, K.W Oxford! Blackwell Scientific Publications 2nd edition Structural Geology North Sea
Palaeozoic'?_ Glennie, K.W
Boegner, P.L.E 1981 Sole Pit Inversion tectonics 110-120b Petroleum Geology of the continental Shelf of North-West Europe: Proceedings of the 2nd Conference Illing, L.V
Hobson, G.D London Heyden and Sons Structural Geology Northwest Europe Generic ?` * DEKORP-BASIN Research Group,
Krawczyk, C.M 19988 Survey provides seismic insights Into an old Suture Zone 151-1593 Eos, Transactions of the American Geophysical Union 79 Structural Geology Europe Generic ) L?a MONA LISA Working Group, 1997L Deep seismic investigations of the lithosphere in the southeastern North Sea 1-19 Tectonophysics 269 1-2 Structural Geology Nor d0?b & Hansen, D.L
Blundell, D.J
Bielsen, S.B 2002, A Model for the evolution of the Weald Basin 109-118- Bulletin of the Geological Society of Denmark 49y Basin inversion, lithospher?d Hillis, R.R 1995= Regional Tertiary exhumation in and around the United Kingdom 251-263 Basin Inversion 881 Buchanan, J.G
Buchanan, P.G
Bond, G.C
Kominz, M.A London& Geological Society Special Publication Natural resources UK; UK North Sea Cenozoic x ?e 1 Hoffmann, N
Jödicke, H.
Jording, A.
Müller, W. 1996 Ergebnisse neuer magnetotellurischer Messungen in Norddeutschland: Nererkenntnisse zur tektonischen Felderung und zur Verbreitung potentieller Muttergesteine im Präperm Burg LudwigssteinI Elektromagnetiche Tiefenforschung. Deutsche Geophysikalische Gesellschaft
Geophysics Germany
Palaeozoic
?f # Hoffmann, N
Kamps, H-J
Schneider, J 1989y Neuerkenntnisse zur Biostratigraphie und Paläodynamik des Perms in der Nordostdeutschen Senke – ein Diskussionsbeitrag 189-297$ Zeitschrift für Angewandte Geologie 35 Stratigraphy Germany Permian ?g Holloway, S. 1985 Jurassic 37-43g Atlas of onshore sedimentary basins in England and Wales: Post-Carboniferous tectonics and stratigraphy
Whittaker, A. Glasgow and London Blackie Stratigraphy UK Generic ?h Jaritz, W 1980K Einige Aspekte der Entwicklungsgeschichte der nordwestdeutschen Salzstöcke 387-4083 Zeitschrift der Deutschen Geologischen Gesellschaft 131 Structural Geology Germany Permian ?i Jaritz, W 1987B The origin and development of salt structures in Northwest Germany 479-4930 Dynamical Geology of Salt and Related Structures Lerche, I
O'Brian, J Orlando Academic Press Structural Geology Germany Permian ?j Jenyon, M.K 1985L Basin-edge diapirism and up-dip salt flow in Zechstein of Southern North Sea 53-645 American Association of Petroleum Geologists Bulletin 69 Structural Geology Southern North Sea Permian l ZD?k 2 Kaiser, A
Reicherter, K
Hübscher, C.
Gajewski, D. 2005 Variation of the present-day stress field within the North German Basin – insights from thin shell FE modelling based on residual GPS velocities 55-72 Tectonophysics 397 1-2
Geophysics Ge ?l Klemperer, S.
Hobbs, R. 1991K The BIRPS Atlas - Deep seismic reflection profiles around the British Isles 124 Cambridge Cambridge University Press Structural Geology UK Generic / I`?o Lake, S.D
Karner, G.D 1987d The structure and evolution of the Wessex Basin, southern England: an example of inversion tectonics 347-356, 358-378 Tectonophysics 137 1-4 Structural \ ?p Leeder, M.R
Hardman, M 1990W Carboniferous of the Southern North Sea Basin and controls on hydrocarbon prospectivity 87-105> Tectonic events responsible for Britain's oil and gas reserves 55 Hardman, R.F.P
Brooks, J London& Geological Society Special Publication Petroleum Geology Southern North Sea
Carboniferous7 (?q Legler, B
Schneider, J.W. 2008 Marine ingressions into the Middle/Late Permian saline lake of the Southern Permian Basin (Rotliegend, Northern Germany) possibly linked to sea-level highstands in the Arctic rift 102-1141 Palaeogeography, Palaeoclimatology, Palaeoecology 267 1-2 Palaeo" I?r & Liboriussen, J.
Ashton, P.
Tygesen, T. 1987B The tectonic evolution of the Fennoscandian Border Zone in Denmark 21-29 Tectonophysics 137 1-4 Structural Geology ann, T. 2008> The Geology of Central Europe. Volume 2: Mesozoic and Cenozoic 700 London The Geological Society Geology Europe Paleozoic * ? Doornenbal, J.C.
Stevenson, A.G. 2010= Petroleum Geological Atlas of the Southern Permian Basin Area 342 Houten EAGE Publications b.v. Petroleum Geology Western Europe GenericY9 ?t , Marotta, A.M.
Bayer, U.
Thybo, H.
Scheck, M. 2002Y Origin of the regional stress in the North German basin: results from numerical modelling 245-264 Tectonophysics 360 1-4 ?u
Mattern, F 1996J The Elbe zone at Dresden - a Late Paleozoic pull-apart intruded shear zone 57-803 Zeitschrift der Deutschen Geologischen Gesellschaft 147 Structural Geology Germany
PalaeozoicI L`?v - Maystrenko, Y.
Bayer, U.
Scheck-Wenderoth, M. 2005e The Glueckstadt Graben, a sedimentary record between the North and Baltic Sea in north Central Europe 113-126 Tectonophysics 397 1-2 Stratigraphy Nortd Ԡ?x ( Mazur, S
Scheck-Wenderoth, M
Krzywiec, P 2005_ Different modes of the Late Cretaceous-Early Tertiary inversion in the German and Polish basins 782-798' International Journal of Earth Sciences 94 ?y McCann, T
Krawczyk, C.M
Rieke, H 2000W Integrated Basin Analysis - An example from the Upper Rotliegend of the NE German Basin 261-266 Erdöl Erdgas Kohle 5 Structural Geology Germany Permian ?z j McCann, T
Pascal, C
Timmerman, M.J
Krzywiec, P
Lopez-Gomez, J
Wetzel, A
Krawczyk, C.M
Rieke, H
Lamarche, J 2006a Post-Variscan (end Carboniferous – Early Permian) basin evolution in Western and Central Europe 355-388 European Lithosphere Dynamics 32 Gee, D.G
Stephenson, R.A# Geological Society of London Memoir Structural Geology Western Europe Carboniferous; Permian=?{ Meyer, R.K
Schmidt-Kaler, H 1996S Gesteinsabfolge des Deckgebirges nördlich der Donau und im Molasseuntergrund: Jura 90-1118 Erläterungen zur Geologischen Karte von Bayern 1:500000 Freudenberger, W
Schwerd, K München! Bayrisches Geologisches Landesamt Stratigraphy Germany Jurassic)F?| F Michelsen, O
Frandsen, N
Holm, I
Jensen, T. F
Moller, J.J
Vejbaek, O.V 1987l Jurassic- Lower Cretaceous of the Danish Central Trough-depositional environments, tectonism, and reservoirs! Danmarks Geologiske Undersøgelse A16 44 Stratigraphy Denmark Jurassic; Cretaceous+ ?} 3 Nielsen, S.B.
Thomsen, E
Hansen, D.L.
Clausen, O.R. 2005I Plate-wide stress relaxation explains European Paleocene basin inversions 195-198 Nature 435 7039 Structural Geology D ?~ = Neumann, E.-R.
Dunworth, E.A.
Sundvoll, B.A.
Tollefsrud, J.I. 2002 Basaltic lavas in Vestfold-Jeløya area, central Oslo rift; Derivation from initial mels formed by progressive partial melting of an enriched, phlogopite-bearing, sub lithospheric source 21-53 Lithos 61 Magmatism Norway Generic) (@?
Nielsen, L.H. 2003i Late Triassic-Jurassic development of the Danish Basin and Fennoscandian Border Zone, southern Scandnavia 459-526% The Jurassic of Denmark and Greenland 1 Surleyk, F
Ineson, J.R.* Geology of Denmark and Greenland Bulletin Danish Basi ? * Ondrak, R
Förster, A
Scheck, M
Gerisch, R 1999z The present-day temperature field of the Northeast German Basin - a comparison of temperature measurements and 3D-modeling 111-114- Universite Louis Pasteur, Strasbourg, Memoire 99 Geothermics Germany Generic O? Otto, V. 2003f Inversion-related features along the southeastern margin of the North German Basin (Elbe Fault System) 107-123 Tectonophysics 373 1-4 Structural Geology Ge' ? 3 Petersen, H.I
Nielsen, L.H.
Bidstrup, T.
Thomsen, W 2003m Burial depth and post-Early Cretaceus uplift of Lower-Middle Jurassic strata in the Fennoscandian Border Zone 611-6303 Geological Survey of Denmark and Greenland Bulletin 1 Structural Geology Denmark Cretaceou@ ? = Pharaoh, T.C
Winchester, J.A
Verniers, J
Lassen, A
Seghedi, A 2006H The Western Accretionary Margin of the East European Craton: an overview 291-312 European Lithosphere Dynamics 32 Gee, D.G
Stephenson, R.A$ Geological Society of London Memoirs Structural Geology Eastern Europe Generic ? Pokorski, J
Wagner, R. 1975/ Stratigraphy and palaeogeography of the Permian 115-129& Geological Institute Bulletin, Warsaw 282 Stratigraphy Poland Permian)? * Rieke, H
Kossow, D
McCann, T
Krawczyk, C.M 2001 Tectono-sedimentary evolution of the northernmost margin of the NE German Basin between uppermost Carboniferous and Late Permian (Rotliegend) 19-38 Geological Journal 36 Structural Geology Germany Carboniferous; Permian? 2 Rieke, H
McCann, T
Krawczyk, C.M
Negendank, J.F.W. 2003 Evaluation of controlling factors on facies distribution and evolution in an arid continental environment: an example from the Rotliegend of the NE German Basin 71-949 Tracing tectonic deformation using the sedimentary record 208 McCann, T
Saintot, A London& Geological Society Special Publication Stratigraphy Germany permian ?
Röhling, H-G 1989e Subsidenz im Nordwestdeutschen Becken während der untern Trias (Unterer and Mittlerer Buntsandstein) 111-1123 Nachrichten der Deutschen Geologischen Gesellschaft 41
Subsidence Germany Triassic.# @p? 8 Rohrmann, M
Van der Beek, P.
Andriessen, P
Cloetingh, S. 1995 Meso-Cenozoic morpho-tectonic evolution of Southern Norway; Neogene domal uplift inferred from apatite fission track thermo-chronology 700-714 Tectonics 14 Structural Geology Norway Mesozoic; Cenozo!? & Romer, R.L
Fröster, H-J
Breitkreuz, C 2001} Intracontinental extensional magmatism with a subduction fingerprint: The late Carboniferous Halle Volcanic Complex (Germany) 201-221) Contributions to Mineralogy and Petrology 141 2 Magmatism Germany
Carboniferous~; ? Rossa, H.G. 1986 Upper Cretaceous and Tertiary inversion tectonics in the western part of the Rhenish-Westphalian coal district (F.R.G.) and in the Campine area (N. Belgium) 367-410/ Annales de la Société Géologique de Belgique 109 Structural Geology Germany; Belgium Cretaceous; P ^t? Schäfer, A
Korsch, R.J 1998H Formation and fill of the Saar-Nahe Basin (Permo-Carboniferous, Germany) 233-2693 Zeitschrift der Deutschen Geologischen Gesellschaft 149 Palaeogeography Germa7 ? Scheck, M
Bayer, U.
Lewrenz, B 2003 Salt movements in the Northeast German Basin and its relation to major post-Permian tectonic phases - results from 3D structural modelling, backstripping and reflection seismic data 277-299 Tectonophysics 361 3-4 Structural Geology Germany MesQ ? B Scheck, M.
Bayer, U.
Otto, V.
Lamarche, J.
Banka, D.
Pharaoh, T.C. 2002^ The Elbe Fault System in North Central Europe - a basement controlled zone of crustal weakness 281-299 Tectonophysics 360 1-4 Structural Geology ? Schüler, F. 1980C Diktyogenetische Bewegungen im Buntsandstein des Nordostens der DDR 1019-1028$ Zeitschrift der Angewandten Geologie 8 Structural Geology Germany Generic fD? Sørensen, K 1986O Danish Basin subsidence by Triassic rifting in a lithosphere cooling background 660-663 Nature 319
Subsidence Denmark ? Stollhofen, H
Stanistreet, I.G 1994 Interaction between bimodal volcanism, fluvial sedimentation and basin development in the Permo-Carboniferous Saar-Nahe-Basin (south-west Germany) 245-267 Basin Research 6 4 Palaeogeography Ger? Sundsbø, G.O.
Megson, J.B. 1993. Structural styles in the Danish Central Graben
1255-1268 J Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London The Geological Society Structural Geology Denmark Generic ? # Thomsen, E
Damtoft, K.
Andersen, C. 19877 Hydrocarbon plays in Denmark outside the Central Graben 375-388& Petroleum Geology of North-West Europe Brooks, J.
Glennie, K.W. London Graham & Trotman Petroleum Geology Denmar- `? Thybo, H. 2000g Crustal structure and tectonic evolution of the Tornquist Fan region as revealed by geophysical methods 145-160- Bulletin of the Geological Society of Denmark 46 Structural Geology Denmark
Pa ? / Thybo, H.
Abramovitz, T.
Lassen, A.
Schjoth, F. 1994S Deep structure of the Sorgenfrei-Tornquist Zone interpreted from BABEL seismic data 3-17+ Zeitschrift für Geologische Wissenschaften 22 Structural Geology Denmark Generic ? Trusheim, F. 1960/ Mechanism of Salt Migration in Northern Germany 1519-15405 American Association of Petroleum Geologists Bulletin 44 9 Structural Geology Germany Generic ? Turner, J.S 19494 The deeper structure of central and northern England 280-297/ Proceedings of the Yorkshire Geological Society 27 Structural Geology UK Genericn ? Van den Haute, P
Vercoutere, C 1989b Apatite fission track evidence for a Mesozoic uplift of the Brabant Massif – preliminary results 443-452/ Annales de la Société Géologique de Belgique 112 Structural Geology Netherlands ! $? Z Van Vliet-Lanoë, B.
Mansy, J.-L.
Margerel, J.-P.
Vidier, J.-P.
Lamarche, J.
Everaerts, M. 19983 The Dover Strait, a discretely open Cenozoic strait 729-739G Comptes Rendus Academie des Sciences, Paris, Earth & Planetary Sciences 326 Palaeg D? Vandycke, S. 2002 Paleostress records in Cretaceous formations in NW Europe: extensional and strike-slip events in relationships with Cretaceous-Tertiary inversion tectonics 119-136 Tectonophysics 357 1-4 Structural Geology NorthD ? VanDycke, S
Bergerat, F 2001f Brittle tectonic structures and palaeostress analysis in the Isle of Wight, Wessex basin, southern U.K 393-406 Journal of Structural Geology 23 2-3 Structural Geology z ?
Vejbæk, O.V. 1990L The Horn Graben and its relationship to the Oslo Graben and the Danish Basin 29-49 Tectonophysics 178 1 Strui \ֽ? Vejbaek, O.V 19921 Geodynamic modelling of the Central Danish Trough 1-17J Structural and tectonic modelling and its application to petroleum geology 12 Larsen, R.M.
Brekke, H.
Larsen, B.T.
Telleraas, E.! Norwegian Petroleum Society (NPF) Structural Geology5 ? # Vejbaek, O.V
Stouge, S
Poulsen, K.D 1994_ Paleozoic tectonic and sedimentary evolution and hydrocarbon prospectivity in the Bornholm area 23 DGU Serie A, 34 Geological Survey of Denmark Petroleum Geology Denmark
Palaeozoic' ? ' Voigt, T
Von Eynatten, H.
Franzke, H.-J 2004M Late Cretaceous unconformities in the Subhercynian Crataceous Basin (Germany) 673-694 Acta Geologica Polonica 54 4 Stratigraphy Germ? Walker, I.M.
Cooper, W.G. 1987X The structural and stratigraphic evolution of the northeast margin of the Sole Pit Basin 263-275& Petroleum Geology of North-West Europe Brooks, J.
Glennie, K.W. London Graham & Trotman Geology UK North Sea Mesozoic ل? Whittaker, A 1985g Atlas of onshore sedimentary basins in England and Wales: Post-Carboniferous tectonics and stratigraphy 68 Glasgow and London Blackie Stratigraphy UK Permian, Mesozoic d?
Wolburg, J 1962H Über Schwellenbildung im Mittleren Buntsandstein des Weser-Ems-Gebietes 183-190 Erdöl Zeitschrift 78 Structural_? o
Ziegler, P.A. 1990< Geological Atlas of Western and Central Europe (2nd edition) 239 BathU Shell Internationale Petroleum Maatschappij B.V.; Geological Society Publishing House Geology Western Europe Generic ? 9 Bridge, D.McC.
Carney, J. N.
Lawley, R.S.
Rushton, A.W.A. 19983 Geology of the country around Coventry and Nuneaton 185 169 British Geological Survey Geology UK Generic ? 3 Carney, J.N.
Ambrose, K.
Cheney, C.S.
Hobbs, P.R.N. 19988 Geology of the country around Leicester; 1:50 000 Series British Geological Survey Geology UK Generic ? Tschernoster, R. 2001q Isotopengeochemische Untersuchungen am Detritus der Dänisch-Norddeutsch-Polnischen Kaledoniden und deren Vorland 128 Aachen
Shaker-Verlag Geochemistry Germany; Denmark Generic ? Aldridge, R. J. 1986E Conodont palaeobiogeography and thermal maturation in the Caledonides 177-184! Journal of the Geological Society 143
Palaeontology Europe Silurian; Devonian I? ! Bankwitz, P
Bankwitz, E.
Kopp, J. 2001; Südliche Phyllitzone (SPZ) im Abschnitt Bitterfeld-Döbern 197-204L Stratigraphie von Deutschland II - Ordovizium, Kambrium, Vendium, Riphäikum 234 Hoth, K.
Leonhardt, D. Frankfurt& Courier Forschungsinstitut Senckenberg Stratigraphy Germany
PalaeozoicL ? ! Bankwitz, P
Kopp, J.
Ehling, B.C. 2001> Mitteldeutsche Kristallinzone (MKZ) im Abschnitt Halle-Guben. 186-196L Stratigraphie von Deutschland II - Ordovizium, Kambrium, Vendium, Riphäikum 234 Hoth, K. L
Leonhardt, D. Frankfurt& Courier Forschungsinstitut Senckenberg Stratigraphy Germany Generic? Beier, H. 2001~ Die strukturelle Entwicklung der Rügen-Kaledoniden und ihres nördlichen Vorlandes (Nordost-Deutschland und südliche Ostsee) 114
Greifswald Universität Greifswald Structural Geology Germany Silurian; Devonian )? Beier, H.
Katzung, G. 2001 The deformation history of the Rügen Caledonides (NE Germany) – implications from the structural inventory of the Rügen 5 borehole 269-300/ Neues Jahrbuch für Geologie und Paläontologie 222 Structural Geology Germany Silurian; Devonian ? Beier, H
Maletz, J.
Böhnke, A. 2000M Development of an Early Palaeozoic foreland basin at the SW margin of Baltica 129-152/ Neues Jahrbuch für Geologie und Paläontologie 218 Structural Geology Germany
Palaeozoic ? Bergström, S. M. 1980 Conodonts as paleotemperature tools in Ordovician rocks of the Caledonides and adjacent areas in Scandinavia and the British Isles 377-3920 Geologiska Foreningens i Stockholm Forhandlinger 102
Palaeontology
UK; Norway
Ordovician5? # Boose, J
Schmidt-Mumm, A.
Giese, U. 2001 Petrographic, cathodoluminescence and fluid inclusion studies as provenance indicators of Early Palaeozoic sediments of Rügen, Germany 193-214= Neues Jahrbuch für Geologie und Paläontologie, Abhandlungen 222 Petrology Germany
Palaeozoic ? [ Breitkreuz, C
Kennedy, A
Geissler, M
Ehling, B.-C
Kopp, J
Muszynski, A
Protas, A
Stouge, S. 2007 Far Eastern Avalonia: its chronostratigraphic structure revealed by SHRIMP zircon ages from Upper Carboniferous to Lower Permian volcanic rocks (drill cores from Germany, Poland and Denmark) 173-190 GSA Special Paper 423 Stratigraphy Germany; Poland; Denmark Carboniferous; Permian ? Kenter, J.A.M. 1990: Carbonate platform flanks: slope angle and sediment fabric 777-794
Sedimentology 37 5 Petroleum Geology Generic Generic ?9
$ Feldrappe, H.
Obst, K.
Wolfgramm, M. 2007 Evaluation of sandstone aquifers of the North German Basin: a contribution to the „Geothermal Information System of Germany“ 1-8 248 Hydrogeology Germany Generic ? Böhnke, A.
Katzung, G. 2001N The Middle Silurian from Bornholm (Denmark) - sedimentology, petrology and age 161-191= Neues Jahrbuch für Geologie und Paläontologie, Abhandlungen 222 Clastic sedimentology Denmark Silurian ? Carney, J.N. 1999K Revisiting the Charnian Supergroup: new advances in understanding old rocks 221-229
Geology Today Geology UK Precambrian , L? V Chacksfield, B
De Vos, W
D'Hooge, L
Dusar, M
Lee, M
Poitevin, C
Royles, C
Verniers, J. 1993s A new look at Belgian aeromagnetic and gravity data through image-based display and integrated modelling techniques 583-591 Geological Magazine 130 5
Geophysics Belg ?
Christensen, O.B. 19718 Øvre Silur i dybdeboringen Nøvling nr. 1 i Midtjylland 24
Copenhagen! Danmarks Geologiske Undersøgelse Stratigraphy Denmark Silurian4 ? Clemmensen, L.B.
Dam, G. 1993^ Aeolian sand-sheet deposits in the Lower Cambrian Nexø Sandstone Formation, Bornholm, Denmark 71-85 Sedimentary Geology 83 1-2 Clastic sedimentology Denma? 2 Coenen, B.
Debacker, T.
Van Noten, K.
Verniers, J. 2007' Lateral variations of deformation style in virtually coaxially deformed sequences: the example of the Upper Silurian of the inclined shiplift at Ronquières, southern Brabant Massif (Belgium). Abstracts, Geologica Belgica meeting 2006, 2nd Belgian Geological Congress, Liège, 7-8 September 2006 88-189 Geologica Belgica 10 Structural Geology Belgium Silurian ?
Conrad, W. 1996 Die Schwerekarte der Länder Brandenburg, Mecklenburg-Vorpommern, Sachsen, Sachsen-Anhalt und Thüringen. Bemerkungen zur Bearbeitung und Interpretation 1-56 Geoprofil 6
Geophysics Germany Generic J ? D Debacker, T
Dewaele, S
Sintubin, M
Verniers, J
Muchez, Ph.
Boven, A. 2005Q Timing and duration of the progressive deformation of the Brabant Massif, Belgium 20-34 Geologica Belgica 8 3-4 Structural Geology Belg5? 1 Debacker, T
Herbosch, A
Verniers. J.
Sintubin, M. 2004? Faults in the Asquempont area, southern Brabant Massif, Belgium 55-72" Netherlands Journal of Geosciences 83 1 Structural Geology Belgium GenericK internal-pdf://Debacker et al. (2004)-4150208036/Debacker et al. (2004).pdf
? 4 Debacker, T.
Herbosch, A.
Sintubin, M.
Verniers, J. 2003X Palaeozoic deformation history of the Asquempont-Virginal area (Brabant Massif, Belgium) 1-30+ Memoirs of the Geological Survey of Belgium 49 Structural Geology Belgium
Palaeozoic ; l? % Debacker, T
Sintubin, M.
Verniers, J. 2004 Transitional geometries between gently plunging and steeply plunging folds: an example from the Lower Palaeozoic Brabant Massif, Anglo-Brabant deformation belt, Belgium 641-652! Journal of the Geological Society 161 4 Structural Geology Belgiu ? Evans, C. J.
Allsop, J. M. 1987? Some geophysical aspects of the deep geology of eastern England 321-333/ Proceedings of the Yorkshire Geological Society 46
Geophysics UK Generic ? Feldrappe, H
Hahne, K.
Rhede, D. 2005] Regionale Stellung und Alter der präpermischen "Bunten Serien" in Vorpommern, NE-Deutschland 299-321= Zeitschrift der Deutschen Gesellschaft für Geowissenschaften 156 2 Stratigraph t? h 7 Geiβler, T.
Vinx, R.
Martin-Gombojav, N.
Pidgeon, R.T. 2005 Ion microprobe (SHRIMP) dating of detrital zircon grains from quartzites of the Eckergneiss Complex, Harz Mountains (Germany): implications for the provenance and the geological history 369-384' International Journal of Earth Sciences 94 3 Geology German ? Geukens, F. 1999N Notes accompagnant une révision de la carte structurale du Massif de Stavelot 183-190 Aardkundige Mededelingen 9 Structural Geology Belgium Generic @/
? * Giese, U
Handler, R
Neubauer, F.
Weber, J. 2001 40Ar/39Ar-Laser-analyses of detrital white mica from the pre-Carboniferous of the Loissin 1 borehole - implications for the deeper subsurface of NE-Germany 253-268/ Neues Jahrbuch für Geologie und Paläontologie 222 Geology Ger ? Giese, U
Katzung, G.
Miller, H. 2001. The Rügen Caledonides – southern Baltic Sea 1-328= Neues Jahrbuch für Geologie und Paläontologie, Abhandlungen 222 Geology Germany Silurian; Devonian^? Giese, U.
Koeppen, S. 2001 Detrital record of Early Palaeozoic and Devonian clastic sediments at the southwestern border of the Fennoscandian Shield - provenance signals for a Caledonian geodynamic evolution 215-251/ Neues Jahrbuch für Geologie und Paläontologie 222 Clastic sedimentology North Sea Palaeozoic; Devonian K? 9 Hoffmann, N
Jödicke, H
Fluche, B
Jording, A.
Müller, W. 1998 Modellvorstellungen zur Verbreitung potentieller präwestfalischer Erdgas-Muttergesteine in Norddeutschland - Ergebnisse neuer magnetotellurischer Messungen 140-158$ Zeitschrift für Angewandte Geologie 44 Petroleum Geology Germany Generic Ȅ? Hoth, K.
Leonhardt, D. 2001U Stratigraphie von Deutschland II, Ordovizium, Kambrium, Vendium, Riphäikum, Teil III 186 235 Frankfurt am Main& Courier Forschungsinstitut Senckenberg Stratigraphy Ger!?
Kämpf, H. 2001 Mecklenburger Kristallinkomplexe 152-157V Stratigraphie von Deutschland II - Ordovizium, Kambrium, Vendium, Riphäikum, Teil III 235 Hoth, K.
Leonhardt, D, Frankfurt& Courier Forschungsinstitut Senckenberg Stratigraphy Germany
Palaeozoic? König, W.
Blumenstengel, H. 20057 Neue Tertiäraufschlüsse im Mittelharz bei Elbingerode 18-23 Harzgeologie 2005 227 Friedel, C.H.
Lorenz, A. Halle- DGG Exkursionsführer und Veröffentlichungen Stratigraphy Germany Cenozoic D? Le Bas, M.J. 1972< Caledonian igneous rocks beneath central and eastern England 71-86/ Proceedings of the Yorkshire Geological Society 29 Structural GeG ? Lee, M
Pharaoh, T.
Green, C. 1991k Structural trends in the concealed basement of Eastern England from images of regional potential field data 45-62/ Annales de la Société Géologique de Belgique 114 Structural Geology UK ' ? Lee, M
Pharaoh, T.
Soper, N. 1990S Structural trends in central Britain from images of gravity and aeromagnetic fields 241-258! Journal of the Geological Society 147 2 Structural Geology ? Lister, T
Cocks, L.
Rushton, A. 1969/ The basement beds in the Bobbing borehole, Kent 601-603 Geological Magazine 106 Stratigraphy Germany Generic ?
Maletz, J. 1998I Die Graptolithen des Ordoviziums von Rügen (Norddeutschland, Vorpommern) 351-372 Paläontologische Zeitschrift 72
Palaeontology Germany
Ordovician \?
McCann, T. 1998K Lower Palaeozoic evolution of the northeast German Basin/Baltica borderland 129-142 Geological Magazine 135 1 Palaeogeography Germany; Poland9 l? Molyneux, S. 1991r The contribution of palaeontological data to an understanding of the Early Palaeozoic framework of Eastern England 93-105/ Annales de la Société Géologique de Belgique 114
Palaeontology UK
=? % Noble, S.R
Tucker, R.D.
Pharaoh, T.C. 1993 Lower Palaeozoic and Precambrian igneous rocks from eastern England and their bearing on late Ordovician closure of the Tornquist Sea: constraints from U-Pb and Nd isotopes 835-846 Geological Magazine 130 Stratigraphy UK Palaeozoic; PrecambrianH ? Oliver, G.J.H. 1987f Arenig to Wenlock regional metamorphism in the Paratectonic Caledonides of the British Isles: a review 347-363! The Caledonian-Appalachian Orogen 38 Harris, A.L.
Fettes, D.J. London0 Geological Society of London Special Publication Structural Geology UK Silurian; Devonian ? " Pharaoh, T.C
Brewer, T.S.
Webb, P. 1993F Subduction-related magmatism of late Ordovician age in eastern England 647-656 Geological Magazine 130 Magmatism UK
Ordovician% ? = Pharaoh, T.C
Molyneux, S
Merriman, R.J
Lee, M.K.
Verniers, J. 1993r The Caledonides of the Anglo-Brabant Massif reviewed. Special issue on the Caledonides of the Anglo-Brabant Massif 561-736 Geological Magazine 130 Structural Geology UK; Belgium 0 p? $ Prigmore, J.
Butler, A.
Woodcock, N. 1997^ Rifting during separation of Eastern Avalonia from Gondwana: Evidence from subsidence analysis 203-206 Geology 25 3 Structural Geology Europe
? Rushton, A.
Hughes, C. 1981K The Ordovician trilobite fauna of the Great Paxton borehole, Cambridgeshire 623-646 Geological Magazine 118
Palaeontology UK
Ordovician ? Samuelsson, J. 19995 Ordovician Chitinozoa from Rügen, North-East Germany 295-297% Acta Universitatis Carolinae, Geology 43
Palaeontology Germany
Ordovician ?
Schenck, P.F. 2001 Untergrund Schleswig 158-162V Stratigraphie von Deutschland II - Ordovizium, Kambrium, Vendium, Riphäikum, Teil III 235 Hoth, K.
Leonhardt, D. Frankfurt& Courier Forschungsinstitut Senckenberg Stratigraphy Germany
Palaeozoic ? Servais, T.
Katzung, G. 1993M Acritarch dating of Ordovician sediments of the Island of Rügen (NE-Germany) 713-723< Neues Jahrbuch für Geologie und Paläontologie, Monatshefte 12 Stratigraphy Germany
OrdovicianuW _? Sintubin, M.
Everaerts, M. 2002p A compressional wedge model for the Lower Palaeozoic Anglo-Brabant Belt (Belgium), based on potential field data 327-343) Palaeozoic Amalgamation of Central Europe 201* Winchester, J.A
Pharaoh, T.C.
Verniers, J. London0 Geological Society of London Special Publication Structural ? Vejbæk, O.V.
Britze, P. 19955 Top pre-Zechstein. Geological Map of Denmark 1:750000 9 pp.( Danmark Geological Survey, Map series 45 Stratigraphy Denmark
Palaeozoic` ? Vanguestaine, M. 1992 Biostratigraphie par acritarches du Cambro-Ordovicien de Belgique et des régions limitrophes: synthèse et perspectives d'avenir 1-18/ Annales de la Société Géologique de Belgique 115 Stratigraphy Belgium Cambrian; OM? / Voigt, T
Franzke, H.-J
Eynatten, H.v.
Gaupp, R. 2005e Die mesozoische Hebung des Harzes und ihre Auswirkungen auf den Anschnitt des variszischen Internbaus 33-34 Harzgeologie 2005 227 Friedel, C.H.
Lorenz, A. Halle- DGG Exkursionsführer und Veröffentlichungen Structural Geology Germany Mesozoic!? . Von Hoegen, J
Lemme, B
Zielinski, J
Walter, R. 1985[ Cambrian and Lower Ordovician in the Stavelot-Venn Massif. A model for depositional history 217-235= Neues Jahrbuch für Geologie und Paläontologie, Abhandlungen 171 Stratigraphy Belgium Cambrian; Ordovician ? & Wachendorf, H
Buchholz, P.
Zellmer, H. 1995B Fakten zum Harz-Paläozoikum und ihre geodynamische Interpretation 119-150 Nova Acta Leopoldina NF 71 Stratigraphy Germany
Palaeozoic f? Boulvain, F
Bultynck, P
Coen, M
Coen-Aubert, M
Lacroix, D
Laloux, M
Casier, J.-G
Dejonghe, L
Demoulin, V
Ghysel, P
Godefroid, J
Helsen, S
Mouravieff, N. A
Sartenaer, P
Tourneur, F.
Vanguestaine, M. 1999* Les Formations du Frasniens de la Belgique 1-126+ Memoirs of the Geological Survey of Belgium 44 Stratigraphy Belgium Devonian ? Buggisch, W. 1972c Zur Geologie und Geochemie der Kellwasserkalke und ihren begleitenden Sedimente (Unteres Oberdevon) 1-68: Abhandlungen des Hessischen Landesamts für Bodenforschung 62 Geochemistry Germany Devonian `? Buggisch, W. 19910 The global Frasnian-Famennian "Kellwasser-Event" 49-72 Geologische Rundschau 80 1 Geology GermaL <? Bultynck, P.
Dejonghe, L. 2001+ Devonian lithostratigraphic units (Belgium) 39-69 Geologica Belgica 4 1 Stratigraphy Belgium Devonian internal-pdf://Bultynk & Dejonghe (2001)-0016951164/Bultynk & De*? + Bultynck, P
P
Coen-Aubert, M.
Godefroid, J. 2000 Summary of the state of correlation in the Devonian of the Ardennes (Belgium – NE France) resulting from the decisions of the SDS 91-114& Courier Forschungsinstitut Senckenberg 225 Stratigraphy Belgium; France Devonian ? Da Silva, A.-Ch.
Boulvain, F. 2002u Sedimentology, magnetic susceptibility and isotopes of a middle Frasnian carbonate platform: Tailfer section, Belgium 89-102 Facies 46 Carbonate sedimentology Belgium Devonian^ 0? # Dopieralska, J.
Belka, Z.
Haack, U. 2006` Geochemical decoupling of water masses in the Variscan oceanic system during Late Devonian times 108-1191 Palaeogeography, Palaeoclimatology, Palaeoecology 240 1-2 Geochemistry Euro< ? ' Engel, W.
Franke, W.
Langenstrassen, F. 1983m Palaeozoic sedimentation in the northern branch of the Mid-European Variscides – Essay of an interpretation 9-41 Intracontinental Fold Belts Martin, H.
Eder, F.W. Berlin Springer-Verlag Clastic sedimentology Central Europe
Palaeozoic ? Faber, P. 1980Z Fazies-Gliederung und -Entwicklung im Mittel-Devon der Eifel (Rheinisches Schiefergebirge) 83-149) Mainzer Geowissenschaftliche Mitteilungen 8 Stratigraphy Germany Devonian ?
Franke, D. 1990Q Der präpermische Untergrund der Mitteleuropäischen Senke. Fakten und Hypothesen 19-75E Niedersächsische Akademie der Geowissenschaften, Veröffentlichungen 4 Stratigraphy Germany
Palaeozoic ?
Franke, W. 1973j Bau und Entwicklunsgeschichte des Iberger Riffes (Mitteldevon bis Unterkarbon III, NW-Harz, W-Deutschland) 3-127 Geologisches Jahrbuch A11 Palaeogeography Germany Devonian; Carboniferous l?
Franke, W. 19935 The Saxonian Granulites - a metamorphic core complex? 505-515 Geologische Rundschau 82 Petrology Germany O?
Gatliff, R. W.
Richards, P. C.
Smith, K.
Graham, C. C.
Mccormac, M.
Smith, N. J. P.
Long, D.
Cameron, T. D. J.
Evans, D.
Stevenson, A. G.
Bulat, J.
Ritchie, J. D. 1994$ The geology of the central North SeaA British Geological Survey United Kingdom Offshore Regional Report Geology Central North Sea Generic
? Gouwy, S.
Bultynck, P. 2000R Graphic correlation of Frasnian sections (Upper Devonian) in the Ardennes, Belgium 25-52V Bulletin de l'Institut Royal des Sciences Naturelles de Belgique, Sciences de la Terre 70 Stratigraphy Belgium Devonian ?
9 Greig, D. C.
Goodlet, G. A.
Lumsden, G. I.
Tulloch, W. 1971 The South of Scotland3 British Geological Survey, British Regional Geology Geology UK Generic ? Hünecke, H. 1995 Early Devonian (Emsian) to Late Devonian (Famennian) stratigraphy and conodonts of the Antoinettenweg section in the Lower Harz Mountains (Germany) 99-132& Courier Forschungsinstitut Senckenberg 188 Stratigraphy Germany Devonian]K ? ? Jansen, U
Konigshof, P
Plodowski, G
Schindler, E.
Schindler, T. 2001e Pre-Conference field trip (V2): Rhein/Mosel area and Lahn/Dill Synclines, Rheinisches Schiefergebirge 47-54 Field trips guidebook2 Jansen, U
Konigshof, P
Plodowski, G.
Schindler, E.) 15th International Senckenberg Conference Geology ? Krebs, W.
Wachendorf, H. 1979t Der paläogeographisch-tektonische Entwicklungsgang des südlichen Warsteiner Komplexes, Rheinisches Schiefergebirge 33-45
Aufschluss 29 Palaeogeography Germany Devonian%? Kulke, H. 1997 Der Harz (Norddeutschland): geologisch-lagerstattenkundlicher Überblick, historische Baumaterialien (Natursteine, Gipsmörtel, Schlackensteine, Blei) 43-84? Mitteilungen der Österreichischen Mineralogischen Gesellschaft 142 History Germany Generic ? Lecompte, M. 1970< Die Riffe im Devon der Ardennen und ihre Bildungsbedingungen 25-71 Geologica et Palaeontologica 4
Palaeontology Belgium Devonian% p? ) Marshall, J
Rogers, D. A.
Whiteley, M. J. 1996< Devonian marine incursions into the Orcadian Basin, Scotland 451-466! Journal of the Geological Society 153 3 Palaeogeography Ub? Meischner, D 1996O Bausteine der Paläogeographie. Devonischer Schelf, nördliches Schiefergebirge 9-13a Geologie eines passiven Plattenrandes: Devon und Unterkarbon im Rechtsrheinischen Schiefergebirge 3" Franke, W
Meischner, D.
Oncken, O.( Exkursionen der Geologischen Vereinigung Geology Germany Devonian; Carboniferous ?
Nesbor, H.-D. 2004x Paläozoischer intraplattenvulkanismus im östlichen Rheinischen Schiefergebirge-Magmenentwicklung und zeitlicher Ablauf 145-182 Geologisches Jahrbuch Hessen 131 Magmatism Germany
Palaeozoic 6?
Piecha, M. 1993 Stratigraphie, Fazies und Sedimentpetrographie der rhythmisch und zyklisch abgelagerten, tiefoberdevonischen Beckensedimente im Rechtsrheinischen Schiefergebirge (Adorf-Bänderschiefer) 1-151& Courier Forschungsinstitut Senckenberg 163 Stratigraphy Germany Devonian ?
Poole, E. G. 1969= The stratigraphy of the Geological Survey Apley Barn Borehole 29) Bulletin of the British Geological Survey Stratigraphy UK Generic %?
3 Sandberg, C. A
Ziegler, W
Dreesen, R.
Butler, J. L. 1992 Conodont biochronology, biofacies, taxonomy, and event stratigraphy around Middle Frasnian Lion mudmound (F2h), Frasnes, Belgium 1-87& Courier Forschungsinstitut Senckenberg 150 Stratigraphy Belgium Devonian ? Schmidt, K.
Franke, D. 1977H Zur lithologisch-faziellen Entwicklung des Präperms im Nordteil der DDR 541-548$ Zeitschrift der Angewandten Geologie 23 Stratigraphy Germany
Palaeozoic $ F? Stets, J.
Schäfer, A. 2002 Depositional environments in the Lower Devonian siliciclastics of the Rhenohercynian Basin (Rheinisches Schiefergebirge, W-Germany). Case studies and a model$ Contributions to Sedimentary Geology 22 Clastic sedimentology Germany Devonian ?
U Taylor, B. J.
Burgess, I. C.
Land, D. H.
Mills, D. A. C.
Smith, D. B.
Warren, P. T. 1971 Northern England3 British Geological Survey, British Regional Geology Geology UK Generic , L? Tsien, H. H. 1979f Paleoecology of algal-bearing facies in the Devonian (Couvinian to Frasnian) reef complexes of Belgium 103-1271 Palaeogeography, Palaeoclimatology, Palaeoecology 27
Palaeontology Belgium D ? Wachendorf, H. 19868 Der Harz, variszischer Bau und geodynamische Entwicklung 3-67 Geologisches Jahrbuch A91 Structural Geology Germany
Palaeozoic 5 t? Wallace, P. 1968b The sub-Mesozoic palaeogeology and palaeogeography of Northeastern France and the Straits of Dover 241-2551 Palaeogeography, Palaeoclimatology, Palaeoecology 4 4 Palaeogeography
UK; France
?
Wills, L. J. 1973m A palaeogeological map of the Palaeozoic floor below the Permian and Mesozoic formations in England and Wales 23 7 London Geological Society Memoir Palaeogeography UK Permian, Mesozoic ?
Wirth, R. 1978j Geochemie und Petrographie der paläozoischen Magmatite des Frankenwaldes. Diabase - Keratophyre - Pikryte 130 Würzburg Universität Würzburg Petrology Germany
Palaeozoic ?
Zagora, K. 1995 Devonian of the Isle of Rügen 298-301 Studia geophysica et geodaetica 39 Stratigraphy Germany Devonian ? Zagora, K.
Zagora, I. 2004 Devon 70-79J Regional geology of the state of Mecklenburg-Western Pomerania, NE-Germany Katzung, G.( E.Schweizerbart'sche Verlagsbuchhandlung Geology Germany Devonian[C ,? , Arthur, T.J.
Pilling, D.
Bush, D.
Maachi, L. 1986] The Leman Sandstone Formation in UK Block 49/28. Sedimentation, diagenesis and burial history 251-266( Habitat of Palaeozoic Gas in N.W. Europe 23! Brooks, J.
Goff, J.
van Hoorn, B. London& Geological Society Special Publication Stratigraphy /? * Awdankiewicz, M
Breitkreuz, C
Ehling, B.-C 2004u Emplacement textures in Late Palaeozoic andesite sills of the Flechtingen-Roßlau Block, north of Magdeburg (Germany) 234/ Physical geology of high-level magmatic systems Breitkreuz, C
Petford, N Magmatism Germany
Palaeozoic ? Benek, R
Paech, H.J
Schirmer, B 1973E Zur Gliederung der permosilesischen Vulkanite der Flechtinger Scholle 867-878+ Zeitschrift für Geologische Wissenschaften 1 Magmatism Germany Carboniferous; Permian ?
Bitzer, F. 1996w Quantitative Methoden zur stratigraphischen Gliederung und Subsidenzanalyse im Oberrotliegend des Norddeutschen Beckens Mainz Johannes Gutenberg-Universität Stratigraphy Germany Permian t? " Börmann, C.
Gast, R.
Görisch, F. 2006 Structural and sedimentological analysis of an early Late Rotliegendes graben based on 3D seismic and well log data, German North Sea 195-204 Petroleum Geoscience 12 3j Rotliegendes; Southern North Sea; West Schleswig Block; Havel Sub-group; Parchim Formation; Altmark pulses Structural Geology D North Sea Permian DOI: 10.1144/1354-079?! Cooke-Yarborough, P
Smith, E 2003 The Hewett fields: blocks 48/28a, 48/29, 48/30. 52/4a, 52/5a. UK North Sea: Hewett, Deborough, Big dotty, Little Dotty, Della, Dawn and Delilah fields 731-739B United Kingdom Oil and Gas Fields, Commemorative Millennium Volume Gluyas, J.G
Hichens, H.M% Geological Society, London, Memoir 20 Petroleum Geology UK North Sea Generic
G?" Cornford, C 1990. Source rocks and hydrocarbons of the North Sea 294-3616 Introduction to the Petroleum Geology of the North Sea Glennie, K.W London( JAPEC, Blackwell scientific Publications 4, 1998 Petroleum Geology North Sea Generic.?# < Drong, H-J
Plein, E
Sannemann, D
Schuepbach, M.A
Zimdars, J. 1982h Der Schneverdingen-Sandstein des Rotliegenden – eine äolische Sedimentfüllung alter Grabenstrukturen 699-7253 Zeitschrift der Deutschen Geologischen Gesellschaft 133 Clastic sedimentology Germany Permian '?$ Egenhoff, S.O
Breitkreuz, C 2001| Fazielle Entwicklung und stratigraphische Revision oberkarbonischer Sedimente im Flechtinger Höhenzug (nördlich Magdeburg) 33@ Schriftenreihe der Deutschen Gesellschaft für Geowissenschaften 13 Stratigraphy Germany
Carboniferous D?%
Gast, R.E. 19912 The Perennial Rotliegend Saline Lake in NW Germany Geologisches Jahrbuch A119 Hannover Geology Germany Permian ?& Gast, R.E 1994~ Cornberg outcrops revisited ( Hessen, Germany): The depositional environment of its saurian tracks and Weissliegend Sandstones 59-75 Meyniana 46
Palaeontology Germany Permian -?' Gast, R.E.
Gesner, Th.
Gundlach 1999u Optimisation of Facies Prediction based on Grainsize Analysis with High Resolution Scanner (Rotliegend, NW-Germany); 343-348" Proceedings of IAMG 1999 Trondheim* Lippard, S.J.
Naess, A.
Sinding-Larsen, R. Stratigraphy Germany Permian@ ?( Gast, R.E
Gundlach, T 2006 Permian strike slip and extensional tectonics in Lower Saxony, Germany. [Permische Blattverschiebungs- und Dehnungstektonik in Niedersachsen, Deutschland.] 41-56= Zeitschrift der Deutschen Gesellschaft für Geowissenschaften 157 Structural Geology Germany Permian ?) / Gast, R.E.
Pasternak, M.
Piske, J.
Rasch, H.-J. 1998b Das Rotliegend im nordostdeutschen Raum: Regionale Übersicht, Stratigraphie, Fazies und Diagenese 59-79 Geowissenschaftliche Ergebnisse der Kohlenwasserstoff-Exploration im Land Brandenburg und im Thüringer Becken in den Jahren 1991-1996 (Zechstein und Rotliegend) A1495 Karnin, W.-D.
Merkel, D.
Piske, J.
Schretzenmayer, S. Geologisches Jahrbuch Stratigraphy Ger \?* Gebhardt, U. 1994W Zur Genese der Rotliegend-Salinare in der Norddeutschen Senke (Oberrotliegend II, Perm) 3-22 Freiberger Forschungshefte C452
Evaporites?, Glennie, K. 1990I Rotliegend sediment distribution a result of Late Carboniferous movements 127-138> Tectonic events responsible for Britain's oil and gas reserves 55 Hardman, R.F.P& Geological Society Special Publication
Seismicity UK Permian
ƽ?-
Glennie, K.W. 19950 Permian and Triassic rifting in northwest Europe 1-50 Permian and Triassic Rifting in Northwest Europe 91
Boldy, S.A.R. London Geological Society Structural Geology Special Publications Northwest Europe PermiB/ l?.
Glennie, K.W. 2007/ The Permo-Carboniferous Rotliegend of NW Europe 10-16e Proceedings of the XVth International Congress on Carboniferous and Permian Stratigraphy, August 2003 Wong, Th.E. Utrecht5 Royal Netherlands Academy of Arts and Sciences (KNAW) Stratigraphy Northwe.?3 Hillier, A.P 2003F The Leman Field, Blocks 49/26, 49/27, 49/28, 53/1, 53/2, UK North Sea 761-770B United Kingdom Oil and Gas Fields, Commemorative Millennium Volume Memoir 20 Gluyas, J.G
Hichens, H.M London Geological Society Petroleum Geology UK North Sea Generic & xx?4
Van Hoorn, B. 1987I Structural evolution, timing and tectonic style of the Sole Pit inversion 239-254, 259-268, 270-284 Tectonophysics 137 1-4 Structural Geology UK North Sea Cretaceous; Palaeogene? internal+ `?6 Huebscher, H.D 1989 Petrologie der andesitischen subsequenten variszischen Vulkanite im Ostbrandenburger Vulkanitkomplex und deren epigenetische Umwandlungen 143 Instut für Geologie
Greifswald* Ernst-Moritz-Arndt-Universität Greifswald Petrolog ?7
Katzung, G 1995- Prä-Zechstein in Zentral- und Ostbrandenburg 5-21* Berliner Geowissenschaftliche Abhandlungen A168 Stratigraphy Germany
Palaeozoic ?8 Katzung, G
Obst, K 2004 Perm. Rotliegendes 98-132# Geologie von Mecklenburg-Vorpommern Stuttgart( E.Schweizerbart'sche Verlagsbuchhandlung Geology Germany Permian W/ D?9 Marx, J 1994 Die permokarbonen Magmatite Nordwestdeutschlands im Vergleich zu den magmatischen Serien angrenzender Gebiete. Verbreitung, Petrographie, Geochemie, Vulkanostratigraphie BEB Geology 2162 Erlangen-Nürnberg Friedrich-Alexander-Universität Magmatism TA.No. 95 D?: Marx, J 1995. Permokarbonischer Vulkanismus in Niedersachsen- Zentralblatt für Geologie und Paläontologie Teil 9 10 Magmatism Germany Carboniferous; Permian 1429-1442 ?; McCann 1998M Sandstone composition and provenance of the Rotliegend of the NE German Basin 177-198 Sedimentary Geology 116 3-4 Stratigraphy Germang ?= Paulick, H
Breitkreuz, C 2005 The Late Paleozoic felsic lava-dominated large igneous province in northeast Germany: volcanic facies analysis based on drill cores 834-850' International Journal of Earth Sciences 94 Magmatism Germany
Pa ?> Plein, E 1993n Bemerkungen zum Ablauf der paläogeographischen Entwicklung im Stefan und Rotliegend des Norddeutschen Beckens 99-116 Geologisches Jahrbuch A131 Palaeogeography Germany Carboniferous; Rotliegend B7 o?@ v Schröder, L.
Plein, E
Bachmann, G.H.
Gast, R.E.
Gebhardt, U
Graf, R
Helmuth, H.-J
Pasternak, M.
Porth, H
Süssmuth, S 1995E Stratigraphische Neugliederung des Rotliegend im Norddeutschen Becken 3-21 Geologisches Jahrbuch A148 Hannover Stratigraphy Abb., 1 Tab., 7 Taf.; German"
V?B
Sweet, M.L 1999x Interaction between aeolian, fluvial and playa environments in the Permian Upper Rotliegend Group, UK southern North Sea 171-187
Sedimentology 46 1 Palaeogeography UK North Sea ?C $ Trewin, N.H
Fryberger, F.G
Kreutz, H 2003B United Kingdom Oil and Gas Fields. Commemorative Millennium Volume 485-496 Memoir 20 Gluyas, J.G
Hichens, H.M London Geological Society Petroleum Geology UK Generic vk P?D 8 Turner, P
Jones, M
Prosser, D.J
Williams, G.D.
Searl, A. 1993t Structural and sedimentiological controls on diagenesis in the Ravenspurn north gas reservoir, UK Southern North Sea 771-785I Petroleum Geology of North-West Europe: Proceedings of the 4th Conference Parker, J.R. London Geological Society Petroleum Geology UK North Se?F Winter, D.A
King, B 1991- The West Sole field, Block 48/6, UK North Sea 517-523@ United Kingdom Oil and Gas fields: 25 Years Commemorative Volume
Memoir No. 14 Abbotts, I.L Geological Society London Petroleum Geology UK North Sea Generic :/ qD?G 9 Wolfgramm, M.
Brecht, G.A.
Schmidt Mumm, A
Breitkreuz, C. 1998R Reconstruction of the thermal evolution in the NE-German Basin during the Mesozoic Jahrbuch Geowissenschaft Reihe B5 Epicontinental Triassic International Symposium 1998. Halle Hall Petroleum Geology Germany ?H " Ziegler, K.
Turner, P
Daines, S.R. 1997 Introduction 1-3= Petroleum Geology of the Southern North Sea: Future Potential 123" Ziegler, K.
Turner, P
Daines, S.R. London& Geological Society Special?I
Legler, B. 2006 Faziesentwicklung im Südlichen Permbecken in Abhängigkeit von Tektonik, eustatischen Meeresspiegelschwankungen des Proto-Atlantiks und Klimavariabilität (Oberrotliegend, Nordwesteuropa) 108@ Schriftenreihe der Deutschen Gesellschaft fur Geowissenschaften 47 Hannover Dissertation TU Freiberg Stratigraphy ISBN 3-932537-43-2 Germany Permian ?J
Becker, F. 2002l Zechsteinkalk und Unterer Werra-Anhydrit (Zechstein 1) in Hessen: Fazies, Sequenzstratigraphie und Diagenese 1-231 Geologische Abhandlungen Hessen 109 Stratigraphy Germany Permian . ?K Becker, F.
Bechstädt, T. 2006_ Sequence stratigraphy of a carbonate-evaporite succession (Zechstein 1, Hessian Basin, Germany) 1083-1120
Sedimentology 53 5 Stratigraphy Germ ?M
Brauch, W. 19238 Verbreitung und Bau der deutschen Zechsteinriffbildungen 100-187 Geologisches Archiv 2 Palaeogeography Germany Permian D?N ! Brauns, C.M
Pätzold, T
Haack, U 2003P A Re-Os study bearing on the age of the Kupferschiefer at Sangerhausen (Germany)@ International Congress on Carboniferous and Permian Stratigraphy Utrecht Stratigraphy
Augustus 2003 66p Germany Permian ?O Clark, D.N.
Tallbacka, : 1980* The Zechstein deposits of southern Denmark 205-231 Contributions to Sedimentology 9
Evaporites @?P Dittrich, D. 2005 Zechstein 124-137 Geologie von Rheinland-Pfalz3 Landesamt für Geologie und Bergbau Rheinland-Pfalz Stuttgart( E.Schweizerbart'sche Verlagsbuchha ?Q Ernst, A 2001; Bryozoa of the Upper Permian Zechstein Formation of Germany 135-181 Senckenbergiana lethaea 81
Palaeontology Germany Permian b ؤ?V Harwood, G.M.
Smith, D.B 19867 The English Zechstein and related topics - introduction 1-5( The English Zechstein and Related Topics 22 Harwood, G.M.
Smith, D.B London?W
Hemmann, M 1972r Ausbildung und Genese des Leinesteinsalzes und des Hauptanhydrits (Zechstein 3) im Ostteil des Subherzynen Beckens 307-411C Berichte der Deutschen Gesellschaft für Geologische Wissenschaften B16 Palaeogeography Germany Permian O ?U 1 Goodall, I.G.
Harwood, G.M.
Kendall, A.C
McKie, T 1992 Discussion on sequence stratigraphy of carbonate evaporite basins: models and application to the Upper Permian (Zechstein) of northeast England and adjoining North Sea 1050-1054! Journal of the Geological Society 149 6 Stratigraphy UK; UK North Sea ?X Herrmann, A 1957e Der Zechstein am südwestlichen Harzrand (seine Stratigraphie, Fazies, Paläogeographie und Tektonik) 2-72 Geologisches Jahrbuch 72 Stratigraphy Germany Permian ?Y Herrmann, A
Richter-Bernurg, G 1955] Frühdiagenetische Störungen der Schichtung und Lagerung im Werra-Anhydrit (Z1) am Süd-Harz 689-7034 Zeitschrift der Deutschen Geologischen Gesellschaft 105
Diagenesis Germany Permian %?Z
Hindenberg, K 1999 Genese, Migration und Akkumulation von Erdöl in Mutter- und Speichergesteinen des Strassfurt-Karbonat (Ca2) von Mecklenburg-Vorpommern und Südost-Brandenburg 1-185' Berichte des Forschungszentrums Jülich 3698 Petroleum Geology Germany Permian ?[ Hirst, D.M
Dunham, K.C 1963C Chemistry and petrography of the Marl Slate of S.E. Durham, England 912-940 Economic Geology 58 Geochemistry UK Permian ?\ Hollingworth, N.
Tucker, M.E 1987e The Upper Permian (Zechstein) Tunstall Reef of North East England: palaeoecology and early diagenesis 23-50 Lecture Notes in Earth Sciences 10
Palaeontology UK Permian ?] Hug, N 2006r Sedimentgenese und Paläogeographie des höheren Zechstein bis zur Basis des Buntsandstein in der Hessischen Senke 1-238 Geologische Abhandlungen Hessen 113 Palaeogeography Germany Permian >?^ Hug, N
Gaupp, R. 2006 Palaeogeographic reconstruction in red beds by means of genetically related correlation: results from the upper part of the German Zechstein (Late Permian) 107-120> Zeitschrift der Deutschen Gesellschaft für Geowissenschaften 157 1 Palaeogeography Germany Permian ?_ Huttel, P 1989t Das Stassfurt-Karbonat (Ca2) in Südoldenburg - Fazies und Diagenese eines Sedimentes am Nordhang der Hunte-Schwelle 1-944 Göttinger Arbeiten zur Geologie und Paläontologie 39 Stratigraphy Germany Permian I
P?` * Jenyon, M.K.
Cresswell,P.M.
Taylor, J.C.M. 1984h Nature of the connection between the Northern and Southern Zechstein Basin across the Mid North Sea High 355-363 Marine and Petroleum Geology 1 4 Stratigraphy North ?a Judersleben, G
Voigt, E. 1993d Diagenese und Speicherraumentwicklung des Stassfurtkarbonats am Zechsteinbeckenrand Südbrandenburgs 271-303 Geologisches Jahrbuch A131
Diagenesis Germany Permian ?b Käding, K.C 2000M Die Aller-, Ohre-, Friesland- und Fulda-Folge (vormals Bröckeschiefer-Folge) 760-770 Kali und Steinsalz 13 Stratigraphy Germany Permian ?c Käding, K.C 2003a Bromprofile aus dem Zechstein 4 und 5 – ein Beitrag zur Stratigraphie der Aller- und Ohre-Folge 6-17 Kali und Steinsalz 1 Geochemistry Germany Permian ?d Kerkmann, K 1969M Riffe und Algenbänke im Zechstein von Thüringen. Freiberger Forschungshefte 85 C252
Palaeontology Germany Permian ?e Kühn, R
Schwerdner, W. 1959e Nachweis deszendentner Vorgange wahrend der Entstehung der Leine-Serie des deutschen Zechstein-salzes 380-383 Kali und Steinsalz 2 Stratigra ?f
Mägdefrau, K 1937, Der Aufbau der thüringischen Zechsteinriffe 48-58 Natur und Volk 87 Stratigraphy Germany Permian ?g Meier, R 1975T Zu einigen Sedimentgefügen der Werra-Sulfate (Z1) am Osthang der Eichsfeld-Schwelle 1333-1347, Zeitschrift für Geologische Wissenschaften 3 Stratigraphy Germany Permian ?h L Menning, M
Gast, R.
Hagdorn, H.
Käding, K.C
Simon, T
Szurlies, M
Nitsch, E. 2005 Zeitskala für Perm und Trias in der Stratigraphischen Tabelle von Deutschland 2002, zyklostratigraphische Kalibrierung der höheren Dyas und Germanischen Trias und das Alter der Stufen Roadium bis Rhaetium 2005 173-210 Newsletters on Stratigraphy 41 1-3 Stratigraphy Germany ?i
Möller, H 1985a Petrographie und Fazies des Plattendolomits (Leine-Karbonate, Ca3) im hessischen Zechstein-Becken 1-255/ Bochumer Geologische und Geotechnische Arbeiten 20 Petrology Germany Permian ?j Paul, J 1980G Upper Permian algal stromatolitic reefs, Harz Mountains (F. R. Germany) 253-268 Contributions to Sedimentology 9
Palaeontology Germany Permian ?k Paul, J 19822 Zur Rand- und Schwellen-Fazies des Kupferschiefers 571-6054 Zeitschrift der Deutschen Geologischen Gesellschaft 133 Stratigraphy Germany Permian ?l Paul, J 19967 Stromatolite reefs of the Upper Permian Zechstein Basin 325-3283 Göttinger Arbeiten zur Geologie und Paläontologie SB2 Palaeogeography Germany Permian ?m Paul, J 20050 Permo-Carboniferous Paleosols in Central Germany 25-35* Hallesches Jahrbuch für Geowissenschaften B19 Palaeogeography Germany Carboniferous; Permian 1\?n Paul, J 2006^ Der Kupferschiefer: Lithologie, Stratigraphie, Fazies and Metallogenese eines Schwarzschiefers 57-76> Zeitschrift der Deutschen Gesellschaft für Geowissenschaften 157 1 Stratigraphy GermaB q?m Paul, J.
Peryt, T.M. 2000] Kalkowsky’s stromatolites revisited (Lower Triassic Bundsandstein, Harz Mountains, Germany) 435-4581 Palaeogeography, Palaeoclimatology, Palaeoecology 161 3-4
Palaeontology Ger ܤ?p Paul, J
Huckriede, H. 2004C Riffe, Gips und Erze: Zechstein zwischen Saalfeld und Neustadt/Orla 75-91@ Schriftenreihe der Deutschen Gesellschaft für Geowissenschaften 35 Petrologr ?T?q = Abramovitz, T.
Landes, M.
Thybo, H.
Jacob, A.W.B.
Prodehl, C. 1999~ Crustal velocity structure across the the Tornquist and Iapetus Suture Zones - a comparison based on MONA LISA and VARNET data 69-82 Tectonophysics 314 1-3 Structural Geology PolandX ?r Abramovitz, T.
Thybo, H. 1999a Pre-Zechstein structures around the MONA LISA deep seismic lines in the southern Horn Graben area 99-116- Bulletin of the Geological Society of Denmark 44 2 Structural Geology DK North Sea
P s?t Adcock, C.M. 1963 Natural gas in Britain 266-268 Gas World Petroleum Geology UK Generic % X?u * Adriasola-Muñoz, Y.
Littke, R.
Brix, M.R. 2007L Fluid systems and basin evolution of the western Lower Saxony Basin, Germany 335-355 Geofluids 7 3 Structural Geology Ger ?v
Ministry of Economic Affairs 2006F Yearly report: Exploration and production 2006 and prognoses 2007-2016 The Hague, The Netherlands Ministry of Economic Affairs Petroleum Geology Netherlands Generic _?w f Ahmadi, Z.M.
Sawyer, M.
Kenyon-Roberts, S.
Stanworth, C.W.
Kugler, K.A.
Kristensen, J.
Fugelli, E.M.G. 2003 Paleocene 235-259M The Millennium Atlas: Petroleum Geology of the Central and Northern North Sea- Evans, D.
Graham, C.
Armour, A.
Bathurst, P. London The Geological Society Petroleum Geology North Sea Generic
_?y Aigner, T.
Bachmann, G.H. 19927 Sequence-stratigraphic framework of the German Triassic 115-135 Sedimentary Geology 80 1-2 Stratigraphy GermaI?z 8 Aigner, T.
Hornung, J.
Junghans, W-D.
Pöppelreiter, M. 1999S Baselevel cycles in the Triassic of the South-German Basin: a short progress report 537-544 The Epicontinental Triassic I Bachmann, G.H.
Lerche, I. Halle- Zentralblatt für Geologie und Paläontologie Stratigraphy Germany Triassic ?{ Alberti, H.
Walliser, O.H. 1977S Überblick über die paläogeographische und tektonische Entwicklung des Westharzes 172-178? Field-guide of the Geological Meeting Geotagung '77, Göttingen 1 Palaeogeography Germany Generic ?| V Albrechtsen, T.
Andersen, S. J.
Dons, T.
Engstrøm, F.
Jørgensen, O.
Sørensen, F. W. 2001C Halfdan: Developing non-structurally trapped oil in North Sea Chalk 14 SPE Paper 71322 Petroleum Geology DK North Sea
CretaceousI?} Ali, J.R.
Jolley, D.W. 1996_ Chronostratigraphic framework for the Thanetian and lower Ypresian deposits of southern England 129-1446 Correlation of the Early Paleogene in Northwest Europe 101 Corfield, R.M.
Dunay, R.E. London& Geological Society Special Publication Stratigraphy UK
PalaeogeneP ?~ " Ali, J.R.
King, C.
Hailwood, E.A. 1993g Magnetostratigraphic calibration of early Eocene depositional sequences in the southern North Sea Basin 99-125 High resolution stratigraphy 70 Hailwood, E.A.
Kidd, R.B. London& Geological Society Special Publication Stratigraphy Southern North Sea
Palaeogene ? Allan, J.R.
Wiggins, W.D. 1993S Dolomite reservoirs - geochemical techniques for evaluating origin and distribution 1-129 SEPM Short Course Note Series 36 Petroleum Geology Europe Generic? Allen, M.J. 1995: Exploration and exploitation of the East Pennine Coalfield 207-214 European Coal Geology 82 Whateley, M.K.G.
Spears, D.A. London& Geological Society Special Publication Natural resources UK
Carboniferous ? % Althen, G.W.
Rusbült, J.
Seeger, J. 1980C Ergebnisse einer regionalen Neubearbeitung des Muschelkalks der DDR 985-999, Zeitschrift für Geologische Wissenschaften 8 Stratigraphy Germany Permianm?
m h AMESCO
Croezen, H.
Van Eijs, R.
Vosbeek, M.
Hagedoorn, S.
Wildenborg, T.
Goldsworthy, M.
Holleman, E.Th. 20071 Generic Environmental Impact Study on CO2 Storage 208 9S0742/R04/ETH/Gron Groningen Storage Netherlands GenericX ?
m Andersen, P.R. 2003T A survey of CO2 storage capacity of Danish oil and gas fields. A GESTCO contribution 20
Copenhagen/ Danmarks og Grønlands Geologiske Undersøgelse Storage 2003/42 Denmark Generic ? , Andrews-Speed, C.P
Oxburgh, E.R
Cooper, B.A. 1984? Temperatures and depth-dependent heat flow in western North Sea 1764-17815 American Association of Petroleum Geologists Bulletin 68 Geothermics Western North Sea Generic ? Anonymous 1963' Rehden - größtes deutsches Erdgasfeld 112 Erdöl Zeitschrift 79 Petroleum Geology Germany Triassic ? Appel, J. 2007; Betrachtung oberflächennaher Gase in der deutschen Nordsee 85 Hannover Leibniz Universität Petroleum Geology D North Sea Generic ? Artemieva, I.M.
Thybo, H. 2008` Deep Norden: Highlights of the lithospheric structure of Northern Europe, Iceland, and Greenland 98-106 Episodes 31 Structural Geology Northern Europe Generic ? Asselberghs, E. 1921A Comment se pose la question des gisements de pétrole en Belgique 579-599 Annales des Mines de Belgique 22 Petroleum Geology Belgium Generic ? Assmann, P. 1937' Rehden - größtes deutsches Erdgasfeld 1-112 Erdöl Zeitschrift 79 Petroleum Geology Germany Generic @? Assmann, P. 1944E Die Stratigraphie der oberschlesischen Trias. Teil 2: Der Muschelkalk 1-50; Abhandlungen des Reichsamts für Bodenforschung, Neue Folge 208 Stratigraphy Ge ? 7 Bachleda-Curus, T.
Burzewski, W.
Halat, Z.
Semyrka, R. 1996S Hydrocarbon generation potential of sedimentary formations in the Western Pomerania 163-171 Oil and Gas News 6 Petroleum Geology Germany Generic ? 4 Bachmann, G.H.
Beutler, G.
Hagdorn, H.
Hauschke, N. 1999$ Stratigraphie der Germanischen Trias 83-106 Trias - eine ganz andere Welt Hauschke, N.
Wilde, V. München Pfeil Stratigraphy Germany Triassic ? Bachmann, G.H.
Geluk, M.C.
Warrington, G.
Becker-Roman, A.
Beutler, G.
Hagdorn, H.
Hounslow, M.W.
Nitsch, E.
Röhling, H.-G.
Simon, T.
Szulc, A. 2010 Triassic 149-173= Petroleum Geological Atlas of the Southern Permian Basin Area Doornenbal, J.C.
Stevenson, A.G. Houten EAGE Publications b.v. Petroleum Geology4 Netherlands; UK; North Sea; Germany; Poland; Denmark Triassic2? Bachmann, G.H.
Hoffmann, N. 1995< Bildung und Entwicklung des Norddeutschen Rotliegend-Beckens 156-169A Stratigraphie von Deutschland I - Norddeutsches Rotliegend-becken 183
Plein, E. Frankfurt am Main& Courier Forschungsinstitut Senckenberg Stratigraphy Germany Permian G? Bachmann, G.H.
Hoffmann, N. 1995L Paläotektonik. Bildung und Entwicklung des Norddeutschen Rotliegend-Beckens 156-169A Stratigraphie von Deutschland I - Norddeutsches Rotliegend-becken 183 Plein, E. Frankfurt am Main& Courier Forschungsinstitut Senckenberg Structural Geology Germany Permian < ? Bachmann, G.H.
Kozur, H. 2003 First evidence of a microspherule interval around the continental Permian-Triassic boundary, Germany, and its correlation with the marine realm 143-146> Acta Scientiarum Naturalium Musei Moraviae Occidentalis Trebic 41 Stratigraphy Germany Permian, Triassic ? Bachmann, G. H.
Kozur, H. 2004 The Germanic Triassic: correlations with the international chronostratigraphic scale, numerical ages and Milankovitch cyclicity 17-62* Hallesches Jahrbuch für Geowissenschaften B 26 Stratigraphy Germany Triassic ? % Bachmann, H.
Ehling, B.-C.
Schwab, M. 2008 Geologie von Sachsen-Anhalt 499 Stuttgart( E.Schweizerbart'sche Verlagsbuchhandlung Geology Germany Generic !? , Baily, H
Glover, B.W
Holloway, S
Young, S.R. 1995: Controls on coalbed methane prospectivity in Great Britain 251-265 European Coal Geology 82 Whateley, M.K.G
Spears, D.A. London& Geological Society Special Publication Petroleum Geology UK
Carboniferous ? Balchin, D.A.
Ridd, M. F. 1970@ Correlation of the younger Triassic rocks across eastern England 91-1015 Quarterly Journal of the Geological Society of London 126 (1-2) Stratigraphy UK Triassic5 8? Baldschuhn, R.
Best, G. 1985~ Geotektonischer Atlas von Nordwest-Deutschland 1 : 100 000, Blatt Hannover-Nord, C 3522 - BGR-Archiv-Nr. 97178, 76 S., 32 Anl. 76 BGR-Archiv-Nr. 97178 Hannover2 Bundesanstalt für Geowissenschaften und Rohstoffe 4 8? Baldschuhn, R.
Best, G. 1998{ Geotektonischer Atlas von Nordwest-Deutschland 1 : 100 000, Blatt Diepholz, C 3514 - BGR-Archiv-Nr. 104824, 141 S., 32 Anl. 141 BGR-Archiv-Nr. 104824 Hannover2 Bundesanstalt für Geowissenschaften und Rohstoffe SR 8? Gramann, F.
Heunisch, C.
Klassen, H.
Kockel, F.
Dulce, G.
Harms, F.-J.
Katschorek, T.
Mönnig, E.
Schudack, M.
Thies, D.
Weiss, M. 1997S Das Niedersächsische Oberjura-Becken Ergebnisse interdisziplinärer Zusammenarbeit 165-2363 Zeits ? " Baldschuhn, R.
Jaritz, W.
Koch, W. 1977J Stratigraphy of the Upper Cretaceous in northwest Germany (Pompeckj Block) 3-123 Geologisches Jahrbuch A 38 Stratigraphy Germany
Cretaceous? % Baldschuhn, R.
Kockel, F. 1994i Geotektonischer Atlas von NW-Deutschland 1: 300 000, 1. abgedeckte geologische Karte der Unterkreidebasis 9008905 Hannover3 Bundesanstalt für Geowissenschaften und Rohstoffe Structural Geology Germany
Cretaceous F? ( Barnasch, J.
Bachmann, G. H.
Beutler, G 2007l Lithostratigraphic correlation of the Late Triassic Keuper in the western part of the Central European Basin@ Schriftenreihe der Deutschen Gesellschaft für Geowissenschaften Stratigraphy Germany Triassic ? " Barnasch, J.
Franz, M.
Beutler, G 2005h Hochauflösende Gliederung des Keupers der Eichsfeld-Altmark-Schwelle zur Präzisierung der Diskordanzen 153-1606 Hallesches Jahrbuch für Geowissenschaften, Beiheft B 19 Stratigraphy Germany Triassic ? 4 Barrio-Alvers, L.
Bayer, U.
Götze, H.-J.
Scheck, M. 1998[ Density structure of the Northeast German Basin: 3D modelling along the DEKORP line BASIN96 C23 Annales Geophysicae 16
Geophysics Germany Generic!? I Barth, E.
Bernecker, T.
Berners, H.-P.
Bock, H.
Kowalewski, J.
Muller, A. 1984 Der Schilfsandstein Luxemburgs als tidal beeinflußte Rinnenfüllung. Aspekte zur Stratofazies und Sedimentologie des Profils Kinnet 25-43 12 Clastic sedimentology Luxemburg Triassic ? Barton, P.
Wood, R. 1984K Tectonic evolution of the North Sea basin: crustal streching and subsidence 987-10226 Geophysical Journal of the Royal Astronomical Society 79 Structural Geology North Sea Generic ? Barton, P.J. 1992F Lispb Revisited - A New Look Under The Caledonides Of Northern Britain 371-391! Geophysical Journal International 110 2
Geophysics UK
Palaeozoic ? Baumann, A.
Vulpius, R. 1991L Die Lagerstätten fester mineralischer Rohstoffe in den neuen Bundesländern 53-73 Glückauf-Forschungshefte 52 2 Natural resources Germany Genericc ? Bayer, U.
Grad, M.
Pharaoh, T.C.
Thybo, H.
Guterch, A.
Banka, D.
Lamarche, J.
Lassen, A.
Lewerenz, B.
Scheck, M.
Marotta, A.-M. 2002 The southern margin of the East European Craton: new results from seismic sounding and potential fields between the North Sea and Poland 301-314 Tectonophysics 360
Geophysics Eastern Europe ? ! Bayer, U
Scheck, M.
Koehler, M. 1997? Modelling of the 3D thermal field in the northeast German basin 241-251 Geologische Rundschau 86 Geothermics Germany GenericT (? Bayer, U.
Scheck, M.
Rabbel, W.
Krawczyk, C.M.
Götze, H.-J.
Stiller, M.
Beilecke, T.
Marotta, A.-M.
Barrio-Alvers, L.
Kuder, J. 1999* An integrated study of the NE German Basin 285-307 Tectonophysics 314 1-3 Stratigraphy Germany?
Becker, A. 2005 Sequenzstratigraphie und Fazies des Unteren und Mittleren Buntsandsteins im östlichen Teil des Germanischen Beckens (Deutschland, Polen) 1-117* Hallesches Jahrbuch für Geowissenschaften Beiheft B 21 Stratigraphy Germany; Poland Triassic ? 1 Behla, S.
Giesemann, K.
Karnin, W.D.
Ruprecht, E. 1998a Reflexionsseismische Untersuchungen, Strukturbild und Explorationsergebnisse im Thüringer Becken 115-128 Geologisches Jahrbuch A149 Structural Geology Germany Generic ? h * Bełka, Z
Ahrendt, H
Franke, W.
Wemmer, K. 2000] The Baltica-Gondwana suture in central Europe: evidence from K/Ar ages of detrital muscovites 87-102E Orogenic Processes: Quantification and Modelling in the Variscan Belt 179( Franke, W
Altherr, R
Haak, V.
Oncken, O. London& Geological Society Special Publication Structural Geology Central Europe
Palaeozoic ? W e Bełka, Z.
Devleeschouwer, X.
Narkiewicz, M.
Piecha, M.
Reijers, T.J.A.
Ribbert, K.-H.
Smith, N.J.P. 2010 Devonian 71-79= Petroleum Geological Atlas of the Southern Permian Basin Area Doornenbal, J.C.
Stevenson, A.G. Houten EAGE Publications b.v. Petroleum Geology Western Europe Devonian ) ? h Bełka, Z.
Narkiewicz, M. 2008 Devonian 383-410 The Geology of Central Europe 1
McCann, T. London The Geological Society Geology Central Europe DevonianK? V Bender, P.
Eder, W.
Engel, W.
Franke, W.
Langenstrassen, F.
Walliser, O.H.
Witten, W. 1977n Paläogeographische Entwicklung des ostlischen Rheinischen Schiefergebirges, demonstriert an einem Querschnitt 1-57? Field-guide of the Geological Meeting Geotagung '77, Göttingen Palaeogeography Germany Generic S ? z Berger, J.-P.
Reichenbacher, B.
Becker, D.
Grimm, M.
Grimm, K.
Picot, L.
Storni, A.
Pirkenseer, C.
Derer, C.
Schaefer, A. 2005h Paleogeography of the Upper Rhine Graben (URG) and the Swiss Molasse Basin (SMB) from Eocene to Pliocene 697-710( International Journal of Earth Sciences 94 4 Palaeogeography German ?
Bertelsen, F. 1980A Lithostratigraphy and depositional history of the Danish Triassic 59 B4 Geological Survey of Denmark Stratigraphy Denmark Triassic ? Best, G. 1996| Floßtektonik in Norddeutschland: Erste Ergebnisse reflexionsseismischer Messungen an der Salzstruktur „Oberes Allertal“ 455-4643 Zeitschrift der Deutschen Geologischen Gesellschaft 147 Structural Geology Germany Generic ? Betz, D.
Fahrion, H. 1991] Geowissenschaftliche Untersuchungen des Gasfeldes Thönse - Bedeutung für Theorie und Praxis 137-139E Niedersächsische Akademie der Geowissenschaften, Veröffentlichungen 6 Petroleum Geology Germany Generic ? Beutler, G. 1980; Beitrag zur Stratigraphie des Unteren und Mittleren Keupers 1001-1018+ Zeitschrift für Geologische Wissenschaften 8 Stratigraphy Europe Triassic ? Beutler, G. 1993, Der Muschelkalk zwischen Rügen und Grabfeld 47-56' Muschelkalk, Schöntaler Symposium 1991 Hagdorn, H.
Seilacher, A. > Sonderbände der Gesellschaft für Naturkunde in Württemberg Geology Germany Triassic ?
Beutler, G. 1995h Stratigraphie des Keupers. Quantifizierung der altkimmerischen Bewegungen in Nordwestdeutschland, Teil I 147 113087 Hannover2 Bundesanstalt für Geowissenschaften und Rohstoffe Stratigraphy Germany Triassic ? Beutler, G.
Häusser, I 1982! Über den Schilfsandstein der DDR 511-525+ Zeitschrift für Geologische Wissenschaften 10 Geology Germany Triassic ? Beutler, G.
Schubert, J. 1987E Fazielle Entwicklung des Mittleren Lettenkeupers im Thüringer Becken 475-484, Zeitschrift für Geologische Wissenschaften 15 Stratigraphy Germany Triassic -0? . Beyer, C.
Heilmann-Clausen, C.
Abrahamsen, N. 2001M Magnetostratigraphy of the Upper Paleocene - Lower Eocene deposits in Denmark 201-219 Newsletters on Stratigraphy 39 1
Geophysics Denmark ? BGR 2007a Rohstoffwirtschaftliche Länderstudien XXXVI: Bundesrepublik Deutschland - Rohstoffsituation 2006 224 Hannover( E.Schweizerbart'sche Verlagsbuchhandlung Natural resources Germany Generic D?
Bifani, R. 19753 A Zechstein depositional model for the Argyll Field JAPEC course notes no. 39 Taylor, J.C.M. Stratigraphy UK North Sea Permian ?
Bifani, R. 1986 Esmond Gas Complex 209-221( Habitat of Palaeozoic Gas in N.W. Europe 23! Brooks, J
Goff, J.C
van Hoorn, B. London& Geological Society Special Publication Petroleum Geology UK North Sea Generic 7 h? P Bilgili, Filiz
Götze, Hans-Jürgen
Pašteka, Roman
Schmidt, Sabine
Hackney, Ron 2007a Intrusion versus inversion—a 3D density model of the southern rim of the Northwest German Basin 571-583' International Journal of Earth Sciences 98 3e 3D gravity modelling ,Bramsche anomaly,Geotect ?
Bindig, M. 1992z Räumliche und zeitliche Entwicklung der fluviatilen Environments der Solling-Formation (Buntsandstein, Germanische Trias) 217 Darmstadt Technische Hochschule Palaeogeography Germany Triassic ? Binzer, K.
Stockmarr, J. 1994Q Geological map of Denmark 1:500 000, Pre-Quaternary surface topography of Denmark4 Geological Survey of Denmark Map Series No. 44: 1-10 Geology Denmark Generic~? + Bleschert, K.H.
Piske, J.
Schretzenmayr, S. 2000R Die Erdöl-Erdgas-Lagerstätten in Nordostdeutschland - Ergebnisse der Exploration 106 Ehrenkolloquium zum Gedenken an Prof. Dr. rer. Nat. habil. Rudolf Meinhold (2.4.1911 - 18.1.1999) - Beiträge zur Erdölgeologie 15
Vulpius, R Freiberg Institut für Geologie Petroleum Geology Germany Generic ? Blumenstengel, H.
Krutzsch, W. 2008 Tertiär 267-292 Geologie von Sachsen-Anhalt4 Bachmann, G.H.
Ehling, B.-C.
Eichner, R.
Schwab, M. Stuttgart( E.Schweizerbart'sche Verlagsbuchhandlung Geology Germany Cenozoic
? & Blundell, D.
Freeman, R.
Mueller, S. 1992. A Continent Revealed: The European Geotraverse 292 Cambridge Cambridge University Press
Geophys?? 0 Boigk, H.
Hagemann, H.W.
Stahl, W.
Wollanke, G. 1976 Isotopenphysikalische Untersuchungen - zur Herkunft und Migration des Stickstoffs nordwestdeutscher Erdgase aus Oberkarbon und Rotliegend 103-112" Erdol & Kohle, Erdgas, Petrochemie 29 Petroleum Geology Germany Carboniferous; Rotliegend ? Boigk, H.
Schöneich, H. 1974g Perm und Trias und älterer Jura im Bereich des südlichen Mittelmeer-Miösen-Zone und des Rheingrabens 60-71[ Approaches to Taphrogenesis. Inter-Union Commission on Geodynamics, Scientific Report No. 8 Illies, J.H
Fuchs, K. Stuttgart( E.Schweizerbart'sche Verlagsbuchhandlung Structural Geology Germany Permian, Triassic ? * Borkhataria, R.
Aigner, T.
Pipping, J.C.P. 2006j An unusual, muddy, epeiric carbonate reservoir: The Lower Muschelkalk (Middle Triassic) of the Netherlands 61-895 American Association of Petroleum Geologists Bulletin 90 1 Petroleum Geology The mud-dominat#? 6 Bosch, J.H.A.
Bakker, M.A.J.
Gunnink, J.L.
Paap, B.F. 2009a Airborne electromagnetic measurements as basis for a 3D geological model of an Elsterian incision 249-258= Zeitschrift der Deutschen Gesellschaft für Geowissenschaften 160
Geophysics Germany
Quaternary ? 9 Botz, R.
Hiltmann, W.
Schoell, M.
Teschner, M.
Wehner, H. 1981e Kriterien und Bewertung des Zechstein-Stinkschiefers im Hinblick auf sein Erdöl- und Erdgaspotential 113-132 Geologisches Jahrbuch D47 Geochemistry Germany Permian
?
Bouckaert, J. 1985! Deep drilling programs in Belgium 28-385 Observation of the continental crust through drilling
Raleigh, C.B. Berlin, Heidelberg Springer Geology ? Bowen, J. M. 1991$ 25 years of UK North Sea exploration 1-7 14 London Geological Society Memoirs History UK Generic ? Brack, P.
Rieber, H.
Ulrichs, M. 1999` Pelagic successions in the Southern Alps and their correlation with the Germanic Middle Triassic 853-876- Zentralblatt für Geologie und Paläontologie 1 Stratigraphy Germany Triassic ? Brand, E.
Hoffmann, N. 1963f Stratigraphie und Fazies des nordwestdeutschen Jura und Bildungsbedingungen seiner Erdöllagerstätten 437-450" Erdol & Kohle, Erdgas, Petrochemie 16 Stratigraphy Germany JurassicS? " Bray, R.J.
Duddy, I.R.
Green, P.F. 1998o Multiple heating episodes in the Wessex Basin: implications for geological evolution and hydrocarbon generation 199-213- Development and evolution of the Wessex Basin 133 Underhill, J. R. London& Geological Society Special Publication Petroleum Geology UK Generic ? j 9 Breitkreuz, C.
Geiβler, M.
Schneider, J.
Kiersnowski, H. 2008- Basin initiation: Volcanism and sedimentation 173-180N Dynamics of Complex Intracontinental Basins: The Central European Basin System. Littke, R.
Bayer, U.
Gajewski, D.
Nelskamp, S. Berlin Springer Structural Geology Western Europe Generic? Breunese, J.N.
Andersen, J.H.
Brinkman, S.
Jagosiak, P.
Karnin, W-D.
Karnkowski, P.H.
Kombrink, H.
Messner, J.
Mijnlieff, H.
Olsen, S.B.
Peryt, T.M.
Piske, J.
Poprawa, P.
Roelofsen, J.W.
Stoker, S.J.
Smith, N.J.P.
Swann, G.
Waksmundzka, M.I.
Veldkamp, J.G. 2010 Reserves and production history 271-281= Petroleum Geological Atlas of the Southern Permian Basin Area Doornenbal, J.C.
Stevenson, A.G. Houten EAGE Publications b.v. Petroleum Geology Western Europe Generic ? / Brook, M.S
Shaw, K.L
Vincent, C. J
Holloway, S. 2002W The Potential for Storing Carbon Dioxide in the Rocks Beneath the UK Southern North Sea 333-338# Greenhouse Gas Control Technologies? Williams, D.J
Durie, R.A
McMullan, P
Paulson, C.A.J
Smith, A.Y. Collingwood_ Proceedings of the Fifth International Conference on Greenhouse Gas Control Technologies, CSIRO Storage UK North Sea Generic ? Brückmann, F.E. 1721 Specimen physicum exhibens historiam naturalem, oolithi seu ovariorum piscium & concharum in Saxa - Mutatorum, Helmestadii, Salomoni & Schnorrii 21 Petrology Germany Generic &? / Brückner-Röhling, S.
Forsbach, H.
Kockel, F. 2005` The structural development of the German North Sea sector during the Tertiary and the Quaternary 341-355> Zeitschrift der Deutschen Gesellschaft für Geowissenschaften 156 Structural Geology D North Sea Cenozoic ? Brüning, U. 1986\ Stratigraphie und Lithofazies des Unteren Buntsandsteins in Südniedersachsen und Nordhessen 3-125 Geologisches Jahrbuch A90 Stratigraphy Germany Permian ? Brunstörm, R.G.W. 1966/ Indigenous petroleum and natural gas in Britain 5-27 Institute of Petroleum Petroleum Geology UK Generic w T? Brunström, R.G.W.
Kent, P.E. 1967$ Origin of the Keuper Salt in Britain 1474 Nature 215
Evap1 p? Brzozowska, J.M. 20032 Chapter 19 - Licensing, Regulation and Exploration 331-343M The Millennium Atlas: Petroleum Geology of the Central and Northern North Sea, Evans, D.
Graham, C.
Armour, A.
Bathurst, P. London The Geological Society Petroleum
7? Bujak, J.P.
Mudge, D.C. 19944 A high-resolution North Sea Eocene dinocyst zonation 449-462! Journal of the Geological Society 151 3 Stratigraphy North Sea
_? j P Bujakowski, W.
Czerwiński, T.
Garlicki, A.
Jarzyna, J.
Mularz, S.
Tarkowski, R. 2003@ Thermal characteristics of rock massif in a region of salt domes 166 Kraków PAS MEERI Publishers Geothermics Europe Permian ? Bullard, E.C
Niblett, E.R. 1951 Terrestrial heat flow in England 222-238; Monthly Notes Astronomical Society, Geophysical Supplements 6 Geothermics UK Generic ? Buntebarth, G.
Teichmüller, R. 1979c Zur Ermittlung der Paläotemperaturen im Dach des Bramscher Intrusives aufgrund von Inkohlungsdaten 171-1829 Fortschritte in der Geologie von Rheinland und Westfalen 27 Geothermics Germany Generic ƽ? Burchette, T.P. 1981@ European Devonian reefs: a review of current concepts and models 85-142 European fossil reef models 30
Toomey, D. F. Tulsa$ SEPM Society for Sedimentary Geolog ,? Butler, D.E. 1981r Marine faunas from concealed Devonian rocks of southern England and their reflection of the Frasnian transgression 679-697 Geological Magazine 118 6
Palaeontology ?
Burley, S.D. 1986 The development and destruction of porosity within Upper Jurassic reservoir sandstones of the Piper and Tartan Fields, Outer Moray Firth, North Sea 649-694
Clay Minerals 21 Petrology UK North Sea JurassicP ? Butler, M.
Pullen, C.P. 1990V Tertiary structures and hydrocarbon entrapment in the Weald Basin of southern England. 371-391@ Tectonic events responsible for Britain’s oil and gas reserves 55 Hardman, R.F.P.
Brooks, J. Petroleum Geology& Geological Society Special Publication UK Cretaceous; Cenozoic3
\? Callomon, J.H. 2003d The Middle Jurassic of western and northern Europe: its subdivisions, geochronology and correlations 61-733 Geological Survey of Denmark and Greenland Bulletin 1 Northwest Europe, North Sea, East Greenland, Middle Jurassic, palaeogeography, geochronology,
ammoniA 8? % Cameron, T.D.J.
Stoker, M.S.
Long, D. 1987O The history of Quaternary sedimentation in the UK sector of the North Sea Basin 43-58! Journal of the Geological Society 44 1 Clastic sedimentology UK North SeP ? N Carney, J.N.
Alexandre, P.
Pringle, M.S.
Pharoah, T.C.
Merriman, R.J.
Kemp, S. 2008O 40Ar-39Ar isotope constraints on the age of deformation in Charnwood Forest, UK 702-713 Geological Magazine 145 5 Structural Geology UK
Pal ? N Carney, J.N.
Ambrose, K.
Brandon, A.
Lewis, M.A.
Royles, C.P.
Sheppard, T.H. 2004, Geology of the country around Melton Mowbrayp Sheet Description of the British Geological Survey, 1:50 000 Series Sheet 142 Melton Mowbray (England and Wales) Geology UK Generic9? Chrintz, T.
Clemmensen, L.B. 1993@ Draa reconstruction, the Permian Yellow Sands, northeast England 151-161% Aeolian sediments, ancient and modern 16 Pye, K.
Lancaster, N. OxfordA International Association of Sedimentologists Special Publication Clastic sedimentology UK Permian?
m Christensen, N.P
Holloway, S. 2003 Geological storage of CO2 from combustion of fossil fuel. European Union Fifth Framework Programme for Research and Development 34
Copenhagen* Geological Survey of Denmark and Greenland Storage Europe Generic aL? Clausen, O.R.
Huuse, M. 20020 Mid-Paleocene palaeogeography of the Danish area 171-186. Bulletin of the Geological Society of Denmark 49 Palaeogeography Denmark
P? 0 Clemmensen, L.B.
Oxnevad, I.E.I.
De Boer, P.L. 1994 Climatic controls on ancient desert sedimentation: some Late Paleozoic and Mesozoic examples from NW Europe and the western interior of the USA 99-116$ Orbital Forcing and Cyclic Sequences 19 De Boer, P.L.
Smith, D.G. OxfordA International Association of Sedimentologists Special Publication Clastic sedimentology Northwest Europe Palaeozoic; Mesozoic W /? Clemmensen, A.
Thomsen, E. 2005W Palaeoenvironmental changes across the Danian-Selandian boundary in the North Sea Basin 351-3941 Palaeogeography, Palaeoclimatology, Palaeoecology 219 3-4 Palaeogeography North A ? Cloetingh, S.
Van Wees, J.-D. 2005o Strength reversal in Europe’s intraplate lithosphere: Transition from basin inversion to lithospheric folding 285-288 Geology 33 4 Structural Geology Europe? Collective of Authors, 1999h Chronik, Erdöl- und Ergasgewinnung von der Ostsee bis zum Thüringer Becken in den Jahren 1945 bis 1990 125 Leipzig2 Traditionsvereins 'Erdol-Erdgas' e.V. in Salzwedel Petroleum Geology Germany Generic ?
Collective of Authors, 20078 Erdöl und Erdgas in der Bundesrepublik Deutschland 2006 Hannover3 Landesamt für Bergbau, Energie und Geologie (LBEG) Petroleum Geology Germany Generic ?
Collective of Authors, 20088 Erdöl und Erdgas in der Bundesrepublik Deutschland 2007 Hannover3 Landesamt für Bergbau, Energie und Geologie (LBEG) Petroleum Geology Germany Generic ?
Conway, A.M. 1986, Geology and petrophysics of the Victor field 85-100( Habitat of Palaeozoic Gas in N.W. Europe 23! Brooks, J.
Goff, J.
Van Hoorn, B. London& Geological Society Special Publication Petroleum Geology UK North Sea
Palaeozoic 7? Conway, A.M.
Valvatne, C. 2003: The Murdoch Gas Field, Block 44/22a, UK Southern North Sea 789-798B United Kingdom Oil and Gas Fields, Commemorative Millennium Volume 20 Gluyas, J.G.
Hitchens, H.M. London Geological Society Memoir Petroleum Geology UK North Sea
Carboniferous ? Cooke-Yarborough, P. 1991< The Hewett Field, Blocks 48/28-29-30, 52/4a-5a, UK North Sea 433-442@ United Kingdom Oil and Gas fields: 25 Years Commemorative Volume 14
Abbotts, I.L. London Geological Society Memoir Petroleum Geology UK North Sea Permian ? Cope, J.C.W. 2006 Jurassic: the returning seas 325-363! The Geology of England and Wales Brenchley, P.J
Rawson, P.F. London The Geological Society Palaeogeography UK Jurassic ? Cornford, C. 1998. Source rocks and hydrocarbons of the North Sea 376-462F Petroleum Geology of the North Sea: Basic Concepts and Recent Advances
Glennie, K.W. Oxford! Blackwell Scientific Publications Petroleum Geology North Sea Generic /? . Coward, M.P.
Dewey, J.
Hempton, M.
Holroyd, J. 2003 Tectonic evolution 17-33M The Millennium Atlas: Petroleum Geology of the Central and Northern North Sea- Evans, D.J.
Graham, C.
Armour, A.
Bathust, P. London The Geological Society Structural Geology North Sea Generic ?
Cox, B.M.
Gallois, R.W. 1981z The stratigraphy of the Kimmeridge Clay of the Dorset type area and its correlation with some other Kimmeridgian sequences 45 80/4! Institute of Geological Sciences Stratigraphy UK Jurassic ? 3 Cox, B. M.
Lott, G.K.
Thomas, J.E.
Wilkinson, I.P. 1987l Upper Jurassic stratigraphy of four shallow cored boreholes in the UK sector of the Southern North Sea Basin 99-104/ Proceedings of the Yorkshire Geological Society 46 Stratigraphy UK North Sea Jurassic ݠ? Creedy, D.P. 1991b An introduction to geological aspects of methane occurrence and control in British deep coal mines 209-220( Quarterly Journal of Engineering Geology 24 Engineer ? Daley, B.
Balson, P. 1999B British Tertiary stratigraphy. Joint Nature Conservation Committee xviii + 388 15& Geological Conservation Review Series Stratigraphy UK Cenozoic b? F Damtoft, K.
Nielsen, L.H.
Johannessen, P.N.
Thomsen, E.
Andersen, P.R. 1992. Hydrocarbon plays of the Danish Central Trough 35-58@ Generation, accumulation and production of Europe's hydrocarbons 2
Spencer, A.M.J Special Publication of the European Association of Petroleum Geoscientists Petroleum Geology Denmark Generic a e? ) Danielsen, M.
Michelsen, O.
Clausen, O.R. 1997q Oligocene sequence stratigraphy and basin development in the Danish North Sea sector based on log interpretations 931-950 Marine and Petroleum Geology 14 7-8 Stratigraphy DK North Se ? Danish Energy Authority (DEA), 2008' Oil and gas production in Denmark, 2007 152
Copenhagen Danish Energy Agency Petroleum Geology Denmark Generic> ;T? De Batist, M.
Henriet, J.-P. 1995T Seismic sequence stratigraphy of the Palaeogene offshore Belgium, southern North Sea 27-40! Journal of the Geological Society 152 1 Stratigraphy B North SeaW?
De Man, E. 2006 Benthic foraminifera biofacies analysis and stable isotopes of the Middle Eocene to Oligocene successions of the southern North Sea Basin: Tools for stratigraphy and for reconstruction of extreme climate changes 376 Leuven& (Unpublished). Katholieke Universiteit Stratigraphy North Sea
Palaeogene h?
% De Man, E.
Ivany, L.
Vandenberghe, N. 2004p Stable oxygen isotope record of the Eocene-Oligocene in the southern North Sea Basin: positioning the Oi-1 event 193-197# Netherlands Journal of Geosciences 83 3M Eocene-Oligocene boundary, stable ?
l s De Vos, W.
Feldrappe, H.
Pharaoh, T.C.
Smith, N.J.P.
Vejbæk, O.V.
Verniers, J.
Nawrocki, J.
Poprawa, P.
Bełka, Z. 2010 Pre-Devonian 59-69= Petroleum Geological Atlas of the Southern Permian Basin Area Doornenbal, J.C.
Stevenson, A.G. Houten EAGE Publications b.v. Petroleum Geology Western Europe
Palaeozoic ?
DECC 2003; The hydrocarbon prospectivity of Britain’s onshore basins. Department of Energy and Climate Change (DECC) Petroleum Geology UK Generic3 internal-pdf://DTI (2003)-3497950720/DTI (2003).pdf ?
Deegan, C.E.
Scull, B.J. 1977Q A Standard Lithostratigraphic Nomenclature for the central and northern North Sea 36 77/25 Institute of Geological Sciences Stratigraphy North Sea Generic ?
Dehmer, J. 2004O A short report of the investigations made on the facies of German coal deposits 41-51% International Journal of Coal Geology 58 1-2 Stratigraphy Germany
?
Delmer, A. 19972 Structure tectonique du bassin houiller du Hainaut 7-15+ Annales de la Société Géologique du Nord 2e série 5 Structural Geology Belgium Generic ?
$ Delmer, A
Graulich, J.M.
Legrand, R. 19788 La recherche d'hydrocarbures en Belgique. Situation 1977 493-501 Annales des Mines de Belgique 1978 Petroleum Geology Belgium Generic D?
DeMollin-Schneiders, E. 2007 Heerlen Minewaterproject% European Geothermal Congress EGC 2007 Unterhaching$ International Geothermal Association Geothermics Net ?
Deutrich, T. 1993H Tonmineral-Diagenese in Rotliegend Sandsteinen des Norddeutschen Beckens 179 Mainz University of Mainz
Diagenesis Germany Permian -?
Dewey, J.F.
Windley, B.F 1988+ Palaeocene-Oligocene tectonics of NW Europe 25-31; Early Tertiary volcanism and the opening of the NE Atlantic 39 Morton, A.C.
Parsons, L.M. London& Geological Society Special Publication Structural Geology Northwest Europe
Palaeogene}/ \?
Diedrich, C. 2008 Palaeogeographic evolution of the marine Middle Triassic marine Germanic Basin changements - with emphasis on the carbonate tidal flat and shallow marine habitats of reptiles in Central Pangaea 27-55 Global and Planetary Change 65 1-2 Palaeogeography GermG 0l?
Diedrich, C. 2008bn Millions of reptile tracks - Early to Middle Triassic carbonate tidal flat migration bridges of Central Europe 410-4231 Palaeogeography, Palaeoclimatology, Palaeoecology 259 4
Palaeontology Central Europ?
Rijks Geologische Dienst, 1987o De resultaten van de verkenningsboring naar thermisch mineraal water voor het rekreatieoord Klein Vink te Arcen 8 Heerlen$ Geological Survey of The Netherlands Natural resources Netherlands Generic ?
* Dockter, J.
Puff, P.
Seidel, G.
Kozur, H. 1980/ Zur Triasgliederung und Symbolgebung in der DDR 951-963+ Zeitschrift für Geologische Wissenschaften 8 Stratigraphy Germany Triassic D?
Doornenbal, J.C.
Abbink, O.A.
Duin, E.
Dusar, M.
Hoth, P.
Jasionowski, M.
Lott, G.K.
Mathiesen, A.
Papiernik, B.
Peryt, T.M.
Veldkamp, J.G.
Wirth, H. 20101 Introduction, stratigraphic framework and mapping 1-9= Petroleum Geological Atlas of the Southern Permian Basin Area Doornenbal, J.C.
Stevenson, A.G. Houten EAGE Publications b.v. Stratigraphy Europe G ?
Downing, R.A
Gray, D.A. 19867 Geothermal Energy - the potential in the United Kingdom 187 London HMSO Geothermics UK Generic ?
Downing, R.A
Howitt, F. 1969C Saline groundwaters in the Carboniferous rocks of the East Midlands 241-269( Quarterly Journal of Engineering Geology 1 Hydrogeology UK
Carboniferous ?
Drong, H.J. 1979Q Diagenetische Veränderungen in den Rotliegend Sandsteinen im NW-Deutschen Becken 1172-1183 Geologische Rundschau 68
Diagenesis German]?
Drozdzewski, G. 1993{ Geologie der Steinkohlevorkommen in Deutschland - Tektonische Situation, Voraussetzung für die Rohstoffgewinnung, Vorräte 43-53O Steinkohlenbergbau - Steinkohle als Grundstoff, Energieträger und Umweltfaktor
Wiggering, H. Berlin Ernst & Sohn Verlag Natural resources Germany
Carboniferous ?
+ Deutsche Stratigraphische Kommission (DSK), 2005) Stratigraphie von Deutschland IV - Keuper 253-296' Courier Forschungsinstitut Senckenberg Stratigraphy Germany Triassic ?
H Department of Trade and Industry (DTI),
British Geological Survey (BGS), 2007; The Hydrocarbon Prospectivity of Britain’s Onshore Basins DTI and BGS Petroleum Geology UK Generic ?
Duchrow, H. 1984# Der Keuper im Osnabrücker Bergland 221-334$ Geologie des Osnabrücker Berglandes Klassen, H. Münster Naturwissenschaftliches Museum Geology Germany Triassic ?
Duchrow, H.
Groetzner, J.-P 1984 Oberer Muschelkalk 169-218$ Geologie des Osnabrücker Berglandes Klassen, H.
Osnabrück Naturwissenschaftliches Museum Geology Germany Triassic?
Düppenbecker, S.J. 1991 Genese und Expulsion von Kohlenwasserstoffen in zwei Regionen des Niedersächsischen Beckens unter besonderer Berücksichtigung der Aufheizraten 304 Jülich Berichte des Forschungszentrum Petroleum Geology Germany Generic j? xƽ?
! Duval, B.C.
Cramez, C.
Vail, P.R. 19982 Stratigraphic cycles and major marine source rocks 43-51> Mesozoic and Cenozoic Sequence Stratigraphy of European Basins 60: De Graciansky, P.C.
Hardenbol, J.
Jacquin, Th.
Vail, P.R. Tulsa$ SEPM Society for Sedimentary Geology Stratigraphy SpeciaO q?
$ Dusar, M.
Langenaker, V.
Wouters, L. 2001s Permian - Triassic - Jurassic lithostratigraphic units in the Campine Basin and the Roer Valley Graben (NE Belgium) 107-112 Geologica Belgica 4 1-2 Stratigraphy Belgium Pala ?
Dusar, M.
Plein, E. 1994 Belgien 207-211- Regionale Erdöl- und Erdgasgeologie der Erde 1 Kulke, H. Berlin Gebrüder Bornträger Petroleum Geology Belgi?
Dusar, M.
Verkaeren, P. 1992> Methane desorption in closed collieries: examples from Belgium 11 C-4 KatowiceX UNECE Workshop on the Recovery and end-use of coal-bed methane. Central Mining Institute Natural resources Belgium
Carboniferous T Y?
Dybkjær, K. 2004 Dinocyst stratigraphy and palynofacies studies used for refining a sequence stratigraphic model - uppermost Oligocene to Lower Miocene Jylland 201-249& Review of Palaeobotany and Palynology 131 3-4 Stratigraphy Denm;?
Dybkjær, K.
Rasmussen, E.S. 2007 Dinocyst stratigraphy in an expanded Oligocene-Miocene boundary section in the eastern North Sea Basin (the Frida-1 well, Denmark) and correlation from basinal to marginal areas 1-17 Journal of Micropalaeontology 26 Stratigraphy DK North Sea Cenozoic ?!
5 DEBRIV (Deutscher Braunkohlen-Industrie-Verein e.V.), 2000/ Braunkohle - Ein Industriezweig stellt sich vor 56 Köln Natural resources Germany Cenozoic ?"
5 DEBRIV (Deutscher Braunkohlen-Industrie-Verein e.V.), 2007> Braunkohle in Deutschland 2007 - Profil eines Industriezweiges 72 Köln Natural resources Germany Generic ?#
5 DEBRIV (Deutscher Braunkohlen-Industrie-Verein e.V.), 2007 Zahlen zur Kohlenwirtschaft 71 Essen und Köln CW Haarfeld GmbH Natural resources Germany Generic ?$
Ebukanson, E.J.
Kinghorn, R.R.F 1985 Kerogen facies in the major Jurassic mudrock formations of southern England and the implication of the depositional environments of their precursors 435-462 Journal of Petroleum Geology 8 Petroleum Geology UK Jurassic ?%
Ebukanson, E.J.
Kinghorn, R.R.F 1986v Maturity of organic matter in the Jurassic of southern England and its relation to the burial history of the sediments 259-280 Journal of Petroleum Geology 9 Petroleum Geology UK Jurassic ?&
Ebukanson, E.J.
Kinghorn, R.R.F 1986bM Oil and gas accumulations and their possible source rocks in southern England 413-428 Journal of Petroleum Geology 9 Petroleum Geology UK Generic ?'
Ecke, H.-H. 1986L Palynologie des Zechsteins und unteren Buntsandsteins im Germanischen Becken 117
Göttingen Universität Göttingen Stratigraphy Germany Permian, Triassic ?)
Eißmann, L. 1970/ Geologie des Bezirkes Leipzig - Eine Übersicht 174 1/2 Natura regionis Lipsiensis Geology Germany Genericc?*
Eißmann, L. 1994= Leitfaden der Geologie des Präquartärs im Saale-Elbe-Gebiet 1-53 Das Quartär Mitteldeutschlands. Ein Leitfaden und Exkursionsführer. Mit einer Übersicht über das Präquartär des Saale-Elbe-Gebietes 7 Eißmann, L.
Litt, T. / Altenburger Naturwissenschaftliche Forschungen Geology Germany Neogene ?+
Eißmann, L.
Litt, T. 1994 Das Quartär Mitteldeutschlands. Ein Leitfaden und Exkursionsführer. Mit einer Übersicht über das Präquartär des Saale-Elbe-Gebietes 458 7
/ Altenburger Naturwissenschaftliche Forschungen Geology Germany
Quaternary ?,
= Ellenberg, J.
Falk, F.
Grumbt, E.
Lützner, H.
Ludwig, A.O. 1976= Sedimentation des höheren Unterperms der Flechtinger Scholle 705-737+ Zeitschrift für Geologische Wissenschaften 5 Clastic sedimentology Germany
Palaeozoic ?-
Elliott, R. E. 1961> The stratigraphy of the Keuper Series in south Nottinghamshire 197-234/ Proceedings of the Yorkshire Geological Society 33 2 Stratigraphy UK Triassic]?.
Ellis, D. 1993{ The Rough Gas Field: distribution of Permian aeolian and non-aeolian reservoir facies and their impact on field development 265-2772 Characterization of Fluvial and Aeolian Reservoirs 73 North, C.P.
Prosser, D.J. London& Geological Society Special Publication Petroleum Geology UK North Sea Permiani?/
/ Ellison, R.A.
Ali, J.R.
Hine, N.M.
Jolley, D.W. 1996W Recognition of Chron 25n in the upper Paleocene Upnor Formation in the London Basin, UK 185-1936 Correlation of the Early Paleogene in Northwest Europe 101) Knox, R.W.O'B.
Corfield, R.M.
Dunay, R.E. London' Geological Society Special Publication Stratigraphy UK
Palaeogene!?0
2 Ellison, R.A.
Knox, R.W.O'B.
Jolley, D.W.
King, C. 1994x A revision of the lithostratigraphical classification of the early Palaeogene strata of the London Basin and East Anglia 187-197+ Proceedings of the Geologists' Association 105 Stratigraphy UK
PalaeogeneC ?1
Engelen, F.H.G. 1987 Resources at the surface 125-136G Seventy-five years of geology and mining in the Netherlands (1912-1987)- Visser, W.A.
Zonneveld, J.I.S.
Van Loon, A.J. The Hague> Royal Geological and Mining Society of the Netherlands (KNGMG) Natural rep ?2
+ Esmerode, E.V
Surlyk, F.
Lykke-Andersen, H. 2007i Ridge and valley systems in the Upper Cretaceous chalk of the Danish Basin: contourites in an epeiric sea 265-2829 Economic and Palaeoceanographic Importance of Contourites 276 M. Rebesco
A.R. Viana London& Geological Society Special Publication Structural Geology Denmark
CretaceousM? ?3
Evans, W. E. 1990h Development of the petroleum exploration scene in the UK onshore area; a struggle over the last 75 years 49-54B Seventy-five years of progress in oil field science and technology; Ala, M.
Hatamian, H.
Hobson, G.D.
King, M.S.
Williamson, I. Rotterdam A.A. Balkema History ?7
Fabricius, J. 19845 Zechstein Salt Denmark. Salt Research Project EFP-81 1-4! Danmarks Geologiske Undersøgelse 1
Copenhagen' Geological Survey of Denmark, Series C
Evaporites Denmark Permian ?5
! Faber, E.
Schmitt, M.
Stahl, W.J. 1979Q Geochemisch Daten nordwestdeutscher Oberkarbon-, Zechstein- und Buntsandsteingase 65-70# Erdol & Kohle, Erdgas, Petrochemie 32 2 Geochemistry Germany" Carboniferous; Zechstein; Triassic _ ?8
Farmer, C.L.
Barkved, O.I. 1999k Influence of syn-depositional faulting on thickness variations in chalk reservoirs - Valhall and Hod fields 949-957I Petroleum Geology of North-West Europe: Proceedings of the 5th Conference Fleet, A.J.
Boldy, S.A.R. London The Geological Society Petroleum Geology Northwest Europe
Cr ?:
+ Fels, A.
Brunner, H.
Engesser, W.
Simon, T. 2003( Steinsalz im Oberen Rötton des Baulands 7-23M Jahreshefte Landesamt für Geologie, Rohstoffe und Bergbau Baden-Württemberg 39
Evaporites Germany Triassic 1@?<
Fortems, G. 19878 Contribution de la Belgique à la recherche pétrolière 73-74+ Bulletin de la Société Belge de Géologie Centenary Volume History Belgiu ?=
Fowler, A 1926] Geology of Berwick-on-Tweed, Norham and Scremerston. Memoirs of the Geological Survey England 58 London HMSO Geology UK Generic
¼?>
Franke, W. 1995 Geodynamic evolution 579-5941 Pre-Permian Geology of Central and Western Europe" Dallmeyer, D.
Franke, W.
Weber, K. Berlin Springer Structura??
Franke, W. 1995O Rhenohercynian foldbelt: autochthon and nonmetamorphic nappe units-stratigraphy 33-491 Pre-Permian Geology of Central and Western Europe! Dallmeyer, D
Franke, W.
Weber, K. Berlin Springer-Verlag Structural Geology Europe
Palaeozoic?A
Z Franzen, J.L.
Gingerich, P.D.
Habersetzer, J.
Hurum, J.H.
von Koenigswald, W.
Smith, B.H. 2009b Complete Primate Skeleton from the Middle Eocene of Messel in Germany: Morphology and Paleobiology e5723 PLoS ONE 4 5
Palaeontology Germany
Palaeogene ?B
7 Franzke, J
Voigt, T
Eynatten, H
Brix, M.R
Burmeister, G 2004g Geometrie und Kinematik der Harznordrandstörung, erläutert an Profilen aus dem Gebiet von Blankenburg 39-62 Mitteilungen Thüringen 11 Structural Geology Germany Generic 1?C
Freudenberger, W 1996S Gesteinsabfolge des Deckgebirges nördlich der Donau und im Molasseuntergrund: Perm 55-649 Erläterungen zur Geologischen Karte von Bayern 1:500000 Freudenberger, W
Schwerd, K München! Bayrisches Geologisches Landesamt Stratigraphy Germany Permian3?D
Freudenberger, W 1996T Gesteinsabfolge des Deckgebirges nördlich der Donau und im Molasseuntergrund: Trias 65-909 Erläterungen zur Geologischen Karte von Bayern 1:500000 Freudenberger, W
Schwerd, K München! Bayrisches Geologisches Landesamt Stratigraphy Germany Triassic ?E
Frisch, U.
Kockel, F. 2003 Der Bremen-Knoten im Strukturnetz Nordwestdeutschlands. Berichte aus dem Fachbereich der Geowissenschaften der Universität Bremen 379 223 Structural Geology Germany Generic =?F
Füchtbauer, H. 1993g Geologie der Steinkohlevorkommen in Deutschland - Aufbau und Entstehung des kohleführenden Oberkarbons 35-43O Steinkohlenbergbau - Steinkohle als Grundstoff, Energieträger und Umweltfaktor
Wiggering, H. Berlin Ernst & Sohn Verlag Geology Germany
Carboniferous ?G
Füchtbauer, H.
Peryt, T.M. 19804 Zechstein Basin with emphasis on carbonate sequences 328 Contributions to Sedimentology 9 Stuttgart( E.Schweizerbart'sche Verlagsbuchhandlung Carbonate sedimentology Europe Permian ?J
Gaertner, H. 1993d Zur Gliederung des Muschelkalks in Nordwestdeutschland in Tiefbohrungen anhand von Bohrlochmessungen 57-64' Muschelkalk, Schöntaler Symposium 1991 Hagdorn, H.
Seilacher, A. Goldschneck Stratigraphy Germany Triassicb?I
] Fyfe, J.A.
Gregersen, U.
Jordt, H.
Rundberg, Y.
Evans, D.
Stewart, D.
Hovland, M.
Andresen, P 2003 Oligocene to Holocene 279-287M The Millennium Atlas: Petroleum Geology of the Central and Northern North Sea, Evans, D.
Graham, C.
Armour, A.
Bathurst, P. London The Geological Society Petroleum Geology North Sea Cenozoic ?K
Gaier, C. 1988S Huit siècles de houillerie liégeoise, histoire des hommes et du charbon à Liège 261 Liège Edition du Perron History Belgium
Carboniferous( ?L
0 Gale, D.J.
Holliday, D.W.
Kirby, G.A.
Arthur, M. 1984 The Carboniferous rocks of Lincolnshire, Nottinghamshire and southern Humberside. Investigation of the Geothermal Potential of the United Kingdom' British Geological Survey (unpublished) Geothermics UK
Carboniferous ?M
Gale, I.N
Holliday, D.W. 1985, The geothermal resources of eastern England 22-31 European Geothermal Update Strub, A.S
Ungemach, P. Dordrecht6 Proceedings of the 3rd EC Seminar on Geothermal Energy Geothermics UK Generic ?N
Gallois, R.W. 1979$ Oil shale resources in Great Britain 158W Institute of Geological Sciences, Southern England and South Wales Land Survey Division Petrology UK Generic ?O
Y k Gąsiewicz, A.
Bos, C.
Czapowski, G.
Evans, D.
Górecki, W.
Hajto, M.
Holliday, D.W.
Holloway, S.
Jones, N.S.
Kasiński, J.R.
Kępińska, B.
Kramers, L.
Laenen, B.
Lott, G.K.
Lokhorst, A.
Mathiesen, A.
May, F.
Rowley, W.J.
Schmidt, S.
Sedlacek, R.
Seibt, P.
Simmelink, E.
Tarkowski, R.
Uliasz-Misiak, B.
Van Wees, J.D.
Wildenborg, A.
Wolfgramm, M.
Wong, T.E. 2010 Applied geology 283-299= Petroleum Geological Atlas of the Southern Permian Basin Area Doornenbal, J.C.
Stevenson, A.G. Houten EAGE Publications b.v. Petroleum Geology Western Europe Generic ?P
Gast, R.E. 1993a Sequenzanalyse von äolischen Abfolgen im Rotliegenden und deren Verzahnung mit Küstensedimenten 117-139 Geologisches Jahrbuch A 131 Stratigraphy Europe Permian {?Q
Gast, R.E.
Dusar, M.
Breitkreuz, C.
Gaupp, R.
Schneider, J.W.
Stemmerik, L.
Geluk, M.C.
Geißler, M.
Kiersnowski, H.
Glennie, K.W.
Kabel, S.
Jones, N.S. 2010
Rotliegend 101-121= Petroleum Geological Atlas of the Southern Permian Basin Area Doornenbal, J.C.
Stevenson, A.G. Houten EAGE Publications b.v. Petroleum Geology Western Europe Permian ?R
Gaupp, R. 1991K Zur Fazies und Diagenese des Mittelrhät-Hauptsandsteins im Gasfeld Thönse 34-55w Das Gasfeld Thönse in Niedersachsen - ein Unikat, Niedersächsische Akademie der Geowissenschaften Veröffentlichungen 6 Stratigraphy Germany Triassic .?S
r Gaupp, R.
Baunack, C.
Pudlo, D.
Solms,M.
Trappe, H.
Schubarth, J.
Samiee, R.
Littke, R.
Schwarzer, D.
Oncken, O. 2005t Paleo oil- and gasfields in the Rotliegend of the North German Basin; effects upon the hydrocarbon reservoir quality 242 Petroleum Geology Germany Permian ?T
Gehrmann, O.
Aigner, T 2002@ Der Schilfsandstein (Obere Trias) bei Heilbronn (SW Deutschland) 377-403= Neues Jahrbuch für Geologie und Paläontologie, Abhandlungen 223 Stratigraphy Germany Triassic ?U
Geinitz, H.B. 1861h Dyas oder die Zechsteinformation und das Rothliegende, Volume II: Die Pflanzen der Dyas und Geologisches Leipzig Verlag von Wilhelm Engelmann Geology Europe Permian G?V
Q Geißler, E.
Alexowsky, W.
Suhr, P.
Wolf, L.
Rascher, J.
Standke, G.
Heinrich, R. 1988[ Lagerstättengeologische Forschung Braunkohle: Geologisches Modell Doberlug-Herzberg-Torgau 129% Unveröffentlichter Forschungsbericht Freiberg' VEB Geologische Forschung und Erkundung Geology Germany Neogene / ?W
+ Geißler, E.
Breitkreuz, C.
Kiersnowski, H. 2008 Late Paleozoic volcanism in the central part of the Southern Permian Basin (NE Germany, W Poland): Facies distribution and volcano-topographic hiati 973-989' International Journal of Earth Sciences 59 5 Stratigraphy Germany; ?X
h # Geiβler, M.
Obst, K
Breitkreuz, C. 2006 Magmatic textures and contacts of Permo-Carboniferous volcanic and subvolcanic rocks from the deep wells Mirow 1/74 and Parchim 1/68 and its implications on the initial evolution of the North German Basin 81-82 Visual Geosciences 11 Clastic sedimentology Germany Carbonifer ?Z
+ Gerling, P.
Idiz, E.
Everlien, G.
Sohns, E. 1997H New aspects on the origin of nitrogen in natural gas in northern Germany 65-84 Geologisches Jahrbuch D103 Petroleum Geology Germany Generic ?[
* Gerling, P.
Kockel, F.
Krull, P.
Stahl, W. 1999E Deep gas - the chances for a pre-Westphalian play in northern Germany 201-215 Geologisches Jahrbuch D107 Petroleum Geology Germany
Carboniferous ?\
5 Gerling, P.
Lokhorst, A.
Nicholson, R.A.
Kotarba, M. 1998W Natural gas from pre-Westphalian sources in northwest Europe - a new exploration target 219-229% International Gas Research Conference Petroleum Geology Northwest Europe
Palaeozoic'?]
, Gerling, P.
Piske, J.
Rasch, H.J.
Wehner, H. 1996 Paläogeographie, Organofazies und Genese von Kohlenwasserstoffen im Staßfurt-Karbonat Ostdeutschlands (2): Genese von Erdölen und Erdölbegleitgasen 152-156 Erdöl Erdgas Kohle 112 Palaeogeography Germany Generic , ?^
, Gerling, P.
Piske, J.
Rasch, H.J.
Wehner, H. 1996 Paläogeographie, Organofazies und Genese von Kohlenwasserstoffen im Staßfurt-Karbonat Ostdeutschlands (1) Sedimentationsverlauf und Muttergesteinsausbildung 13-18 Erdöl Erdgas Kohle 112 Palaeogeography Germany Generic@ ?_
Jagt, J.W. M. 1999? Ophiuroid diversity in the type area of the Maastrichtian Stage 197-206 Geologie en Mijnbouw 78G ophiuroids, diversity, Cretaceous, Palaeogene, the Netherlands, Belgium Stratigraphy Netherlands Cretaceous; Cenozoic5 internal-pdf://Jagt (1999)-3772892217/Jagt (1999).pdf?`
" Van Riessen, E.D.
Vandenberghe, N. 1999 Discussion: Oil seepage or fossil podzol? An Early Oligocene oil seepage at the southern rim of the North Sea Basin, near Leuven (Belgium). Reply by the Authors 99-100 Geologie en Mijnbouw 77 Petroleum Geology Belgium
Palaeogenea internal-pdf://Van Riessen & Vandenberghe (1999)-4092111161/Van Riessen & Vandenberghe (1999).pdf u?a
Zhang, Y.
Muchez, P.
Hein, U.F. 1997f Chlorite geothermometry and the temperature conditions at the Variscan thrust front in eastern Belgium 267-270 Geologie en Mijnbouw 76D Lower Devonian, palaeofluid flow, shear veins, Verviers Synclinorium Geothermics Belgium DevonianE internal-pdf://Zhang et al. (1997)-3773670201/Zhang et al. (1997).pdf ?c
Gibbard, P.L. 1988W The history of the great north-west European rivers during the past three million years 559-6029 Philosophical Transactions of the Royal Society of London B318 Palaeogeography Northwest Europe Neogene; Quaternary ?d
Gibbard, P.L. 1995$ The formation of the Strait of Dover 15-26( Island Britain: a Quaternary Perspective 96
Preece, R.C. London& Geological Society Special Publication Palaeogeography Southern North Sea
Quaternary?f
Glennie, K. W. 19903 Outline of North Sea History & Structural Framework 34-776 Introduction to the Petroleum Geology of the North Sea Glennie, K. W. Oxford! Blackwell Scientific Publications Structural Geology North Sea Generic?h
& Glennie, K.W.
Higham, J.
Stemmerik, L. 2003 Permian 91-103M The Millennium Atlas: Petroleum Geology of the Central and Northern North Sea, Evans, D.
Graham, C.
Armour, A.
Bathurst, P. London The Geological Society Petroleum Geology North Sea Permian d ?i
W & Głogoczowski, J.J.
Jędrychowska, M. 1974P Genetic correlation between Permian oils and dispersed bitumens in main Dolomite 96-104 Geochemical analysis of bitumens Warszawa Wydawnictwa Geologiczne Petroleum Geology Generic Permian ?j
Goddeeris, G. 1982K Steenkool- en petroleumboringen in Limburg en de Antwerpse Kempen 1898-1940 381 Beringen Rotary Beringen History Netherlands; Belgium Generic ?k
Goes, S.
Govers, R
Vacher , P. 2000E Shallow mantle temperatures under Europe from P and S wave tomography 11153-11169 Journal of Geophysical Research 105 B5 Geothermics Europe Generic ?l
Gölke, M.
Coblentz, D. 1996- Origins of the European regional stress field 11-24 Tectonophysics 266 1-4 Structural Geology?m
Goodchild, M.W.
Bryant, P. 1986" The Geology of the Rough Gas Field 223-235( Habitat of Palaeozoic Gas in N.W. Europe 23 Brooks, J
Goff, J.
Van Hoorn, B. London& Geological Society Special Publication Petroleum Geology UK North Sea Generic k 4?n
G Gossler, J.
Kind, R.
Sobolev, S.V.
Kämpf, H.
Wylegalla, K.
Stiller, M. 1999g Major crustal features between the Harz Mountains and the Baltic Shield derived from receiver functions 321-333 Tectonophysics 314 1-3 Structural Geology Germany; Denmark ?o
Götz, A.E. 2004D Zyklen und Sequenzen im Unteren Muschelkalk des germanischen Beckens 91-98* Hallesches Jahrbuch für Geowissenschaften Beiheft B18 Stratigraphy Germany Triassic
?q
O Gradstein, F.M.
Kaminski, M.A.
Berggren, W.A.
Kristiansen, I.L.
D’Iorio, M.A. 1992Q Cenozoic foraminifera and dinoflagellate biostratigraphy of the central North Sea 101-137 Micropaleontology 38 Stratigraphy Central North Sea Cenozoic ?r
Graham, C.C.
Straw, A. 1992
Quaternary 149-153( Atlas of Palaeogeography and Lithofacies 13% Cope, J.C.W.
Ingham, J.K.
Rawson, P.F London Geological Society Memoir Stratigraphy Generic
Quaternary
?s
Gralla, P. 1988L Das Oberrotliegende in NW-Deutschland - Lithostratigraphie und Faziesanalyse 1-59 Geologisches Jahrbuch A106 Stratigraphy Germany Permian ?t
Gramann, F. 1988B Major palaeonotological events and biostratigraphical correlations 410-427F The Northwest European Tertiary Basin. Results of the IGCP Project 124 100
Vinken, R. Geologisches Jahrbuch Stratigraphy Northwest Europe GenericY?u
Gramann, F.
Kockel, F. 1988z Palaeogeographical, lithological, palaeoecological and palaeoclimatic development of the Northwest European Tertiary Basin 428-441F The Northwest European Tertiary Basin. Results of the IGCP Project 124 100
Vinken, R. Geologisches Jahrbuch Palaeogeography Northwest Europe CenozoicC X?v
M Grassmann, S.
Cramer, B.
Delisle, G.
Hantschel, T.
Messner, J.
Winsemann, J. 2010 PT-effects of Pleistocene glacial periods on permafrost, gas hydrate stability zones and reservoir of the Mittelplate oil field, northern Germany 298-306 Marine and Petroleum Geology 27 1 Petroleum Geology Germc ?w
= Grassmann, S
Cramer, B.
Delisle, G.
Messner, J.
Winsemann, J. 2005W Geological history and petroleum system of the Mittelplate oil field, Northern Germany 979-989' International Journal of Earth Sciences 94 5-6 Petroleum Geology G ?x
Gravesen, P.
Bjerreskov, M. 1984 Guide to excursion in Bornholm 72
Copenhagen, Danmarks Geologiske Undersøgelse, Series C Geology Denmar ?y
! Gravesen, P.
Rolle, F.
Surlyk, F. 1982s Lithostratigraphy and sedimentary evolution of the Triassic, Jurassic and the Lower Cretaceous of Bornholm, Denmark 51 7& Geological Survey of Denmark, Series B Stratigraphy Denmark Mesozoic\ ?z
+ Gregersen, O.
Sørensen, J.C.
Michelsen, O. 1998K Details of Pliocene sequences resolved on a 3-D data set, central North Sea 403-4120 Sequence Stratigraphy: Concepts and Applications 8) Gradstein, F.M.
Sandvik, K.O.
Milton, N.J/ Norwegian Petroleum Society Special Publication Stratigraphy Central North Sea Neogene ?{
Grimm, K.I. 2006m Meeresverbindungen im Rupelium Mitteleuropas - paläobiogeographische Untersuchungen anhand von Foraminiferen 19-27 Geologisches Jahrbuch Hessen 133 Palaeogeography Central Europe
Palaeogenen D?|
EUGENO-S Working Group, 1988 Crustal structure and tectonic evolution of the transition between the Baltic Shield and the North German Caledonides (the EUGENO-S Project) 253-348 Tectonophysics 150 3 Structural Geology Denmark; German ?~
6 Gupta, S.
Collier, J.S.
Palmer-Felgate, A.
Potter, G. 2007K Catastrophic flooding origin of shelf valley systems in the English Channel 342-346 Nature 448 Palaeogeography UK North Sea
QuaternaryL ?
Gürs, K. 2005W Das Tertiär Nordwestdeutschlands in der Stratigraphischen Tabelle von Deutschland 2002 313-322 Newsletters on Stratigraphy 41 1-3 Stratigraphy Germa?
Gürs, K.
Janssen, A.W. 2002H Revised pteropod biostratigraphy for the Miocene of the North Sea Basin. 117-131Z European Cenozoic Stratigraphy. Proceedings of the 8th Biannual Meeting of the RCNNS/RCNPS
Gürs, K. Stratigraphy North Sea Neogene ?
% Gürs, K.
Wesselingh, F.
Standke, G. 20082 North Sea Basin: Paleogen, North Sea Basin: Neogen 1037-1042 The Geology of Central Europe 2
McCann, T. London The Geological Society Geology North Sea Cenozoic]?
d Guterch, A.
Wybraniec, S.
Grad, M.
Chadwick, R.A.
Krawczyk, C.M.
Ziegler, P.A.
Thybo, H.
De Vos, W. 2010* Crustal structure and structural framework 11-23= Petroleum Geological Atlas of the Southern Permian Basin Area Doornenbal, J.C.
Stevenson, A.G. Houten EAGE Publications b.v. Structural Geology Europe Generic ?
Hagdorn, H.
Simon, T 19935 Ökostratigraphische Leitbänke im Oberen Muschelkalk 193-208( Muschelkalk, Schöntaler Symposium 1991 Hagdorn, H.
Seilacher, A. Goldschneck Stratigraphy Germany Triassic ?
Hagdorn, H.
Simon, T. 2005E Der Muschelkalk in der Stratigraphischen Tabelle von Deutschland 2002 143-158 Newsletters on Stratigraphy 41 1-3 Stratigraphy Ger
?
Hager, H. 1993N The origin of the Tertiary lignite deposits in the Lower Rhine region, Germany 251-262% International Journal of Coal Geology 23 1-4 Palaeogeography Ge ?
Hallam, A. 1960G A sedimentary and faunal study of the Blue Lias of Dorset and Glamorgan 1-449 Philosophical Transactions of the Royal Society of London 243 Clastic sedimentology UK Jurassic ?
Hámor, G. 1988< Neogene palaeogeographic atlas of central and eastern Europe Budapest Hungarian Geological Institute Palaeogeography Eastern Europe Neogene ?
Hauschke, N.
Wilde, V. 19914 Zur Verbreitung und Ökologie mesozoischer Limuliden 391-411= Neues Jahrbuch für Geologie und Paläontologie, Abhandlungen 183
Palaeontology Germany Mesozoic V ?
Hawkins, P.J. 1978 Relationship between diagenesis, porosity reduction, and oil emplacement in late Carboniferous sandstone reservoirs, Bothamsall Oilfield, E. Midlands 7-24! Journal of the Geological Society 135 1 Petroleum Geology UK
?
Heilmann-Clausen, C. 1995( Palæogene aflejringer over Danskekalken 69-114@ Aarhus Geokompendier No. 1. Danmarks geologi fra Kridt til i dag Nielsen, O.B. Aarhus/ Department of Earth Sciences, Aarhus University Stratigraphy Denmark
Palaeogene ?
Heilmann-Clausen, C. 2006! Koralrev og Lerhav (excl. Danian) 181-186 & 191-226 Naturen i Danmark Larsen, G.
Copenhagen Gyldendal
Palaeontology Denmark
Cretaceous ?
Heilmann-Clausen, C.
Costa, L.I. 1989r Dinoflagellate zonation of the uppermost Palaeocene to Lower Miocene in the Wursterheide research well, NW Germany 431-521 Geologisches Jahrbuch A11 Stratigraphy Germany
Palaeogenef ?
. Heilmann-Clausen, C.
Nielsen, O.B.
Gersner, F. 1985\ Lithostratigraphy and depositional environments in the Upper Paleocene and Eocene of Denmark 287-323. Bulletin of the Geological Society of Denmark 33 Stratigraphy Denmark
P{7 }X?
Hemmet, M. 20059 The hydrocarbon potential of the Danish Continental Shelf 85-97r Petroleum Geology: North-West Europe and Global Perspectives - Proceedings of the 6th Petroleum Geology Conference Doré, A.G.
Vining, B.A. London The Geological Society Petroleum Geology Denmark ?
Henk, A 1997 Gravitational orogenic collapse vs plate-boundary stresses: a numerical modelling approach to the Permo-Carboniferous evolution of Central Europe 39-55 Geologische Rundschau 86 1
Geophysics Central Europe Carboniferous; Permian= D?
) Herbosch, A.
Debacker, T.N.
Piessens, K. 2008a The stratigraphic position of the Cambrian Jodoigne Formation redefined (Brabant Massif, Belgium) 133-150 Geologica Belgica 11 3-4 Stratigraphy Be ?
1 Herngreen, G.F.W
Bosch, M. van den
Lissenberg, T. 2000f Nieuwe inzichten in de stratigrafische ontwikkeling van Jura, Krijt en Onder-Tertiair in de Achterhoek 70-92 Grondboor & Hamer 54 Stratigraphy Netherlands Jurassic; Cretaceous; Palaeogene ?
Herngreen, G.F.W.
Wong, Th.E. 2008 Jurassic in The Netherlands 836-842 The Geology of Central Europe 2
McCann, T. London The Geological Society Stratigraphy Netherlands Jurassic ?
Heuse, T.
Leonhardt, D. 2006 Silurmonographie Deutschlands Hannover= Zeitschrift der Deutschen Gesellschaft für Geo;?
2 Hiete, M.
Berner, U.
Heunisch, C.
Röhling, H.-G. 2006u A high-resolution inorganic geochemical profile across the Zechstein-Buntsandstein boundary in the North German basin 77-105= Zeitschrift der Deutschen Gesellschaft für Geowissenschaften 157 Geochemistry Germany Permian, Triassic 0 ?
Hillier, A.P.
Williams, B.P.J. 1991E The Leman Field, Blocks 49/26, 49/27, 49/28, 53/1, 53/2, UK North Sea 451-458@ United Kingdom Oil and Gas fields: 25 Years Commemorative Volume 14 Abbots, I.L. London Geological Society Memoir Petroleum Geology UK North Sea GenericX ?
Hillis, R.R.
Holford, S.P.
Green, P.F.
Doré, A.G.
Gatliff, R.W.
Stoker, M.S.
Thompson, K.
Turner, J.P.
Underhill, J.R.
Williams, G.A. 20081 Cenozoic exhumation of the southern British Isles 371-374 Geology 36 5 Natural resources j <?
Hiss, M.
Jansen, F.
Prüfert, J 2005S Das Tertiär des Niederrheins in der Stratigraphischen Tabelle von Deutschland 2002 307-312 Newsletters on Stratigraphy 41 1-3 Stratigraphy Ger( ?
Hobson, G.D.
Hillier, A.P. 1991@ The Sean North and Sean South Fields, Block 49/25a, UK North Sea 485-490@ United Kingdom Oil and Gas fields: 25 Years Commemorative Volume 14
Abbotts, I.L. London Geological Society Memoir Petroleum Geology UK North Sea Generic ?
Hodge, M.B. 1932. The Permian Yellow Sands of north-east England 410-458= Proceedings of the University of Durham Philosophical Society 8 Geology UK Permian ?
Hodge, T. 2003B The Saltfleetby Field, Block L 47/16, Licence PEDL 005, Onshore UK 911-919B United Kingdom Oil and Gas Fields, Commemorative Millennium Volume 20 Gluyas, J.G
Hichens, H.M. London Geological Society Memoir Petroleum Geology UK Generic%?
Hoffmann, F. 1823 Beiträge zur genaueren Kenntniß der geognostischen Verhältnisse Nord-Deutschlands. Theil 1: Geognostische Beschreibung des Herzogthums Magdeburg, Fürstenthums Halberstadt, und ihrer Nachbarländer 140 Berlin Mittler Geology Germany Generic ?
Hoffmann, N.
Franke, D. 1997[ The Avalonia-Baltica Suture in NE Germany - New Constraints and Alternative Interpretations 3-14+ Zeitschrift für Geologische Wissenschaften 25 1-2 Structural Geology Germany
OrdovicianO?
6 Hoffmann, N.
Hengesbach, L.
Friedrichs, B.
Brink, H.J. 2008 The contribution of magnetotellurics to an improved understanding of the geological evolution of the North German Basin - review and new results 591-606= Zeitschrift der Deutschen Gesellschaft für Geowissenschaften 159
Geophysics Germany Generic =?
1 Hoffmann, N
Pokorski, J
Linders, W
Bachmann, G.H. 1997e Rotliegend stratigraphy, palaeogeography and facies in the eastern part of the Central European Basin 75-86X Proceedings of the XIII International Congress on the Carboniferous and Permian, Part 2 Stratigraphy Western Europe Permian ?
Hoffmann, N.
Stiewe, H. 1994z Neuerkenntnisse zur geologisch-geophysikalischen Modellierung der Pritzwalker Anomalie im Bereich des Ostelbischen Massivs 161-171+ Zeitschrift für Geologische Wissenschaften 22
Geophysics Germany Generic L ?
s Holliday, D.W.
Allsop, J.M.
Clarke, M.R.
Lamb, R.C.
Kirby, G.A.
Rowley, W.J.
Smith, K.
Smith, N.J.P.
Swallow, P.W. 1984 Hydrocarbon prospectivity of the Carboniferous rocks of eastern England. Hydrocarbon prospectivity of selected UK onshore basins, London. 84/4: CD-ROM Petroleum Geology UK
Carboniferouss?
m 2 Holloway, S
Vincent, C. J
Bentham, M. S
Kirk, K.L. 2006i Top-down and bottom-up estimates of CO2 storage capacity in the UK sector of the Southern North Sea Basin 74-81 Environmental Geosciences 13 2 Storage UK North Sea Generic ?
0 Holtam, V.R.
van den Boer, M.J.
Platenkamp, R.J. 1990I The Schoonebeek Oilfield: the RW-2E high pressure steam injection project 89-97+ Revue de l’Institut Français du Pétrole 45 Engineering Geology Netherlands Generic 1@?
Hounslow, M.W.
McIntosh, G. 2003 Magnetostratigraphy of the Sherwood Sandstone Group (Lower and Middle Triassic), south Devon, UK: detailed correlation of the nonmarine Anisian 325-3482 Palaeogeography, Palaeoclimatology, Palaeoecology 193 2 Stratigraphy UKC 1?
* Hounslow, M. W.
Posen, P. E.
Warrington, G 2004 Magnetostratigraphy and biostratigraphy of the Upper Triassic and earliest Jurassic (Norian to Hettangian) succession, St. Audrie’s Bay, west Somerset, UK 331-3581 Palaeogeography, Palaeoclimatology, Palaeoecology 213 3-4 Stratigraphy UK Tria ?
Hounslow, M.W.
Ruffell, A. 20069 Triassic - Seasonal Rivers, Dusty Deserts and Salty Lakes 295-324 The Geology of England and Wales Brenchley, P.J.
Rawson, P.F. London The Geological Society Palaeogeography UK Triassic ?
. Howard, A.
Warrington, G.
Ambrose, K.
Rees, J. 2008U A formational framework for the Mercia Mudstone Group (Triassic) of England and Wales 33 RR/08/004 Keyworth, Nottingham British Geological Survey Stratigraphy UK Triassic?
P Howard, A.S.
Warrington, G.
Young, S. R.
Ambrose, K.
Carney, J. N.
Pharaoh, T.C. 2009K The Geology of the country around Nottingham, Sheet 126 (England and Wales) Keyworth, Nottingham' Memoir of the British Geological Survey Geology UK Generic ?
Hurter, S
Haenel, R. 2002' Atlas of geothermal resources in Europe 92 Publication EUR 17811 Luxemburg& Commission of the European Communities Geothermics Europe Generic Y?
Hurtig, E. 1995J Temperature and heat-flow density along European transcontinental profiles 75-83 Tectonophysics 244 1-3 Geothermics Europe b?
Y Husmo, T.
Hamar, G.P.
Hoiland, O.
Johannessen, E.P.
Romuld, A.
Spencer, A.M.
Titterton, R 2002 Lower and Middle Jurassic 129-155M The Millennium Atlas: Petroleum Geology of the Central and Northern North Sea, Evans, D.
Graham, C.
Armour, A.
Bathurst, P. London The Geological Society Petroleum Geology North Sea Jurassic s <?
Huuse, M. 2002T Cenozoic uplift and denudation of southern Norway: insights from the North Sea Basin 67-83e Exhumation of the North Atlantic margin: timing, mechanism and implications for petroleum exploration 196A Doré, A.G.
Cartwright, J.A.
Stoker, M.S.
Turner, J.P.
White, N. London& Geological Society Special Publication Structural Ge ?
Huxley, J. 1983 Britain’s onshore oil industry London Macmillan Publishers Petroleum Geology UK Generic @ D?
% Iakovleva, A.I.
Heilmann-Clausen, C. 2006 Comparisons of Eocene dinoflagellate events across the North Sea Basin, Peri-Tethys and western Siberia: New evidences for long-distance correlations and provincialism& Climate & Biota of the Early Paleogene Bilbao Stratigraphy North Sea
Palaeogenevk ?
G Iakovleva, A.I.
King, C.
Steurbaut, E.
Ward, D.J.
Heilmann-Clausen, C. 2004 Early-Mid Eocene dinoflagellates from the Aktulagay section (Kazakhstan): new information on marine connections between the eastern Peri-Tethys and the North Sea Basin 1993 International Palynological Congress (IPC) XI, 2004 Granada Stratigraphy North Sea
?
Ineson, J.R. 1993% Rotliegend (Lower Permian) of Denmark 298 Dynamisk/Stratigrafisk analyse af Palaeozoicum I Danmark! Danmarks Geologiske Undersøgelse Stratigraphy Denmark Permian ?
Ineson, J.R.
Surlyk, F 2003% The Jurassic of Denmark and Greenland 948 13 Geological Survey of Denmark and Greenland Bulletin Stratigraphy Denmark J ?
1 Intergovernmental Panel on Climate Change (IPCC), 20054 Special Report on Carbon Dioxide Capture and Storage 431 Cambridge Cambridge University Press Storage Generic Generic?
Isaksen, D.
Tonstad, K. 1989] A revised Cretaceous and Tertiary lithostratigraphic nomenclature for the Norwegian North Sea 1-590 Bulletin of the Norwegian Petroleum Directorate 5 Stratigraphy NO North Sea Cretaceous; Palaeogene
à?
Jacob, H.
Stoppel, D.
Wehner, H. 1981L Untersuchung disperser Bitumina des Westharzes und deren geologische Deutung 182-190 Erdöl-Erdgas Zeitschrift 97 Organic g8 ?
Jacobs, P.
De Batist, M. 1996_ Sequence stratigraphy and architecture on a ramp-type continental shelf: the Belgian Palaeogene 23-48# Geology of Siliciclastic Shelf Seas 117 De Batist, M.
Jacobs, P. London& Geological Society Special Publication Stratigraphy Belgium
Palaeogene_ Lƽ?
Jacquin, Th.
De Graciansky, P.C. 1998` Major transgressive/regressive cycles: The stratigraphic signature of European basin development 15-29> Mesozoic and Cenozoic Sequence Stratigraphy of European Basins 60+ De Graciansky, P.C.
Jacquin, T.
Vail, P.R. Tulsa$ SEPM Society for Sedimentary Geology Stratigraphy Special }?
C Jakobsen, F.
Ineson, J.R.
Kristensen, L.
Nytoft, H.P.
Stemmerik, L. 2005 The Valdemar Field, Danish Central Graben: field compartmentalization and regional prospectivity of the Lower Cretaceous chalk play 177-186r Petroleum Geology: North-West Europe and Global Perspectives - Proceedings of the 6th Petroleum Geology Conference Doré, A.G.
Vining, B.A. London The Geological Society Petroleum Geology Denmark
Cr ?
Jakobsen, F.
Kristensen, L. 1998R Reservoir zonation within the Valdemar and Adda Fields. PRIORITY Sub-project 1.5.a 25/ Danmarks og Grønlands Geologiske Undersøgelse Petroleum Geology Denmark Generic ?
James, W.C 1985 Early diagenesis, Atherton Formation Quaternary: a guide for understanding early cement distribution and grain modifications in non-marine deposits 135-146! Journal of Sedimentary Petrology 55 1
Diagenesis UK
Quaternary ?
Janssen, A.W. 2001V The age of the North Sea Basin Hemmoorian (Miocene); holoplanktonic molluscan evidence 45-50 Aardkundige Mededelingen 11 Stratigraphy North Sea Neogene?
l Janssen, A.W.
Gürs, K. 2002 Notes on the systematics, morphology and biostratigraphy of fossil holoplanktonic Mollusca, 12. On the identity of Hyalea perovalis Von Koenen, 1882 (Mollusca, Gastropoda, Euthecosomata) from the Early Miocene of the North Sea Basin 143-148 Basteria 66 Stratigraphy North Sea Neogene ?
Janssen, R. 1979h Die Mollusken des Oberoligozäns (Chattium) im Nordseebecken. 2. Neogastropoda, Euthyneura, Cephalopoda 277-376 Archiv für Molluskenkunde 109
Palaeontology North Sea
Palaeogene ?
# Japsen, P.
Britze, P.
Andersen, C. 2003g Upper Jurassic – Lower Cretaceous of the Danish Central Graben: structural framework and nomenclature 233-246- Bulletin of the Geological Society of Denmark 1 North Se ?
Jaritz, W. 19736 Zur Entstehung der Salzstrukturen Nordwestdeutschlands 1-77 Geologisches Jahrbuch A10 Carbonate sedimentology Germany Permian ?
% Jenkyns, H. C
Gale, A.
Corfield, R.M. 1994s Carbon- and Oxygen isotope stratigraphy of the English chalk and Italian Scaglia and its paleoclimatic significance 1-34 Geological Magazine 131 1 Stratigraphy UK; Italy
Cretaceous ?
Johnson, H.
Lott, G. K. 19930 Cretaceous of the Central and Northern North Sea 1-1693 Lithostratigraphic nomenclature of the UK North Sea 2 Knox, R. W. O'B.
Cordey, W. G.
Nottingham British Geological Survey Stratigraphy North Sea
CretaceousT ?
Jolley, D.W. 1996d The earliest Eocene sediments of eastern England: an ultra-high resolution palynological correlation 219-2546 Correlation of the Early Paleogene in Northwest Europe 101+ Knox, R.W.O’B.
Corfield, R.M.
Dunay, R.E. London& Geological Society Special Publication Stratigraphy UK
PalaeogeneO?
V Jones, E.
Jones, R.
Ebdon, C.
Ewen, D.
Milner, P.
Plunkett, J.
Hudson, G.
Slater, P. 2003 Eocene 261-277M The Millennium Atlas: Petroleum Geology of the Central and Northern North Sea- Evans, D.
Graham, C.
Armour, A.
Bathurst, P. London The Geological Society Petroleum Geology North Sea
Palaeogene d ?
0 Jones, N.S.
Holloway, S.
Creedy, D.P.
Garner, K. 20056 Can UK coal resources contribute to a gas renaissance? 715-722r Petroleum Geology: North-West Europe and Global Perspectives - Proceedings of the 6th Petroleum Geology Conference Doré, A.G.
Vinning, B. London The Geological Society Natural resources UK
Carboniferous?
5 Jones, N.S.
Holloway, S.
Smith, N.J.P.
Browne, M.A.E. 20043 UK Coal Resource for New Exploitation Technologies. 183 Keyworth, Nottingham British Geological Survey Natural resources COAL R271, DTI/Pub URN 04/1879 UK
Carboniferousy#
?
4 Jordt, H.
Faleide, J.I.
Bjørlykke, K.
Ibrahim, M.T. 1995 Cenozoic sequence stratigraphy of the central and northern North Sea Basin: tectonic development, sediment distribution and provenance areas 845-879 Marine and Petroleum Geology 12 8 Stratigraphy North v?
& Jordt, H.
Thyberg, B.I.
Nøttevedt, A. 2000 Cenozoic evolution of the central and northern North Sea with focus on differential movements of the basin floor and surrounding clastic source areas 219-243 Dynamics of the Norwegian margin 167
Nøttvedt, A. London& Geological Society Special Publication Structural Geology North Sea Cenozoic ?
Jørgensen, L.N. 19925 Dan field - Denmark, Central Graben, Danish North Sea 199-2150 Structural traps VI, Atlas of oil and gas fields Beaumont, E.A.
Foster, N.H., American Association of Petroleum Geologists Petroleum Geology Denmark Generic&?
Juch, D.
Roos, W.-F.
Wolff, M. 1994D Kohleninhaltserfassung in den westdeutschen Steinkohlenlagerstätten 189-307% Das Subvariscikum Norwestdeutschlands 38 Krefeld8 Fortschritte in der Geologie von Rheinland und Westfalen Natural resources Germany
Carboniferous ?
Käding, K.C. 2005B Bromprofile aus dem Zechstein - ein Beitrag zur Zyklostratigraphie 30-42 Kali und Steinsalz Stratigraphy Germany Permian ?
Kalkowsky, E. 19086 Oolith und Stromatolith im norddeutschen Buntsandstein 68-1253 Zeitschrift der Deutschen Geologischen Gesellschaft 60 Petrology Germany Triassic?
Kämpf, H
Korich, D.
Brause, H. 1994 Anorthosit-, Gabbro- und Ilmeniterz-Xenolithe in permischen Basalten der Tiefbohrung Schwerin 1 - ein Indiz für das Ostelbische Massiv 115-128+ Zeitschrift für Geologische Wissenschaften 22 Petrology Germany Permian ?
- Karnin, W.D.
Idiz, E.
Merkel, D.
Ruprecht, E. 1996U The Zechstein Stassfurt Carbonate hydrocarbon system of the Thuringian Basin, Germany 53-58 Petroleum Geoscience 2 Carbonate sedimentology Germany Permian e?
A Karnin, W.-D.
Gast, R.
Bärle, C.
Clever, B.
Kühn, M.
Sommer, J. 2006 Play types, structural history and distribution of Middle Buntsandstein gas fields in NW Germany: Observations and their genetic interpretation 121-134 = Zeitschrift der Deutschen Gesellschaft für Geowissenschaften 157 Petroleum Geology Germany Triassic=?
4 Karnin, W.-D.
Merkel, D.
Piske, J.
Schretzenmayr, S. 1998 Geowissenschaftliche Ergebnisse der Kohlenwasserstoff-Exploration im Land Brandenburg und im Thüringer Becken in den Jahren 1991-1996 (Zechstein und Rotliegend) 59-79 Geologisches Jahrbuch A 149 Petroleum Geology Germany Permian ?
Katzung, G. 2004# Geologie von Mecklenburg-Vorpommern 580 Stuttgart( E.Schweizerbart'sche Verlagsbuchhandlung Geology Germany Generic ?
Katzung, G.
Krull, P. 1984U Zur tektonischen Entwicklung Mittel und Nordwesteuropas während des Jungpalaozoikums 163-173$ Zeitschrift für Angewandte Geologie 30 4 Structural Geology Northwest Europe
Palaeozoic9?
W Kędzierski, J. 2000f Sequenzstratigraphie des Muschelkalks im östlichen Teil des Germanischen Beckens (Deutschland, Polen) 210 Halle Universität Halle Stratigraphy Germany; Poland Triassic ?
Kemper, E. 19794 Die Unterkreide Nordwestdeutschlands. Ein Überblick 1-9 Aspekte der Kreide Europas 6 Wiedmann, J.3 International Union of Geological Sciences Series A Stratigraphy Germany
Cretaceous
?
Kemper, E. 1987 Das Klima der Kreide-Zeit 5-185 Geologisches Jahrbuch A96 Climate Generic
Cretaceous ?
Kent, P.E. 1980L Subsidence and uplift in East Yorkshire and Lincolnshire: a double inversion 505-524/ Proceedings of the Yorkshire Geological Society 42 Structural Geology UK Generic Q?
Kershaw, S. 2005a Development of a Methodology for Estimating Methane Emissions from Abandoned Coal Mines in the UK 109 London: Department for Environment, Food and Rural Affairs (DEFRA) Engineering GeologyQ IMC White Young Green Environmental Report D5559\SK\May2005\V3 Prepared for DEFRA UK
Carboniferous3?
Ketter, F.J. 1991Y The Esmond, Forbes, and Gordon Fields, Blocks 43/8a, 43/13a, 43/15a, 43/20a, UK North Sea 425-432@ United Kingdom Oil and Gas fields: 25 Years Commemorative Volume 14
Abbotts, I.L. London Geological Society Memoir Petroleum Geology UK North Sea Generic ?
King, C. 1989 Cenozoic of the North Sea 418-4897 Stratigraphic atlas of fossil foraminifera, 2nd edition Jenkins, D.G.
Murray, J.W
Chichester Ellis Horwood Stratigraphy North Sea Cenozoic ?
King, C. 20063 Paleogene and Neogene: uplift and a cooling climate 397-427 The Geology of England and Wales Brenchley, P.J.
Rawson, P.F. London The Geological Society Climate UK Cenozoic ?
Kirby, G.A.
Swallow, P. 1987P Tectonism and sedimentation in the Flamborough Head region of north-east England 301-309/ Proceedings of the Yorkshire Geological Society 46 Clastic sedimentology UK
Cretaceous ?
Kleinsorge, H. 1935^ Paläogeographische Untersuchungen über den Oberen Muschelkalk in Nord- und Mitteldeutschland 57-1069 Mitteilungen aus dem Geologischen Staatsinstitut Hamburg 25 Palaeogeography Germany Triassic F?
Klose, G.
Krömer, E. 1983X Frac-Planung und Behandlung Söhlingen Z-4; Fracture Design and Treatment Soehlingen Z-4 Erdöl-Erdgas Zeitschrift 99 Engineering Geology Germany Permian ?
# Kneller, B.C.
King, L.M.
Bell, A.M. 1993T Foreland basin development and tectonics on the northwest margin of eastern Avalonia 691-697 Geological Magazine 130 Structural Geology Europe
Palaeozoic!?
- Knight, J.L
Shelvin, B.J
Edgar, D.C
Dolan, P. 19968 Coal thickness distributions on the UK continental shelf 43-57 Coalbed Methane and Coal Geology 109 Gayer, R
Harris, I. London& Geological Society Special Publication Natural resources UK
Carboniferous]?
Knox, R.W.O'B. 1996 Tectonic controls on sequence development in the Paleocene and earliest Eocene of SE England: implications for North Sea stratigraphy 209-230( Sequence Stratigraphy in British Geology 103 Hesselbo, S.P.
Parkinson, D.N. London& Geological Society Special Publication Stratigraphy UK
Palaeogene+ ?
Knox, R.W.O.B.
Bosch, J.H.A.
Rasmussen, E.S.
Heilmann-Clausen, C.
Hiss, M.
De Lugt, I.R.
Kasińksi, J.
King, C.
Köthe, A.
Słodkowska, B.
Standke, G.
Vandenberghe, N. 2010 Cenozoic 211-223= Petroleum Geological Atlas of the Southern Permian Basin Area Doornenbal, J.C.
Stevenson, A.G. Houten EAGE Publications b.v. Petroleum Geology Western Europe Cenozoic \?
Knox, R.W.O'B.
Holloway, S. 1992/ Paleogene of the Central and Northern North Sea 1-1333 Lithostratigraphic nomenclature of the UK North Sea Knox, R.W.O'B.
Cordey, W.G.
Nottingham British Geological Survey Stratigraphy North Sea
?
Kockel, F. 19916 Die Strukturen im Untergrund des Braunschweiger Landes 391-404 Geologisches Jahrbuch A127 Structural Geology Germany Generic ?
Kockel, F. 1995L Structural and Palaeogeographical Development of the German North Sea Sector 96! Beiträge zur Regionalen Geologie Berlin, Stuttgart Gebrüder Bornträger Palaeogeography D North Sea Generic ?
Kockel, F. 1998B Salt problems in Northwest Germany and the German North Sea sector 219-235 Journal of Seismic Exploration 7 Petroleum Geology D North Sea Permian *?
! Kockel, F.
Wehner, H.
Gerling, P. 19944 Petroleum Systems of the Lower Saxony Basin, Germany 573-586* The Petroleum System - From Source to Trap 60 Magoon, L.B.
Dow, W.G. Tulsa3 American Association of Petroleum Geologists Memoir Petroleum Geology Germany Generic ?
Kombrink, H.
Besly, B.
Collinson, J.D.
Den Hartog Jager, D.G.
Drozdzewski, G.
Dusar, M.
Hoth, P.
Pagnier, H.J.M.
Stemmerik, L.
Waksmundzka, M.I.
Wrede, V. 2010
Carboniferous 81-99= Petroleum Geological Atlas of the Southern Permian Basin Area Doornenbal, J.C.
Stevenson, A.G. Houten EAGE Publications b.v. Petroleum Geology Western Europe
Carboniferous %?
König, W.
Blumenstengel, H. 2005 Die Oligozänvorkommen am Hartenberg und bei Hüttenrode im Mittelharz und ihre Bedeutung für die känozoische Harzentwicklung 120-125: Mitteilungen Verband Deutscher Höhlen- und Karstforscher 51 Stratigraphy Germany
Palaeogene-?
Korte, C.
Kozur, H.W. 2005 Carbon isotope trends in continental lake deposits of the uppermost Permian to Lower Olenekian: Germanic Lower Buntsandstein (Calvörde and Bernburg Formations) 87-94* Hallesches Jahrbuch für Geowissenschaften B 19 Stratigraphy Germany Triassic2?
% Korte, C.
Kozur, H.W.
Bachmann, G.H. 2007 Carbon isotope values of Triassic lacustrine and hypersaline playa-lake carbonates: Lower Buntsandstein and Middle Keuper (Germany) 1-103 Hallesches Jahrbuch für Geowissenschaften, Reihe B 29 Carbonate sedimentology Germany Triassic ?
Kossow, D. 2001K Kinematic evolution of the inverted intracontinental Northeast German Basin 101 Potsdam Potsdam University Structural Geology Germany Generic \h?
Köthe, A. 20031 Dinozysten-Zonierung im Tertiär Norddeutschlands 895-923 Revue de Paléobiologie 22 2 Stratigraphy Germa) \ ?
Köthe, A. 2005y Korrelation der Dinozysten-Zonen mit anderen biostratigraphisch wichtigen Mikrofossilgruppen im Tertiär Norddeutschlands 697-718 Revue de Paléobiologie 24 2 Stratigraphy Germ, ?
Kozur, H.W. 1968 Conodonten aus dem Muschelkalk des Germanischen Binnenbeckens und ihr stratigraphischer Wert. Teil I: Conodonten vom Plattformtyp und stratigraphische Bedeutung der conodonten aus dem Oberen Muschelkalk 930-946 Geologie 17 Stratigraphy Germany Triassic ?
Kozur, H.W. 1971J Ökologisch-fazielle Probleme der Biostratigraphie des oberen Muschelkalks 129-154 Freiberger Forschungshefte 267 Stratigraphy Europe Triassic =?
Kozur, H.W. 1972 Vorläufige Mitteilung zur Parallelisierung der germanischen und tethyalen Trias sowie einige Bemerkungen zur Stufen- und Unterstufengliederung der Trias 623-660K Mitteilungen der Gesellschaft der Geologie- und Bergbaustudenten Innsbruck 21 Stratigraphy Germany Triassic ?
Kozur, H.W. 1974- Biostratigraphie der germanischen Mitteltrias Teil I: 1-56, Teil II: 1-70 Freiberger Forschungshefte 280 Stratigraphy Germany Triassic ?
Kozur, H.W. 1974 Probleme der Triasgliederung und Parallelisierung der germanischen und tethyalen Trias. Teil I: Abgrenzung und Gliederung der Trias 139-197 Freiberger Forschungshefte C 298 Stratigraphy Germany Triassic ?
Kozur, H.W. 1975 Probleme der Triasgliederung und Parallelisierung der germanischen und tethyalen Trias. Teil II: Anschluss der germanischen Trias an die internationale Triasgliederung 51-77 Freiberger Forschungshefte C 304 Stratigraphy Germany Triassic ?
Kozur, H.W. 1976e Ökologisch-fazielle Probleme der stratigraphischen Gliederung und Korrelation der germanischen Trias 70-90 Jahrbuch für Geologie 7 Stratigraphy Germany Triassic ?
Kozur, H.W. 1980U Revision der Conodontenzonierung der Mittel- und Obertrias des tethyalen Faunenreichs 79-1724 Geologisch-Paläontologische Mitteilungen Innsbruck 10 Stratigraphy Europe Triassic ?
Kozur, H.W. 1993E Annotated correlation tables of the Germanic Buntsandstein and Keuper 243-248 The Nonmarine Triassic 3 Lucas, S. G.
Morales, M. 7 New Mexico Museum of Natural History & Science Bulletin Stratigraphy Germany Triassic ?
Kozur, H.W. 1993< Range charts of conchostracans in the Germanic Buntsandstein 249-253 The Nonmarine Triassic 3 Lucas, S.G.
Morales, M. 8 New Mexico Museum of Natural History & Science Bulletin Stratigraphy Germany Triassic ?
Kozur, H.W. 1998T The correlation of the Germanic Buntsandstein and Muschelkalk with the Tethyan Scale 97* Hallesches Jahrbuch für Geowissenschaften
Beiheft B5 Stratigraphy Germany Triassic I 0?
Kozur, H.W.
Bachmann, G.H. 2009^ The Middle Carnian Wet Intermezzo of the Stuttgart Formation (Schilfsandstein), Germanic Basin 107-1191 Palaeogeography, Palaeoclimatology, Palaeoecology 290 1-4 Climate Germany TriassicM int!?
Kozur, H.W.
Mock, R. 1993S The importance of conchostracans for the correlation of continental and marine beds 261-266 The Nonmarine Triassic 3 Lucas, S.G.
Morales, M.7 New Mexico Museum of Natural History & Science Bulletin Stratigraphy Germany Triassic ? Kozur, H.W.
Seidel, G. 1983R Revision der Conchostracen-Faunen des unteren und mittleren Buntsandsteins. Teil I 295- 423+ Zeitschrift für Geologische Wissenschaften 11 3 Stratigraphy Germany Triassic ? Kozur, H.W.
Seidel, G. 1983r Die Biostratigraphie des unteren und mittleren Buntsandsteins unter besonderer Berücksichtigung der Conchostracen 429-464+ Zeitschrift für Geologische Wissenschaften 11 4 Stratigraphy Germany Triassic ? Krämer, F.
Kunz, H.W. 1969K Leithorizonte und Schichtausfälle im Buntsandstein Hessens und Thüringens 67-76' Oberrheinische Geologische Abhandlungen 18 Stratigraphy Germany Triassic d?
Krans, Th.F.
Tschopp, R.
Keulen, H.J.
de Boer, G.J.W.
Van Tongeren, P.C.H.
Van de Laar, J.G.M.
Fermont, W.J.J.
Van der Meulen, A.
Pagnier, H.J.M.
Van Amerom, H.W.J.
Van Rooijen, P. 1986^ Eindrapport project inventarisatieonderzoek Nederlandse kolenvoorkomens, eerste fase 1981-1985 71 Rapport GB 2107 Heerlen$ Geological Survey of The Netherlands Natural ? Y Krawczyk, C.M
Rabbel, W
Willert, S
Hese, F
Götze, H.-J
Gajewski, D
SPP-Geophysics Group 2008` Crustal structures and properties in the Central European Basin system from geophysical evidence 67-95N Dynamics of Complex Intracontinental Basins: The Central European Basin System* Littke, R
Bayer, U
Gajewski, D
Nelskamp, S Berlin Springer Structural Geology 978-3-540-85084-7 Western Europe Generic? D Krawczyk, C.M.
Stiller, M.
Lück, E.
DEKORP-BASIN '96 Research Group 1997m The northern rim of the Central European Basin System: First results of the offshore-onshore survey BASIN '96 64-67 Terra Nostra 97 Structural Geology Western Europe Generic6F? Krebs, W. 1969 Über Schwarzschiefer und bituminöse Kalke im Mitteleuropaischen Variscikum. Teil 1. Vorkommen in tiefen Becken und in abgeschlossenen Teilbecken des offenen Meeres oder auf dem Schelf" Erdol & Kohle, Erdgas, Petrochemie 22 Petroleum Geology Central Europe
Quaternary ? Krinsley, D.H.
Smith, D.B. 1981S A selective SEM study of grains from the Permian Yellow Sands of north-east England 189-196* Proceedings of the Geologists' Association 92 Petrology UK Permiani ? > Kristensen, T. B.
Huuse, M.
Piotrowski, J. A.
Clausen, O. R. 2007[ A morphometric analysis of tunnel valleys in the eastern North Sea based on 3D seismic data 801-815 Journal of Quaternary Science 22 8 Palaeogeography? 5 Krutzsch, W.
Blumenstengel, H.
Kiesel, Y.
Rüffle, L. 1992, Paläobotanische Klimagliederung des Alttertiärs (Mitteleozän bis Oberoligozän) in Mitteldeutschland und das Problem der Verknüpfung mariner und kontinentaler Gliederungen (klassische Biostratigraphien - paläobotanisch-ökologischer Klimastratigraphie - Evolutions-Stratigraphie der Vertebraten) 137-253= Neues Jahrbuch für Geologie und Paläontologie, Abhandlungen 186 Stratigraphy Germany
Palaeogene F
<?
Kühnau, L.
Michelsen, O. 1994` Detailed log-stratigraphic study of the Lower Cretaceous in the Danish Central Trough, North Sea 467-478 Marine and Petroleum Geology 11 4 Stratigraphy DK North Sea
Tx? Kukla, P.A
Urai, J
Mohr, M 2008 Dynamics of salt structures 291-306N Dynamics of Complex Intracontinental Basins: The Central European Basin System- Littke, R
Bayer, U.
Gajewski, D.
Nelskamp, S. Berlin Springer Structural Geology Europ ? Kulick, J.
Paul, J. 19870 Zur Stratigraphie und Nomenklatur des Zechsteins 8-184 Glossar Internationale Symposium, Exkursionsführer 2 Hannover0 Niedersächsisches Landesamt für Bodenforschung Stratigraphy Germany Permian ?
Kulick, J.
Richter-Bernburg, G. 1987- Der über Tage anstehende Zechstein in Hessen 19-140; International Symposium on the Zechstein, Exkursionsführer Hannover0 Niedersächsisches Landesamt für Bodenforschung Geology Germany Permian ? Kuster, H. 20058 Das jüngere Tertiär in Nord- und Nordostniedersachsen 3-193 Geologisches Jahrbuch A158 Stratigrap`D? + Kulke, H.
Gast, R.
Helmuth, H.
Lützner, H. 1993n Harz area, Germany: Typical Rotliegend and Zechstein reservoirs in the Southern Permian Basin (Central Europe)C Field Trip 4, AAPG International Conference & Exhibition, The Hague< Mulock Howers, J.
Pilaar, W.F.
Van de Graaff-Trouwborst, Th. Petroleum Geology Germany Permian ? Kuttner, R.H.
Riepe, L. 1991V Petrophysik und Fördercharakteristik des Dogger-Epsilon-Sandsteins im Gasfeld Thönse 27-33E Niedersächsische Akademie der Geowissenschaften, Veröffentlichungen 6 Petroleum Geology Germany Jurassic [ 0? 5 Laenen, B.
Van Tongeren, P.C.H.
Dreesen, R.
Dusar, M. 2004s Carbon dioxide sequestration in the Campine Basin and the adjacent Roer Valley Graben (North Belgium): an inventory 193-210$ Geological storage of carbon dioxide 233 Baines, S.J
Worden, R.H. London& Geological Society Special Publication Storage Belgium Ȅ? Laga, P. 1973j The Neogene deposits of Belgium. Guide book for the field meeting of the Geologists’ Association, London 31 Brussels Geological Survey of Belgium Stratigr t? Laga, P.
Louwye, S.
Geets, S. 20018 Paleogene and Neogene lithostratigraphic units (Belgium) 135-152 Geologica Belgica 4 1-2 Stratigraphy Bel ظ? 3 Lagrou, D.
Vandenberghe, N.
Van Simaeys, S.
Hus, J. 2004X Magnetostratigraphy and rock magnetism of the Boom Clay (Rupelian stratotype) in Belgium 209-226" Netherlands Journal of Geosciences 83 3R Boom Clay Formation, ?
3 Landesamt für Bergbau Energie und Geologie (LBEG), 20063 Erdöl und Erdgas in der Bundesrepublik Deutschland HannoverF LBEG annual report, available as download at www.lbeg.niedersachsen.de History Germany Generic ? Lange, G.
Söllig, A.
Rippel, J. 1990T Geologische Karte der Deutschen Demokratischen Republik, Tektonische Karte 1:500 000 Berlin Zentrales Geologisches Institut Geology Germa l?
Larsen, G. 1966_ Rhaetic - Jurassic - Lower Cretaceous sediments in the Danish Embayment (A heavy mineral study) 1-127! Danmarks Geologiske Undersøgelse 9
Mineralogy ?
m N Larsen, M
Bech, N
Bidstrup, T
Christensen, N.P
Biede, O
Vangkilde-Pedersen, T. 2007m Kalundborg case study, a feasibility study of CO2 storage in onshore saline aquifers. A CO2STORE contribution 79
Copenhagen/ Danmarks og Grønlands Geologiske Undersøgelse Storage 2007/3 Denmark Generic~?
m ! Larsen, M
Bidstrup, T
Dalhoff, F. 2003g Mapping of deep saline aquifers in Denmark with potential for future CO2 storage. A GESTCO contribution 83
Copenhagen/ Danmarks og Grønlands Geologiske Undersøgelse Storage 2003/39 Denmark Generic ?
Ledent, P. 1989/ Retrospect of U.C.G. research in western Europe 33-55 DelftA Proceedings International Underground Coal Gasification Symposium Petroleum Geology Western Europe Generic ? Lee, M.K. 1986 Hot dry rock 21-417 Geothermal Energy - the potential in the United Kingdom Downing, R.A
Gray, D.A. London HMSO Geothermics UK Generic ? @ Leveille, G.P.
Primmer, T.J.
Dudley, G.
Ellis, D.
Allinson, G.J. 1997t Diagenetic controls on reservoir quality in Permian Rotliegendes sandstones, Jupiter Fields area, southern North Sea 105-122= Petroleum Geology of the Southern North Sea: Future Potential 123# Ziegler, K.
Turner, P.
Daines, S.R. London' Geological Society Special Publication Petroleum Geology UK North Sea Pe ? / Lieberkind, K
Bang, I
Mikkelsen, N.
Nygaard, E. 1982 Cretaceous and Danian limestone 45-49$ Geology of the Danish Central Graben 8
Michelsen, O.
Copenhagen& Geological Survey of Denmark, Series B Carbonate sedimentology Denmark Cretaceous; Palaeogene ? . Lindert, W.
Wegner, H-U.
Zagora, I.
Zagora, K. 1993: Ein neuer Perm-Aufschluß im Seegebiet östlich von Rügen 351-360 Geologisches Jahrbuch A131 Geology Germany Permian 7 ?! ! Littke, R.
Bayer, U.
Gajewski, D. 2005P Dynamics of sedimentary basins: the example of the Central European Basin system 779-781' International Journal of Earth Sciences 94 5-6 Geology Western Eu Մ?" . Littke, R.
Bayer, U.
Gajewski, D.
Nelskamp, S. 2008N Dynamics of complex intracontinental basins. The Central European Basin System 519 Berlin Springer Geology Western Europe Generic IT?# Lokhorst, A.
Adlam, K.
Brugge, J.V.M.
David, P.
Diapari, L.
Fermont, W.J.J.
Geluk, M.
Gerling, P.
Heckers, J.
Kockel, F.
Kotarba, M.
Laier, T.
Lott, G. K.
Milaczewski, E.
Milaczewski, L.
Nicholsen, R.A.
von Platen, F.
Pokorski, J. 1998N Northwest European Gas Atlas - Composition and Isotope Ratios of Natural Gases Haarlem/ Netherlands Institute of Applied Geoscience TNO Geochemistry Northwest .?$ Lokhorst, A
Van Montfrans, H.M. 1988 The Netherlands 43-45P Atlas of Geothermal Resources in the European Community, Austria and Switzerland Publication EUR 11026 Haenel, R
Staroste, E. Brussels& Commission of the European Communities Geothermics Netherlands Generic ?%
Lotsch, D. 1981A Geologie, Stratigraphie, Stratigraphische Skala der DDR, Tertiär TGL 25 234/08 Berlin Zentrales Geologisches Institut Stratigraphy Germany Cenozoic ?&
Lotsch, D. 2002 Tertiär 48-514 Atlas zur Geologie von Brandenburg i.M. 1: 1.000.000 Stackebrandt, W.
Manhenke, V. : Landesamt für Geowissenschaften und Rohstoffe Brandenburg Geology Germany Cenozoic?' 4 Lotsch, D.
Krutzsch, W.
Mai, D.
Kiesel, Y.
Lazar, L. 1969\ Stratigraphisches Korrelationsschema für das Tertiär der Deutschen Demokratischen Republik 1-4383 Abhandlungen Zentrales Geologisches Institut Berlin 12 Stratigraphy Germany Cenozoic ?(
Lott, G.K. 1992 Jurassic 152W The geology of the southern North Sea. United Kingdom Offshore Regional Report (London) London& HMSO for the British Geological Survey Geology UK North Sea Jurassic ?) Lott, G. K.
Warrington, G. 1988[ A review of the latest Triassic succession in the UK sector of the Southern North Sea Basin 139-147/ Proceedings of the Yorkshire Geological Society 47 2 Stratigraphy UK North Sea Triassic F?* e Lott, G.K.
Wong, T.E.
Dusar, M.
Andsbjerg, J.
Mönnig, E.
Feldman-Olszewska, A.
Verreussel, R. M.C.H. 2010 Jurassic 175-193= Petroleum Geological Atlas of the Southern Permian Basin Area Doornenbal, J.C.
Stevenson, A.G. Houten EAGE Publications b.v. Petroleum Geology Western Europe Jurassic F?+ + Luijendijk, E.
Ter Voorde, M.
Van Balen, R. 2009^ Temperatures and heatflow in the Roer Valley Graben, part of the European Cenozoic Rift System Basin Research Geothermics Netherlands Generic ?, A Lützner, H.
Littmann, S.
Mädler, J.
Romer, R.L.
Schneider, J.W. 2007a Radiometric and biostratigraphic data of the Permocarboniferous reference section Thüringer Wald 161-176e Proceedings of the XVth International Congress on Carboniferous and Permian Stratigraphy, August 2003 Wong, Th.E. Utrecht5 Royal Netherlands Academy of Arts and Sciences (KNAW) Stratigraphy Germany CarbonifK JL?- Lyngsie, S.B.
Thybo, H. 2007x A new tectonic model for the Laurentia-Avalonia-Baltica sutures in the North Sea: A case study along MONA LISA profile 3 201-227 Tectonophysics 429 3-4 Structural Geology North Se> J?. ( Lyngsie, S.B.
Thybo, H.
Rasmussen, T.M. 2006` Regional geological and tectonic structures of the North Sea area from potential field modelling 147-170 Tectonophysics 413 3-4 Structural Geology North Sea 7 s?/ ! Mackertich, D.S.
Goulding, D.R.G. 1999C Exploration and appraisal of the South Arne Field, Danish North Sea 959-974I Petroleum Geology of North-West Europe: Proceedings of the 5th Conference Fleet, A.J.
Boldy, S.A.R. London The Geological Society Petroleum Geology DK North Sea $ 0?0
Magraw, D. 1975b Permian beds of the offshore and adjacent coastal areas of Durham and south eastern Northumberland 397-410! Journal of the Geological Society 131 4 Stratigraphy UK; UK North ?1 Mahler, A.
Magtengaard, J. 2005! Geothermal development in Denmark 1-8 World Geothermal Congress Antalya Geothermics Denmark Generic ?2 Mai, D.H. 1995@ Tertiäre Vegetationsgeschichte Europas. Methoden und Ergebnisse 691 Jena Gustav Fischer Verlag
Palaeontology Europe Cenozoicw P?3 J Manning, D.A.C
Younger, P.L
Smith, F.W
Jones, J.M
Dutton, D.J
Diskin, S.A. 2007t A deep geothermal exploration well at Eastgate, Weardale, UK: a novel exploration concept for low enthalpy resources 371-382! Journal of the Geological Society 164 2 Geothermics ?4
Martiklos, G. 2002[ Geologische Übersichtskarte von Sachsen-Anhalt 1 : 400 000, Karte ohne quartäre Bildungen Halle4 Landesamt für Geologie und Bergwesen Sachsen Anhalt Geology Germany Generic B?5 7 Marx, J.
Huebscher, H.D.
Hoth, K.
Korich, D.
Kramer, W. 19956 Vulkanostratigraphie und Geochemie der Eruptivkomplexe 54-83A Stratigraphie von Deutschland I - Norddeutsches Rotliegend-becken 183 Plein, E. Frankfurt am Main& Courier Forschungsinstitut Senckenberg Magmatism Germany Permian ` ?6
m ! Mathiesen, A
Larsen, M
Mahler, A. 2003I Feasibility of CO2 storage in combination with geothermal plants, Denmark 30
Copenhagen/ Danmarks og Grønlands Geologiske Undersøgelse Storage 2003/79 Denmark Generic ?7 Mathisen, M.E.
Budny, M. 1990d Seismic lithostratigraphy of deep subsalt Permo-Carboniferous gas reservoirs, Northwest German Basin 1357-1365
Geophysics 55 Stratigraphy Germany Carboniferous; Permian A?8 m $ May, F
Brune, S
Gerling, P
Krull, P. 2003[ Möglichkeiten zur untertägigen Speicherung von CO2 in Deutschland - eine Bestandsaufnahme 162-172
Geotechnik 26 Storage Germany Generic ?9
May, F
Krull, P. 2003@ Work Package 2: Storage capacities of study areas: North Germany 10
Copenhagen GESTCO Final Report Storage Germany Generic ?: m May, F
Müller, C
Bernstone, C. 2005> How much CO2 can be stored in deep saline aquifers in Germany? 32-37 VGB Power Tech 6 Storage Germany Generic ?; May, F.
Turković, R. 2003O Minderung von Treibhausgas-Emissionen durch CO2-Speicherung in tiefen Aquiferen 65-72$ Zeitschrift für Angewandte Geologie 1 Storage Germany Generic<+ ]?= 0 Maystrenko, Y.
Bayer, U.
Brink, H.-J.
Littke, R. 2008/ The Central European Basin System - an Overview 15-34N Dynamics of Complex Intracontinental Basins: The Central European Basin System. Littke, R.
Bayer, U.
Gajewski, D.
Nelskamp, S. Berlin Springer Geology WesternF?>
McCrone, C.W. 2003\ Davy, Bessemer, Beaufort and Brown Fields, Blocks 49/23, 49/30a, 49/30c, 53/5a, UK North Sea 705-712B United Kingdom Oil and Gas Fields, Commemorative Millennium Volume 20 Gluyas, J.G.
Hichens, H.M. London Geological Society Memoir Petroleum Geology UK North Sea Generic !?? ( McKerrow, W.S.
Dewey, J.F.
Scotese, C.R. 1991< The Ordovician and Silurian development of the Iapetus Ocean 165-178 The Murchison Symposium 44# Basset, M.G.
Lane, P.D.
Edwards, D. Special Papers in Palaeontology Palaeogeography Europe Ordovician; Silurian:?@ McLimans, R.K.
Videtich, P.E. 1987o Reservoir diagenesis and oil migration: Middle Jurassic Great Oolite Limestone, Wealden Basin, southern England 119-128& Petroleum Geology of North-West Europe Brooks, J.V.R.
Glennie, K.W. London Graham & Trotman Petroleum Geology UK
Cretaceous W?A Megson, J.
Tygesen, T. 2005> The North Sea Chalk: and underexplored and underdeveloped play 159-168r Petroleum Geology: North-West Europe and Global Perspectives - Proceedings of the 6th Petroleum Geology Conference Doré, A.G.
Vining, B.A. London The Geological Society Petroleum Geology North Sea
Cretaceous ?C ! Merkel, D.
Behla, S.
Karnin, W.D. 19980 Beckenentwicklung und Kohlenwasserstoffpotential 235-253 Geologisches Jahrbuch A149 Petroleum Geology Germany Generic ?D Michael, E. 1974H Zur Palökologie und Faunenführung des norddeutschen Unterkreide-Meeres 1-68 Geologisches Jahrbuch A19
Palaeontology Germany
Cretaceous C f?E Michelsen, O.
Danielsen, M. 1996j Sequence and systems tract interpretation of the epicontinental Oligocene deposits in the Danish North Sea 1-13# Geology of Siliciclastic Shelf Seas 117 De Batist, M.
Jacobs, P. London' Geological Society Special Publication Stratigraphy DK North Sea
Pa ?F 9 Minten, L
Raskin, L
Soete, A
Van Doorslaer, B
Verhees, F. 1992 Een eeuw steenkool in Limburg 280 Tiel Lannoo History Netherlands
Carboniferous O ը?G + Mohr, M.
Kukla, P.A.
Urai, J.L.
Bresser, G. 2005^ Multiphase salt tectonic evolution in NW Germany: seismic interpretation and retro-deformation 917-940' International Journal of Earth Sciences 94 5-6 Structural Geology Gerg +?H Møller, J. J.
Rasmussen, E. S. 2003E Middle Jurassic-Early Cretaceous rifting of the Danish Central Graben 247-2643 Geological Survey of Denmark and Greenland Bulletin 1 North Sea, Danish Central Graben, Middle Jurassic – lowermost Cretaceous, 3D seismic data, structural
evolution, reservoir sandstone distribution Structural Geo ?I * Mortimore, R.N.
Wood, C.J.
Gallois, R.W. 2001% British Upper Cretaceous Stratigraphy 558 23% Geological Conservation Review Series Stratigraphy UK
Cretaceous ]?J 9 Morton, A.C.
Friis, F.
Geets, S.
Kosmowska-Ceranowicz, B. 1988F The Northwest European Tertiary Basin. Results of the IGCP Project 124 137-139 Geologisches Jahrbuch A100 Geology Northwest . h?L Mudge, D.C.
Bujak, J.P. 1996T Eocene stratigraphy of the North Sea basinEocene stratigraphy of the North Sea basin 166-181 Marine and Petroleum Geology 11 2 Stratigraphy UK NorJ?M Mudge, D.C.
Bujak, J.P. 1996H An integrated stratigraphy for the Paleocene and Eocene of the North Sea 91-1136 Correlation of the Early Paleogene in Northwest Europe 101+ Knox, R.W.O’B.
Corfield, R.M.
Dunay, R.E. London& Geological Society Special Publication Stratigraphy North Sea
Palaeogene ?N 3 Müller, E.P.
Dubslaff, H.
Eiserbeck, W.
Sallum, R. 1993U Zur Entwicklung der Erdöl- und Erdgasexploration zwischen Ostsee und Thüringer Wald 5-30 Geologisches Jahrbuch A 131 History Germany Generic ?O Mutterlose, J.
Böckel, B. 19987 The Barremian - Aptian interval in NW Germany: a review 539-568 Cretaceous Research 19 5 Strati t?Q Nawrocki, J. 2004] The Permian-Triassic boundary in the Central European Basin: magnetostratigraphic constraints 139-145 Terra Nova 16 3 Stratigraphy Western Europe Permia?R Y Neumann, E.-R.
Wilson, M.
Heeremans, M.
Spencer, K.
Obst, K.
Timmerman, M.J.
Kirstein, L. 2004v Late Carboniferous-Permian rifting and magmatism in southern Scandinavia, the North Sea and northern Germany: a review 11-403 Permo-Carboniferous Magmatism and Rifting in Europe 223P Wilson, M.
Neumann, E.-R.
Davies, G.R.
Timmerman, M.J.
Heeremans, M.
Larsen, B.T London& Geological Society Special Publication Magmatism Northern Europe Carboniferous; Permian D?S % Neunzert, G.H
Littke, R
Scholten, S.O 1996G Dynamics of natural gas generation and accumulation in Northern Germany- EAGE 58th Conference and Technical Exhibition Amsterdam Petroleum Geology Germany Generic ?T # Nielsen, L.
Thybo, H.
Glendrup, M. 2005c Seismic tomographic interpretation of Paleozoic sedimentary sequences in the southeastern North Sea R45-R56
Geophysics 70 4 Stratigraphy North Sea
Palaeozoic r M?U A Nielsen, L.H.
Balling, N.
Jacobsen, B.H.
MONA LISA Working Group 2000{ Seismic and gravity modelling of crustal structure in the Central Graben, North Sea; observations along MONA LISA Profile 3 229-244 Tectonophysics 328 3-4 Structura, P?V & Nielsen, L.H
Mathiesen, A
Bidstrup, T. 2004> Geothermal energy in Denmark. Review of Survey activities 2003 17-203 Geological Survey of Denmark and Greenland Bulletin 4 Geothermics Denmark ?W t Nielsen, S.B.
Paulsen, G.E.
Hansen, D.L.
Gemmer, L.
Clausen, O.R.
Jacobsen, B.H.
Balling, N.
Huuse, M.
Gallagher, K 20021 Paleocene initiation of Cenozoic uplift in Norway 45-65e Exhumation of the North Atlantic margin: timing, mechanism and implications for petroleum exploration 196? Doré, A.G.
Cartwright, J.A.
Stoker, M.S.
Turner, J.P.
White, N London& Geological Society Special Publication Structural Geology Norway
Palaeogene ?X
Nitsch, E. 2003! Wie kommt das Salz in den Keuper? 75-1102 Beiträge zur Geologie von Thüringen, Neue Folge 10
Evaporites Germany Triassic ?Y
Nitsch, E. 2005X Der Keuper in der Stratigraphischen Tabelle von Deutschland 2002: Formationen und Folgen 159-171 Newsletters on Stratigraphy 41 1-3 Stratigraphy Ger
D?Z , Nitsch, E.
Seegis, D.
Vath, U.
Hauschke, N. 2005v Sedimente und Sedimentationspausen im deutschen Keuper: Wie vollständig ist die Überlieferung der späten Triaszeit? 225-251 Newsletters on Stratigraphy 41 1-3 Clastic sedimentology Ge N<?[ # Norden, N.
Förster, A.
Balling, N. 2008G Heat flow and lithospheric thermal regime in the Northeast German Basin 215-229 Tectonophysics 460 1-4 Geothermics Germany ?\ Nykjaer, O. 1994p Development of a Thin Oil Rim With Horizontal Well in a Low Relief Chalk Gas Field, Tyra Field, Danish North Sea 299-305 SPE Paper 28834 Petroleum Geology DK North Sea
CretaceousE?] 8 O'Mara, P.T.
Merryweather, M.
Stockwell, M.
Bowler, M.M. 2003/ The Tyne Gas Fields, Block 44/18a, UK North Sea 851-860B United Kingdom Oil and Gas Fields, Commemorative Millennium Volume 20 Gluyas, J.G.
Hitchens, H.M. London Geological Society Memoir Petroleum Geology UK North Sea Generic! ?^ m E Obdam, A
van der Meer, L.G.H
May, F
Kervevan, C
Bech N
Wildenborg, A. 2002R Effective CO2 Storage Capacity in Aquifers, Gas Fields, Oil Fields and Coal Fields 339-344# Greenhouse Gas Control Technologies? Williams, D.J
Durie, R.A
McMullan, P
Paulson, C.A.J
Smith, A.Y. Collingwood_ Proceedings of the Fifth International Conference on Greenhouse Gas Control Technologies, CSIRO Storage Generic Generic ?_ Øbro, H. 19890 Underground Gas Storage in Denmark - An Overview 31-44" Underground Storage of Natural Gas Tek, M.R. Dordrecht Kluwer Academic Publishers Storage Denmark Generic ?` Oczlon, M.S. 2006 Terrane Map of Europe 15
Heidelberg Gaea Heidelbergensis Structural Geology Europe Generic ?a 4 Old, R.A.
Hamblin, R.J.O.
Ambrose, K.
Warrington, G. 1991n Geology of the country around Redditch. Memoir of the British Geological Survey, Sheet 183 (England and Wales) 83 London" Her Majesty’s Stationery Office Geology UK Generic ?b
Olsen, D. 2007e Increased Oil Recovery from the Danish North Sea Chalk Fields. Flooding Experiment OCD1. Final Report 20
Copenhagen/ Danmarks og Grønlands Geologiske Undersøgelse Engineering Geology 2007/30 DK North Sea
Cretaceous ?c Olsen, J.C. 1987* Tectonic evolution of the North Sea region 389-401& Petroleum Geology of North-West Europe Brooks, J.V.R.
Glennie, K.W. London Graham & Trotman Structural Geology North Sea Generic ?d
Pasternak, M. 2008J Exploration and Production of Crude Oil and Natural Gas in Germany in 2007 298-310 Erdöl Erdgas Kohle 124 7/8 Petroleum Geology Germany Generic ?e
4 Pasternak, M.
Brinkmann, S.
Messner, J.
Sedlacek, R. 20068 Erdöl und Erdgas in der Bundesrepublik Deutschland 2005 Hannover3 Landesamt für Bergbau, Energie und Geologie (LBEG) Petroleum Geology Germany Generic 8 ?g
J Pasternak, M.
Kosinowski, M.
Lösch, J.
Meyer, H-J.
Porth, H.
Sedlacek, R. 19988 Erdöl und Erdgas in der Bundesrepublik Deutschland 1997 Hannoverf Niedersächsisches Landesamt für Bodenforschung Geowissenschaftliche Gemeinschaftsaufgaben (NLfb-GGA) Petroleum Geology Germany Generic ?h
@ Pasternak, M.
Kosinowski, M.
Lösch, J.
Meyer, H-J.
Sedlacek, R. 19998 Erdöl und Erdgas in der Bundesrepublik Deutschland 1998 Hannover0 Niedersächsisches Landesamt für Bodenforschung Petroleum Geology Germany Generic ?i ( Pattison, J.
Smith, D. B.
Warrington, G. 1973P A review of late Permian and early Triassic biostratigraphy in the British Isles 220-260( Canadian Society of Petroleum Geologists Memoir 2 Stratigraphy UK Permian, Triassic ?j Paul, J. 19821 Der Untere Buntsandstein des germanischen Beckens 795-811 Geologische Rundschau 71 Stratigraph ?k Paul, J 1987C Der Zechstein am Harzrand: Querprofil über eine permische Schwelle 193-276( Internationales Symposium Zechstein 1987 Exkf II Wiesbaden Structural Geology Germany Permian XDǽ?l Paul, J. 2009 Weissliegend! Das Rotliegend von Deutschland II Lützner, H.
Kowalczik, G. Hannover, Deutsche Gesellschaft für Geowissenschaften Stratigraphy@ Schriftenreihe der Deutschen G$ ?n Paul, J.
Wemmer, K.
Ahrendt, H. 2008V Provenance of siliciclastic sediments (Permian-Jurassic) in the Central European Basin 641-650= Zeitschrift der Deutschen Gesellschaft für Geowissenschaften 159 Clastic sedimentology Western Europe Permian, Triassic, JurassicC -P?o Paul, J.
Wemmer, K.
Wetzel, F. 2009o Keuper (Late Triassic) sediments in Germany - indicators of rapid uplift of Caledonian rocks in southern Norway 193-202 Norwegian Journal of Geology 89 Structural Geology Germany ?q Pearson, R. 1903; The discovery of natural gas in Sussex: Heathfield district 494-5071 Transactions of the Institute of Mining Engineers LXVI History UK Generic( ?r Pedersen, S.A.S. 2008W Palaeogene diatomite deposits in Denmark: geological investigations and applied aspects 21-24 Review of Survey activities 2007 15 Bennike, O.
Higgins, A.K.3 Geological Survey of Denmark and Greenland Bulletin Petrology Denmark
Palaeogenef?s f Penn, I.E.
Chadwick, R.A.
Holloway, S.
Roberts, G.
Pharaoh, T.C.
Alsop, J.M.
Hulbert, A.G.
Burns, I.M. 1987T Principal features of the hydrocarbon prospectivity of the Wessex-Channel Basin, U.K 109-118& Petroleum Geology of North-West Europe Brooks, J.V.R.
Glennie, K.W. London Graham & Trotman Petroleum Geology UK Generic ?t Peryt, T.M. 1986D Zechstein Stromaria (=Archaeolithoporella)-cement reefs in Thuringia 307-316= Neues Jahrbuch für Geologie und Paläontologie, Monatshefte 1986 Carbonate sedimentology Germany Permian ?u
Peryt, T.M 1987 The Zechstein facies in Europe 272 Lecture Notes in Earth Sciences 10
Peryt, T.M Geology Europe Permian ?v 8 Peryt, T.M.
Geluk, M.C.
Mathiesen, A.
Paul, J.
Smith, K. 2010 Zechstein 123-147= Petroleum Geological Atlas of the Southern Permian Basin Area Doornenbal, J.C.
Stevenson, A.G. Houten EAGE Publications b.v. Petroleum Geology Western Europe Permian ?w Peryt, T.M
Wagner, R. 1998` Zechstein evaporite deposition in the Central European Basin: cycles and stratigraphic sequences 201-218 Journal of Seismic Exploration 7
Evaporites Western Europe Permian ?x Petersen, H.I. 1994 Depositional environments of coals and associated siliciclastic sediments in the Lower and Middle Jurassic of Denmark. The Øresund-5, -7, -13, -15 and - 18 wells 1-56! Danmarks Geologiske Undersøgelse 33 Palaeogeography Denmark Jurassic 6x?y Petersen, H.I. 2004, Coal facies studies in Denmark and Greenland 53-59% International Journal of Coal Geology 58 1-2 Stratigraphy Denm+ ?z Petersen, H.I.
Andsbjerg, J. 1996 Organic facies development within Middle Jurassic coal seams, Danish Central Graben, and evidence for relative sea-level control on peat accumulation in a coastal plain environment 259-277 Sedimentary Geology 106 3-4 Stratigraphy Denmah &?{ < Petersen, H.I
Andsbjerg, J
Bojesen-Koefoed, J.A
Nytoft, H.P. 2000n Coal-generated oil: source rock evaluation and petroleum geochemistry of the Lulita oilfield, Danish North Sea 55-90 Journal of Petroleum Geology 23 1 Petroleum Geology DenmarbW ?| K Petersen, H.I
Andsbjerg, J.
Bojesen-Koefoed, J.A.
Nytoft, H.P
Rosenberg, P. 1998 Petroleum potential and depositional environments of Middle Jurassic coals and non-marine deposits, Danish Central Graben, with special reference to the Søgne Basin 1-78" Geology of Denmark Survey Bulletin 36 Petroleum Geology DenmarkS 6?} Petersen, H.I
Nielsen, L.H. 1995 Controls on peat accumulation and depositional environments of a coal-bearing coastal plain succession of a pull-apart basin: a petrographic, geochemical and sedimentological study, Lower Jurassic, Denmark 99-129% International Journal of Coal Geology 27 2-4 Palaeogeography DeV?~ ( Petersen, H.I
Rosenberg, P
Andsbjerg, J. 1996 Organic geochemistry in relation to the depositional environments of Middle Jurassic coal seams, Danish Central Graben, and implications for hydrocarbon generative potential 47-625 American Association of Petroleum Geologists Bulletin 80 Geochemistry Denmark Jurassic D? Petzka, M.
Reich, M. 2000 Mecklenburg-VorpommernM Stratigraphie von Deutschland III - Die Kreide der Bundesrepublik Deutschland 226 Hiß, M.
Mutterlose, J. Frankfurt am Main& Courier Forschungsinstitut Senckenberg Stratigraphy Germany Generic D? Petzka, M.
Reich, M. 2000
OberkreideM Stratigraphie von Deutschland III - Die Kreide der Bundesrepublik Deutschland 226 Hiß, M.
Mutterlose, J. Frankfurt am Main& Courier Forschungsinstitut Senckenberg Stratigraphy Germany Generico? Pharaoh, T.C.
Dusar, M.
Geluk, M.C.
Kockel, F.
Krawczyk, C.M.
Krzywiec, P.
Scheck-Wenderoth, M.
Thybo, H.
Vejbæk, O.V.
Van Wees, J.D. 2010 Tectonic Evolution 25-57= Petroleum Geological Atlas of the Southern Permian Basin Area Doornenbal, J.C.
Stevenson, A.G. Houten EAGE Publications b.v. Petroleum Geology Western Europe Generic 9? Pharaoh, T.C.
Gibbons, W. 1994] The Precambrian rocks in England and Wales south of the Menai Strait Fault System. Chapter 10 85-97? A Revised Correlation of Precambrian rocks in the British Isles Gibbons, W.
Harris, A.L. London The Geological Society Stratigraphy UK Precambrian?
p Piessens, K.
De Vos, W.
Beckers, R.
Vancampenhout, P.
De Ceukelaire, M.
Debacker, T.
Sintubin, M.
Verniers, J. 2005t Opmaak van de pre-Krijt subcropkaart van het Massief van Brabant voor invoering in de Databank Ondergrond Vlaanderen 90e Eindverslag voor het Ministerie van de Vlaamse Gemeenschap Afdeling Natuurlijke Rijkdommen en Energie History Netherlands Mesozoic ? " Piske, J.
Rasch, H.J.
Ruprecht, E. 1998N Die Paläogeographie des Staßfurtkarbonates im Ostteil des Thüringer Beckens 129-143 Geologisches Jahrbuch A149 Palaeogeography Germany Permian
x? Platt, J.D. 1994Z Geochemical evolution of pore waters in the Rotliegend (Early Permian) of northern Germany 66-78 Marine and Petroleum Geology 11 1 Geochemistry Germany ? Plein, E. 1994 Deutschland 139-192- Regionale Erdöl- und Erdgasgeologie der Erde 1 Kulke, H. Berlin Gebrüder Bornträger Petroleum Geology Germany Generic? Pletsch, T.
Appel, J.
Botor, D.
Clayton, C.J.
Duin, E.J.T.
Faber, E.
Górecki, W.
Kombrink, H.
Kosakowski, P.
Kuper, G.
Kus, J.
Lutz, R.
Mathiesen, A.
Ostertag-Henning, C.
Papiernek, B.
Van Bergen, F. 2010" Petroleum Generation and Migration 225-253= Petroleum Geological Atlas of the Southern Permian Basin Area Doornenbal, J.C.
Stevenson, A.G. Houten EAGE Publications b.v. Petroleum Geology Western Europe Permian ? Poole, E.G. 19777 Stratigraphy of the Steeple Aston Borehole, Oxfordshire 1-85+ Geological Survey of Great Britain Bulletin 57 Stratigraphy UK Generic )? N Popov, S.V.
Rögl, F.
Rozanov, A.Y.
Steininger, F.F.
Shcherba, I.G.
Kovac, M. 2004Q Lithological-Paleogeographic maps of Paratethys - 10 maps Late Eocene to Pliocene 46 250 Frankfurt am Main& Courier Forschungsinstitut Senckenberg Palaeogeography Europe
Palaeogene ? Pöppelreiter, M. 1999x Controls on epeiric successions examplified with the mixed siliciclastic-carbonate Lower Keuper (Ladinian, German Basin) 117' Tübinger Geowissenschaftliche Arbeiten Stratigraphy Germany Triassic |? : Pöppelreiter, M.C.
Borkhataria, R.
Aigner, T.
Pipping, K. 2005i Production from Muschelkalk carbonates (Triassic, NE Netherlands): unique play or overlooked opportunity? 299-314r Petroleum Geology: North-West Europe and Global Perspectives - Proceedings of the 6th Petroleum Geology Conference Doré, A.G.
Vining, B.A. London The Geological Society Petroleum Geology Northwest Europe G+ ? Praeg, D. 19974 Buried tunnel-valleys: 3D-seismic morphostratigraphy 273-298; Glaciated continental margins: an atlas of acoustic images c Davies, T.A.
Bell, T.
Cooper, A.K.
Josenhans, H.
Polyak, L.
Solheim, A.
Stoker, M.S
Stravers, J.A. London Chapman & Hall Palaeogeo
? E Präger, R.
Stedingk, K.
Hartmann, O.
Karpe, P.
Model, E.
Koglin, N. 2003s Übersichtskarte Tiefliegende Rohstoffe und Energierohstoffe in Sachsen-Anhalt 1: 400000; Blatt 1: Energierohstoffe
Halle (Saale) Natural resources Germany Generic ? Raab, M. 1998$ Industriegeschichte der Grube Messel 87-132
Aufschluss 49 2 History Germany Neogene ? A Rasch, H.J.
Piske, J.
Ribbe, E.
Karnin, W.D.
Merkel, D.
Behla, S. 1998L Zur seismo-geologischen Charakteristik des basalen Zechsteins in Brandenburg 145-167 Geologisches Jahrbuch A149 Structural Geology Germany Permian ( ? ; Rasch, H.-J
Zagora, K.
Schlass, H
Münzberger, E.
Beer, H. 1993 Zur Geologie und Kohlenwasserstoff-Führung der regionalen Karbonatsand-Barrenzone des Staßfurt-Karbonats in Mecklenburg-Vorpommern 305-329 Geologisches Jahrbuch A131 Petroleum Geology Germany Permian ? Rascher, J. 2002h Rohstoffgeologische Übersichtskarte des Freistaates Sachsen 1: 400 000. Fossile Brennstoffe. 1. Auflage Freiberg/ Sächsisches Landesamt für Umwelt und Geologie Natural resources Germany Generic D? Rascher, J. 2009 BraunkohlenG Geologie von Sachsen. Teil II: Georessourcen, Geopotenziale, Georisiken
Pälchen, W. Stuttgart( E.Schweizerbart'sche Verlagsbuchhandlung Natural resources Germany Generic ? ? Rascher, J.
Escher, D.
Fischer, J.
Dutschmann, U.
Kästner, S. 20054 Geologischer Atlas Tertiär Nordwestsachsen 1:250000 Dresden0 Sächsisches Landesamt für Umwelt und Geologie Geology Germany GenericO ? Rasmussen, E.S. 2004 The interplay between true eustatic sea-level changes, tectonics and climatic changes: what is the dominating factor in sequence formation of the Upper Oligocene - Miocene succession in the eastern North Sea Basin, Denmark 15-30 Global and Planetary Change 41 1 Stratigraphy DK North D? Rasmussen, E.S. 2008M Neogene inversion of the Danish North Sea Basin and Sorgenfrei-Tornquist zone! International Geological Congress Oslo1 Geological Survey of Denmark and G ^0? = Rasmussen, E.S.
Heilmann-Clausen, C.
Waagstein, R.
Eidvin, T. 2008 The Tertiary of Norden 1-7 Episodes 31 Geology D ? Rasmussen, L.B. 1961! De Miocæne Formationer i Danmark 35 4- Danmarks Geologiske Undersøgelse, IV Række Stratigraphy Denmark Neogene ? Rasmussen, L. B. 1978- Geological aspects of the Danish North sector 1-84! Danmarks Geologiske Undersøgelse 44 Geology Denmark Generic ? Rawson, P.F. 20067 Cretaceous: sea levels peak as the North Atlantic opens 365-393 The Geology of England and Wales Brenchley, P.J.
Rawson, P.F. London The Geological Society Palaeogeography UK
Cretaceous ?
Rawson, P.F.
Curry, D. 19786 A correlation of Cretaceous rocks in the British Isles 70 9 London! Geological Society Special Report Stratigraphy UK
Cretaceous? Reicherter, K.
Froitzheim, N.
Jarosinski, M.
Badura, J.
Franzke, H-J.
Hansen, M.
Hüunscher, C.
Müller, R.
Poprowa, P.
Reinecker, J.
Stackebrandt, W.
Voigt, T.
Von Eynatten, H.
Zuchiewicz, W. 2008" Alpine tectonics north of the Alps 1233-1295 The Geology of Central Europe 2 McCann, T London The Geological Society Structural Geology Germany Mesozoick ք? * Reicherter, K.
Kaiser, A.
Stackebrandt, W. 2005p The post-glacial landscape evolution of the North German Basin: morphology, neotectonics and crustal deformation 1083-1093' International Journal of Earth Sciences 94 Structural Geology Germany
? & Richards, P.C.
Lott, G.K.
Johnson, H. 1993. Jurassic of the Central and Northern North Sea 1-2193 Lithostratigraphic nomenclature of the UK North Sea 3 Knox, R.W.O.B.
Cordey, W.G.
Nottingham British Geological Survey Stratigraphy UK North Sea Jurassic{ r? Reinhardt, L.
Ricken, W. 2000 The stratigraphic and geochemical record of playa cycles: monitoring a Pangean monsoon-like system (Triassic, Middle Keuper, S. Germany) 205-2272 Palaeogeography, Palaeoclimatology, Palaeoecology 161 1-2 Stratigraphy Ge` ƽ? Rettig, B.
Röhling, H.-G 1999A Die Solling-Folge bei Hardegsen - ein Referenzprofil in 4 Etappen 84-85+ Geotope - Lesbare Archive der Erdgeschichte 7 Hoppe, A.
Abel, H. Hannover, Deutsche Gesellschaft für Geowissenschaften Geology@ Schriftenreihe der D ? Richardson, J.B.
Rasul, S.M. 1978{ Lower Devonian spores and reworked acritarchs from the Witney Borehole, southern England, and their geological implications 231
Palynology 2 1
Palaeontology U ?
Riddler, G.P. 1981] The distribution of the Röt Halite Member in North Yorkshire, Cleveland and North Humberside 341-346/ Proceedings of the Yorkshire Geological Society 43 3 Stratigraphy UK Triassic Z
? Ritzkowski, S. 2005W Das Tertiär der Hessischen Senke in der Stratigraphischen Tabelle von Deutschland 2002 339-346 Newsletters on Stratigraphy 41 1-3 Stratigraphy Germany _ ƽ? ' Röber, S.
Röhling, H.-G.
Zellmer, H. 2006A Die Stromatolithen am Geologie-Natur-Erlebnispfad „Heeseberg“ 51-55M Geotope und Geoparks - Schlüssel zu nachhaltigem Tourismus und Umweltbildung 42 Weber, J.
Bühn, S. Hannover, Deutsche Gesellschaft für Geowissenschaften
Palaeontology@ Schriftenreihe der DeutschenT ? B Roberts, A.M
Yielding, G.
Kuznier, N.J
Walker, I.M.
Dorn-Lopez, D. 1995I Quantitative analysis of Triassic extension in the northern Viking Graben 15-26! Journal of the Geological Society 152 1 Stre ? Rodon, S.
Littke, R. 2005 Thermal maturity in the Central European Basin system (Schleswig-Holstein area): results of 1D basin modelling and new maturity maps 815-833( International Journal of Earth Sciences 94 5-6 Petroleum Geology Ger ? Röhl, U. 1988Y Multistratigraphische Zyklengliederung im Oberen Muschelkalk Nord- und Mitteldeutschlands 285 Bonn Universität Bonn Stratigraphy Germany Triassic ? Röhling, H.-G. 1993 Der Untere Buntsandstein in Nordost- und Nordwestdeutschland - Ein Beitrag zur Vereinheitlichung der stratigraphischen Nomenklatur 148-181 Geologisches Jahrbuch A142 Stratigraphy Germany Triassic AF? Röhling, H.-G. in press The Gleina-unconformity - stratigraphic position and quantification of an unconformity in the uppermost Röt Formation (Röt-Folge, Upper Buntsandstein) of the North German Basin= Zeitschrift der Deutschen Gesellschaft für Geowissenschaften Stratigraphy Germany Triassic ? 1 Rollin, K.
Kirby, G.A.
Rowley, W.J.
Buckley, D.K. 1998 United Kingdom 92' Atlas of Geothermal Resources in Europe Publication EUR 17811 Hurter, S
Haenel, R. Luxemburg& Commission of the European Communities Geothermics UK Generic ? Rose, G. N.
Kent, P. E. 1955. A Lingula-Bed in the Keuper of Nottinghamshire 476-480 Geological Magazine 92 6 Stratigraphy UK Triassic ? Rübenstrunk, E. 1913k Über riffbauende Tiere und andere erdgeschichtliche Beobachtungen im thüringischen Zechstein - Riffgebiet 10-32% Zeitschrift für Naturwissenschaften 85
Palaeontology Germany Permian ? .? Rullkötter, J.
Marzi, R. 1988a Natural and artificial maturation of biological markers in a Toarcian shale from northern Germany 639-645 Organic Geochemistry 13 4-6 Petroleum Geology Germr? Rundberg, Y.
Eidvin, T. 2005o Controls on depositional history and architecture of the Oligocene-Miocene succession, northern North Sea Basin 207-239; Onshore-offshore relationships on the North Atlantic margin 128 Wandaas, B.T.G.
Nystuen, J.P.
Eide, E.A.
Gradstein, F.M. NPF Special Publication Stratigraphy Northern North Sea Cenozoic ? Rushton, A.
Molyneux, S. 1990G The Withycombe Formation (Oxfordshire subcrop) is of Lower Cambrian age 263 Geological Magazine 127 Stratigraphy UK Cambrian ? Sarginson, M.J. 20034 The Barque Field, Blocks 48/13a, 48/14, UK North Sea 663-670B United Kingdom Oil and Gas Fields, Commemorative Millennium Volume 20 Gluyas, J.
Hichens, H.M. London Geological Society Memoir Petroleum Geology UK North Sea Generic ? Sarginson, M.J. 20036 The Clipper Field, Blocks 48/19a, 48/19c, UK North Sea 691-698B United Kingdom Oil and Gas Fields, Commemorative Millennium Volume 20 Gluyas, J.
Hichens, H.M. London Geological Society Memoir Petroleum Geology UK North Sea Generic ? Schaal, S.
Schneider, U. 1995 Chronik der Grube Messel 276 Kempkes
Gladenbach History Germany Neogene ? Schaal, S.
Ziegler, W. 1992< Messel: an insight into the history of life and of the earth 322 Oxford Clarendon Press
Palaeontology Germany Neogene $? K Scheck-Wenderoth, M.
Krzywiec, P.
Zühlke, R.
Maystrenko, Y.
Froitzheim, N. 2008 Permian to Cretaceous tectonics 990-1030 The Geology of Central Europe 2
McCann, T. London The Geological Society Structural Geology Centr ل?
. Schellschmidt, R.
Hägedorn, F.
Fesche, H.-W. 1999] Das Temperaturfeld in Nordostdeutschland - neue Messungen, neue Karten, neue Interpretationen 23
GGA Report Geothermics Germany Generic
? Schiøler, P.
Andsbjerg, J.
Clausen, O.R.
Dam, G.
Dybkjær, K.
Hamberg, L.
Heilmann-Clausen, C.
Johannesen, E.P.
Kristensen, L.E.
Prince, I.
Rasmussen, J.A. 2007q Lithostratigraphy of the Palaeogene - lower Neogene siliciclastic sediments in the Danish sector of the North Sea 1-773 Geological Survey of Denmark and Greenland Bulletin 12 Stratigraphy DK North Sea
Pa? Schneider, J.W. 1996l Biostratigraphie des kontinentalen Oberkarbon und Perm im Thüringer Wald SW-Saale-Senke: Stand und Probleme 121-1511 Beiträge zur Geologie von Thüringen, Neue Folge 3 Stratigraphy Germany Carboniferous; Permian 3? 7 Schneider, J.W.
Gebhardt, U.
Gaitzsch, B.
Döring, H. 1995# Fossilführung und Biostratigraphie 25-35A Stratigraphie von Deutschland I - Norddeutsches Rotliegend-becken 183
Plein, E. Frankfurt am Main& Courier Forschungsinstitut Senckenberg Stratigraphy Germany Generic f? Schneider, J.W.
Werneburg, R. 2006Z Insect biostratigraphy of the Euramerican continental Late Pennsylvanian and Early Permian 325-3364 Non-marine Permian biostratigraphy and biochronology 265( Lucas, S.G.
Cassinis, G.
Schneider, J.W. London& Geological Society Special Publication Stratigraphy Europe Carboniferous; Permian ?
Schneider, W. 1995C Palaeohistological studies on Miocene brown coals of Central Europe 229-248& International Journal of Coal Geology 28 2-4
Palaeontology ? Schnetler, K.I. 2001b The Selandian (Palaeocene) mollusc fauna from Copenhagen, Denmark: the Poul Harder 1920 collection 1-85" Geology of Denmark Survey Bulletin 27
Palaeontology Denmark
Palaeogene I
Q? + Scholle, P.A.
Albrechtsen, T.
Tirsgaard, H. 1998l Formation and diagenesis of bedding cycles in uppermost Cretaceous chalks of the Dan Field, Danish North Sea 223-243
Sedimentology 45 2 Stratigraphy DK North SeI w? T Schott, W.
Jaritz, W.
Kockel, F.
Sames, C.-W.
Stackelberg, U.
Stets, J.
Stoppel, D. 1967 Paläogeographischer Atlas der Unterkreide von Nordwestdeutschland mit einem _ ? g Schott, W.
Kockel, F.
Sames, C. W.
Stackelberg, V.
Stets, J.
Stoppel, D.
Baldschuhn, R.
Krampke, K. D. 1969 Paläogeographischer Atlas der Unterkreide von Nordwestdeutschland mit einer Übersichtsdarstellung des nördlichen Mitteleuropa 315 Hannover! Bundesanstalt für Bodenforschung Palaeogeography Germany
Cretaceous ? : Schröder, B.
Käding, K.C.
Kulick, J.
Richter-Bernurg, G. 1991> Proceedings of the Internatational Symposium "Zechstein 1987" 1273 1 Kassel/Hannover- Zentralblatt für Geologie und Paläontologie Stratigraphy Europe Permian ? Schulz, R.
Röhling, H.-G 2000/ Geothermische Ressourcen in Nordwestdeutschland 122-129$ Zeitschrift für Angewandte Geologie 46 Geothermics Germany Generic ? Schumacher, K.H.
May, F. 1990p Trends der Verteilung fallen- und lagerstättengenetischer Parameter im Erdgaslagerstattengebiet der Westaltmark 243-246 Erdöl Erdgas Kohle 106 6 Storage Germany Generic #? / Schwark, L.
Vliex, M.
Karnin, W.D.
Waldmann, R. 1998 Geochemische Untersuchungen an ausgewählten Mutter- und Speichergesteinen des Zechstein am Beispiel der Bohrung Sprötau Z1 (Thüringer Becken) 185-211 Geologisches Jahrbuch A149 Geochemistry Germany Permian ? Schwarz, C. 1996 Die Bohrungen 89/3, 89/4 und 89/9 auf dem deutschen Nordseeschelf - Sedimentologische und magnetostratigraphische Befunde sowie lithostratigraphische Konnektierung 33-137 Geologisches Jahrbuch A146 Petroleum Geology D North Sea Generic + .? ! Schwarzkopf, T.
Leythaeuser, D. 1988> Oil generation and migration in the Gifhorn Trough, NW-Germany 245-253 Organic Geochemistry 13 1-3 Petroleum Geology G? Scott, J.
Colter, V.S. 1987E Geological aspects of current onshore Great Britain exploration plays 95-107& Petroleum Geology of North-West Europe Brooks, J.V.R.
Glennie, K.W. London Graham & Trotman Petroleum Geology UK Generic ? Seegis, D.B. 1997s Die Lehrbergschichten im Mittleren Keuper von Süddeutschland - Stratigraphie, Petrographie, Paläontologie, Genese 382 Stuttgart3 Universität Stuttgart, Hennecke (Remshalden-Buoch) Stratigraphy Germany Triassic ? Seibt, A
Wolfgramm, M
Seibt, P. 2006P Thermalsoleaquifere des Nordostdeutschen Beckens und ihre balneologische Nutzung 148-157 GTV-Tagung Karlsruhe Natural resources Germany Generic? Seibt, P.
Kabus, F.
Hoth, P. 2005 The Neustadt-Glewe Geothermal Power Plant - Practical Experience in the Reinjection of Cooled Geothermal Waters Back into Sandstone Aquifers 24-29 World Geothermal Congress Antalya Geothermics Germany Generic H ? 4 Sellwood, B.W.T.
Scott, J.
Mikkelsen, P.
Akroyd, P. 1985` Stratigraphy and sedimentology of the Great Oolite Group in the Humbly Grove Oilfield, Hampshire 44-55 Marine and Petroleum Geology 2 1 Stratigraphy UKZ L? 4 Sellwood, B.W.T.
Shepherd, T.J.
Evans, M.R.
James, B 1989y Origin of late cements in oolitic reservoir facies: a fluid inclusion and isotopic study (Mid-Jurassic, southern England) 223-237 Sedimentary Geology 61 3-4 Petrolog\ ? J Shackleton, N.J.
Crowhurst, S.
Hagelberg, T.
Pisias, N.G.
Schneider, D.A. 1995; A new Late Neogene time scale: application to leg 138 sites 73-101= Proceedings of the Ocean Drilling Program, Scientific Results 138H Pisias, N.G.
Mayer L.A.
Janacek, T.R.
Palmer-Julson, A.
Van Andel, T.H. Stratigraphy Generic Neogene
? Shukla, U.K.
Bachmann, G.H. 2006Z Estuarine sedimentation in the Stuttgart Formation (Carnian, Late Triassic), South Germany 305-323= Neues Jahrbuch für Geologie und Paläontologie, Abhandlungen 243 Clastic sedimentology Germany Triassic ?
m O Simmelink, H.J
Lokhorst, A
Vandeweijer, V
Rijkers, R
Benedictus, T
Van Eijs, R. 2007l Options for CO2 storage in the Netherlands - time dependent storage capacity, hazard aspects and regulations 75 Utrecht# Institute of Applied Geoscience TNO Storage 2007-U-R0564/B Netherlands Generic ? : Simmelink, H.J.
Verweij, J.M.V.
Underschultz, J.
Otto, C. 20085 Overpressure distribution in the offshore Netherlands 80H Overpressure 2008: Present and Future Challenges - A Research Conference Durham Petroleum Geol ? Sindowski, K.H. 1957J Schüttungsrichtungen und Mineral-Provinzen im westdeutschen Buntsandstein 277-294 Geologisches Jahrbuch 73 Petrology Germany Triassich ? T Sirocko, F.
Reicherter, K.
Lehné, R.
\Hübscher, Ch.
Winsemann, J.
Stackebrandt, W. 2008* Glaciation, salt and the present landscape 233-245N Dynamics of Complex Intracontinental Basins: The Central European Basin System. Littke, R.
Bayer, U.
Gajewski, D.
Nelskamp, S. Berlin Springer Glacial Geology Western Europe
Quaternary ? Smith, D.B. 1970, The palaeogeography of the British Zechstein 20-23 3rd Symposium on Salt 1 Rau, J.L.
Dellwig, L.F. ! Northern Ohio Geological Society Palaeogeography UK Permian
R,? Smith, D.B. 1971V Possible displacive halite in the Permian Upper Evaporite Group of northeast Yorkshire 221-232
Sedimentology 17 3-4
Evaporites ?
Smith, D.B 1974 Permian 115-144. The Geology and Mineral Resources of Yorkshire Rayner, D.H
Hemingway, J.E Leeds Yorkshire Geological Society Geology UK Permian _D?
Smith, D.B 1980, The evolution of the English Zechstein basin 7-34 Contributions to Sedimentology 9 Palae ? Smith, D.B. 1981L The Magnesian Limestone (Upper Permian) reef complex of northeastern England 161-186J Society of Economic Paleontologists and Mineralogists Special Publication 30
Palaeontology UK Permian ?
Smith, D.B 1981i Bryozoan-algal patch-reefs in the Upper Permian Lower Magnesian Limestone of Yorkshire, northeast England 187-202J Society of Economic Paleontologists and Mineralogists Special Publication 30
Palaeontology UK Permian ?
Smith, D.B 19895 The late Permian palaeogeography of northeast England 285-3120 Proceedings of the Yorkshire Geological Society 47 Palaeogeography UK Permian ? Smith, D.B. 1994F Geology of the country around Sunderland, sheet 21 (England and Wales) 161 London' Memoir of the British Geological Survey Geology UK Generic | ? Smith, D.B. 1995 Marine Permian of England 205 London Chapman & Hall Stratigraphy UK Permian6? Smith, E. G.
Warrington, G. 1971 The age and relationships of the Triassic rocks assigned to the lower part of the Keuper in north Nottinghamshire, north-west Lincolnshire and south Yorkshire 201-2270 Proceedings of the Yorkshire Geological Society 38 2 Stratigraphy UK Triassic ?
Smith, N.J.P. 1985E Map 1: Pre-Permian Geology of the United Kingdom (South). 1:1,000,000 British Geological Survey Geology UK
Palaeozoic ? Smith, N.J.P.
Rushton, A.W.A. 1993z Cambrian and Ordovician stratigraphy related to structure and seismic profiles in the western part of the English Midlands 665-671 Geological Magazine 130 Stratigraphy UK Cambrian; Ordovician ? Sneh, A. 19887 Permian dune patterns in northwestern Europe challenged 44-51! Journal of Sedimentary Petrology 58 Clastic sedimentology Northwest Europe Permian ? Geological Society, 19855 Liquified petroleum gas caverns at South Killingholme 2-47 Quarterly Journal of Engineering Geology & Hydrogeology 18 Storage UK Generic _p? Sorgenfrei, T.
Buch, A. 1964! Deep tests in Denmark 1935 - 1959 1-146! Danmarks Geologiske Undersøgelse 36 Geology ? Stackebrandt, W.
Manhenke, V. 20029 Atlas zur Geologie von Brandenburg im Masstab 1:1.000.000 Kleinmachnow: Landesamt für Geowissenschaften und Rohstoffe Brandenburg Geology Germany Generic y ? Stancu-Kristoff, G.
Stehn, O. 1984j Ein gross-regionaler Schnitt durch das nordwestdeutsch Oberkarbon Becken vom Ruhrgebiet bis in die Nordsee 35-388 Fortschritte in der Geologie von Rheinland und Westfalen 32 1 Stratigraphy Germany; D North Sea ? Standke, G. 2002+ Das Tertiär zwischen Leipzig und Altenburg 41-732 Beiträge zur Geologie von Thüringen, Neue Folge 9 Geology Ger ? Standke, G. 2006y Paläogeographisch-fazielle Modellierung des Unter-/Mittelmiozän-Grenzbereichs in der Lausitz (Briesker Folge/Formation) 1-130& Schriftenreihe für Geowissenschaften 140 Stratigraphy Germany Neogene ? Standke, G. 2008[ Paläogeografie des älteren Tertiärs (Paleozän bis Untermiozän) im mitteldeutschen Raum 81-103> Zeitschrift der Deutschen Gesellschaft für Geowissenschaften 159 Palaeogeography Germany
Palaeogene D? Standke, G. 2008 Tertiär Geologie von Sachsen Pälchen, W.
Walter, H. Stuttgart( E.Schweizerbart'sche Verlagsbuchhandlung Geology Germany Generic 6? Standke, G. 2008~ Bitterfelder Bernstein gleich Baltischer Bernstein? - Eine geologische Raum-Zeit-Betrachtung und genetische Schlussfolgerungen 11-33f Exkursionsführer und Veröffentlichungen der Deutschen Gesellschaft für Geowissenschaften (Hannover) 236 Geology Germany Neogene |
? , Standke, G.
Blumenstengel, H.
Von Bülow, W. 2005R Das Tertiär Ostdeutschlands in der Stratigraphischen Tabelle von Deutschland 2002 323-338 Newsletters on Stratigraphy 41 1-3 Stratigraphy Ger[ ? $ Standke, G.
Rascher, J.
Strauss, C. 1993 Relative sea level fluctuations and brown coal formation around the Early-Middle Miocene boundary in the Lusatian brown coal district 295-305 Geologische Rundschau 82 Palaeog7? % Standke, G.
Rascher, J.
Volkmann, N. 2002_ Lowstand cycles and coal formation in paralic environments: new aspects in sequence statigraphy 153-161P Northern European Cenozoic stratigraphy. Proceedings of the 8th Biannual Meeting
Gürs, K. Flintbek Stratigraphy Germany Cenozoic ? Steele, R.P. 1983C Longitudinal draa in the Permian Yellow Sands of North-East England 543-550 Eolian Sediments and Processes 38" Brookfield, M.W.
Ahlbrandt, T.S. Amsterdam Elsevier Clastic sedimentology UK Permian? Steinhoff, I
Strohmenger, C 1999 Facies differentiation and sequence stratigraphy in ancient evaporate basins - an example from the Basal Zechstein (Upper Permian of Germany) 146-181 Carbonates and Evaporites 14 Stratigraphy Germany Permian ? Stemmerik, L.
Frykmann, O. 1989W Stratigraphy and sedimentology of the Zechstein carbonates of southern Jylland, Denmark 1-33+ Danmarks Geologiske Undersøgelse, Serie A 26 Stratigraphy Denmark Permian ? Stewart, S.A.
Bailey, H.W. 19967 The Flamborough Tertiary outlier, UK southern North Sea 163-173" Journal of the Geologica ?
Stoker, M.S.
Long, D.
Fyfe, J.A. 1985; A revised Quaternary stratigraphy for the central North Sea 35 17/2 British Geological Survey Stratigraphy Central North Sea
Quaternary ? Stoker, M.S.
Long, D.
Fyfe, J.A. 19852 The Quaternary succession in the Central North Sea 119-128 Newsletters on Stratigraphy 14 Stratigraphy Central North Sea
Quaternary
|? y Stollhofen, H
Bachmann, G.H.
Barnasch, J.
Bayer, U.
Beutler, G.
Franz, M.
Kästner, M
Legler, B
Mutterlose, J.
Radies, D. 20086 Upper Rotliegend to Early Cretaceous basin development 181-210N Dynamics of Complex Intracontinental Basins: The Central European Basin System. Littke, R.
Bayer, U.
Gajewski, D.
Nelskamp, S. Berlin Springer Structural Geology Europe Permi ? / International Commission on Stratigraphy (ICS), 2008! International Stratigraphic Chart 184 A Concise Geologic Timescale! Ogg, J.G.
Ogg, G.
Gradstein, F.M. Cambridge University Press Stratigraphy Generic Generic ? , Strohmenger, C.
Rockenbauch, K.
Waldmann, R. 1998g Fazies, Diagenese und Reservoirentwicklung des Zechstein 2-Karbonats (Ober -Perm) in Nordostdeutschland 81-113 Geologisches Jahrbuch A149 Stratigraphy Germany Permian ? $ Strohmenger, C
Voigt, E.
Zimdars, J. 1993 Einfluss von Eustasie und Paläorelief auf die sedimentologische und diagenetische Entwicklung der Zechstein 2 Karbonate (Ober-Perm, NO Deutschland) 445-450 Erdöl Erdgas Kohle 109 Palaeogeography Germany Permian/ 4? % Strohmenger, C.
Voigt, E.
Zimdars, J. 1996 Sequence stratigraphy and cyclic development of Basal Zechstein carbonate evaporite deposits with emphasis on Zechstein 2 off platform carbonates (Upper Permian, northeast Germany) 33-54 Sedimentary Geology 102 1-2 Stratigraphy G ? Stuart, I.A. 1991> The Rough Gas Storage Field, Blocks 47/3d, 47/8b, UK North Sea 477-484@ United Kingdom Oil and Gas fields: 25 Years Commemorative Volume 14
Abbotts, I.L. London Geological Society Memoir Petroleum Geology UK North Sea Generic, ? , Surlyk, F
Dons, T.
Clausen, C.K.
Highham, J. 2003 Upper Cretaceous 213-233M The Millennium Atlas: Petroleum Geology of the Central and Northern North Sea* Evans, D
Graham, C
Armour, A.
Bathurst, P. London The Geological Society Petroleum Geology North Sea
CretaceousW '? Surlyk, F.
Ineson, J.R. 2003t The Jurassic of Denmark and Greenland: key elements in the reconstruction of the North Atlantic Jurassic rift system 9-203 Geological Survey of Denmark and Greenland Bulletin 1= Denmark, Greenland, Jurassic, correlation, parallel evolution Structural Geology Denmark JurassicK intern6
V ? Surlyk, F.
Lykke-Andersen, H. 2007W Contourite drifts, moats and channels in the Upper Cretaceous chalk of the Danish basin 405-422
Sedimentology 54 2 Palaeogeography Denmark ? Swift, A. 1989< First record of conodonts from the Late Triassic of Britain 325-333 Palaentology 32 Stratigraphy UK Triassic ? Swift, A. 1995= Conodonts from the Late Permian and Late Triassioc of Britain 80 London( Monograph of the Palaentological Society Stratigraphy UK Permian, Triassic+?
Szulc, J. 2007j Sponge-microbial stromatolites and coral-sponge reef recovery in the Triassic of the Western Tethys Domain 1-402 The Global Triassic 41 Lucas, S.
Spielmann, J. 8 New Mexico Museum of Natural History & Science Bulletin
Palaeontology Europe Triassic ? Szurlies, M. 1999s Zyklenstratigraphie und Gamma-Ray-Korrelation im Unteren Buntsandstein (Untere Trias) des nördlichen Harzvorlandes 35-53* Hallesches Jahrbuch für Geowissenschaften Beiheft B 21 Stratigraphy Germany Triassic c O? Szurlies, M. 2004 Magnetostratigraphy: the key to a global correlation of the classic Germanic Trias - case study Volpriehausen Formation (Middle Buntsandstein), Central Germany 395-410# Earth and Planetary Science Letters 227 3-4 Stratigraphy Gef ?
Szurlies, M. 2007 Latest Permian to Middle Triassic cyclo-magnetostratigraphy from the Central European Basin, Germany: Implications for the geomagnetic polarity timescale 602-619# Earth and Planetary Science Letters 261 3-4 Stratigraphy Germany Pe ? Taylor, J.C.M. 19808 Origin of the Werraanhydrit in the UK Southern North Sea 91-113 Contributions to Sedimentology 9 Carbonate sedimentology UK North Sea Permian #? Taylor, J.C.M. 1986A Gas prospects in the Variscan Thrust Province of southern England 37-53( Habitat of Palaeozoic Gas in N.W. Europe 23$ Brooks, J.
Goff, J.C.
Van Hoorn, B. London& Geological Society Special Publication Petroleum Geology UK
Carboniferous @?
Taylor, S.R. 1983u A stable isotope study of the Mercia Mudstones (Keuper Marl) and associated sulphate horizons in the English Midlands 11-31
Sedimentology 30 1 Geochemistry ? Thielemann, T. 2005 Geowissenschaftliche Karte der Bundesrepublik Deutschland 1:2.000.000; Kohlereviere, Kohle - Infrastruktur sowie Torf- und Ölschieferlagerstätten Hannover2 Bundesanstalt für Geowissenschaften und Rohstoffe Geology Germany Generic ? Thieme, B.
Rockenbauch, K. 2001; Floßtektonik in der Trias der Deutschen Südlichen Nordsee 568-573 Erdöl Erdgas Kohle 117 Structural Geology D North Sea Triassic ?
Thomsen, E. 1995; Kalk og Kridt i den Danske undergrund. Aarhus Geokompendier 31-65& Geologisk Institut, Aarhus Universitet Stratigraphy Denmark
Cretaceous q? Thomsen, E
Koch, E.B. 1989 Description of the components of the Brown Coal Bearing Sequence of the southern part of the Søby-Fasterholt area, central Jutland, Denmark: the brown coal seams 38-52$ Geology of the Søby-Fasterholt area 22
Koch, E.B.
Copenhagen+ Danmarks Geologiske Undersøgelse, Series A Stratigraphy Denmark Cenozoic6? Thybo, H. 1990a A seismic velocity model along the EGT profile - from the North German Basin to the Baltic Shield 99-108- The European Geotraverse: Integrative Studies" Freeman, R.
Giese, P.
Mueller, S.
Strasbourg European Science Foundation
Geophysics Northern Europe Generic T v? C Thybo, H.
Sandrin, A.
Nielsen, L.H.
Lykke-Andersen, H.
Keller, G.R. 2006i Seismic velocity structure of a large mafic intrusion in the crust of central Denmark from project ESTRID 105-122 Tectonophysics 420 1-2
Geophysic4 w$? Thybo, H
Schönharting, G. 1991` Geophysical evidence for early Permian igneous activity in a transtensional environment, Denmark 193-208 Tectonophysics 189 1-4
Geophysics De ?
Tietze, K.-W. 1997H Ein Buntsandstein-Profil am Westrand der Hessischen Senke (Raum Marburg) 285-294 Geologica et Palaeontologica 31 Stratigraphy Germany Triassic ]?
m TNO
DHV 2008n Potential for CO2 storage in depleted gas fields on the Dutch Continental Shelf, Phase 1: Technical assessment 71 Utrecht, Amersfoort DHV & TNO Storage TNO 2008-U-R0674/A Netherlands Generic, ? ' Trewin, N.H.
Fryberger, F.G.
Kreutz, H. 2003( The Auk Field, Block 30/16, UK North Sea 485-496B United Kingdom Oil and Gas Fields, Commemorative Millennium Volume 20 Gluyas, J.G.
Hichens, H.M. London Geological Society Memoir Petroleum Geology UK North Sea Generic&? 2 Trotter, J. T
Thompson, D. M. T
Paterson, T. J. M. 19850 First Mined Underground Storage in Great Britain 3-12E Tunnelling '85: Proceedings of the Fourth International Symposium
Jones, M.J. Brighton$ Institution of Mining and Metallurgy Storage UK Generic ?
Truman, S. 2003 Humbly Grove, Herrieard, Storrington, Singleton, Stockbridge, Goodworth, Horndean, Palmers Wood, Bletchingley and Albury fields, Hampshire, Surrey and Sussex, UK Onshore 929-941B United Kingdom Oil and Gas Fields, Commemorative Millennium Volume 20 20 Gluyas, J.G.
Hichens, H.M London Geological Society Memoir Petroleum Geology UK Generic ? Trusheim, F. 1957V Über Halokinese und ihre Bedeutung für die strukturelle Entwicklung Norddeutschlands 150-1633 Zeitschrift der Deutschen Geologischen Gesellschaft 112
Evaporites Germany Permian ? Trusheim, F. 1961U Über Diskordanzen im Mittleren Buntsandstein Norddeutschlands zwischen Ems und Weser 277-292 Erdöl Zeitschrift 79 Structural Geology Germany Triassic ? Trusheim, F. 1963! Zur Gliederung des Buntsandsteins 3-18 Erdöl Zeitschrift 79 Stratigraphy Germany Triassic ? Tucker, M.E
Hollingworth, N 1986e The Upper Permian Reef Complex (EZ1) of North-East England: diagenesis in a marine evaporitic setting 270-290 Reef Diagenesis Purser, B.H
Schröder, J.H Berlin Springer
Diagenesis UK Permian 5 ? Turner, B.R.
Smith, D. B. 1997k A playa deposit of pre-Yellow Sands age (upper Rotliegend/Weissliegend) in the Permian of northeast England 305-319 Sedimentary Geology 114 1-4 Palaeogeography UK ? Urlichs, M. 1978F Über zwei alpine Ammoniten aus dem Oberen Muschelkalk SW-Deutschlands 1-13- Stuttgarter Beiträge zur Naturkunde, Serie B 39
Palaeontology Germany Triassic ?! Urlichs, M.
Kurzweil, W. 1997g Erstnachweis von Flexoptychites (Ammonoidea) aus dem Oberen Muschelkalk (Mitteltrias) Nordwürttembergs 1-8$ Stuttgarter Beiträge zur Naturkunde B 253
Palaeontology Germany TriassicK?" Urlichs, M.
Tichy, G. 1998n Correlation between the Bleiglanzbank (Gipskeuper) of Germany and upper Ladinian beds of the Dolomites (Italy) 179 The Epicontinental Triassic Beiheft B 5 Bachmann, G.H.
Lerche, I. Halle* Hallesches Jahrbuch für Geowissenschaften Stratigraphy Germany; Italy Triassic Z?# Urlichs, M.
Tichy, G. 1999~ Correlation of the Bleiglanzbank (Gipskeuper, Grabfeld Formation) of Germany with upper Ladinian beds of the Dolomites (Italy) 997-1007 The Epicontinental Triassic I Bachmann, G.H.
Lerche, I. Halle- Zentralblatt für Geologie und Paläontologie Stratigraphy Germany; Italy Triassic 3 3 ?% ` Van Balen, R.T.
Van Bergen, F.
De Leeuw, C.
Pagnier, H.
Simmelink, H.
Van Wees, J.D.
Verweij, H. 2000a Modelling the hydrocarbon generation and migration in the West Netherlands Basin, the Netherlands 29-44" Netherlands Journal of Geosciences 79 1 Petroleum Geology Netherlands ?& % Van der Bogaard, P.
Schmincke, H.-U. 1990f Die Entwicklungsgeschichte des Mittelrheinraumes und die Eruptionsgeschichte des Osteifel-Vulkanfeldes 166-190' Rheingeschichte zwischen Mosel und Maas 1
Schirmer, W. Deuqua-Führer Magmatism Germany Cenozoic ?' 0 Van der Sande, J.M.M.
Reijers, T.J.A.
Casson, N. 1996u Multidisciplinary exploration strategy in the northeast Netherlands Zechstein 2 Carbonate play, guided by 3D seismics 125-142, Geology of gas and oil under the Netherlands/ Rondeel, H.E.
Batjes, D.A.J.
Nieuwenhuijs, W.H. Dordrecht Kluwer Academic Publishers Petroleum Geology Netherlands Permian 9?( m Van Egmond, B. 2006[ Developing a method to screen and rank geological CO2 storage sites on the risks of leakage 93 Utrecht Utrecht University Storage Netherlands Generic ̈́?)
Van Heekeren, E.V. 2008K The Netherlands Country Report-Legal Framework and Geothermal Policy Issues 24 Den Haag Stichting Platform Geothermie Geothermics Netherlands Generic D?* - Van Heekeren, E.V.
Snijders, A.L.
Harms, H.J. 20055 The Netherlands - Country Update on Geothermal Energy World Geothermal Congress Antalya Geothermics Netherlands Generic ?, Van Simaeys, S. 2004 Stratigraphic and Paleoenvironmental Analysis of the Rupelian and Chattian in their Type Regions : Implications for Global Oligocene Chronostratigraphy 201 Leuven& (Unpublished). Katholieke Universiteit Stratigraphy Belgium
Palaeogene w ?- Van Vliet-Lanoë, B.
Vandenberghe, N.
Laurent, M.
Laignel, B.
Lauriat-Rage, A.
Louwye, S.
Mansy, J.-L.
Mercier, D.
Hallégouët, B.
Laga, P.
Laquement, F.
Meilliez, F.
Michel, Y.
Moguedet, G.
Vidier, J.-P. 2002K Palaeogeographic evolution of northwestern Europe during the Upper Cenozoic 511-540
Geodiversitas 24 Palaeogeography Northwest Europe \ ?/ - Vandenberghe, N.
Brinkhuis, H.
Steurbaut, E. 2003V The Eocene/Oligocene boundary in the North Sea area: a sequence stratigraphic approach 420-437C From greenhouse to icehouse. The marine Eocene-Oligocene transition( Prothero, D.R.
Ivany, L.C.
Nesbitt, E.A. Columbia University Press Stratigraphy North Sea
Palaeogene?0 Vejbæk, O. V. 2008k On dis-equilibrium compaction as the cause for Cretaceous-Paleogene over-pressures in the Danish North Sea. 1-165 American Association of Petroleum Geologists Bulletin 92 Petroleum Geology DK North Sea Cretaceous; Palaeogene1 z?1 Vejbæk, O.V.
Andersen, C. 1987J Cretaceous Early Tertiary inversion tectonism in the Danish Central Trough 221 - 238 Tectonophysics 137 1-4 Structural Geology Denmark Cretaceo ?3 Y Vejbæk, O.V.
Andersen, C.
Dusar, M.
Herngreen, G.F.W.
Krabbe, H.
Leszczyński, K.
Lott, G.K.
Mutterlose, J.
Van der Molen, A.S. 2010
Cretaceous 195-209= Petroleum Geological Atlas of the Southern Permian Basin Area Doornenbal, J.C.
Stevenson, A.G. Houten EAGE Publications b.v. Petroleum Geology Western Europe
Cretaceous^?4 / Vejbæk, O. V
Frykman, P
Bech, N
Nielsen, C. M. 20059 The history of hydrocarbon filling of Danish chalk fields 1331-1346^ North-West Europe and Global Perspectives. Proceedings of the 6th Petroleum Geology Conference Doré, A.G.
Vining, B. London The Geological Society Petroleum Geology Northwest Europe
Cretaceous .?6 * Verweij, H.
Simmelink, E.
Underschultz, J. 2008e Application of integrated hydrodynamic analysis of overpressure distributions in offshore Netherlands 25H Overpressure 2008: Present and Future Challenges - A Research Conference Durham Petroleum Geology Netherlands Generic ?7 ) Visscher, H.
Brugman, W. A.
van Houte, M. 1993 Chronostratigraphical and sequence stratigraphic interpretation of the palynomorph record from the Muschelkalk of the Obersee well, south Germany 145-152' Muschelkalk, Schöntaler Symposium 1991 Hagdorn, H.
Seilacher, A. = Sonderbände der Gesellschaft für Naturkunde in Württemberg Stratigraphy Germany Triassic ?8 Von Alberti, F. 1834 Beitrag zu einer Monographie des Bunten Sandsteins, Muschelkalk und Keupers und die Verbindung dieser Gebilde zu einer Formation 366 Stuttgart/Tübingen Cotta Stratigraphy Germany Triassic ?: Von Buch, L. 1839 Über den Jura in Deutschland 87 Berlin2 Königlich Preussische Akademie der Wissenschaften Geology Germany Jurassic ?; Von Bülow, W. 2000E Geologische Entwicklung Südwest-Mecklenburgs seit dem Ober-Oligozän 413 10 Berlin& Schriftenreihe für Geowissenschaften Geology Germany Neogene?< Wagner, G.A.
Coyle, D.A.
Duyster, J.
Henjes-Kunst, F.
Peterek, A.
Schröder, B.
Stökhert, B.
Wemmer, K.
Zulauf, G.
Ahrendt, H.
Bischoff, R.
Hejl, E.
Jacobs, J.
Menzel, D.
Lal, N.
Van den Haute, P.
Vercoutere, C.
Welzel, B. 1997Q Post-Variscan thermal and tectonic evolution of the KTB site and its surroundings 18221-18232 Journal of Geophysical Research 102 B8 Structural GeologyV The post-Carboniferous crustal evolution of the German Continental Deep Drilling Program (KTB) area, as summarized in this paper, could not be predicted from surface observations: deep drilling was essential for its revelation. The most conspicuous and unexpected feature discovered in the drill hole is the absence of marked gradients with respect to the pre-Carboniferous record. There are no depth-related differences in K-Ar cooling ages of hornblende and white mica, in petrology or in lithology. All metamorphic rocks encountered, both at the surface as well as in the drill hole down to 9100 m depth, were below 300°C from the Carboniferous onward. The late to post-Carboniferous deformation is essentially confined to several fault zones. A major fault zone encountered in the drill hole at 7000 m depth is linked by a prominent seismic reflector to the Franconian Lineament, the surface boundary between Variscan basement and Mesozoic cover. This fault zone probably formed in the late Paleozoic and reactivated as a reverse fault in the Mesozoic. Two important episodes of NE-SW directed shortening by movements along reverse faults took place in the early Triassic and in the late Cretaceous, as indicated by the distribution of apatite and titanite fission-track ages, the sericite K-Ar ages of fault rocks, and the sedimentary record in the adjacent basins. Upper crustal slices were detached at a specific level, corresponding to the approximate position of the brittle-ductile transition in post-Variscan times, and form an antiformal stack that was penetrated by the KTB throughout its entire depth range. Germany Mesozoic 0 ?= Ward, J.
Chan, A.
Ramsay, B. 2003J The Hatfield Moors and Hatfield West Gas (Storage) Fields, South Yorkshire 905-910B United Kingdom Oil and Gas Fields, Commemorative Millennium Volume 20 Gluyas, J.G.
Hitchens, H.M. London Geological Society Memoir Storage UK GenericC?> Warren, J.K 2008Z Salt as sediment in the Central European Basin System as seen from a deep time perspective 249-276N Dynamics of Complex Intracontinental Basins: The Central European Basin System* Littke, R
Bayer, U
Gajewski, D
Nelskamp, S Berlin Springer
Evaporites Western Europe Permian ?? Warrington, G. 1970` The stratigraphy and palaeontology of the ‘Keuper’ Series of the central Midlands of England 183-2235 Quarterly Journal of the Geological Society of London 126 (1-2) Stratigraphy UK Triassic ?@ Warrington, G. 1974 Triassic 145-160 . The Geology and Mineral Resources of Yorkshire Rayner, D. H.
Hemingway, J. E. Yorkshire Geological Society Natural resources UK Generic, ?A Warrington, G.
Audley-Charles, M.G.
Elliott, R.E.
Evans, W. B.
Ivimey-Cook, H.C.
Kent, P.E.
Robinson, P.L.
Shotton, F.W.
Taylor, F.M. 19804 A correlation of Triassic rocks in the British Isles 78 13 London! Geological Society Special Report Stratigraphy UK Triassic ?B
Wehner, H. 1997C Source and maturation of crude oils in northern and eastern Germany 85-102 Geologisches Jahrbuch D103 Petroleum Geology Germany Generic?C / Wehner, H.
Gerling, P.
Hiltmann, W.
Kockel, F. 1979T Erdöl-Charakteristik und Öl-Muttergesteinskorrelation im Niedersächsischen Becken 77-783 Nachrichten der Deutschen Geologischen Gesellschaft 41 Petroleum Geology Germany Generic ?D Will, H.-J. 1969R Untersuchungen zur Stratigraphie und Genese des Oberkeupers in Nordwestdeutschland 1-240 Geologisches Jahrbuch
Beiheft 54 Stratigraphy Germany Triassic 1 @?E Williams-Stroud, S.C.
Paul, J. 1997L Initiation and growth of gypsum piercement structures in the Zechstein Basin 897-909 Journal of Structural Geology 19 7 Petrology Europe ?F
Willumsen, M. 1993\ Early lithification in Danian azooxanthellate scleractinian tithoterms, Faxe Quarry, Denmark 123-131 Beiträge zur Paläontologie 20
Palaeontology Denmark
Palaeogene ?G Q Wilson, M.
Neumann, E.-R.
Davies, G.R.
Timmerman, M.J.
Heeremans, M.
Larsen, B.T. 20043 Permo-Carboniferous Magmatism and Rifting in Europe 1-103 Permo-Carboniferous Magmatism and Rifting in Europe 223Q Wilson, M.
Neumann, E.-R.
Davies, G.R.
Timmerman, M.J.
Heeremans, M.
Larsen, B.T. London& Geological Society Special Publication Magmatism Europe Carboniferous; Permian ?I Wolburg, J. 1968( Vom zyklischen Aufbau des Buntsandsteins 535-559< Neues Jahrbuch für Geologie und Paläontologie, Monatshefte Stratigraphy Western Europe Triassic eipner, North Sea 1385-1399r Petroleum Geology: North-West Europe and Global Perspectives - Proceedings of the 6th Petroleum Geology Conference Dore, A.G.
Vining, B. Londen Geological Society, Londen^ carbon dioxide ?K Wolf, L.
Alexowsky, W. 2008 Quartär 419-462 Geologie von Sachsen Pälchen, W.
Walter, H. Stuttgart( E.Schweizerbart'sche Verlagsbuchhandlung Stratigraphy Germany
Quaternary ?L Wolfgramm, M
Seibt, P
Lenz, G. 2004H Neue Aspekte der Speicherbewertung für die geothermische Stromerzeugung 120-130 GTV-Tagung Landau Geothermics Germany Generic
?M Wood, C.J.
Schmid, F. 1991X Upper Cretaceous of Helgoland (NW Germany): Lithology, palaeontology and biostratigraphy 37-61 Geologisches Jahrbuch A120 Stratigraphy Germany
Cretaceous ?N ! Worssam, B.C.
Ivimey-Cook, H. C. 1971G The stratigraphy of the Geological Survey borehole at Warlingham, Surry 1-1462 Bulletin of the Geological Survey of Great Britain 36 Stratigraphy UK Generic ?P Wurster, P. 1964 Geologie des Schilfsandsteins 1-1405 Mitteilungen des Geologischen Staatsinstituts Hamburg 33 Geology Germany Triassic ?Q Wurster, P. 1968s Paläogeographie der deutschen Trias und die paläogeographische Orienterung der Lettenkohle in Südwestdeutschland 157-166 Eclogae Geologicae Helvetiae 61 Palaeogeography Germany Triassic ?R _ Wybraniec, S.
Zhou, S.
Thybo, H.
Forsberg, R.
Perchuc, E.
Lee, M.
Demianov, G.D.
Strakhov, V.N. 1998* New map compiled of Europe's gravity field 437-4423 Eos, Transactions of the American Geophysical Union 79
Geophysics Europe Generic ?S
Wycisk, P. 1984i Faziesinterpretationen eines kontinentalen Sedimentationstrogs (Mittlerer Buntsandstein, Hessische Senke) 1-104* Berliner Geowissenschaftliche Abhandlungen A54 Stratigraphy Germany Triassic +?T 1 Yans, J
Dejax, J
Pons, D
Taverne, L.
Bultynck, P. 2006U The iguanodons of Bernissart (Belgium) are middle Barremian to earliest Aptian in age 91-97V Bulletin de l'Institut Royal des Sciences Naturelles de Belgique, Sciences de la Terre 76
Palaeontology Belgium
Cretaceous ?U
Yardley, M.J. 1984: Cross-bedding in the Permian Yellow Sands of County Durham 11-18/ Proceedings of the Yorkshire Geological Society 45 Clastic sedimentology UK Permian 5?V Zeiss, A. 2003= The Upper Jurassic of Europe: its subdivision and correlation 75-1143 Geological Survey of Denmark and Greenland Bulletin 1 Europe, Upper Jurassic, Oxfordian, Kimmeridgian, Tithonian, Volgian, ammonite zonal and sub ?X Zirngast, M. 1991d Die Entwicklungsgeschichte des Salzstocks Gorleben - Ergebnis einer strukturgeologischen Bearbeitung 3-31 Geologisches Jahrbuch A132 Structural Geology Germany Permian{?Y # Zwingmann, H.
Clauer, N.
Gaupp, R. 1998 Timing of fluid flows in a sandstone reservoir of the northern German Rotliegend (Permian) by K-Ar dating of related hydrothermal illite 91-106< Dating and duration of fluid flow and fluid-rock interaction 144 Parnell, J. London& Geological Society Special Publication Petroleum Geology Germany Permian ?Z ; Pearce, T.J.
McLean, D.
Martin, J.H.
Ratcliffe, K.
Wray, D. 2010V A Whole-Rock Geochemical Approach to the Recognition and Correlation of "Marine Bands" 221-238I Application of Modern Stratigraphic Techniques: Theory and Case Histories 94$ SEPM Society for Sedimentary Geology: chemostratigraphy; palynology; marine bands; Carboniferous Geochemistry SEPM Special Publication ISBN 978-1-56576-199-5 Northwest Europe GenericA internal-pdf://Pearce et al 2010-1729455013/Pearce
s Generic 1 |dands Permian 13Q int herlands Generic 26 rboniferous 14
herlands Generic 4 ds
Carboniferous 20 +erlands Generic ?\ Ahorner, L. 1962G Untersuchungen zur Quartären Bruchtektonik der Niederrheinischen Bucht 24-105 Eiszeitalter und Gegenwart 13 Structural Geology Germany
Quaternary |; ?] Albers, H.J.
Felder, W.M. 1979 Litho-, Biostratigraphie und Palökologie der Oberkreide und des Alttertiärs (Präobersanton-Dan/Paläozän) von Aachen-Südlimburg (Niederlande, Deutschland, Belgien). Aspekte der Kreide Europas 47-84; International Union of Geological Sciences (IUGS), Series ?^
Andrews, J.T. 1974 Glacial Isostacy 491 Benchmark Papers in Geology 10 Glacial Geology Generic
Quaternary ? ex?_ ! Schierbeek, A.
Hofmann, A. 1959) Oil and gas production in the Netherlands 4-11 5th World Petroleum Congress 30 1 Sthe ?` Anonymous 1963! Europe's largest natural gasfield 153-159! The Institute of Petroleum Review May 1963 Petroleum Geology Europe Generic ?b Baldschuhn, R.
Jaritz, W. 1977 Stratigraphie der Oberkreide in Nordwestdeutschland (Pompeckjsche Scholle), Korrelation der Bohrlochdiagramme und des Kernmaterials 7-9 Geologisches Jahrbuch A38 Stratigraphy Germany
Cretaceous 5 ?c / Barends, F.B.J.
Brouwer, F.J.J.
Schröder, F.H. 1995 Land subsidence: natural causes, measuring techniques, the Groningen gasfields. Proceedings of the Fifth International Symposium on Land Subsidence, The Hague, Oct. 1995. 409 Rotterdam Balkema
Subsidence Netherlands Generic ?d . Batjes, D.A.J
Nieuwenhuijs, W.H.
Rondeel, H.E. 1996, Geology of Gas and Oil under the NetherlandsB The Royal Geological and Mining Society of the Netherlands (KNGMG) Dordrecht Kluwer Academic Publishers Petroleum Geology Netherlands Generic ?e Beeg, A. 1963y Porosität und Permeabilität der Oberkarbongesteine der Bohrung Münsterland-1, Fortschr. Geol. Rheinl. u. Westf. Bd. 11 243-2508 Fortschritte in der Geologie von Rheinland und Westfalen 11 Petroleum Geology Germany
Carboniferous ?f
- Begeleidingscommissie Onderzoek Aardbevingen, 1993l Eindrapport multidisciplinair onderzoek naar de relatie tussen Gaswinning en aardbevingen in Noord-Nederland 76 De Bilt
Seismicity Netherlands Generic ?g ? Beutler, G.
Rockel, W.
Röhling, H.-G.
Schulz, R.
Werner, K.H. 1992Y Regionale Untersuchungen von geothermischen Reserven und Resources in Nordwestdeutschland 301-310) Geothermische Fachtagung 1992 Tagungsband Geothermics Germany Generic U?h Bijl, P.C.J. 1968H Surface installations and operations. Symposium Groningen gas field 1968 59-65e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie 25 Engineering Geology Netherlan ?i
Bless, M.J.M. 1981V De Mineraalwaterboringen te Maastricht. Een blik in de diepte. Een blik in de toekomst" Natuurhistorisch Museum Maastricht Hydrogeology Netherlands Generic 32 ?j & Bless, M.J.M.
Fernandez Narvaiza, M.C. 1993T Onder de Euregio. De verbinding tussen landschap en geologie in de Euregio Maas-Rijn 181A Toelichting Verhandelingen geologische en mijnkaarten van België 34 Geology Netherlands; Belgium Generic E?k 4 Bless, M.J.M.
Bouckaert, J.
Paproth, E.
Stoppel, D. 1986C Evaporites of Devono-Dinantian age in the southeastern Netherlands? 83-87+ Bulletin de la Société Belge de Géologie 95
Evaporites Netherlands Devonia?l
Boonen, P.
Dusar, M.
Somers, Y. 1985Y De steenkoolverkenningsboring Opglabbeek-Louwelsbroek (Boring 161 van het Kempens bekken) 78 Professional Paper 1985/5, 218 Belgische Geologische Dienst Natural resources Belgium
Carboniferous 8?m Bosch, P.W. 1980; Blad Heerlen (62 W oostelijke helft, 62 O westelijke helft) 160-176; Toelichting bij de geologische kaart van Nederland 1:50.000 Haarlem Rijks Geologische Dienst Stratigraph ?n Bosum, W. 1965l Interpretation magnetischer Anomalien durch dreidimensionale Modelkörper zur Klärung geologischer Probleme 668-680 Geologisches Jahrbuch 83
Geophysics Generic Generic
?o
Brouwer, G.C. 1975+ Aardolie en -gas potentieel van de Noordzee 95-103# Jaarboek Mijnbouwkundige Vereniging 45 Delft Mijnbouwkundige Vereniging Petroleum Geology North$ ?p + Buntebarth, G.
Michel, W.
Teichmüller, R. 1982j Das permokarbonische Intrusiv von Krefeld und seine Einwirkung aug die Karbon-Kohlen am linken Niederrhein 31-458 Fortschritte in der Geologie von Rheinland und Westfalen 30 Magmatism Germany Permian, ״?q " Burger, K.
Fiebig, H.
Stadler, G. 1984f Kaolin-Kohlentonsteine in den Explorationsräumen des Niederrheinisch-Westfälischen Steinkohlenrevier 151-1698 Fortschritte in der Geologie von Rheinland und Westfalen 32 Natural resources Germany
_# ?r 9 Côté, H.
Thimus, J.F.
Rijkers, R.H.B.
Naaktgeboren, M. 2000? Soil behaviour during freezing (Part 1): Frost heaving 3D tests 69-75W Ground Freezing Frost action in soils. Symposium Ground Freezing 2000, Louvain-la-Neuve Thimus, J.F. Louvain-la-Neuve Symposium ?s
Daly, R.A. 1934! The Changing World of the Ice Age Yale University Press Glacial Geology Europe
Quaternary 271 O
rboniferousA internal-pdf://Glasbergen (1985)-3962225716/Glasbergen (1985).pdf H Devonian; internal-pdf://Reijers (1985)-0322007092/Reijers (1985).pdf 4 Quaternary= intern ?u De Gans, W. 19958 Een geologisch overzichtsprofiel van Ridderkerk naar Urk 90-93 Grondboor & Hamer 49 3/4 Stratigraphy Netherlands Generic ?v # De Gans, W.
Groot, Th. de
Zwaan, H. 1987G The Amsterdam basin, a case study of a glacial basin in The Netherlands 205-216 Tills and Glaciotectonics Van der Meer, J.J.M. Rotterdam Balkema Glacial Geology Netherlands
Quaternary ?w
De Min, E.J. 1996 De geoïde voor Nederland
Publicatie 34# Nederlandse Commissie voor Geodesie
Geophysics Netherlands Generic ?x Delmer, A 1951f Coupe en houiller du sondage N° 118 de Bourg-Léopold (Camp). Le Westphalien B en Campine occidentale 262-275+ Bulletin de la Société Belge de Géologie 59 Stratigraphy Belgium Generic =?y o
Delmer, A. 1962Z Coupe des sondages du Bassin Houiller du Nord de la Belgique. Sondage de Turnhout (no 120) 101-138 Annales des Mines de Belgique 2
Geophysics Belgium Generic
?| Dietz, D.N. 1967 Hot-Water Drive 451-457. Proceeding of the 7th World Petroleum Congress 3 Engineeri ?} Donovan, D.T.
Jones E.J.W. 1979* Causes for world-wide changes in sea level 187-192 Journal of the Royal Society 136 Palaeogeography Generic Generic ?{
Demyttenaere, R.
Laga, P. 1988K Breuken en isohypsenkaarten van het Belgische gedeelte van de Roerdal Slenk 20 Professional Paper 1988/4, 234 Belgische Geologische Dienst Structural Geology Belgium Generic ,381940736 D ) l Generic3 internal-pdf://DTI (2003)-3497950720/ E
`etaceousE internal-pdf://Bless et al. (1986)-1839570241/Bless et al. ?~ - Drozdzewski, G.
Engel, H.
Wolf, R.
Wrede, V. 1985C Beiträge zur Tiefentektonik westdeutscher Steinkohlenlagerstätten 236 Krefeld- Geologische Landesamt von Nordrhein-Westfalen Structural Geology Germany Generic 9 Schlanger, S.O.
Arthur, M.A.
Jenkin> d? ! 5 Duyverman, H.J.
Geil, K.
Michelsen, O.
Sørensen, K. 1991H Tertiary geology and prospectivity of the Netherlands' northern offshore 14 EAPG conference E021 Florence Petroleum Geology NL Nort ? Elberskirch, W.
Wolburg, J. 1962c Zur Tektonik des Karbons am linken Niederrhein im Profil der Bohrungen Wachtendonk 1 und Emmerich 1 407-4328 Fortschritte in der Geologie von Rheinland und Westfalen 6 Structural Geology Germany Generic ?
Engen, H. van 1975: An interpretation of Groningen subsurface temperature data 177-183 Geologie en Mijnbouw 54 Geothermics Netherlands Generic ? Faber, F.J. 1963 Zo ontstond Nederland 117 Den Haag Servire Palaeogeography Netherlands Generic נ? & Fabian, H.J.
Gaertner, H.
Müller, G. 1962A Oberkarbon und Perm in der Bohrung Oberlanger Tenge Z1 im Emsland 1075-10968 Fortschritte in der Geologie von Rheinland und Westfalen 3 Stratigraphy Germany Carbonife ? Fertl, W.H. 19872 Log-derived evaluation of shaly clastic reservoirs 175-194 Journal of Petroleum Technology 39 2 Petroleum Geology Generic Generic 10.2118/14061-PA ?
Fischer, M.M. 1997- Holocene evolution of Zeeland (SW Netherland) 142 Mededelingen TNO-NITG 59 Palaeogeography Netherlands
Quaternary
? Frieg, C.
Kemper, E. 1989f Mikropaläontologische Gliederung und Abgrenzung von Ober-Alb und Unter-Cenoman in Nordwestdeutschland 73-193 Geologisches Jahrbuch A113
Palaeontology Germany
Cretaceous ? Gaemers, P.A.M. 1993 Het Tertiair 35-52! In de bodem van Salland en Twente
Rappol, M.
Lingua Terrae Stratigraphy Netherlands Cenozoic ? Geluk, M.C. 1993" Het fundament, de diepe ondergrond 17-34! In de bodem van Salland en Twente
Rappol, M.
Lingua Terrae Geology Netherlands Generic ? Geluk, M.C. 1994 Diep onder de grond 25-41 In de bodem van Noord-Holland Rappol, M.C.
Soonius, C.M.
Lingua Terrae Geology Netherlands Generic ? Geluk, M.C.
Pagnier, H. 1994O Regionale Entwicklung des Unteren Buntsandsteins in den südlichen Niederlanden 29-31" Kurzreferate und Exkursionsführer Krefeld/ Ordentliche Sitzung zur Perm-Trias Subkommision Stratigraphy Netherlands Triassic $? Geologisches Landesamt Hannover, 1946D Geotektonische Karte von Nordwestdeutschland, 1:100.000, Celle, 1946 Hannover Geologisches Landesamt Hannover Structura
HA 6 Strat et al 2010.pdf dimentology UK North Sea elgium
Palaeozoic
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`graphy gy NL North Sea Permian graphy Germany Mesozoic etherlands
Quaternary Netherlands
Quaternary 6 Germany Triassic Geology Germany Jurassic logy Belgium
Carboniferous y Netherlands Generic orites UK Triassic Geology North Sea Generic ogy UK Permian, Triassic Denmark Permian wastern North Sea herlands
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Quaternary ogy NL North Sea Generic Hl GeologyI ?
Glasbergen, P. 1982] Proefboring te Nieuweschans; resultaten van het geohydrologisch en geohydrochemisch onderzoek 1- 47 RID Mededeling 82-3 Den Haag+ Rijksinstituut voor holfield, N.
Paton, G.S. 2010P Seismic analysis workflow for reservoir characterization in the vicinity of salt 107-113 First Break 28 10
Geophysics UK GenericK internal-pdf://Ferguson et al. (2010)-1582344132/Ferguson et al. (2010).pdf * \? . Padmos, L.
Davies, D.
Davies, M.
McGarrity, J. 2010Q Using high-density OBC seismic data to optimize the Andrew satellites development 61-67 First Break 28 10
Geophysics UK North Sea
PalaeogeneG internal-pdf://Padmos et al. (2010)-1498900932/Padmos et al.? r Garming, J.F.L.
Cremer, H.
Verreussel, R.
Guasti, E.
Kirchholtes, R.P.J.
Van Hoof, T.B.
Donders, T.H.
Abbink, O.A. 2010~ Correlating Permo-Carboniferous sandstones with biogenic silica microfossils: a new biostratigraphic tool for the E&P industry 65-69 First Break 28 11 Stratigraphy Southern North Sea Permian, CarboniferousI internal-pdf://Garming et al. (2010)-0408869316/Garming et al. (2010).pdfL l? Louwye, S.
De Schepper, S. 2010q The Miocene–Pliocene hiatus in the southern North Sea Basin (northern Belgium) revealed by dinoflagellate cysts 760-776 Geological Magazine 147 5 Stratigraphy B North Sea NeogeneU _ '? ! Hustoft, S.
Bünz, S.
Mienert, J. 2010 Three-dimensional seismic analysis of the morphology and spatial distribution of chimneys beneath the Nyegga pockmark field, offshore mid-Norway 465-480 Basin Research 22 4
Geophysics NO North S
Wea Gene ? Cartwright, J. 2010H Regionally extensive emplacement of sandstone intrusions: a brief review 502-516 Basin Research 22 4 Structural Geology North Sea . (2010).pdf ! ? Wild, J.
Briedis, N. 2010V Structural and stratigraphic relationships of the Palaeocene mounds of the Utsira High 533-547 Basin Research 22 4 Structural Geology NO North Sea )Pnsights f- g (? Theissen, S.
Rüpke, L.H. 2010c Feedbacks of sedimentation on crustal heat flow: New i Y rom the Vøring Basin, Norwegian Sea 976-990 Basin Research 22 6 Geology NO NW &? Duguid, C.
Underhill, J.R. 2010z Geological controls on Upper Permian Plattendolomit Formation reservoir prospectivity, Wissey Field, UK Southern North Sea 331-348 Petroleum Geoscience 16 4 Petroleum Geology UK North Sea |? Geluk, M. 20101 Zoutmeren en -zeeën in de Nederlandse ondergrond 103-110 Grondboor & Hamer 64 4/5
Evaporites Netherlands } ? Laban, C. 2010 Zout nabij de zeebodem 111-113 Grondboor & Hamer 64 4/5
Evaporites NL North Sea }D? Spiers, Ch. 2010< Stroperig steenzout: De geheimen van een bijzonder gesteente 114-119 Grondboor & Hamer 64 4/5
Evaporites NL North Sea }? De Gans, W.
Duin, E. 2010' Steenzout, oppervlaktevormen en landijs 120-126 Grondboor & Hamer 64 4/5
Evaporites Netherlands }? Paar, W. 2010' Zoutwinning in Nederland, een overzicht 127-132 Grondboor & Hamer 64 4/5
Evaporites Netherlands ~0? Breunese, J. 20104 Zoutwinning en bodemdaling bij Harlingen (Barradeel) 133-136 Grondboor & Hamer 64 4/5
Evaporites Netherlands ƽ?K d 98-213-A Netherlands /gy Netherlands y Netherlands Generic internal-pdf://TNO-NITG-KBIII (1993)-3307208905/TNO-NITG-KBIII (1993).pdf
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internal-pdf://TNO-NITG-KBVI_maps-2554958793/TNO-NITG-KBVI_maps.zip 3| Geology Netherlands Ge X GenericM internal-pdf://Van Balen et al. (2000)-1871365386/Van Balen et al. (2000).pdf neric internal-pdf://TNO-NITG-KBVII+VIII (2002)-2993948617/TNO-NITG-KBVII+VIII (2002).pdf
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internal-pdf://TNO-NITG-KBVII_maps-3598009545/TNO-NITG-KBVII_maps.zip 6y Netherlands Generic internal-pdf://TNO-NITG-KBIX (2004)-2273057481/TNO-NITG-KBIX (2004).pdf
internal-pdf://TNO-NITG-KBIX_maps-0779927753/ 6 Netherlands Generic internal-pdf://TNO-NITG-KBX (1998)-2273438153/TNO-NITG-KBX (1998).pdf
internal-pdf://TNO-NITG-KBX_maps-3062021321/TN Netherlands Generic 107 internal-pdf://TNO-NITG-KBXI+XII (2003)-1888201161/TNO-NITG-KBXI+XII (2003).pdf
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internal-pdf://TNO-NITG-KBXIII_maps-0214001865/TNO-NITG-KBXIII_maps.zip Netherlands Generic internal-pdf://TNO-NITG_KBXV (1999)-1120462537/TNO-NITG_KBXV (1999).pdf
internal-pdf://TNO-NITG-KBXV_maps-0550344649/TNO-NITG-KBXV_maps.zip &Structural Geology Germany Generic %tructural Geology Germany Generic
9chrift der De ?
Graulich, J.-M. 1975% Le sondage de Hermalle-sous-Argenteau 12 Professional Paper 1975/4 Geologische Dienst België Stratigraphy B 9utschen Geologisc hen GeselD? ! < Groenewoud, W.
Lorenz, G.K.
Brouwer, F.J.J.
Molendijk, R.E. 1991C Geodetic determination of recent land subsidence in the Netherlands8 Land subsidence, Proc. 4th Int. Symp. on land subsidence 200 IAHS Publication
Geophysics Netherlands Generic ? Grönloh, H. 1995< The Gronau Fault Zone: the evolution of a basin margin fault 117 Institute of Earth Sciences Utrecht Utrecht University Unpublished thesis Structural Geology Germany Generic ? & Gulinck, M.
Drooger, C.W.
Martini, E. 1969 Le sondage de Kallo (au nord-ouest d'Anver). I Coupe résuméée des terrains traversés au sondage de Kallo et profil géologique NS. II Microfauna close to the Eocene-Oligocene boundary in the boring at Kallo. III Calcareous nannoplankton from the Kallo well 42Z Mémoires pour servir à l'Explication des Cartes Géologiques et Minières de la Belgique 11 Stratigraphy Belgium
Palaeogene ? Hager, H.
Prueert, J. 1988 Tertiär 32-40 Geologie am Niederrhein Hilden, H.D. Krefeld* Geologisches Landesamt Nordrhein-Westfalen Stratigraphy Germany Cenozoic ? Harsveldt, H.M. 1966% De diepere ondergrond van Winterswijk 58-65 Grondboor & Hamer 20 Geology Netherlands Generic *D? ! Hartkamp-Bakker, C.A. 1991i Capillary oil entrapment in crossbedded sedimentary structures of fluvial sandstone reservoirs. SPE 22761T 66th Annual Technical Conference and Exibition of the Society of Petroleum Engineers Dallas, Oct. 6-9 Petroleum Geology Generic Generic ? Hays, J.D.
Pitman, W.C. 1973U Lithospheric plate motion, sea level changes and climatic and ecological consequences 18-22 Nature 246 Structural Geology Generic Generic *8? Heidorn, F.
Kessler, W. 1959 Das Erdgasfeld Bentheim 137-150H I Giacimenti Gassiferi dell'Europa Occidentale. Atti del Convegni Lincei I Atti del Convegno Milano, 1957 P (?
Helsen, S.
Langenaeker, V. 1999p Burial history and coalification modelling of Westphalian strata in the eastern Campine basin (northern Belgium) 55 Professional Paper 1999/1 N. 289 Geological Survey of Belgium Burial histo ? Hilden, H.G. 1988 Geologie im Münsterland 195 Krefeld* Geologisches Landesamt Nordrhein-Westfalen Geology Germany Generic ? Hinze, C. 1988E Erläuterungen zur Blatt 3608 Bad Bentheim. Geologische Karte 1:25000 1200 Niedersächsisches Landesamt für Bodenforschung Stratigraphy Germany Generic x? Hoffmann, K. 19629 Lias und Dogger im Untergrund der Niederrheinischen Bucht 105-1858 Fortschritte in der Geologie von Rheinland und Westfalen 6 Stratigraphy ? Hooghart, J.C. 1988. Geothermal energy and heat storage in aquifers 107M Technical Meeting 45, Ede, The Netherlands, 1988. Proceedings and Information 40& TNO Committee on hydrological Research Geothermics Netherlands Generic ?
Jelgersma, S. 1977$ Ondergrondse lozing op matige diepte 41-43 De Ingenieur
2 jaargang 89 Storage Netherlands Generic ? Jelgersma, S.
Visser, W.A. 1972< Hydrogeological maps of the Netherlands, scale 1 : 1,500,000 7-10 Geologie en Mijnbouw 51 Hydrogeology Netherlands Generic ? # Jubitz, K.-B.
Znosko, J.
Franke, D. 1985T South-West Border of the East European Platform, Tectonic Map 1:1,500,000 (2 sheets) IGCP No. 86 Berlin Zentrales Geologisches Institut Structural Geology Eastern Europe Generic `? Kelch, H.J. 1963] Beschreibung der Spülproben und Kerne des Unterkarbons und Devons der Bohrung Münsterland-1 313-3198 Fortschritte in der Geologie von Rheinland und Westfalen 11 Stratigraphy W@Carbonife Europe Generic?
Kimpe, W.F.M. 1980
Hydrogeologie 132-142x Toelichting bij de geologische kaart van Nederland 1:50.000, Blad Heerlen (62 W oostelijke helft, 62 O westelijke helft)
Kuyl, O.S. Haarlem Rijks Geologische Dienst Hydrogeology Netherlands Generic ? Klostermann, J. 1984$ Erläuterungen zu Blatt 4402 Geldern 1461 Geologische Karte von Nordrhein-Westfalen 1:25000 Stratigraphy Germany Generic ? Klostermann, J. 1992" Erläuterungen zu Blatt 4303 Uedem 1301 Geologische Karte von Nordrhein-Westfalen 1:25000 Stratigraphy Germany Generic D? Klostermann, J. 1997! Erläuterungen zu Blatt 4302 Goch1 Geologische Karte von Nordrhein-Westfalen 1:25000 Stratigraphy Germany Generic 146 ? Knapp, G. 1999_ Die Bohrung Bürvenich 1993. Ein Beitrag zur Stratigraphie von Lias und Keuper am Eifelnordrand 341-356- Zentralblatt für Geologie und Paläontologie 3-4 Stratigraphy Germany Triassic; Jurassic ݄? Koch, J.
Kockel, F.
Krull, P. 1997Z Coalification at the base of the Zechstein and the pre-Permian surface in Northern Germany 33-42 Geologisches Jahrbuch D103
Diagenesis Germ '? # Koyi, H.
Jenyon, M.K.
Petersen, K. 1993, The effect of basement faulting on diapirism 285-312 Journal of Petroleum Geology 16 3 Structural Geology Generi? Krusch, P.
Wunstorf, W. 1907y Das Steinkohlengebiet nordöstlich der Roer nach den Ergebnisse der Tiefbohrungen und verglichen mit dem Cardiff-District 425-436 Glückauf-Forschungshefte 43 Natural resources Germany
Carboniferous
D? Laga, P.
Vandenberghe, N. 1990g The Knokke well (11E/138) with a description of the Den Haan (22W/276) and Oostduinkerke (35E/14) wells 118Z Mémoires pour servir à l'Explication des Cartes Géologiques et Minières de la Belgique 29 Geology = ? Lambeck, K. 1995v Late Devensian and Holocene shorelines of the British Isles and North Sea from models of glacio-hydroisostatic rebound 437-448! Journal of the Geological Society 152 3 Palaeogeography UK No; l? $ Lambeck, K.
Smither C.
Johnston, P. 1998J Sea-level change, glacial rebound and mantle viscosity for northern Europe 102-144! Geophysical Journal International 134 1 Glacial Geology Northern Europe
?
Langenaeker, V. 1992@ Coalification maps for the Westphalian of the Campine coal basin 38! Professional Paper 1992/6, N. 256 Geological Survey of Belgium Natural resources Belgium
Carboniferous D? Legrand, R.
Tavernier, R. 19507 Les morts-terrains au sondage du Camp de Bourg-Léopold 17-23+ Bulletin de la Société Belge de Géologie 59 Stratigraphy< n? ) Leythaeuser, P.
Schaefer, R.G.
Yukler, A. 19826 Role of diffusion in primary migration of hydrocarbons 408-4295 American Association of Petroleum Geologists Bur? Lie Sun Fan
Vandenberghe, N. 1989. Geothermal demonstration activities in Belgium 612-622 European Geothermal Update. Proceedings of the Fourth International Seminar on the Results of EC Geothermal Energy Research and Demonstration, Florence, 27-30 April 19892 Louwrier K.
Staroste E.
Garnish J.D.
Karkoulias V. Geothermics Belgium Generic Compaction and Fluid Migration: Practical Petroleum Geology 319 Developments in Petroleumscience 9 Amsterdam Elsevier Petroleum Geology Generic Generic T Netherlands Cretaceous ? + McCave, I.N.
Caston, V.N.D.
Fannin, N.G.T. 1977 The Quaternary of the North Sea 187-204 British Quaternary Studies F.W. Shotton Oxford Stratigraphy North Sea
Quaternary YPT?
Miseri, W. De Limburgse steenkolenmijnenF Jaarboek Oudheidkundig en Cultuurhistorisch Genootschap Landgraaf 1998 Natural resources Netherlan ds
Carboniferous ?
Pelletier, W. 19931 De geschiedenis van de Winterswijkse steengroeven 28-31 Grondboor & Hamer 47 History Netherlands Generic @uaternary ? # Plein, E.
Dörholt, W.
Greiner, G. 1982f Das Krefelder Gewölbe in der Niederrheinischen Bucht. Teil einer grossen Horizontalverschiebungszone? 15-298 Fortschritte in der Geologie von Rheinland und Westfalen 30 Structural Geology German [? Poty, E. 19827 The Devonian and Dinantian of the Vise area, NE Belgium 40-43; Publicaties van het Natuurhistorisch Genootschap in Limburg 32 Stratigraphy Belgium Devon ian; Carboniferous ? Prins, S. 1981J De taak van de Rijks Geologische Dienst in het kader van het energiebeleid 94-96! Economisch Statistische Berichten History Netherlands Generic Generic s ]l?
Quast, P. 1986M The construction of the caverns in the gas storage project Ll. Torup, Denmark" VSolution Mining Research Institute Storage Autumn meeting 1986 Denmark Generic ? Rademakers, P.C.M. 19895 Delfstoffen in Limburg. Geologie, winning, toepassing 129-419 Grondboor & Hamer 43 Natural resources Netherlands Generic ?
Rappol, M. 1992 In de bodem van Drenthe 283 Amsterdam
Lingua Terrae Geology Netherlands Generic 3 _@? Remmelts, G. 1992) Het fundament }, Drenthe's diepe ondergrond 31-48 In de bodem van Drenthe
Rappol, M.
Lingua Terrae Geology Netherlands Generic ? Remmelts, G.
Lokhorst, A. 1994) Aardbevingen veroorzaakt door gaswinning? 508-511 Mens & Wetenschap 21
Subsidence Netherlands Generic =? 8 Rijkers, R.H.B.
Hemmen, B.
Naaktgeboren, N.M.
Weigl, H. 2002F In situ frost heave loads in artificially frozen ground for tunnelling 93-100o Proceedings of the 3rd International Symposium: Geotechnical Aspects of Underground Construction in Soft Ground Engineering Geology Generic GenericS? ; Rijkers, R.H.B.
Naaktgeboren, N.M.
Côté, H.
Thimus, J.F. 2000a Soil behaviour during freezing (Part 2): Application to tunnels excavated with freezing technique 237-243W Ground Freezing Frost action in soils. Symposium Ground Freezing 2000, Louvain-la-Neuve Thimus, J.F. Engineering Geology Generic Generic ?
Rijks Geologische Dienst, 1983 Geologische en hydrologische inventarisatie van Tertiaire en Onder-Kwartaire afzettingen in Midden-Nederland t.b.v. ondergrondse opslag en winning van warm water Rapport no. 83KA20EX Geothermics Netherlands Generic e opslag en winning van warm water Rapportno. 83KA20EX Haarlem Rijks Geologische Dienst Geothermics Netherlands Cenozoic hermics Netherlands Cenozoic
rlands
Carboniferous 1resources GB 2107 Netherlands
Carboniferous AX; Palaeog um Perm
al (1998).pdf ; Palaeogene
l. (2002).pdf ] TriassicQ internal-pdf://Clausen & Pedersen (1999)-1418170900/Clausen & Pedersen (1999).pdf ^a
PalaeogeneM internal-pdf://Danielsen et al. (1997)-0159988244/Danielsen et al. (1997).pdf Triassic [ CenozoicM internal-pdf://Sørensen et al. (1997)-2224089876/Sørensen et al. (1997).pdf blaeogeneW internal-pdf://Michelsen & Danielsen (1996)-3885150740/Michelsen & Danielsen (1996).pdf Q? / Gemmer, L.
Huuse, M.
Clausen, O.R.
Nielsen,S.B. 2002y Mid-Palaeocene palaeogeography of the easten North Sea basin: integrating geological evidence and 3D geodynamic modelling 329-346 Basin Research 14 Palaeogeography Denmark CenozoicG internal-pdf://Gemmer et al. (2002)-4221134868/Gemmer et al. (2002).pdf ? Gemmer, L.
Nielsen,S.B. 2001 Three-dimensional inverse modelling of the thermal structure and implications for lithospheric strength in Denmark and adjacent
areas of Northwest Europe 141-154! Geophysical Journal International 147I finite elements, geothermics, heat flow, inversion, lithosphere, rheology Geothermics Denmark GenericM internal-pdf://Gemmer & Nielsen (2001)-2493328660/Gemmer & Nielsen (2001).pdf ? " Gemmer, L.
Nielsen, S.B.
Bayer, U. 2003f Late Cretaceous–Cenozoic evolution of the North German Basin—results from 3-D geodynamic modelling 39-54 Tectonophysics 373 1-4W Geodynamic modelling; North German Basin; Tectonic inversion; Rheology; Finite elements Geothermics Germany Cretaceous; CenozoicG internal-pdf://Gemmer et al. (2003)-0010686996/Gemmer et al. (2003).pdf ? ) Frederiksen, S.
Nielsen, S.B.
Balling, N. 2001B Post-Permian evolution of the Central North Sea: a numerical model 185-203 Tectonophysics 343 3-4\ Dynamic modelling; Strain softening; Mantle shear zones; Basin evolution; The Central Graben Geothermics DK North Sea MesozoicS internal-pdf://Frederiksen et al2. (2001)-3517527572/Frederiksen et al2. (2001).pdf ? ) Frederiksen, S.
Nielsen, S.B.
Balling, N. 2001: A numerical dynamic model for the Norwegian–Danish Basin 165-183 Tectonophysics 343 3-4 Thermo-mechanical modelling; Thermal doming; Lithospheric extension; Basin formation and evolution; The Norwegian – Danish
Basin; North Sea region Geothermics N-DK North Sea CenozoicQ internal-pdf://Frederiksen et al. (2001)-1722937364/Frederiksen et al. (2001).pdf H? i Hinsby, K.
Harrar, W.G.
Nyegaard, P.
Konradi, P.
Rasmussen, E. S.
Bidstrup, T.
Gregersen, U.
Boaretto, E. 2001o The Ribe Formation in western Denmark - Holocene and Pleistocene groundwaters in a coastal Miocene sand aquifer 29-48S Palaeowaters in Coastal Europe: Evolution of Groundwater Since the Late Pleistocene 189
Edmunds, W.M. London2 Geological Society of London, Special6? Konradi, P. 20053 Cenozoic stratigraphy in the Danish North Sea Basin 109-111" Netherlands Journal of Geosciences 84 2> Eastern North Sea, Neogene, Pleistocene, sequence stratigraphy Stratigraphy DK North Sea Cenozoic; internal-pdf://Konradi (2005)-0280715796/Konradi (2005).pdf ? Larsen, B.T.
Andersen, L.T. 2005r Late Quaternary stratigraphy and morphogenesis in the Danish eastern North Sea and its relation to onshore geology 113-128" Netherlands Journal of Geosciences 84 2n Denmark, North Sea, Saalian, Eemian, Weichselian, Holocene, glaciotectonics, spit systems, coastal development Stratigraphy DK North Sea
QuaternaryO internal-pdf://Larsen & Andersen (2005)-1103025940/Larsen & Andersen (2005).pdf | ? Svendsen, J.B.
Hartley, N.R. 2001 Comparison between outcrop-spectral gamma ray logging and whole rock geochemistry: implications for quantitative reservoir charcterisation in continental sequences. 657-670 Marine and Petroleum Geology 18 6 Geochemistry UK GenericQ internal-pdf://Svendsen & Hartley (2001)-3570457108/Svendsen & Hartley (2001).pdf? Svendsen, J.B.
Hartley, N.R. 2002B Synthetic heavy mineral stratigraphy: applications and limitations 389-405 Marine and Petroleum Geology 19 4 Stratigraphy UK TriassicQ internal-pdf://Svendsen & Hartley (2002)-2044520980/Svendsen & Hartley (2002).pdf ? ( Danielsen, M.
Clausen, O.R.
Michelsen, O 1995 Stratigraphic correlation of late Palaeocene sand deposits in the Søgne Basin area of the Danish and Norwegian central North Sea 516-527
Terra Nova 7 5 Stratigraphy N-DK North Sea Cenozoic 9D Cenozoi Übersichtsdastellung des nördlichen Mitteleuropa 2 Hannover! Bundesanstalt für Bodenforschung Palaeogeography Germany
Cretaceous x@?
Rijks Geologische Dienst, 1985C Grondwaterplan Limburg. Toelichting geohydrologische inventarisatie Rapport GB 2008 Hydrogeology Netherlands Generic cs Netherlands Cenozoic ?
Rijks Geologische Dienst, 1984b Inventarisatie van slecht-doorlatende laagpakketten in de ondergrond van het Nederlandse vasteland Rapport no. OP6009 Hydrogeology Netherlands Generic y?
Rijks Geologische Dienst, 1993 Evaluation of salt bodies and their overburden in the Netherlands for the disposal of radioactive waste; Caprock formation and subrosion 88 C Haarlem Rijks Geologische Dienst Stor ? Römer, J.H. 1970= Noricumklei en zandsteen (O. Hauterive) ten westen van Losser 116-122 Grondboor & Hamer 4 Stratigraphy Netherlands
D? Römer, J.H. 1983g De anticlinaal van Gronau bij Glanerbrug (Enschede) met gegevens over de ingang van de Alstätter Bocht 142-152 Grondboor & Hamer 37 Structural Geology Netherlands ? Römer, J.H. 1977 Het Onder-Krijt van Losser 1-14 Grondboor & Hamer 1 Stratigraphy Netherlands
Cr ? Römer, J.H. 1977 Het Onder-Krijt van Losser II 62-64 Grondboor & Hamer 2 Stratigraphy Netherlands
Cr ? Ross, C.A.
Ross, R.P. 19874 Late Paleozoic sea levels and depositional sequences 137-149B Cushman Foundation for Foraminiferal Research, Special Pubications 24 Stratigraphy Generic
Palaeozoic ?
Rouvé, G. 1986- Grundwasser modell Rurscholle; Schlussbericht 70 Aachen^ Institut für Wasserbau und Wasserwirtschaft der Rheinisch-Westfalischen Technische Hochschule Hydrogeology Germany Generic ?
Rouvé, G. 1991 Grundwassermodel Rurscholle Aachen^ Institut für Wasserbau und Wasserwirtschaft der Rheinisch-Westfalischen Technische Hochschule Hydrogeology Germany Generic ? $ Sannemann, D.
Zimdars, E.
Plein, E. 19783 Der basale Zechstein (A2-T1) zwischen Weser und Ems 33-693 Zeitschrift der Deutschen Geologischen Gesellschaft 129 Stratigraphy Germany Permian ? 9 Scharples, D.M.
Myres, J.C.
Morgan, C.L.
Kuzemko, N.C.J. 1994- The Markham Field, a trans-median development 339-346& Society of Petroleum Engineers Journal
SPE 028839 Petroleum Geology UK North Sea Generic P? ? T Schott, W.
Jaritz, W.
Kockel, F.
Sames, C.-W.
Stackelberg, U.
Stets, J.
Stoppel, D. 1967 Zur Paläogeographie der Unterkreide im nördlichen Mitteleuropa mit Detailstudien aus Nordwestdeutschland. Bemerkungen zu einem Atlas 149-158 Erdöl Erdgas Kohle 20 Palaeogeography Germany; Central Eu x? Schuster, A. 1962# Das Stefan in der Bohrung Wielen Z1 1097-11088 Fortschritte in der Geologie von Rheinland und Westfalen 3 3 Stratigraphy Germany ֈ? Schuster, A. 1963i Konnektierung von Bohrlochmessungen im Westfal der Bohrung Münsterland 1 mit Messungen anderer Bohrungen 459-4698 Fortschritte in der Geologie von Rheinland und Westfalen 11 Stratigraphy German ? Schuster, A.
Wolburg, J. 1963@ Das Alb in der Bohrung Münsterland-1 und benachbarten Bohrungen 45-568 Fortschritte in der Geologie von Rheinland und Westfalen 11 Stratigraphy Germany
?
Scotese, C.R. 19916 Jurassic and Cretaceous plate tectonic reconstructions 493-5011 Palaeogeography, Palaeoclimatology, Palaeoecology 87 1-4 Structural Geology Generic Juras
? Sissons, J.B.
Cornish, R. 1982L Differential glacio-isostatic uplift of crustal blocks at Glen Roy, Scotland 268-288 Quaternary Research 18 3 Glacial Geology s?
Stainier, X. 1922* Le sondage N° 86 de Wyvenheide en Campine Stratigraphy Belgium Generic ? Streel, M.
M.J.M. Bless 1988[ The Chalk District of the Euregio Meuse-Rhine. Selected papers on Upper Cretaceous deposits 116 Stratigraphy ISBN 90-70705-04-4 Western Europe
Cretaceous ?d Pryor, W.A. 1971V Petrology of the Weissliegendes Sandstones in the Harz and Werra-Fulda areas, Germany. 1600-1602 Geologische Rundschau 60 4 Petrology Germany Permian7 internal-pdf://Pryor (1971)-0182279955/Pryor (1971).pdf E "st des Pays Bas 631-645l Cinquieme congrès international de strat ?
Stuurman, R.J.
Vermeulen, P. 1996T Grensoverschrijdende grondwaterstromen in de Centrale en Roerdalslenk. Spraakwater 4 Delft TNO Grondwater en Geo-Energie Hydrogeology Netherlands Generic s? k Stuyfzand, P.J. 1986b Een nieuwe hydrochemische klassificatie van watertypen, met Nederlandse voorbeelden van toepassing 562-568? H2O, Tijdschrift voor watervoorziening en afvalwaterbehandeling 23 6 Hydrogeology Netherlands Generic aŽ? Tantow, M.S. 1992S Structural development of inversion-related oil and gas fields, Emsland, NW Germany 77-84@ Generation, accumulation and production of Europe's hydrocarbons 2
Spencer, A.M. Berlin Springer Petroleum GeologyJ Special Publication of the European Association of Petroleum Geoscientists Germany Generic many PermianC internal-pdf ) (y@ Schriftenreihe der Deutschen Gesellsc Hany
Car any
Carboniferous /Marie (1975).pdf North Sea Cenozoic
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er (2007).pdf erous; Permian k et al.
uk (2007).pdf Jager (2007).pdf 8 es-Schmidt_Margret-0373164034/Mathes-Schmidt_Margret.pdf st Europe Permian /Wong et al. (2007).pdf 8236288/Wong (2007).pdf en et al. (2007).pdf ssingh (2007).pdf
eutschen Gese ) hy@ Schriftenreihe der Deutschen Gesells ) y@ Schriftenreihe der Deutschen Gesellsc % Schriftenreihe der Deutschen Gesell ) chaft für Geowissenschaften Germany
Carboniferous 9 Gesellschaft für Geowissenschaften Germany Triassic 4 llschaft für Geowissenschaften Germany Triassic 6esellschaft für Geowissenschaften Germany Permian 5haft für Geowissenschaften Germany
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Palaeozoic Carboniferous Carboniferous 2wissenschaften Stratigraphy Germany Silurian ny Generic *2771805697/Posamentier & Walker (2006).pdf )etroleum Geology UK North Sea Generic )Publication Europe Mesozoic; Cenozoic +l Publication Europe Mesozoic; Cenozoic %
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Palaeontology Special Publicati Stratigraphy Germany Permian ( 00049 Germany Carboniferous; Permian /Worum et al. (2004).pdf
boniferous J Norwegian Petroleum Society (NPF) Special Publication Denmark Generic =reenland (GEUS) Structural Geology DK North Sea Generic UK Generic sche Geol elgium Generic ۔ry Belg( `? Tantow, M.S. 1993Y Stratigraphie und seismisches Erscheinungsbild des Oberkarbons (Westfal, Stefan), Emsland 66* Berliner Geowissenschaftliche Abhandlungen 148 A Stratigraphy Germany
C% ? Taylor, J.C.M. 1990 Late Permian - Zechstein 86-1116 Introduction to the Petroleum Geology of the North Sea
Glennie, K.W. Oxford! Blackwell Scientific Publications Petroleum Geology North Sea Permi ? 2 Teichmüller, M.
Teichmüller, R.
Bartenstein, H. 1984] Inkohlung und Erdgas, eine neue Inkohlungskarte der Karbon-Oberfläche in Nordwestdeutschland 11-348 Fortschritte in der Geologie von Rheinland und Westfalen 32 Natural resources Germany
Carboniferous s Generic Generic a?
Teunissen, D. 1961# Het Midden Nederlandse Heuvelgebied 154 PhD Utrecht Utrecht University Geography Net ? Thieme, B.
Rockenbauch, K. 1999I Floßtektonik ('rift-raft tectonics') in der Trias der Südlichen Nordsee 65-79 DGMK-Tagungsbericht 9901 Structural Geology Southern North Sea Triassic ظD?
Thiermann, A. 1968H Erläuterungen zu Blatt 3707 Glanerbrücke, 3708 Gronau und 3709 Ochtrup1 Geologische Karte von Nordrhein-Westfalen 1:25000 Krefeld Stratigraphy Germ7 l? Thorez, J.
Dreessen, R. 1986 A model of a regressive depositional system around the Old Red Continent as exemplified by a field trip in the Upper Famennian "Psammites du Condroz" in Belgium 285-323/ Annales de la Société Géologique de Belgique 109 Clastic sedimentology Belgium ?
TNO-DGV 1986Q Grondwaterplan Limburg. Toelichting op de geohydrologische inventarisatie, deel 2 Rapport TNO-DGV OS 86-12 Delft/Oosterwolde Hydrogeology Netherlands Generic ? Tunn, F. 1963R Auswertung von Bohrlochmessungen der Bohrung Münsterland 1 unterhalb 1870 m Teufe 239-2428 Fortschritte in der Geologie von Rheinland und Westfalen 11 Geol % V0 25 Petroleum Geology Netherlan ? Ulrich, V.P. 19566 De geophysische opsporing van het olieveld Schoonebeek M21-M22 De Ingenieur 68# 32, Mijnbouw en Petroleumtechniek 3
Geophysics Netherlands
Cretaceous ? ! ( Vail, P.R.
Mitchum, R.M. Jr.
Todd, R.G. 19774 Eustatic model for the North Sea during the Mesozoic 1-12D Norsk P Netherlands Permian, Triassic 3 p? ! Van Camp, M.
Walraevens, K. 1999 d Impact of Late Pleistocene and Holocene paleo-environmental changes on the fresh-/salt water distribution in the Eo-Oligocene aquifers in North-west Belgium 229-2384 Proceedings of the 15th Salt-water intrusion meeting De Breuck, W.
Walschot, L. Ghent" Natuurwetenschappelijk Tijdschrift Palaeogeography 25-29 May 1998 Belgium
Palaeogene < ededelingen K.N.N.V. 147 Geology Netherlands Generic Netherlands Generic arboniferous $ al resources Netherlands Generic therlands Permian `? 0 Van de Sande, J.M.M.
Reijers, T.J.A.
Casson, N. 1996u Multidisciplinary exploration strategy in the northeast Netherlands Zechstein 2 Carbonate play, guided by 3D seismics 125-142! Oil and Gas under the Netherlands/ Rondeel, H.E.
Batjes, D.A.J.
Nieuwenhuijs, W.H. Dordrecht Kluwer Petroleum Geology Netherlands Permian 1 @? ' Gebhardt, U.
Schneider, J.
Hoffmann, F. 1991W Modelle zur Stratigraphie und Beckenentwicklung im Rotliegenden der Norddeutschen Senke 405-427 Geologisches Jahrbuch A 127 Stratigraphy ? ! Van der Meer, M.
Pagnier, H.J.M. 1996 The sediment petrography of sandstone bodies of borehole 'De Lutte 6' (east Twente, the Netherlands) and its regional significance 31-60% Mededelingen Rijks Geologische Dienst 55 Clastic sedimentology Netherlands Generic ? " Van der Vlerk, I.M.
Kuenen, Ph.H. 1961 Logboek der aarde 200 Phoenix Pocket no. 32 Zeist W. de H ? Van der Wateren, F.M. 19955 Structural geology and sedimentology of push moraines 1-168% Mededelingen Rijks Geologische Dienst 54 Clastic sedimentology Generic
Quaternary ? Van Lith, J.G.J. 1991$ De gasvelden van de Bergen-concessie 146-149 Grondboor & Hamer 45 Petroleum Geology Netherlands Generic D? ! Van Rossum, B. 19788 Geology and appraisal development of the Groningen Field% European Petroleum and Gas Conference
RAI Amsterdam Petroleum Geology May 23-25 Netherlands Generic ? Van Tongeren, P.C.H.
Wong, Th.E. 1996j The 'De Lutte' Project: a multidiscplinary study of the Late Carboniferous in east Twente, the Netherlands 146% Mededelingen Rijks Geologische Dienst 55 Stratigraphy Netherlands
Carboniferous ? ( Van Waterschoot van der Gracht, W.A.J.M. 1918y Eindverslag over de onderzoekingen en uitkomsten van den Dienst der Rijksopsporing van Delfstoffen in Nederland 1903-1916 664 Amsterdam Natural resources Netherlands Generic Netherlands Generic X 583317569 ands
Ca therlands Generic [ Florence, Italy Elsevier Science Geothermics 18-31 May 1995 Netherlands Generic Cnbouwkundige Vereniging Petroleum Geology Netherlands Generic Netherlands Permian ? 2 Vandenberghe, N.
Dusar, M.
Laga, P.
Bouckaert, J. 1988 The Meer well in North Belgium 23J Toelichtende Verhandelingen voor de Geologische en Mijnkaarten van België 25 Stratigraphy Belgium Generice ? Veevers, J.J.
Powell, C.Mc.A. 1987{ Late Palaeozoic glacial episodes in Gondwanaland reflected by transgressive-regressive depositional sequences in Euramerica 475-487& Geological Society of America Bulletin 98 4 Glacial Geology Europ ? Velseboer, P.Th. 1979/ Mogelijkheden voor kolenvergassing in Nederland 699-700 De Ingenieur 91 Natural resources Netherlands GenericUT? 4 Verbeek, J.W.
De Leeuw, C.S.
Parker, N.
Wong, Th.E. & The Tertiary of the Roer Valley Grabenb Rift tectonics and syngenetic sedimentation the Cenozoic Lower Rhine Graben and related structures Schaefer, A.
Siehl, A. Structural Geology9 Geologie en Mijnbouw / Netherlands Journal of Geosciences Netherlands Cenozoic K 4? Visser, W.A. 1974% Waste disposal and underground waters K 249-256 Geologie en Mijnbouw 53 Hydrogeology Netherlands Generic ? Voigt, E. 1963y Über Randtröge vor Schollenrändern und ihre Bedeutung ins Gebiet der Mitteleuropäische Senke und angrenzender Gebiete 378-4183 Zeitschrift der Deutschen Geologischen Gesellschaft 114 Structural Geology Central Europe Generic ?! Von Winterfeld, C.H. 1994` Varizische Deckentektonik und devonische Beckengeometrie der Nordeifel. Ein quantitatives Modell 319& Aachener Geowissenschaftliche Beitrage 2 Structural Geology Germany Devonian >ijks Geologische Dienst Stratigraphy Netherlands Generic F London Institute of Petroleum Geology Western Europe Generic cD?" ! Wolburg, J. 1949Z Ergebnisse der Biostratigraphie nach Ostracoden im Nordwestdeutschen Wealden. , p.349-360.` Erdöl und Tektonik in Nordwestdeutschland. Sammelband enthaltend die Vorträge der Erdöltagung Bentz, A. Hannover+ Veröffentlicht vom Amt für Bodenforschung Stratigraphy 9-11 September 1947 Germany
Cretaceous ?# Wolburg, J. 1952" Der Nordrand der Rheinischen Masse 83-114 Geologisches Jahrbuch 67 Structural Geology Germany Generic ?$ Wolburg, J. 19569 Das Profil der Trias im Raum zwischen Ems und Niederrhein 305-330/ Neues Jahrbuch für Geologie und Paläontologie 7 Stratigraphy Germany Triassic ?% Wolburg, J. 1957I Ein Querschnitt durch den Nordteil des niederrheinischen Zechsteinbeckens 7-38 Geologisches Jahrbuch 73 Structural Geology Germany Permian ?& Wolburg, J. 1970= Das Oberkarbon der Bohrung Isselburg-3. Geol. Mitt., p.11-15. 11-15 Geologische Mitteilungen Stratigraphy Germany
Carboniferous ?' Wouters, L.
Vandenberghe, N. 1994 Geologie van Kempen Brussel NIRAS Geology Belgium Generic 208> p?( Wrede, V. 19858 Tiefentektonik des Aachen-Erkelenzer Steinkohlengebietes 9-103B Beitrage zur Tiefentektonik westdeutscher Steinkohlenlagerstätten- Drozdzewski, G.
Engel, H.
Wolf, R.
Wrede, V. Krefeld* Geologisches Landesamt Nordrhein-Westfalen Structural Ge ?*
Zeller, M. 1998T Die Karbon-Schichten der Bohrung Schwalmtal 1001 und ihre stratigrafische Einstufung 423-4378 Fortschritte in der Geologie von Rheinland und Westfalen 37 Stratigraphy Germany
Carb \cian; SilurianK internal-pdf://Verniers et al. (2001)-0620772732/Verniers et al. (2001).pdf \ ce rocks Brooks, J.
Fleet, A.J. Oxford Blackwell Stratigraphy Generic
Cretaceous t?, Rijks Geologische Dienst, 1964M Geologische kaart van Nederland 1:50.000, Blad Goeree-Overflakkee West (43 W) 88 Haarlem RGD Stratigraphy GK43 /W Neth 0?- Rijks Geologische Dienst, 1965_ Geologische kaart van Nederland 1:50.000, Blad Zeeuws Vlaanderen Oost en West (54 O/W / 55 O/W) 79 Haarlem RGD Strat ?. Rijks Geologische Dienst, 1967@ Geologische kaart van Nederland 1:50.000, Blad Venlo West (52 W) 163 Haarlem RGD Stratigraphy GK52 Ә?/ Rijks Geologische Dienst, 1970X Geologische kaart van Nederland 1:50.000, Blad Schouwen-Duivenland Oost en West (42 O/W) 116 Haarlem RGD Stratigraphy Nether ?0 Rijks Geologische Dienst, 1971E Geologische kaart van Nederland 1:50.000, Blad Willemstad Oost (43 O) 112 Haarlem RGD Stratigraphy GK43/O ?1 Rijks Geologische Dienst, 1972D Geologische kaart van Nederland 1:50.000, Blad Walcheren West (48 W) 120 Haarlem RGD Stratigraphy GK48/W t?2 Rijks Geologische Dienst, 1973D Geologische kaart van Nederland 1:50.000, Blad Eindhoven Oost (51 O) 132 Haarlem RGD Stratigraphy GK51/O Net H?3 Rijks Geologische Dienst, 1977A Geologische kaart van Nederland 1:50.000, Blad Arnhem Oost (40 O) 146 Haarlem RGD Stratigraphy GK40 Neth \?4 Rijks Geologische Dienst, 1978C Geologische kaart van Nederland 1:50.000, Blad Beveland Oost (48 O) 138 Haarlem RGD Stratigraphy GK48/ ?5 Rijks Geologische Dienst, 1979J Geologische kaart van Nederland 1:50.000, Blad Emmen Oost en West (17 O/W) 218 Haarlem RGD Stratigraphy GK 017 Neth ?6 Rijks Geologische Dienst, 1984I Geologische kaart van Nederland 1:50.000, Blad Tiel Oost en West (39 O/W) 335 Haarlem RGD Stratigraphy GK39 Neth ?7 Rijks Geologische Dienst, 1984@ Geologische kaart van Zuid-Limburg schaal 1:50.000, Pre-Kwartair Haarlem RGD Stratigraphy Netherlands Generic ?8 Rijks Geologische Dienst, 1985D Geologische kaart van Nederland 1:50.000, Blad Eindhoven West (51 W) 216 Haarlem RGD Stratigraphy GK51/W Netherlands Generic ?9 Rijks Geologische Dienst, 1988D Geologische kaart van Zuid-Limburg schaal 1:50.000, Oppervlaktekaart Haarlem RGD Stratigraphy Netherlands Generic ?: Rijks Geologische Dienst, 1989K Geologische kaart van Zuid-Limburg schaal 1:50.000, Afzettingen van de Maas Haarlem RGD Stratigraphy Netherlands Generic ?; Rijks Geologische Dienst, 1990= Geologische kaart van Nederland 1:50.000, Blad Assen (12 O/W) 168 Haarlem RGD Stratigraphy GK12 Netherlands Generic ?< Rijks Geologische Dienst, 1995@ Geologische kaart van Zuid-Limburg schaal 1:50.000, Paleozoïcum Haarlem Stratigraphy Netherlands Generic ?= Rijks Geologische Dienst, 1996I Geologische kaart van Oost-Gelderland en Twente, Top Tertiair (1:100.000) Haarlem RGD Stratigraphy Netherlands Cenozoic 0?> Rijks Geologische Dienst, 1995Q Geologische kaart van Nederland 1:50.000, Blad Almelo Oost (28 O) / Denekamp (29) 240 Haarlem Stratigraphy G ?? Rijks Geologische Dienst, 1988? Geologische kaart van Nederland 1:50.000, Blad Alkmaar (19 O/W) 220 Haarlem RGD Stratigraphy GK19 Netherland
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Palaeozoic Cretaceous rmany Triassic ?A Rijks Geologische Dienst, 2000\ Geologische kaart van Nederland 1:50.000, Blad Enschede Oost / Glanerbrug (34 W, 34 O en 35) Utrecht NIT erlands Generic ͈G-TNO S ?B Rijks Geologische Dienst, 1970D Geologische kaart van Nederland 1:50.000, Blad Gorinchem Oost (38 O) 140 Haarlem RGD Stratigraphy GK38/O Netherlands Generic ?C Rijks Geologische Dienst, 1995D Geologische kaart van Nederland 1:50.000, Blad Gorinchem West (38 W) 155 Haarlem RGD Stratigraphy GK38/W Netherlands Generic ?D Rijks Geologische Dienst, 1988B Geologische kaart van Nederland 1:50.000, Blad Heerenveen (11 O/W) 251 Haarlem RGD Stratigraphy GK11 Netherlands Generic \?E Rijks Geologische Dienst, 1980L Geologische kaart van Nederland 1:50.000, Blad Heerlen Oost en West (62 O/W) 206 Haarlem RGD Stratigraphy GK62 ?F Rijks Geologische Dienst, 1998D Geologische kaart van Nederland 1:50.000, Blad Rotterdam Oost (37 O) Haarlem RGD Stratigraphy GK37/O Netherlands Generic ?G Rijks Geologische Dienst, 1979D Geologische kaart van Nederland 1:50.000, Blad Rotterdam West (37 W) 140 Haarlem RGD Stratigraphy GK37/W Netherlands Generic pGK42 Ne ?H Rijks Geologische Dienst, 1976J Geologische kaart van Nederland 1:50.000, Blad Sneek Oost en West (10 O/W) 132 Haarlem RGD Stratigraphy GK10 \?I Rijks Geologische Dienst, 1966D Geologische kaart van Nederland 1:50.000, Blad Steenwijk Oost (16 O) 106 Haarlem RGD Stratigraphy GK16 Nethe erlands Generic ?J Rijks Geologische Dienst, 1989= Geologische kaart van Nederland 1:50.000, Blad Utrecht (31 O) 111 Haarlem RGD Stratigraphy GK31 Neth lands Generic erlands Generic Netherla ְ Netherl &igraphy GK54 Netherlands Generic rlands Generic therlands Generic y Generic ands Generic
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Quaternary luctural Geology NO Nort Van Hulten, F.F.N. 2010] Geological factors effecting compartmentalization of Rotliegend gas fields in the Netherlands 301-315 Reservoir Compartmentalization 347C Jolley, S.J.
Fisher, Q.J.
Ainsworth, R.B.
Vrolijk, P.J.
Delisle, S. London The Geological Society of London Petroleum Geology Special Publications Netherlands Permian DOI: 10.1144/SP347.17A internal-pdf://Van Hulten (2010)-3598371072/Van Hulten (2010).pdf
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neric 12 ferous 15 W ?T Heybroek, P. 19879 Structural Interpretation of the Subsurface Prior to 1956 161-166G Seventy-five years of geology and mining in| ?U ? Visser, W.A.
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ning Society B of the Netherlands (KNGMG) History Netherlands Generic 25 B of the Netherlands (KNGMG) History Netherlands Generic 24 Aerlands (KNGMG) Structural Geology Netherlands Generic 22 Aof the Netherlands (KNGMG) History Netherlands Generic 16 @ ety of the Netherlands (KNGMG) History Netherlands Generic @ of the Netherlands (KNGMG) History Netherlands Generic 9 Cty of the Netherlands (KNGMG) History Netherlands Generic 7 By of the Netherlands (KNGMG) History Netherlands Generic 2 By of the Netherlands (KNGMG) History Netherlands Generic 8 @ of the Netherlands (KNGMG) History Netherlands Generic 6 Aof the Netherlands (KNGMG) Geology Netherlands Generic 10 @ rlands (KNGMG) Structural Geology Netherlands Generic 23 B the Netherlands (KNGMG)
Geophysics Netherlands Generic 17 Cherlands (KNGMG) Engineering Geology Netherlands Generic 18 Cthe Netherlands (KNGMG) Hydrogeology Netherlands Generic 11 @ of the Netherlands (KNGMG) History Netherlands Generic 3
?\ Acker Stratingh, G. 1837 Kaart van de provincie Groningen met aanduiding van de grondgesteldheid en de waterstaat, en vele, voor de geschiedenis van haren bodem belangrijke bijzonderheden Geology Net ?] Anonymous 1837L Bijzonderheden wegens de mergelkoeken (septaria) op oud-Nederlandschen bodem 437-438 Algemeene Konst en Letterbode 2
Diagenesis Netherlands
Cretaceous ?^ Anonymous 1933 Wateronttrekking aan de Veluwe 329
's-Gravenhage Algemeene Landsdrukkerij Hydrogeology Netherlands Generic ?_ Anonymous 1961 Het booreiland Triton 352-356 Geologie en Mijnbouw 40 Engineering Geology Netherlands Generic ?` Anonymous 1972b Verwerking en opslag van radioactief vast afval afkomstig van de kernenergiecentrales in Nederland 235-248! Atoomenergie en haar toepassingen 72 Storage Netherlands Generic ?a # Augustinus, P.G.E.F.
Riezebos, H.T. 1971c Some sedimentological aspects of the fluvioglacial outwash plain near Soesterberg (The Netherlands) 341-348 Geologie en Mijnbouw 50 Clastic sedimentology Netherlands
Quaternary ?b
Baak, J.A. 1936, Regional petrology of the southern North Sea 128 PhD Leiden Petrology Southern North Sea Generic ?c Bakker, J.P.
Wensink, J.J. 1955U Overzicht van de Holocene reliefgeneraties en sedimentopvolging in Barradeel-Drachten Clastic sedimentology Netherlands
Quaternary ?d Becks, F.C. 1843X Ueber tertiäre Ablagerungen in de niederländischen Provinzen Gelderland und Overijssel 257-263 Neues Jahrbuch für Mineralogie 8 Stratigraphy Netherlands Cenozoic \G
O?e
Beekman, A.A. 1932 Nederland als Polderland 510 Zutphen W.J. Thieme & Cie 3rd Geography Beschrijving van den eigenaardigen toestand der belangrijkste helft van ons land, tevens bevattende de topografie van dat gedeelte met de vorrnaamste bijzonderheden, toegelicht door kaarten en teekeningen ?f Berendsen, H.J.A. 1984Z The evolution of the fluvial area in the western part of The Netherlands from 1000-1300 AD 231-240 Geologie en Mijnbouw 63 3 Palaeogeography Netherlands
3 p?g Berendsen, H.J.A. 1985t Problems of lithostratigraphic classification of Holocene deposits in the perimarine area of The Netherlands - reply 337-339 Geologie en Mijnbouw 64 3 Stratigraphy Netherland ?h ! Binkhorst van den Binkhorst, J.T. 1859L Esquisse géologique et paléontologique des couches Crétacées du Limbourg 265
Maastricht Van Osch - America et Cie Stratigraphy Netherlands
Cretaceous
Palaeozoic 7r ECE & BGR Petroleum Geology North Sea Generic N?i Bredewout, J.W. 1982 Comparative gravimetric and magnetometric investigation in and near the Central Graben in the province of Limburg (The Netherlands) 163-168! Geothermics and geothermal energy Cermik, V.
Haenel, R Stuttgart) Schweitzertbart'sche Verlags Buchhandlung
Geophysics Netherlands Generic C W?j Bredewout, J.W. 1984_ Vergelijkend gravimetrisch en magnetisch onderzoek in en nabij de Roerdalslenk - Midden Limburg 32-50Z Verslag van het nationaal onderzoeksprogramma aardwarmte en warmteopslag 1979-1984 (NOA I)+ Rapport nr AEG-83-02
Contract TNO 90740.040 Mot, E. Apeldoorn Project Bureau u?k Bredewout, J.W.
Helbig, K. 1984} Seismisch onderzoek naar gekarstificeerde zones in de Viséen Kalksteen Formatie op de noordflank van het Massief van Brabant 51-62Z Verslag van het nationaal onderzoeksprogramma aardwarmte en warmteopslag 1979-1984 (NOA I) Mot, E. Apeldoorn Project Bureau Energieonderzoek
Geophysics Belgium
Carboniferous| ?l Brodzikowski, K.
Loon, A.J. van 1979 Comparison of metasedimentary structures and their genesis in some Holocene lagoonal sediments of The Netherlands and Pleistocene (Mindel) glacio-fluvial sediments of Poland 95-105L Bulletin de l' Académie Polonaise des Sciences, Séries Science de la Terre 27 Clastic sedimentology Netherlands; Poland
Quaternary ]\?m Brongersma, L.D. 1978K Rijksmuseum van Geologie en Mineralogie 1878-1978; Past, Present and Future 37-96 Scripta Geologica 48 History Netherlands ?n Brouwer, A. 1948a Pollenanalytisch en geologisch onderzoek van het Onder- en Midden-Pleistoceen van Noord-Nederland PhD Leiden Stratigraphy Netherlands
Quaternary
Permian Sea Generic ?p
Brouwer, G.C. 1979 Energiewinning in Nederland 3-4 Nederlandse Staatscourant 1979-128 Natural resources Netherlands Generic ?q Brueren, J.W.R. 1945' Het terrassenlandschap van Zuid-Limburg 1-93) Mededelingen van de Geologische Stichting C-VI-1 Palaeogeography Netherlands Generic ?r Brueren, J.W.R. 1972 Zestig jaren KNGMG 159-216 Geologie en Mijnbouw 51 History Netherlands Generic ?s Bungener, M.J.A. 1969 Le champs de gas de Groningen 19-32O Revue de l’Association Française des Techniques du Pétrole, Nouvelle Série 196 Petroleum Geology Netherlands Generic s Generic ?t Burck, H.D.M.
Hammen, T. van der 1950% De dekzanden en zandruggen van Twente 291-293" Geologie en Mijnbouw, Nieuwe Serie 12 Glacial Geology Netherlands
Quaternary Palaeogene ?u Cadée, G.C. 1974S Tien jaar Werkgroep voor Tertiaire en Kwartaire Geologie (een historisch overzicht) 117-121B Mededelingen van de Werkgroep voor Tertiaire en Kwartaire Geologie 11 History Netherlands Generic ?v Cadée, G.C. 1984V Twintig jaar Werkgroep voor Tertiaire en Kwartaire Geologie (een historisch overzicht) 117-121B Mededelingen van de Werkgroep voor Tertiaire en Kwartaire Geologie 21 History Netherlands Generic ?w Camper, A.G. 1801T Over den oorsprong der uitgedolven beenderen van den St. Pietersberg, bij Maastricht 169-198F Natuurkundige Verhandelingen Bataafsche Maatschappij van Wetenschappen 1-2
Palaeontology Netherlands
Cretaceous ?x
Camper, P. 1786X Conjectures relative to the petrifactions found in St. Peter's Mountain, near Maastricht 443-4569 Philosophical Transactions of the Royal Society of London 76-2
Palaeontology Netherlands
Cretaceous ?y Casparie, W.A. 19729 Bog development in southeastern Drenthe (The Netherlands) 271 PhD Groningen Rijksuniversiteit Groningen Palaeogeography Netherlands
Quaternary ?z Coenen, M.J. 19844 Nieuwe gegevens over het proefproject te Spijkenisse 32-50Z Verslag van het nationaal onderzoeksprogramma aardwarmte en warmteopslag 1979-1984 (NOA-I) Mot, E. Apeldoorn Project Bureau Energieonderzoek Geothermics Netherlands Generic ?{
& Commissie Waterhuishouding Gelderland, 1980= Een systeembenadering voor de waterhuishouding van Gelderland% Commissie Waterhuishouding Gelderland Hydrogeology Netherlands Generic D?}
Cramer, W. 1983X Zeventig jaar onderzoek bij het Rijksinstituut voor Drinkwatervoorziening in vogelvlucht Jaarverslag RID) Rijksinstituut voor Drinkwatervoorziening Hydrogeology Netherlands Generic ?~ Crommelin, R.D. 1964l A contribution to the sedimentary petrology and provenance of young Pleistocene coversand in The Netherlands 389-402 Geologie en Mijnbouw 43 Clastic sedimentology Netherlands
Quaternary ? Crommelin, R.D.
Maarleveld, G.C. 19499 Een nieuwe geologische kartering van de zuidelijke Veluwe 41G Tijdschrift van het Koninklijk Nederlandsch Aardrijkskundig Genootschap 64 Stratigraphy Netherlands Generic !?
Cuvier, G. 18087 Sur le grand animal fossile de carrières de Maestricht 145-176) Annales de la Musée d'Histoire Naturelle 12
Palaeontology Netherlands
Cretaceous ous; Permian ? De Bruijn, J.G. 1977- Neptunisch, plutonisch of neptuno-plutonisch? 67-79 Grondboor & Hamer 31 Petrology Generic Generic ? De Gans, W.
Sohl, H. 1981Q Weichselian pingo remnants and permofrost on the Drente Plateau (The Netherlands) 447-452 Geologie en Mijnbouw 60 3 Glacial Geology Netherlands t? + De Gans, W.
Loon, A.J. van
Schoute, J.F.Th. 1977 Het onstaan van de delta 1404-1405 Dit is je wereld 3 Mitchell, J. Utrecht/Antwerpen Het Spectrum Palaeogeography Ne ?
De Haan, R.E. 1875t Geologische vergissingen met betrekking tot de gesteldheid van den bodem in het oostelijk gedeelte van ons vaderland 129-157 Album der Natuur History Netherlands Generic ? De Iongh, W.H.D. 1929B De zansteen- en zilverzandgroeve te Nievelstein (bij Herzogenrath) 71-76 Mijnwezen 7 Natural resources Netherlands Generic ? De Iongh, W.H.D. 19361 De exploratie van ertsafzettingen in Zuid-Limburg M31-M36 De Ingenieur 51 Natural resources Netherlands Generic ? De Iongh, W.H.D. 1938 De zoutwinning in Overijssel M13-M17 De Ingenieur 53 Natural resources Netherlands Permian ?
De Jong, J.D. 1955C Geologische onderzoekingen in de stuwwallen van oostelijk Nederland 33-587 Mededelingen van de Geologische Stichting, Nieuwe Serie 8 Glacial Geology Netherlands
Quaternary ? De Jong, J.D.
Waals, L. van der 1971' White Miocene sands of southern Limburg 417-424 Geologie en Mijnbouw 50 Stratigraphy Netherlands Neogene ? De Sitter, L.U. 1940 De diagenese van connaat water 255-264 Geologie en Mijnbouw 46
Diagenesis Generic Generic ? De Sitter, L.U. 1943H In memoriam Mr. Dr. W.A.J.M. van Waterschoot van der Gracht, D.Sc., M.E. 65-68" Geologie en Mijnbouw, Nieuwe Serie 5 History Netherlands Generic D ? De Sitter, L.U. 1946 The activity and scientific results of the geological service of the combined collieries and the geophysical survey of the government collieries in South-Limburg (Netherlands) during the war (1940-1945) 12-19" Geologie en Mijnbouw, Nieuwe Serie 8 History Netherlands Generic etsmijnen 372 pp" Mededelingen Geologische Stichting C 1-3-1
Geophysics Netherlands Generic ? De Vogel, E.F. 1970/1971X A study of marine Miocene faunas in the "Achterhoek" (The Netherlands, Prov. Gelderland) 53-78B Mededelingen van de Werkgroep voor Tertiaire en Kwartaire Geologie 7
Palaeontology Netherlands Neogene ? De Vries, J.J. 1974; Groundwater flow systems and stream nets in The Netherlands 226 PhD Amsterdam Free University Hydrogeology Netherlands Generic ? De Vries, J.J. 1977K The stream network in The Netherlands as a groundwater discharge phenomenon 103-122 Geologie en Mijnbouw 56 Hydrogeology Netherlands Generic ? De Vries, J.J. 19823 Anderhalve eeuw hydrologisch onderzoek in Nederland 195 Amsterdam Rodopi Hydrogeology Netherlands Generic D? ! De Waal, J.A.
Smits, R.M.M. 1985\ Prediction of reservoir compaction and surface subsidence: field applications of a new model 60th Annual Technical Conference SPE 14214 Las Vegas Petroleum Geology Generic Generic
? De Waard, D. 1949C Glacigeen Pleistoceen, een geologisch detail-onderzoek in Urkerland 70-246e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie 15 Glacial Geology Netherlands
Quaternary ? De Wijkerslooth, P. 1937P Sur la région métallifère de Moresnet-Bleyberg-Stolberg-Limbourg néerlandais 292-294H Verhandelingen van de Koninklijke Nederlandse Akademie van Wetenschappen 40 Natural resources Netherlands Generic
p? De Waard, D.
Erdbrink, D.P. 1949 Warven in Nederland 133-143G Tijdschrift van het Koninklijk Nederlandsch Aardrijkskundig Genootschap Clastic sedimentol ? De Wijkerslooth, P. 1937n Geophysikalische Untersuchungen nach Erzlagerstätten in Süd-Limburg (Holland) und deren bisherige Ergebnisse 59-60; Fortschritte Mineralogie, Kristallographie und Petrographie 22 Natural resources Netherlands Generic arboniferous ? De Zeeuw, J.W. 1978 Peat and the Dutch golden age 3-27 Algemene Agrarische Geschiedenis 21 History Netherlands
Quaternary ?
Dijkstra, J.
Volker, A. 1957* Geo-elektrisch onderzoek op het IJsselmeer 1028 Rapporten en Mededelingen betreffende de Zuiderzeewerken 6 Dienst de Zuiderzeewerken
Geophysics Netherlands Generic ? Doeglas, D. 1949! De textuur van rivier-afzettingen 34-40G Tijdschrift van het Koninklijk Nederlandsch Aardrijkskundig Genootschap 64 Clastic sedimentology Generic Generic ? d'Omalius d'Halloy, R.J.R. 18228 Carte géologique des Pays-Bas, de la France et environs 353-376 Annales des Mînes 7 Stratigraphy Netherlands; Belgium; France Generic ?
Dubois, E. 1910r Over duinvalleien, den vorm der Nederlandsche kustlijn en het ontstaan van laagveen in verband met bodembewegingen 395-402G Tijdschrift van het Koninklijk Nederlandsch Aardrijkskundig Genootschap 2-27 Palaeogeography Netherlands
Quaternary ? Dufour, F.C. 1981 Aardwarmte in Nederland 58-673 Jaarverslag van de Dienst Grondwater Verkenning TNO Delft Dienst Grondwater Verkenning TNO Geothermics Netherlands Generic ?
Dumont, A. 1848+ Rapport sur la carte géologique du royaume 683-694. Bulletin de l' Académie des Sciences Belgique 15 Stratigraphy Belgium Generic ?
Edelman, C.H. 19334 Petrologische provincies in het Nederlandse Kwartair PhD Amsterdam Petrology Netherlands
Quaternary?
Edelman, C.H. 1938q Samenvatting van de resultaten van vijf jaar sedimentpetrologisch onderzoek in Nederland en aangrenzende gebieden 397G Tijdschrift van het Koninklijk Nederlandsch Aardrijkskundig Genootschap 55 Petrology Netherlands Generic x c
?
Edelman, C.H. 1950 Soils of The Netherlands 177 Amsterdam Geography Net? Edelman, C.H.
Doeglas, D.J. 19337 Bijdrage tot de petrologie van het Nederlandse Tertiair 1-38e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie 10 Petrology Netherlands Cenozoic G? ) Edelman, C.H.
Florschütz, F.
Jeswiet, J. 1936b Ueber spätpleistozäne und frühholozäne kryoturbate Ablagerungen in den östlichen Niederlanden 301-336e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie 11 Glacial Geology Netherlands
Quaternary ? Edelman, C.H.
Maarleveld, G.C. 1958J Pleistozän-geologische Ergebnisse der Bodenkartierung in den Niederlanden 639-684 Geologisches Jahrbuch 73 Glacial Geology Netherlands
Quaternary ? Edelman, T. 1954N Tectonic Movements as resulting from de comparison of two precision levellings 209-212" Geologie en Mijnbouw, Nieuwe Serie 16
Seismicity Netherlands Generic 6? Engelen, F.G. qH. 1970 De oudste mijnbouw in Nederland 23-40 Geologie en Mijnbouw 49 History Netherlands Generic ? Engelen, F.G.H. 1971c Der vorhistorische Feuersteinbergbau in den Niederlanden und sein Einfluss auf die Kulturgeschichte 542-552 Geologie 20 History Netherlands Generic ? Engelen, F.G.H. 1972 Mergel als bouwsteen 191-196 Grondboor & Hamer 26 Natural resources Netherlands
Cretaceous ? Engelen, F.G.H. 1975/ 2500 jaar winning van kalksteen in Zuid-Limburg 38-63 Grondboor & Hamer 29 Natural resources Netherlands
Cretaceous ? Engelen, F.G.H. 19764 Delfstoffen en hun invloed op politieke beslissingen 20-31 Grondboor & Hamer 30 Natural resources Netherlands Generic Fh? Engelen, F.G.H. 1980& Rijckholt-St. Geertruid, Prov. Limburg 559-567 5000 Jahre Feuersteinbergbau Bochum Deutsches Bergbau Museum Natural Reso ? Escher, B.G. 19407 Het vraagstuk van de daling van den bodem van Nederland 173-196" Geologie en Mijnbouw, Nieuwe Serie 2
Subsidence Netherlands Generic ? o Faber, F.J. 1933 Geologie van Nederland, 2e druk Geology Netherlands Generic
? Faber, F.J. 1942< Nederlandsche landschappen. Bodem, grond en geologische bouw 400 Gorinchem Noorduijn en Zoon Geography N"O? n Faber, F.J. 1947: Geologie van Nederland, deel III. Nederlandse landschappen 380 Gorinchem Noorduijn en Zoon 2e druk Geology Netherlands Generic ? Faber, F.J. 19482 Geologie van Nederland, deel I. Algemeene geologie Gorinchem Noorduijn en Zoon Geology Netherlands Generic ? Faber, F.J. 1949 Van zondvloed tot landijs 292 Zutphen
Thieme en Cie Geology Netherlands Generic F ? Felder, P.J. 1981= Mesofossielen in de kalkafzettingen uit het Krijt van Limburg 35G Publicaties van het Natuurhistorisch Genootschap in Limburg, Reeks XXXI 1-2
Maastricht$ Natuurhistorisch Genootschap Limburg
Palaeontology Netherlands
ds
Cretaceous ? Felder, W.M. 19819 Geschiedenis van de geologische kartering in Zuid-Limburg 89-92" Miscellanea Geologica Coriovallana Bless, M.J.M.
Bosch, J. van den History Netherlands Generic
D? Finger, J.A.M. 1984 Het Land van Rode 46-68D Oorsprong en vorming van steenkool langs Henne, Samber, Maas en Worm6 Bless, M.J.M.
Bouckaert, J.
Finger, J.A.M.
Paproth, E. Tervuren Geofiles Geology Netherlands.? i Florschütz, F. 19256 On Pseudolarix kaempferi GORD. from the clay of Reuver 269-273+ Recueil des Travaux Botaniques Néerlandais 22
Palaeontology Netherlands Neogene ? Florschütz, F. 19272 On a Dryasflora-bearing deposit in The Netherlands 344-3458 Proceedings of the Royal Netherlands Academy of Sciences 30 Stratigraphy Netherlands
Quaternary uLF? Florschütz, F. 1928 Fossiele Azolla in Nederland# Nederlandsch Kruidkundige Archieven 38 75-81
Palaeontology Ne
h? Florschütz, F. 1929O De pollenanalyse als hulpmiddel bij de studie van de geschiedenis der vegetatie 139F Handelingen van het Nederlandse Natuurkundige en Geneeskundige Congres 22
Palaeontologp ? Gaemers, P.A.M.
Janssen, A.W. 1972 Geologische beschrijving van het profiel van de bouwput voor de nieuwe zeesluis te Kallo (België, Prov. Oost Vlaanderen) en een palaeo-oecologische interpretatie van de verschillende afzettingen 23-33B Mededelingen van de Werkgroep voor Tertiaire en Kwartaire Geologie 9 Stratigraphy Netherlands GenericN ]? % Gaemers, P.A.M.
Van Hinsbergh, V.W.M. 1978h Rupelian (Middle Oligocene) fish otoliths from the clay pit "De Vlijt" near Winterswijk, The Netherlands 1-77 Scripta Geologica 46
Palaeontology Netherlands
Palae ? Glasbergen, P. 1981? Extreme salt concentrations in deep aquifers in The Netherlands 251-259$ The science of the total environment Amsterdam# Elsevier Science Publishing Company Hydrogeology Netherlands Generic eric Generic Germany Generic ? Gespreksgroep Aardwarmte, 1977a Programmavoorstel evaluatie geothermische energie en ondergrondse opslag/terugwinning van energie
's-Gravenhage Staatsuitgeverijbedrijf Geothermics Netherlands Generic? Gischler, Ch.E. 1967E A semi qualitative study of the hydrogeology of the North Netherlands 75e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie 24 Hydrogeology Netherlands Generic F? ! Gonggrijp, G.P.
Boekschoten, G.J. 1981; Earth-science conservation: no science without conservation 433-445. Quaternary Geology: a farewell to A.J. Wiggers Loon, A.J. van Geology Geol ? Gottschalk, M.K.E. 1971-1977/ Stormvloeden en rivieroverstromingen, 3 volumes Assen Palaeogeography Netherlands
Quaternary L? Grosjean, A. 1954a Sur une mesure assez precise de température à 1.877 m de profondeur dans la sondage de Turnhout 69-73+ Bulletin de la Société Belge de Géologie 63 Geothermics Belgium Generic ? Grosjean, A. 1954W Mesures de température aux profondeurs de 2.185 et 2.225 m dans le sondage de Turnhout 163-201+ Bulletin de la Société Belge de Géologie 63 Geothermics Belgium Generic
0? Gulinck, M. 1954E Coupe résumée des terrains postpaléozoiques au sondage de Turnhout 147-154+ Bulletin de la Société Belge de Géologie 63 Geology ?
Hageman, B.P. 19638 A new method of representation in mapping alluvial areas 211-220e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie 21 Palaeogeography Generic Generic ?
Hageman, B.P. 1963< A new apparatus for taking cores in unconsolidated sediments 221-224e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie 21 Clastic sedimentology Generic Generic; ,? Hallewas, D.P. 1984 The interaction between man and his physical environment in the country of Holland between ca 1000 and 1300 AD: a dynamic relationship 299-306 Geologie en Mijnbouw 63 3 History Netherla ? Hamstra, J. 1973] Mogelijkheden in Nederland voor opberging van vast radioactief afval in een steenzoutformatie 3-14! Atoomenergie en haar toepassingen 1973 Storage Netherlands Permian ? Hamstra, J.
Velzeboer, P.Th. 1979U Ontwerpstudie van een opbergmijn voor radioactief afval in een middelgrote zoutkoepel 17-26 Energiespectrum 3 Storage Netherlands Permian
herlands Me (nds Tri Carboniferous ^Dds Ceno Cretaceous
ds Cenozoic ds Generic s Permian ; Cretaceous ds
Quaternary e Permian lands Generic lands Generic ds Neogene
nds Generic 2lands M neric Generic ds Permian erlands Generic +lands
C
nds Generic ds Generic arboniferous Carboniferous
nds Cen ds Generic ds Generic nds Per lands Generic ? s Permian lands Generic ds Generic etherlandk ? 9 Gainsky, M.
MacGregor, A.G.
Freeman, P.J.
Nieuwland, H.F. 2010w Turbidite reservoir compartmentalization and well targeting with 4D seismic and production data: Schiehallion Field, UK 89-102 Reservoir Compartmentalization 347C Jolley, D.W.
Fisher, Q.J.
Ainsworth, R.B.
Vrolijk, P.J.
Delisle, G. London2 Geological Society of London, SDy?
Gilding, D.T. 2010K Heterogeneity determination of the Delft subsurface for heat flow modelling% Department of Applied Earth Sciences Delft Delft University of Technologie Geothermics
18-06-2010' Bruining, J.
Donselaar, M.E.
Wolf, K.H. AES/PE/10-04 Netherlands
Cretaceous internal-pdf://Gilding (2010)-3829568583/Gilding (2010).pdf
internal-pdf://Gilding (2010) - Appendices-1816314439/Gilding (2010) - Appendices.pdf S ? ( Gill, C.E.
Shepherd, M.
Millington, J.J. 2010l Compartmentalization of the Nelson field, Central North Sea: evidence from produced water chemistry analysis 71-87 Reservoir Compartmentalization 347C Jolley, D.W.
Fisher, Q.J.
Ainsworth, R.B.
Vrolijk, P.J.
Delisle, G. London2 Geological Society of London, Specia ? ( Jolley, S.J.
Fisher,Q.J.
Ainsworth, R.B. 2010/ Reservoir compartmentalization: an introduction 1-8 Reservoir compartmentalization 347C Jolley, D.W.
Fisher, Q.J.
Ainsworth, R.B.
Vrolijk, P.J.
Delisle, G. London2 Geological Society of London, Special Publig ,? & McKie, T
Jolley, S.J.
Kristensen, M.B. 2010z Stratigraphic and structural compartmentalization of dryland fluvial reservoirs: Triassic Heron Cluster, Central North Sea 165 -198 Reservoir Compartmentalization 347C Jolley, D.W.
Fisher, Q.J.
Ainsworth, R.B.
Vrolijk, P.J.
Delisle, G. London2 Geological Society of London, Special Pub ? L Scott, E.D.
Gelin, F.
Jolley, S.J.
Leenaarts, E.
Sadler, S.P.
Elsinger, R.J. 2010n Sedimentological control of fluid flow in deep marine turbidite reservoirs: Pierce Field, UK Central North Sea 113-132 Reservoir Compartmentalization 347C Jolley, D.W.
Fisher, Q.J.
Ainsworth, R.B.
Vrolijk, P.J.
Delisle, G. London2 Geological Society of London, Special PublicO nx? Higgs, R. 2009} Multiscale stratigraphic analysis of a structurally confined submarine fan: Carboniferous Ross Sandstone, Ireland: Discussion 1705-17095 American Association of Petroleum Geologists BulletinK' ? Nielsen, S.B 2002% A post mid-Cretaceous North Sea model 187-204- Bulletin of the Geological Society of Denmark 49Q modelling, lithosphere, basin inversion, erosion, North Sea Basin, Neogene uplift Structural Geology DK North Sea
Cretaceous; internal-pdf://Nielsen WalaeogeneK internal-pdf://Clausen & Huuse (2002)-0158660935/Clausen & Huuse (2002).pdf BCenozoic7 internal-pdf://Huuse (2002)-2943765063/Huuse (2002).pdf [taceousQ internal-pdf://Vejbæk & Andersen (2002)-0528015431/Vejbæk & Andersen (2002).pdf ? * Gemmer, L.
Nielsen, S.B.
Lykke-Andersen, H 2002q Differential vertical movements in the Eastern North Sea area from 3-D thermo-mechanical finite element modelling 119-128- Bulletin of the Geological Society of Denmark 49o Sorgenfrei-Tornquist Zone, inversion, Silkeborg Gravity High, eastern North Sea, Moho, Cenozoic, finite element Structural Geology DK North Sea CenozoicG internal-pdf://Gemmer et al. (2002)-3313501511/Gemmer et al. (2002).pdf e, therm0-mechanical modelling, finite elements, visco-elastic-plastic, sedimentation, erosion Structural Geology UK; North Sea; France Cretaceous, JurassicE internal-pdf://Hansen et al (2002)-1636029511/Hansen et al (2002).pdf ? Frederiksen, S. 2002 Quantitative dynamic modelling of basin development in the central and eastern North Sea Region-coaxial stretching and strain localization 95-108- Bulletin of the Geological Society of Denmark 49r dynamic model, extension, strain softening, strain localization, The Norwegian-Danish Basin, the Central North Sea Structural Geology North Sea GenericC internal-pdf://Frederiksen (2002)-0898218567/Frederiksen (2002).pdf? z Boldreel, L.O.
Kuijpers, A.
Madsen, E.B.
Hass, C.
Lindhorst, S.
Rasmussen, R.
Nielsen, M.G.
Bartholdy, J.
Pedersen, J.B.T. 2010o Postglacial sedimentary regime around northern Sylt, South-eastern North Sea, based on shallow seismic profiles 15-27- Bulletin of the Geological Society of Denmark 58
Geophysics DK North Sea GenericK internal-pdf://Boldreel et al. (2010)-0579898951/Boldreel et al. (2010).pdf ? Weidner, T.
Nielsen, A.T. 2010Z Yuepingia? sp., a ceratopygid trilobite from the upper Cambrian (Furongian) of Scandinavia 29-33- Bulletin of the Geological Society of Denmark 58D Ceratopygrid trilobite, Furongian, Alum Shale, Cambrian, Scandinavia
Palaeontology Denmark CambrianO internal-pdf://Weidner & Nielsen (2010)-1737853255/Weidner & Nielsen (2010).pdf ? & Holm, P.M.
Pedersen, L.E.
Hojsteen, B. 2010 Geochemistry and petrology of mafic Proterozoic and Permian dykes on Bornholm, Denmark: Four episodes of magmatism on the margin of the Baltic Shield 35-65- Bulletin of the Geological Society of Denmark 58 Geochemistry Denmark Permian, ProterozoicC internal-pdf://Holm et al. (2010)-1771932231/Holm et al. (2010).pdf {? Hunter, A.W.
Rees, J. 2010T A new echinoderm faunule from the Lower Jurassic (Pliensbachian) of southern Sweden. 66-73- Bulletin of the Geological Society of Denmark 58L crinoids, echinoids, taphonomy, palaeoecology, Lower Jurassic, Skane, Sweden
Palaeontology Sweden JurassicG internal-pdf://Hunter & Rees (2010)-1554198343/Hunter & Rees (2010).pdf !? r Surlyk, F
Stemmerik, L
Ahlborn, M.
Harlou, R.
Lauridsen, B.W.
Rasmussen, S
Schovsbo, N.H.
Sheldon, E.
Thibault, N. 2010 The cyclic Rørdal Member – a new lithostratigraphic unit of chronostratigraphic and palaeoclimatic
importance in the upper Maastrichtian of Denmark 89-98- Bulletin of the Geological Society of Denmark 58 StratigraphyQ Lithostratigraphy, cyclicity, chalk, marl, Rørdal Member, Maastrichtian, Denmark Denmark
CretaceousG internal-pdf://Surlyk et al. (2010)-2779345991/Surlyk et al. (2010).pdf ? 7 Surlyk, F
Boldreel, L.O.
Lykke-Andersen, H
Stemmerik, L 2010x The Skælskør structure in eastern Denmark – wrench-related anticline or primary Late Cretaceous
seafloor topography? 99-109- Bulletin of the Geological Society of Denmark 58R Skælskør structure, Chalk Group, wrenching, seafloor topography, bottom currents Structural Geology Denmark
CretaceousI internal-pdf://Surlyk et al.2 (2010)-1655578695/Surlyk et al.2 (2010).pdf ?
Graversen, O. 2009d Structural analysis of superposed fault systems of the Bornholm horst block, Tornquist Zone, Denmark 25-49- Bulletin of the Geological Society of Denmark 57w Tornquist Zone, Bornholm horst block, superposed fault systems, two-dimensional plane
strain, three-dimensional strain. Structural Geology Denmark Generic? internal-pdf://Graversen (2009)-1186056519/Graversen (2009).pdf x ? F Larsen, B.T
Gregersen, S
Voss, P.H.
Bidstrup, T.
Orozova-Bekkevold, V. 2008F The earthquake that shook central Sjælland, Denmark,
November 6, 2001 26-36- Bulletin of the Geological Society of Denmark 56) Earthquake; macroseismic data; seismicity
Seismicity Denmark GenericG internal-pdf://Larsen et al. (2008)-1672941895/Larsen et al. (2008).pdf? Houmark-Nielsen, M. 2007f Extent and age of Middle and Late Pleistocene glaciations and periglacial in southern Jylland, Denmark 9-35- Bulletin of the Geological Society of Denmark 55 Glacial and periglacial sediments, stratigraphy, OSL-dating, Middle & Late Pleistocene environments, Scandinavian Ice Sheet extent, Ice flow patterns, Baltic glaciers Glacial Geology Denmark
QuaternaryK internal-pdf://Houmark-Nielsen (2007)-2345464135/Houmark-Nielsen (2007).pdf? Häggström, T.
Schmitz, B. 2007x Distribution of extraterristrial chromite in Middle Ordovician Komstad Limestone in the Killeröd quarry, Scania, Sweden 37-58- Bulletin of the Geological Society of Denmark 55 Komstad Limestone, chromite, chrome spinel, Middle-Ordovician, Arenig Llanvirn boundary, L chondrite, meteorite flux, fossil meteorites
Mineralogy Sweden
OrdovicianW internal-pdf://Häggström & Schmitz (2007)-0349973831/Häggström & Schmitz (2007).pdf r? Weidner, T.
Nielsen, A.T. 2007] Linguagnostus groenwalli Kobayashi, 1939 (Trilobita Middle Cambrian) from erratics in Denmark 81-84- Bulletin of the Geological Society of Denmark 55- agnostid, Trilobite, Middle Cambrian, Denmark
Palaeontology Denmark CambrianO internal-pdf://Weidner & Nielsen (2007)-1608562503/Weidner & Nielsen (2007).pdf ? - Noe-Nygaard, N.
Milan, J.
Hede, M.U.
Holm, J. 2007 A reindeer track from a drill core, and lake basin development of the Late Glacial Lille Slotseng kettle-hole basin, Soth-East Jylland, Denmark. 85-95- Bulletin of the Geological Society of Denmark 55v Lacustrine sedimentation, Late Glacial, Bolling/Allerod, drill core, footprint, artiodactyl track, slumped lake-margin
Palaeontology Denmark
QuaternaryQ internal-pdf://Noe-Nygaard et al. (2007)-0720188999/Noe-Nygaard et al. (2007).pdf i? Fabricius, I.L. 20076 Chalk: composition, diagenesis and physical properties 97-128- Bulletin of the Geological Society of Denmark 55e Chalk, diagenesis, physical properties, elasticity, porosity, permeability, capillary entry pressure.
Diagenesis Denmark
Cretaceous? internal-pdf://Fabricius (2007)-2012378695/Fabricius (2007).pdf\K `,? " Surlyk, F
Damholt, T.
Bjerager, M. 2006{ Stevens Klint, Denmark: Uppermost Maastrichtian chalk, Cretaceous-Tertiary bondary, and Lower Danian bryozoan mound complex 1-48- Bulletin of the Geological Society of Denmark 54 Geology Denmark
CretaceousG internal-pdf://Surlyk et al. (2006)-1576586823/Surlyk ? 9 Clemmensen, L.B.
Pedersen, K.
Murray, A.S.
Heinemeier, J. 2006D A 7000-year record of coastal evolution, Vejers, SW Jutland, Denmark 1-22- Bulletin of the Geological Society of Denmark 534 Holocene, coastal evolution,aeolian, climate change. Palaeogeography Denmark CenozoicO internal-pdf://Clemmensen et al. (2006)-2667495751/Clemmensen et al. (2006).pdf W ? Nielsen, A.T.
Schovsbo, N.H. 2007F Cambrian to basal Ordovician lithos 8 tratigraphy in southern Scandinavia 47-92- Bulletin of the Geological Society of Denmark 53A Cambrian, Tremadocian, lithostratigraphy, Denmark, Sweden, Norway Stratigraphy Denmark, Sweden, Norway Cambrian, OrdovicianQ internal-pdf://Nielsen & Schovsbo (2007)-1107785288/Nielsen & Schovsbo (2007).pdf _?
Stenestad, E. 2006W Fluviokarst in the top of the Maastrichtian chalk at Rørdal, Northern Jutland, Denmark 93-110- Bulletin of the Geological Society of Denmark 53~ Fluviokarst, sinkhole, doline, buried valley, crop mark, pre-Pleistocene surface, ground water pollution, Maastrichtian chalk.
Diagenesis Denmark
Cretaceous? internal-pdf://Stenestad (2006)-280262176G? Jagt, J. W. M. 2005E The youngest pelagic crinoids (latest Maastrichtian, the Netherlands) 133-139- Bulletin of the Geological Society of Denmark 527 Crinoids, Maastrichtian, the Netherlands, Palaeobiology
Palaeontology Netherlands
Cretaceous5 internal-pdf://Jagt (2005)-0454323528/Jagt (2005).pdf ? Packer, S.R.
Hart, M.B. 2005j Coniacian-Santonian Radiolaria from the Upper Cretaceous of Bornholm, Denmark: A preliminary investigation 141-157- Bulletin of the Geological Society of Denmark 52E Radiolaria, Upper Cretaceous, Coniacian, Santonian, Bornholm, Denmark
Palaeontology Denmark
CretaceousG internal-pdf://Packer & Hart (2005)-3541628744/Packer & Hart (2005).pdfJ? Kollmann, H.A. 2005A Marine Palaeobiogeography of the Central European Late Cretaceous 193-199- Bulletin of the Geological Society of Denmark 523 Palaeobiogeography, marine, Late Cretaceous, Europe
Palaeontology Central Europe
Cretaceous= internal-pdf://Kollmann (2005)-2568875336/Kollmann (2005).pdf ? Stouge, S 2005 Barrandegnathus n.gen. (conodonta) from the Komstad Limestone (lower Mid Ordovician), Scandinavia, and its palaeogeographical significance 245-255- Bulletin of the Geological Society of Denmark 52r Bornholm, Scania, conodonts, Middle Ordovician, biostratigraphy, palaeogeography, Barrandegnathus n.gen. bohemicus Palaeogeography Denmark
Ordovician9 internal-pdf://Stouge (2005)-2317575752/Stouge (2005).pdfq? Milan, J.
Bromley, R.G. 2005O Dinosaur footprints from the Middle Jurassic Bagå Formation, Bornholm, Denmark 7-15- Bulletin of the Geological Society of Denmark 52A Dinosaur footprints, sauropod, Middle Jurassic, Bornholm, Denmark
Palaeontology Denmark JurassicK internal-pdf://Milan & Bromley (2005)-2435384648/Milan & Bromley (2005).pdf? Lindgren, J. 2005 Dental and vertebral morphology of the enigmatic mosasauer Dollosaurus (Reptilia, Mosasauridae) from the Lower Campanian (Upper Cretaceous) of Southern Sweden. 17-25- Bulletin of the Geological Society of Denmark 52X Campanian, Cretaceous, Mosasauridae, Dollosaurus, Prognathodon, Sweden, teeth, vertebrae Palaeogeography Sweden
Cretaceous= internal-pdf://Lindgren (2005)-0892232008/Lindgren (2005).pdf ? G Jørgensen, F.
Sandersen, P.
Auken, E.
Lykke-Andersen, H
Sørensen, K.. 2005d Contributions to the geological mapping of Mors, Denmark - A study based on large - scale TEM survey 53-75- Bulletin of the Geological Society of Denmark 52 Transient electromagnetic, TEM, hydrogeophysics, salt diapirs, burried valleys, glaciotectonic deformation, subglacial, Quaternary, Pleistocene, Mors, Denmark
Geophysics Denmark
QuaternaryO internal-pdf://Jørgensen et al. (2005)-2587205192/Jørgensen et al. (2005).pdf ? Willumsen, P.S. 2004E Palynology of the Lower Eocene deposits of northwest Jutland, Denmark 141-157- Bulletin of the Geological Society of Denmark 52z Palynology, early Eocene, spores and pollen, Stolle Klint, Fur Formation, tephra-chronology, biostratigraphy, correlation. Stratigraphy Denmark Cenozoic? internal-pdf://Willumsen (2004)-1597691976/Willumsen (2004).pdf ? = Pedersen, G.K.
Pedersen, S.A.S.
Steffensen, J.
Pedersen, C.S. 2004K Clay content of a clayey diatomite, the Early Eocene Fur Formation, Denmark 159-177- Bulletin of the Geological Society of Denmark 51T Diatomite, clay minerals, chemical composition, Fur Formation, Early Eocene, Denmark Petrology Denmark CenozoicK internal-pdf://Pedersen et al. (2004)-3745582152/Pedersen et al. (2004).pdf ? Bromley, R.G.
Uchman, A. 2003u Trace fossils from the Lower and Middle Jurassic marginal marine deposits of the Sorthat Formation, Bornholm, Denmark 185-208- Bulletin of the Geological Society of Denmark 52t Ichnofabrics, trace fossils, palaeoenvironmental analysis, Jurassic, Denmark, Bornichnus, Diplocraterion, Asterosoma
Palaeontology Denmark JurassicM internal-pdf://Bromley & Uchman (2003)-4014664264/Bromley & Uchman (2003).pdfN?
Madirazza, I. 2002E The influence of tectonics on the land forms in west Jutland, Denmark 63-72- Bulletin of the Geological Society of Denmark 496 gravity, seismics, strike slipp faulting, neotectonics Structural Geology Denmark
Quaternary? internal-pdf://Madirazza (2002)-0861625672/Madirazza (2002).pdf < ?
Gregersen, S. 2002@ Eathquakes and change of stress since the ice age in Scandinavia 73-78- Bulletin of the Geological Society of Denmark 490 Stress in Sandinavia, earthquakes in Scandinavia
Geophysics Scandinavia Generic? internal-pdf://Gregersen (2002)-4099934792/Gregersen (2002).pdf? Konradi, P. 2000i Biostratigraphy and environment of the Holocene marine transgression in the Heligoland Channel, North Sea 71-79- Bulletin of the Geological Society of Denmark 47j Foraminifera, biostratigraphy, environment, radiocarbon dating, sea level, Quaternary,
Holocene, North Sea Stratigraphy DK North Sea
Quaternary; internal-pdf://Konradi (2000)-3999738440/Konradi (2000).pdf b? 9 Christensen, W.K.
Hancock, J.M.
Peake, N.B.
Kennedy, W.J. 2000 The base of the Maastrichtian 81-85- Bulletin of the Geological Society of Denmark 47; Maastrichtian stage, base, Tercis, SW France, correlations. Stratigraphy Europe
CretaceousQ internal-pdf://Christensen et al. (2000)-0745566792/Christensen et al. (2000).pdf Blaeozoic7 internal-pdf://Thybo (2000)-0831339336/Thybo (2000).pdf ? Pedersen, T. F.
Gregersen, S. 1999c Project Tor: Deep lithospheric variation across the Sorgenfrei-Tornquist Zone, Southern Scandinavia 13-24- Bulletin of the Geological Society of Denmark 46z Tor project, deep lithospheric variation, lithosphere/asthenosphere boundary, Sorgenfrei-Tornquist Zone, 3D crustal model.
Geophysics Scandinavia GenericK internal-pdf://Pedersen et al. (1999)-1553261128/Pedersen et al. (1999).pdf?
Madirazza, I. 1999X The formation of the Voldum salt pillow in the Danish Zechstein basin, Jutland (Denmark) 31-46- Bulletin of the Geological Society of Denmark 46v Danish Zechstein basin, Voldum fault, Voldum salt pillow, reflection seismic and gravity data, Silkeborg Gravity High.
Evaporites Denmark Permian? internal-pdf://Madirazza (1999)-2878905160/Madirazza (1999).pdf a, Danish Central Graben, Upper Jurassic, Lower Cretaceous, isochore maps, structure contour
maps, structural nomenclature Stratigraphy DK North Sea JurassicG internal-pdf://Japsen et al. (2003)-1153831966/Japsen et al. (2003).pdf {? Houmark-Nielsen, M. 1999O A lithostratigraphy of Weichselian glacial and interstadial deposits in Denmark 101-114- Bulletin of the Geological Society of Denmark 46H Lithostratigraphy, Weichselian, Denmark, relative glaciation chronology. Glacial Geology Denmark
QuaternaryK internal-pdf://Houmark-Nielsen (1999)-3852379208/Houmark-Nielsen (1999).pdf ]alaeozoicQ internal-pdf://Abramovitz & Thybo (1999)-1419819080/Abramovitz & Thybo (1999).pdf: ?
Møller, L.N. 1999_ Petrographic evidence for hydrocarbon migration in Lower Cambrian sandstones, Bornholm, Denmark 117-127- Bulletin of the Geological Society of Denmark 45 Petroleum Geology Denmark CambrianK Kinternal-pdf://Møller & Friis (1999)-3014248520/Møller & Friis (1999).pdf QalaeogeneE internal-pdf://Hager et al. (1998)-3282879304/Hager et al. (1998).pdf K Cenozoic? internal-pdf://Michelsen (1994)-3803577672/Michelsen (1994).pdf galaeogene[ internal-pdf://Heilmann-Clausen et al. (1985)-2025333320/Heilmann-Clausen et al. (1985).pdf { G,?
Clausen, O.R. 1998} Tectonic vs climatic control on the sequence development, examples from the Paleogene succession in the eastem North Sea area 63-71- Bulletin of the Geological Society of Denmark 45? Eastern North Sea, Paleogene, tectonism, climate, sedimentation
Geophysics DK North Sea Cenozoic; internal-pdf://Clausen (1998)-3300653128/Clausen&? & Klinkby, L.
Balling, N.
Liboriussen, J 1998< A deep seisrnic reflection line in the Danish Central Graben 151-159- Bulletin of the Geological Society of Denmark 44
Geophysics Denmark GenericI internal-pdf://Klinkby et al. (1998)-1639949640/Klinkby et al. (1998).pdf D? Harteveld, R.B. 1968& Zoutwinning en zoutzieden in Nederland Het zout der aarde Hengelo% Koninklijke Nederlandse Zoutindustrie Natural resources Netherlands Permian X? Harting, P. 1875 Le système Eemien 443-454: Archives Néerlandaises des Sciences Exactes et Naturelles 10 Str $ atigraphy Netherlands
Quaternary ? Hartmann, Ph.C.P. 1945& Aardmagnetische anomalien in Nederland PhD Leiden
Geophysics Netherlands Generic ?
Havinga, A.J. 1962E Een palynologisch onderzoek van in dekzand ontwikkelde bodemprofielen PhD
Wageningen
Palaeontology Netherlands
Quaternary ! ? Heidinga, H.A. 1984l Indications of severe drought during the 10th century AD from an inland dune area in the Central Netherlands 241-248 Geologie en Mijnbouw 63 3 Climate Nether ? Hesemann, J. 1930$ Statistische Geschiebeuntersuchungen 158-162# Zeitschrift für Geschiebeforschung 6 Clastic sedimentology Generic Generic rth Sea Generic ?
Hofker, J. 1957! Foraminifera of the Dutch Hervian 19-337 Mededelingen van de Geologische Stichting, Nieuwe Serie 10 Stratigraphy Netherlands
Cretaceous aceous; Palaeogene ? Hol, J.B.L. 1949
Geomorfologie 240-319, Handboek der geografie van Nederland, deel I Palaeogeography Netherlands
Quaternary ? Hol, J.B.L. 1951( Le caractère morphologique des Pays Bas 240-319 Geologie en Mijnbouw 13 Palaeogeography Netherlands
Quaternary
X?
Hordijk, L.W. 1985G Verslag van een grondboring in de polder Zuurland nabij Brielle; deel 1 Private publication Geology Nether
|? Huffnagel Pzn, P. 1909) Rijksboring Plantengaarde bij Winterswijk 661-663G Tijdschrift van het Koninklijk Nederlandsch Aardrijkskundig Genootschap 26 Geology Net ? Huffnagel Pzn, P. 19133 Tectoniek der Nederlandsch-Westfaalsche grensstrook 147-152Q Verslagen van de Geologische Sectie van het Geologisch Mijnbouwkundig Genootschap 1 Structural Geology Netherlands; Germany Generic( ? Janse, A.C.
Janssen, A.W. 1983{ The mollusc fauna of the Stemerdink Bed (Miocene, Reinbekian) from outcrops in de Slinge brook at Winterswijk - Brinkheurne 105-140B Mededelingen van de Werkgroep voor Tertiaire en Kwartaire Geologie 20
Palaeontology Netherlands Neogene ?
Janssen, A.W. 19841 Mollusken uit het Mioceen van Winterswijk - Miste 451 pp. en 81 pp. 36I Stichting Uitgeverij Koninklijke Nederlandse Natuurhistorische Vereniging
Palaeontology Netherlands Neogene ? @ Janssen, A.W.
Cadée, M.C.
Hinsbergh, V.W.M. van
Gaemers, P.A.M. 1978 Excursion guide for the fieldtrips D (26 sept. 1978) and H (1 oct. 1978). Lithology and stratigraphy of the Oligocene of the Belgian provinces Limburg and Brabant 47O Joint Annual Meeting Paleontologische Gesellschaft and Palaeontological Society
Maastricht Stratigraphy 19 figs Belgium
Palaeogene6?
Janssen, A.W.
Mark, D. van der 1968e Einleitung zu den Beiträgen zur Kenntnis der Molluskenfauna des jüngeren Tertiärs im Nordseebecken 76-82 Basteria 32
Palaeontology North Sea CenozoicY internal-pdf://Janssen & Van der Mark (1968)-2741829888/Janssen & Van der Mark (1968).pdf ?
Janssen, C.R. 1960R On the Late-Glacial and post-glacial vegetation of South-Limburg (The Netherlands) 112 PhD Utrecht Glacial Geology Netherlands
Quaternary ?
Janssen, C.R. 1979^ The development of palynology in relation to vegetation science, especially in The Netherlands 229-246 The study of vegetation Werger, M.J.A. The Hague
Palaeontology Netherlands Generic F?
Jeletzky, J.H. 1951q Die Stratigraphie und Belemnietenfauna des Ober-Campans und Maastrichts Westphalens, NW Deutschlands und Danemark& Beischrift des Geologischen Jahrbuches 1 Stratigraphy Germany; Denmark
Cretaceous ?
Jelgersma, S. 1966- Sea level changes during the last 10000 years 54-71M Proceedings of the International Symposium on World Climate from 8000 to 0 BC London Royal Meteorological Society Palaeogeography Generic
Quaternary ?
Jelgersma, S. 1980S Late Cenozoic sea-level changes in the Netherlands and the adjacent North Sea Basin 435-447 Earth rheology and eustasy Mörner, N.-A. London Palaeogeography Netherlands Cenozoic ? A Jelgersma, S.
Jong, J. de
Zagwijn, W.H.
Regteren Altena, J.F. van 1970Z The coastal dunes of the western Netherlands; geology, vegetational history and archeology 93-1673 Mededelingen Rijks Geologische Dienst, Nieuwe Serie 21 Geology Netherlands
Quaternary '? Jonker, H.G. 1907v Lijst van geschriften welke handelen over of van belangzijn voor de geologie van Nederland (1734-1906), nummers 1-1413 153W Verhandelingen van de Koninklijke Nederlandse Akademie van Wetenschappen, Tweede Sectie 13 2 History Netherlands Generic ?
Kimpe, W. F.M. 1971: Werkzaamheden van het Geologisch Bureau, voorheen en thans 255-270 Geologie en Mijnbouw 50 History Netherlands Generic ? Klein, W.C. 1910d Failles montrant trois mouvements opposés successifs dans le bassin houiller du Limbourg hollandais 373-3791 Annales de la Société Géologique Belge Mémoir 37 Structural Geology Netherlands Generic ? Klein, W.C. 1911 De bruinkool formatie in Limburg 412-4337 Handelingen van het 13e Natuur- en Geneeskundig Congres Groningen Stratigraphy Netherlands Cenozoic ? Klein, W.C. 19137 Note sur la faille de Schin-op-Geul près de Fauquemont 388-3912 Annales de la Société Géologique Belge Bulletin 11 Structural Geology Netherlands Generic ? Klein, W.C. 1913_ Tektonische und stratigrafische Beobachtungen am Süd-westrande des limburgischen Kohlenreviers PhD Delft Structural Geology5 Meededelingen van de Rijksopsporing van Delfstoffen 5 Netherlands
Carboniferous
Є? Klijn, J.A. 1981/ Nederlandse kustduinen; geomorfologie en bodems 188
Wageningen PUDOC Geography Nethe
? Koster, E.A. 1978= De stuifzanden van de Veluwe: een fysisch geografische studie 226 PhD Amsterdam University of Amsterdam Geography Net ? Kräusel, R.
Schönfeld, G. 19242 Fossile Hölzer aus der braunkohle in Süd-Limburg 253-289? Abhandlungen der Senckenbergischen Naturforschungs Gesellschaft 38 3
Palaeontology Netherlands Cenozoic ?
Kruizinga, P. 1918-1919@ Bijdrage tot de kennis der sedimentaire zwerfstenen in Nederland 271e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie 4 Clastic sedimentology Netherlands
Quaternary
?
Kuenen, Ph.H. 1941. De relatieve en absolute daling van onze bodem 213-218 Geologie en Mijnbouw 3
Subsidence ? Kühn, K.
Albrecht, E. 1971F Versuchslagerung schwachradioaktiver Abfallstoffe im Salzbergwerk Asse 134-137 Atom und Strom 17 Storage Belgium Permian ? Labry, H. 1858e Tweede verslag van de verrigtingen der Maatschappij Bergwerk-Vereeniging voor Nederland, 1857 op 1858 21
's-Gravenhage' Van Osch - America en Cie / F. Overhoff History Netherlands Generic ? Laurent, L.
Marty, P. 1923k Flore foliaire pliocène des argiles de Reuver et des gisements synchroniques voisins (Limbourg Hollandais) 800 Mededelingen van 's Rijks Geologische Dienst B 1
Palaeontology Netherlands Neogene ? Leeflang, K.W.H. 1974' Ons drinkwater in de stroom van de tijd 228 Rijswijk1 Vereniging van Waterleidingbedrijven in Nederland Hydrogeology Netherlands Generic F?!
Lefevre, M.A. 1935- La Basse Meuse. Etude de morphologie fluviale 1910 Société Belge d'Études Géographiques M ?" Leggewie, W.
Jongmans, W.J. 1931= Über das Auftreten von Mineralien im Karbon von Süd-Limburg 19-24/ Jaarverslag van het Geologisch Bureau over 1930
Mineralogy Netherlands
Carboniferous ?#
Lorié, J. 1887- Beschouwingen over het Diluvium van Nederland 387-453G Tijdschrift van het Koninklijk Nederlandsch Aardrijkskundig Genootschap 4 Glacial Geology Netherlands
Quaternary ?$
Lorié, J. 1888 De diepe putboringen in Twente 21-31 Album der Natuur 1888 Geology Netherlands Generic!?%
Lorié, J. 1891 Overzicht van hetgeen er in ons land nog te doen valt op geologisch gebied, met inbegrip van de vervaardiging eener geologische kaart 575-594G Tijdschrift van het Koninklijk Nederlandsch Aardrijkskundig Genootschap 8 History Netherlands Generic ?&
Lorié, J. 1894( De gedaanteverwisseling van Rijn en Maas 871G Tijdschrift van het Koninklijk Nederlandsch Aardrijkskundig Genootschap 11 Palaeogeography Netherlands
Quaternary ]LF?'
Lorié, J. 1916-1919- De vennen van Oisterwijk in Noord Brabant 1-4e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie Geography Neth ?( Louwe Kooijmans, L.P. 1974 The Rhine/Meuse delta PhD Leiden Palaeogeography Netherlands
Quaternary ?) Louwe Kooijmans, L.P. 1985: Sporen in het land, de Nederlandse delta in de prehistorie 160 Amsterdam Meulenhoff Informatief Palaeogeography Netherlands
Quaternary ?* Lüttig, G.
Maarleveld, G.C. 1961Z Nordische Geschiebe in Ablagerungen prä-holstein in den Niederlanden (Komplex von Hattem) 163-174 Geologie en Mijnbouw 40 Glacial Geology Netherlands
Quaternary ?+ Maarleveld, G.C. 1953$ Standen van het landijs in Nederland 95-112
Boor en Spade 6 Glacial Geology Netherlands
Quaternary ?, Maarleveld, G.C. 1956+ Grindhoudende Midden-Pleistocene sedimenten PhD Utrecht Glacial Geology0 Mededelingen van de Geologische Stichting C VI-6 Netherlands
Quaternary ?- Maarleveld, G.C. 1965> Frost mounts. A summary over the literature of the past decade 3-167 Mededelingen van de Geologische Stichting, Nieuwe Serie 17 Glacial Geology Netherlands
Quaternary ?. 0 Maarleveld, G.C.
Cate, J.A.H. ten
Lange, G.W. de 1974, Die geomorphologische Karte der Niederlände 484-494 Zeitschrift für Geomorphologie 18 Palaeogeography Netherlands Generic ]p?/ ) Maarleveld, G.C.
Schans, R.P.H.P. van der 1961+ De dekzandmorfologie van de Gelderse Vallei 22-34G Tijdschrift van het Koninklijk Nederlandsch Aardrijkskundig Genootschap 78 Geography Nethe ?0 $ Maarleveld, G.C.
Toorn, J.C. van den 1953 Pseudo-sölle in Noord-Nederland 342-360G Tijdschrift van het Koninklijk Nederlandsch Aardrijkskundig Genootschap 72 Glacial Geology Netherlands
Quaternary ?1 Maarleveld, G.C.
Vink, A.P.A. 1949' Wind en sneeuw als geologische factoren 39-41
Boor en Spade 3 Climate Generic Generic ?2 Macar, P. 1938 Comte rendu de l'excursion du 24 Avril 1938 consacrée à l'étude des terasses de la Meuse entre Liège et l'Ubagsberg (Limbourg hollandais) 187-217/ Annales de la Société Géologique de Belgique 61B Palaeogeography Netherlands
Quaternary-?3 Macar, P. 1947: Les niveaux de terasses quaternaires du bassin de la Meuse 397-412v La géologie des terrains récents dans l'ouest de l'Europe. Session extraordinaire des Sociétés Belges de Géologie Palaeogeography 19-26 septembre 1946 Netherlands; Belgium
Quaternary ?4 c Mader, D. 19853 Beitrage zur Genese des Germanischen Buntsandsteins 629 Hannover
Sedimo Verlag Stratigraphy Entstehungsmechanismen fluviatiler Ablagerungen als Beispiel für die sedimentologische Erforschung kontinentaler Rotserien : aufgezeigt an Beispielen aus Eifel, Saarland, Pfalz und Franken = Contributions to the genesis of the German Buntsandstein (Lower Triassic, Middle Europe)
Germany Triassic ?5 Maréchal, R.
Maarleveld, G.C. 1955H L'extension des phénomènes périglaciaires en Belgique et aux Pays-Bas 777 Mededelingen van de Geologische Stichting, Nieuwe Serie 8 Glacial Geology Netherlands; Belgium
Quaternary ?6 ! Ministerie van Economische Zaken, 19868 Aardgas en aardolie in Nederland en op de Noordzee, 1985
's-Gravenhage Ministerie van Economische Zaken Natural resources Netherlands; NL North Sea Generic iron sulphides, magnetostratigraphy, rock magnetism, Rupelian Stratigraphy Belgium
PalaeogeneG internal-pdf://Lagrou et al. (2004)-0132090971/Lagrou et al. (2004).pdf isotopes, Oi-1 event, sequence stratigraphy Stratigraphy Southern North Sea
PalaeogeneG internal-pdf://De Man et al. (2004)-1072251995/De Man et al. (2004).pdf ?7 De Man, E.
Van Simaeys, S. 2004n Late Oligocene Warming Event in the southern North Sea Basin: benthic foraminifera as paleotemperature proxies 227-239" Netherlands Journal of Geosciences 83 3] benthic foraminifera, global warming, Oligocene, paleotemperature, Rupelian-Chattian boundary Climate B North Sea CenozoicU internal-pdf://De Man & Van Simaeys (2004)-2934815579/De Man & Van Simaeys (2004).pdf up?8 Gürs, K.
Janssen, A.W. 2004 Sea-level related molluscan plankton events (Gastropoda, Euthecosomata) during the Rupelian (Early Oligocene)
of the North Sea Basin 199-208" Netherlands Journal of Geosciences 83 3Q Pteropoda, Rupelian, Oligocene, North Sea Basin, palaeogeography, biostratigraphy Palaeogeography North Sea CenozoicK internal-pdf://Gürs & Janssen (2004)-4176657755/Gürs &#?9 Judd, A.
Long, D.
Sankey, M. 1994< Pockmark formation and activity, U.K. block 15/25, North Sea 34-49- Bulletin of the Geological Society of Denmark 41 Petroleum Geology UK North Sea
QuaternaryC internal-pdf://Judd et al. (1994)-2046228059/Judd et al. (1994).pdf b?: < Wernecke, G.
Flöser, G.
Korn, S.
Weitkamp, C.
Michaelis, W. 1994Z First measurements of the methane concentration in the North Sea with a new in-situ device 5-11- Bulletin of the Geological Society of Denmark 41 Petroleum Geology North Sea GenericK internal-pdf://Wernecke et al. (1994)-1190985563/Wernecke et al. (1994).pdf 3?; ' Saeys, R.
Verheyen, A.
Vandenberghe, N. 2004N A rapid clay-mineral change in the earliest Priabonian of the North Sea Basin? 179-185" Netherlands Journal of Geosciences 83 3 Stratigraphy North Sea CenozoicE internal-pdf://Saeys et al. (2004)-0486768220/Saeys et al. (2004).pdf ?< Van Simaeys, S. 2004i The Rupelian-Chattian boundary in the North Sea Basin and its calibration to the international time-scale 241-248" Netherlands Journal of Geosciences 83 3f biochronostratigraphy, dinoflagellate cysts, North Sea Basin, Rupelian-Chattian boundary,Tethyan Ocean Stratigraphy North Sea
QuaternaryC internal-pdf://Van Simaeys (2004)-3976926300/Van Simaeys (2004).pdf
Q?= # Nielsen, P.
Swennen, R.
Keppens, E. 1994k Multiple-step recrystallization of massive ancient dolomite units: an example from the Dinantian of Belgium 567-584
Sedimentology 41 3
Diagene $ (2002)-1114837831/Nielsen (2002).pdf ?? A Garming, J.F.L.
Cremer, H.
Verreussel, R.
Guasti, E.
Abbink, O.A. 2010s A new biostratigraphical tool for reservoir characterisation and well correlation in permo-carboniferous sands Cenozoic tones 4996-5000x Society of Petroleum Engineers - 72nd European Association of Geoscientists and Engineers Conference and Exhibition 2010 7 Stratigraphy Southern North Sea Permo-Carboniferous o ?@ Okkerman, J. 1998a Influence of early diagenesis on reservoir quality of Rotliegende sandstones, northern Netherland 2246-22655 American Association of Petroleum Geologists Bullet?A 3 Jasper, K.
Hartkopf-Fröder, C.
Flajs, G.
Littke, R 2010 Evolution of Pennsylvanian (Late Carboniferous) peat swamps of the Ruhr Basin, Germany: Comparison of palynological, coal petrographical and organic
geochemical data 346-365% international Journal of Coal Geology 83y Maceral composition ,Vitrinite reflectance, CPI ,Pristane/phytane, Palynology, Water Cover Index, Duckmantian, Ruhr Basin Stratigraphy Germany
CarboniferousG internal-pdf://Jasper et al. (2010)-1285470044/Jasper et al. (2010).pdf ?B Uhl, J.
Cleal, C.J. 2010R Late Carboniferous vegetation change in lowland and intramontane basins in Germany 318-328% International Journal of Coal Geology 83\ Facies change, Climate change, Wetland forests, Species richness, Ruhr basin, Saar coalfield Stratigraphy Germany
CarboniferousC internal-pdf://Uhl & Cleal (2010)-1822751580/Uhl & Cleal (2010).pdf @?C @ Hartwig, A.
Könitzer, S.
Boucsein, B.
Horsfield, B.
Schulz, H-M 2010f Applying classical shalegas evaluation concepts to Germany-Part II: Carboniferous in NortheastGermany 93-106 Chemie der Erde 70 S3 Shale gas, Black shale, Methane, Carboniferous, Organic carbon, Kerogen, Maceral, Vitrinite reflectance, Siliciclastic rock, Carbonate Petroleum Geology Germany
CarboniferousI internal-pdf://Hartwig et al. (2010)-3417196380/Hartwig e?D Voigt, S.
Ganzelewski, M. 2010q Toward the origin of amniotes: Diadectomorph and synapsid footprints from the early Late Carboniferous of Germany 57-72 Acta Palaeontologica Polonica 55 1N Ichniotherium, Dimetropus, Cotylosauria, tetrapod tracks, Westphalian, Germany Stratigraphy Germany
CarboniferousS internal-pdf://Voigt & Ganzelewski (2010)-3720135516/Voigt & Ganzelewski (2010).pdf S GenericG internal-pdf://Krings et al. (1987)-3536445276/Krings et al. (1987).pdf %?E
Bless, M.J.M. 1987_ The Termae boreholes of Valkenburg a/d Geul South-Limburg, The Netherlands :General information 5-8/ Annales de la Société Géologique de Belgique 110 Geothermics Netherlands
Cretaceous7 internal-pdf://Bless (1987)-0869220700/Bless (1987).pdf( ?F
Jäger, M. 1987c Campanian-Maastrichtian serpulids from Thermae 2000 borehole (Valkenburg a/d Geul, The Netherlands) 39-46, Annales de la Societe Geologique de Belgique 110 Stratigraphy Netherlands
Cretaceous9 internal-pdf://Jäger (1987)-1473633628/Jäger (1987).pdf[?G / Batten, D.J.
Streel, M.
Dusar, M.
Bless, M.J.M. 1987c Late Cretaceous Palynomorphs from the boreholes Thermae 2002 (Valkenburg a/d Geul, The Netherlands) 47-51, Annales de la Societe Geologique de Belgique 110 Stratigraphy Netherlands
CretaceousG internal-pdf://Batten et al. (1987)-2111389532/Batten et al. (1987).pdf 0 ?H
Thorez, J. 1987k Clay mineralogy of some clayey intervals in the Termae 2002 borehole (Valkenburg a/d Geul, The Netherlands) 53-58, Annales de la Societe Geologique de Belgique 110 Stratigraphy Netherlands
Cretaceous9 internal-pdf://Thorez (1987)-1843222108/Thorez (1987).pdf WiferousM internal-pdf://Friedrich et al. (1987)-1826684252/Friedrich et al. (1987).pdf QoniferousE internal-pdf://Wolf & Bless (1987)-0165830748/Wolf & Bless (1987).pdf C Generic7 internal-pdf://Bless (1987)-1877230428/Bless (1987).pdf SevonianI internal-pdf://Johnson et al. (1986)-0099302748/Johnson et al. (1986).pdf +?I Vanguestaine, M. 1986J Late Devonian and Carboniferous acritarch stratigraphy and palaeogeography 93-102, Annales de la Societe Geologique de Belgique 109 Stratigraphy Belgium Devonian; CarboniferousE internal-pdf://Vanguestaine (1986)-1592717148/Vanguestaine (1986).pdf X DevonianM internal-pdf://Thorez & Dreesen (1986)-0099722076/Thorez & Dreesen (1986).pdf$ ?J Kockel, F 1986b Upper Cretaceous biostratigraphy the key to the understanding of inversion tectonics in NW Germany 357-361, Annales de la Societe Geologique de Belgique 109 Stratigraphy Germany
Cretaceous9 internal-pdf://Kockel (1986)-3002501724/Kockel (1986).pdf ?K Gullentops, F. 1986 The Maastrichtian sea level rise 363-365, Annales de la Societe Geologique de Belgique 109 Structural Geology Belgium
CretaceousA internal-pdf://Gullentops (1986)-0100326748/Gullentops (1986).pdf Calaeogene7 internal-pdf://Rossa (1986)-4261154396/Rossa (1986).pdf D laeozoic9 internal-pdf://André (1991)-3875723357/André (1991).pdf \ SilurianQ internal-pdf://Verniers & Grootel (1991)-1610916957/Verniers & Grootel (1991).pdf L GenericA internal-pdf://Lee et al. (1991)-1258672989/Lee et al. (1991).pdf @ niferous5 internal-pdf://Poty (1991)-3892783197/Poty (1991).pdf A cllgium
Palaeozoic= internal-pdf://Woodcock (1991)-0017329501/Wo XeozoicO internal-pdf://Bless & Bouckaert (1988)-1208776797/Bless & Bouckaert (1988).pdf I Generic= internal-pdf://De Voogd (1988)-2383263581/De Voogd (1988).pdf VCenozoicK internal-pdf://Demoulin et al. (1992)-2668826205/Demoulin et al. (1992).pdf QrdovicianE internal-pdf://Vanguestaine (1992)-3071657053/Vanguestaine (1992).pdf StaceousI internal-pdf://Felder & Bless (1989)-1159299933/Felder & Bless (1989).pdf JPalaeozoic= internal-pdf://Molyneux (1991)-3088912221/Molyneux (1991).pdf T DevonianI internal-pdf://Paproth et al. (1986)-0388243293/Paproth et al. (1986).pdf Z CarboniferousI internal-pdf://Paproth et al. (1994)-3995529565/Paproth et al. (1994).pdf =-pdf://Riley et al. (1993)-0002768989/Riley et al. (1993).pdf OerousG internal-pdf://Streel et al. (1992)-0908953693/Streel et al. (1992).pdf o Mesozoicc internal-pdf://Van den Haute & Vercoutere (1989)-0926122845/Van den Haute & Vercoutere (1989).pdf ?L ' Van Amerom, H.W.J.
Van Tongeren, P.C.H. 2010_ Results of Renewed Palaeobotanic dating of Late Carboniferous strata (NE Belgian Campine basin) 3-35 Geologica Belgica 13 1-2 Stratigraphy` Palaeobotany; Westphalian C; Westphalian D; discontinuities; Malvernian; Leonese; Campine basin. Belgium
Carboniferous_ internal-pdf://Van Amerom & Van Tongeren (2010)-3443354205/Van Amerom & Van Tongeren (2010).pdf ?M ] Lüders, V.
Plessen, B.
Romer, R.L.
Weise, S.M.
Banks, D.A.
Hoth, P.
Dulski, P.
Schettler, G. 2010u Chemistry and isotopic composition of Rotliegend and Upper Carboniferous formation waters from the North German Basin 198-208 Chemical Geology 276? Formation water, Brines ,North German Basin ,D,O,N ,Sr isotopes Geochemistry Germany Permian, CarboniferousI internal-pdf://Lüders et al. (2010)-1867031901/Lüders et al. (2010).pdf7?N Molengraaff, G.J.H. 1919q Hadden de op elkaar volgende bewegingen langs de groote verschuivingen in Zuid-Limburg een oscilleerend karakter? 297-309e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie 4
Seismicity Netherlands Generic 4?O Molhuysen, P.C. 1843M Over tertiaire lagen in de Nederlandsche provintiën Gelderland en Overijssel 123-132/ Overijsselsche Almanak voor Oudheid en Letteren 9 Stratigraphy N ?P Mot, E. 19812 Aardwarmte, mogelijke warmtebron voor het Westland 480-486 Natuur en Techniek 49 Geothermics Netherlands Generic ?Q Mot, E. 1982H De levensvatbaarheid van aardwarmte in relatie tot andere energiebronnen 120-129 Energiespectrum 5 Geothermics Netherlands Generic Մ?R Mot, E. 1984Z Verslag van het nationaal onderzoeksprogramma aardwarmte en warmteopslag 1979-1984 (NOA I) 118 Apeldoorn Project Bureau Energieonderzoek Geothermics Netherlands Generic ?S Müller, G. 19020 Ueber Dyas und Trias an der Holländische Grenze 110-1113 Zeitschrift der Deutschen Geologischen Gesellschaft 54 Stratigraphy Germany; Netherlands Triassic ?T Müller, G. 1903` Die Lagerungsverhältnisse der Unteren Kreide westlich der Ems und die Transgression des Wealden 184-200B Jahrbuch der Köninklichen Preussischen Geologischen Landesanstalt 24 Stratigraphy Germany
Cretaceous ?U Nieuwenkamp, W. 19370 Electrische opsporing van ertsen in Zuid-Limburg 342-345F Handelingen van het 26e Natuurwetenschappelijk en Geneeskundig Congres Utrecht Natural resources Netherlands Generic ?V Nillesen, J.H.M. 1971/ Kalkbranderijen in het Kunrader kalksteengebied 39-64 Grondboor & Hamer 26 Natural resources Netherlands
Cretaceous 'D?W 4 Nio, S.D.
Schüttenhelm, R.T.E.
Weering, Tj.C.E. van 1981E Holocene marine sedimentation in the North Sea Basin: An IntroductionC International Association of Sedimentologists Special Publication 5 Wiley Clastic sedimentology ISBN 9780632008582 North Sea
Quaternary n?X Oele, E. 1969U The Quaternary geology of the Dutch part of the North Sea, North of the Frisian Isles 467-479 Geologie en Mijnbouw 48 ?Y Oele, E. 1971F The Quaternary of the southern area of the Dutch part of the North Sea 461-474 Geologie en Mijnbouw 50 Stratigraphy NL North Sea
Quaternary ?Z Oele, E. 1973- The gravel and sand supply in The Netherlands 81-84R Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap 29 Natural resources Netherlands Generic
@?[
Oerlemans, J. 1981_ Modelling Pleistocene European ice sheets experiments with simple mass-balance parameterization 77-85 Quaternary Research 15 1 Glacial Geology Europe
Q?\ Oostingh, C.H. 1921K Bijdrage tot de kennis der zuidelijke zwerfsteenen in Nederland en omgeving 164( Mededeelingen van de Landbouwhoogeschool 19 Glacial Geologyx Also published in German in: Berichte der Oberhessischen Gesellschaft für Natur- und Heilkunde Giessen 8 (1922): 94 pp. Netherlands
Quaternary u?] Oostingh, C.H.
Florschütz, F. 1928? Bijdrage tot de kennis van de fossiele fauna en flora van Neede 69-75E Verslagen van de Koninklijke Nederlandsche Akademie van Wetenschappen 37
Palaeontology Nee?^ Overweel, C.J. 1977 Distribution and transport of Fennoscandinavian indicators : a synthesis of data from the literature leading to a reconstruction of a pattern of flowlines and ice margins of the Scandinavian ice sheets 117 PhD
Wageningen Glacial Geology
1977-11-23 Scripta Geologica, vol 43 Northwest Europe
Quaternary ?_ Pannekoek, A.J. 19345 Het hoofdterras van de Maas tussen Luik en Maastricht 78-80 Natuurhistorisch Maandblad 23 Palaeogeography Belgium Cenozoic ɼ?e Pannekoek, A.J. 1954D Bodemdaling en -rijzing in de geologische geschiedenis van Nederland 25-338 Lezing voor de Koninklijke Maatschappij voor Natuurkund ?a Pannekoek, A.J. 1956z Geologische geschiedenis van Nederland, toelichting bij de geologische overzichtskaart van Nederland op de schaal 1:20 000 147
's-Gravenhage Staatsdrukkerij Geology Netherlands Generic ?b Pannekoek van Rheden, J.J. 1936 River built levees in the Betuwe 337e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie 9 Palaeogeography Netherlands
Quaternary o ?c
Pape, J.C. 1970 Plaggen soils in The Netherlands 229-255 Geoderma 4 3 Geography N ?d Polak, B. 1929G Een onderzoek naar de botanische samenstelling van het Hollandsche veen 187 PhD Amsterdam
Palaeontology Netherlands
Quaternary ?e Pons, L. 1957 De geologie, de bodemvorming en de waterstaatkundige ontwikkeling van het land van Maas en Waal en een gedeelte van het Rijk van Nijmegen 156 PhD
Wageningen Palaeogeography
1957-12-13 Netherlands
Quaternary ?f Pons, L.
Wiggers, A.J. 1959Q De Holocene wordingsgeschiedenis van Noord-Holland en het Zuiderzeegebied, deel 1 104-152G Tijdschrift van het Koninklijk Nederlandsch Aardrijkskundig Genootschap 66 Palaeogeography Netherlands
Quaternary ?g Pons, L.
Wiggers, A.J. 1960Q De Holocene wordingsgeschiedenis van Noord-Holland en het Zuiderzeegebied, deel 2 3-58G Tijdschrift van het Koninklijk Nederlandsch Aardrijkskundig Genootschap 67 Palaeogeography Netherlands
Quaternary ?h Quitzow, H.W.
Zonneveld, J.I.S. 1956P Vorläufiges Ergebnis der Terrassenuntersuchungen im Maas- und Niederrheingebiet 1-428" Geologie en Mijnbouw, Nieuwe Serie 18 Palaeogeography Netherlands
Quaternary ?i Raedts, C.E.P.M. 1953? De eerste zestig jaren van het bestaan der Oranje-Nassau mijnen 389-402" Geologie en Mijnbouw, Nieuwe Serie 12 History Netherlands Generic ?j Raedts, C.E.P.M. 1974O De opkomst, de ontwikkeling en de neergang van de steenkolenmijnbouw in Limburg 239 Maaslandse Monografieën Assen Van Gorcum en Comp. History Netherlands Generic rlands 225Q Fysisch-Geografisch en Bodemkundig Laboratorium van de Universiteit van Amsterdam Amsterdam Amsterdam University Glacial Geology Netherlands; Germany Generic O ?k Rappol, M.
Stoltenberg, H.P.M. 1985< Compositional variability f of Saalian till in The Netherlands 33-50 Boreas 14 Glacial Geology Netherlands
Quaternary ?l Reid, C.
Reid, E.M. 19072 The fossil flora of Tegelen-sur-Meuse, near Venloo 1-26c Proceedings of the Koninklijke Nederlandse Akademie van Wetenschappen, Afdeling Wis- en Natuurkunde 13
Palaeontology Netherlands Cenozoic ?m Reid, C.
Reid, E.M. 19150 The Pliocene floras of the Dutch-Prussian border 1783 Mededeelingen van de Rijksopsporing van Delfstoffen 6
Palaeontology Netherlands; Germany Neogene ?n
Reinhold, Th. 19175 Beschrijving van de Zuid-Limburgsche kalksteensoorten 265-267 De Ingenieur 32 Petrology Netherlands
Cretaceous ?o
Reinhold, Th. 1918W De tectonische bouw van Zuid-Limburg, benevens eenige gegevens over nuttige delfstoffen 441-5751 Eindverslag van de Rijksopsporing van Delfstoffen Structural Geology Netherlands
Cretaceous ?p
Reinhold, Th. 1920> Over recente bodembewegingen en verschuivingen in Zuid-Limburg 176-180G Tijdschrift van het Koninklijk Nederlandsch Aardrijkskundig Genootschap 37 Structural Geology Netherlands Generic ?q
Rijks Geologische Dienst, 1982 Reports for geothermal projects and other special studies: inventarisatie van de Lower Trias Group in Nederland t.b.v. de winning van aardwarmte
report 82DS21 Haarlem RGD Geothermics Netherlands Generic ?r
Rijks Geologische Dienst, 1983o Inventarisatie van de Upper Rotliegend Group (Vlieland Formation) in Nederland t.b.v. de winning van aardwarmte report 83DS05EX Haarlem RGD Geothermics Netherlands Permian e?s
Rijks Geologische Dienst, 1984 Inventarisatie van de paleozoïsche kalksteen (Dinantien) en de Chalk Group (Krijt) in Nederland t.b.v. de winning van aardwarmte; warmte-doorvoer- en temperatuurkaarten; aanwezige en winbare hoeveelheden aardwarmte report 84KAR16EX Haarlem RGD Geothermics Netherlands Carboniferous; Cretaceous ?t
> Rijks Geologische Dienst,
Investerings Maatschappij Nederland, 1984R Geological sections through the onshore and adjacent part of the continental shelf Stratigraphy Netherlands; NL North Sea Generic
Quaternary ?u
Rijkswaterstaat 1987 Gegrond ontgronden, ontwerp landelijke beleidsnota voor de oppervlaktedelfstoffenvoorziening voor de lange termijn (tot ca 2010) Rijkswaterstaat Natural resources Netherlands Generic D?v
Ritsema, I.L. 1983 Electromagnetic resistivity profiling for the determinatior of lateral variations in lithology or groundwater quality in The Netherlandsi Proceedings of the Symposium on Methods and Instrumentation for the Investigation of Groundwater Sysytems
GeophysicsM Proceedings and Information of the Committee for Hydrological Research TNO 31 Netherlands Generic& $?w Roep, Th.B. 1984n Progradation, erosion and changing coastal gradient in the coastal barrier deposits of the western Netherlands 249-258 Geologie en Mijnbouw 63 3 Clastic sedimentology Netherlan?x % Roep, Th.B.
Beets, D.J.
Ruegg, G.H.J. 1975D Wave built structures in subrecent beach barriers of The Netherlands 141-146> Proceedings of the 9th International Sedimentological Congress Nice Clastic sedimentology 1975 Netherlands
Quaternary ?y > Roep, Th.B.
Plassche, O. van de
Valk, L. van der
Ruegg, G.H.J. 1983K Sedimentologie van de strandwal-afzettingen onder 's-Gravenhage en Rijswijk 63-95% Mededelingen Rijks Geologische Dienst 37 Clastic sedimentology Netherlands
Quaternary ?z
) Van Camp, M.
Walraevens, K.
De Breuck, W. 1998+ Grondwateronderzoek diepe zandlagen. Fase 3 51 Ghent Ghent University Science General HydrogeologyR Ghent University Academic Bibliography [http://archive.ugent.be/oai/] (Belgium) ER retaceous ?{
Römer, F. 1853 Holländische Tertiär Bildungen 494-4953 Zeitschrift der Deutschen Geologischen Gesellschaft 5 Stratigraphy Netherlands Cenozoic ?|
Römer, F. 1854? Die Kreidebildungen Westphalens. Eine geognostische Monographie 99-2363 Zeitschrift der Deutschen Geologischen Gesellschaft 6 Carbonate sedimentology Germany
Cretaceous ?}
Ruegg, G.H.J. 1977A Features of Middle Pleistocene sandur deposits in The Netherlands 5-24 Geologie en Mijnbouw 56 1 Glacial Geology Netherlands
?~
Ruegg, G.H.J. 1981 Ice pushed Lower and Middle Pleistocene deposits near Rhenen (Kwintelooijen): sedimentary-structural and lithological-granulometrical investigations 165% Mededelingen Rijks Geologische Dienst 35 Glacial Geology Netherlands
Quaternary Մ? Rutten, L.M.R. 1929f Geologische nomenclator - Geologische Nomenklatur - Geological nomenclature - Nomenclateur géologique 338
's-Gravenhage G.Naeff Stratigraphy Netherlands Generic ? Rutten, M.G. 19462 Lood- en zinkerts in kolenmijnen in het Ruhrgebied 64-68" Geologie en Mijnbouw, Nieuwe Serie 8 Natural resources Germany
Carboniferous ? Rutten, L.M.R. 1969 The geology of western Europe 520 Amsterdam Elsevier Publishing Company Geology Western Europe Generic ? Sadée, C.P.M. 1975> An interpretation of South-Limburg subsurface temperature data 184-193 Geologie en Mijnbouw 54 Geothermics Netherlands Generic3
? Sanberg, J.A.M.
Oerlemans, J. 1983Q Modelling of Pleistocene European ice sheets: the effect of upslope precipitation 267-273 Geologie en Mijnbouw 62 2 Glacial Geology Netherland ?
Sannemann, D. 1963+ Ueber Salzstock-Familien in NW. Deutschland 499-506 Erdöl Zeitschrift 79
Evaporites Germany Permian ? Schieferdecker, A.A.G. 19534 Nederlandse boortechniek van omstreeks het jaar 1600 72-73" Geologie en Mijnbouw, Nieuwe Serie 15 History Netherlands Generic ? Schieferdecker, A.A.G. 1959 Geological nomenclature 523 Gorinchem Noorduijn en Zoon Stratigraphy Netherlands Generic ^? Schierbeek, A. 1917 De studie der venen 505-545G Tijdschrift van het Koninklijk Nederlandsch Aardrijkskundig Genootschap 2/34 Geography NethO 5? p Förs < ter, A.
Schöner, R.
Förster, H.-J.
Norden, B.
Blaschke, A.-W.
Luckert, J.
Beutler, G.
Gaupp, R.
Rhede, D. 2010y Reservoir characterization of a CO2 storage aquifer: The Upper Triassic Stuttgart Formation in the Northeast German Basin
2156 -2172 Marine and Petroleum Geology 27 Upper Triassic, Stuttgart formation ,Lithology, Mineral composition, Whole-rock geochemistry ,Porosity, Diagenesis, Well-log analysis, CO2 storage, CO2SINK project Petroleum Geology Germany TriassicK internal-pdf://Förster et al. (2010)-0305806443/Förster et al. (2010).pdf4 ? 8 Morgan, T.
Jones, S.
Morris, J.
Meadows, N.S.
Butler, M. 2010x Chemostratigraphy of the middle Triassic, Central Iberian Basin - An ahalogue for the Triassic Central Graben, North Sea 4004-4008x Society of Petroleum Engineers - 72nd European Association of Geoscientists and Engineers Conference and Exhibition 2010 6 Biostratigraphic markers; Characterisation; Chemical stratigraphy; Chemostratigraphy; Data sets; Fluvial systems; Hydrocarbon reservoir; Log correlation; North Sea; Skagerrak; Triassic Stratigraphy North Sea Triassic? H Paris, G.
Beaumont, V.
Bartolini, A.
Clémence, M-E.
Gardin, S.
Page, K. 2010 Nitrogen isotope record of a perturbed paleoecosystem in the aftermath of the end‐Triassic crisis, Doniford section, SW England 1-15" Geochemistry Geophysisc Geosystems 11 8M Triassic‐Jurassic boundary; nitrogen isotopes; organic matter; anoxic event Geochemistry UK TriassicE internal-pdf://Paris et al. (2010)-0173516395/Paris et al. (2010).pdf ? Lucas, S.G. 2010: The Triassic chronostratigraphic scale; history and status 17-39 The Triassic Timescale 334 Lucas, S.G. London' Geological Society Special Publications Stratigraphya The Triassic chronostratigraphic scale is a hierarchy of three series, seven stages and 15 substages developed during nearly two centuries of research. The first geological studies of Triassic rocks began in Germany in the late 1700s and culminated in 1834 when Friedrich August von Alberti coined the term "Trias" for the Bunten Sandsteins, Muschelkalk and Keuper, a thick succession of strata between the Zechstein and the Lias. Recognition of the Trias outside of Germany soon followed, and by the 1860s Austrian geologist Edmund von Mojsisovics began constructing a detailed Triassic chronostratigraphy based on ammonoid biostratigraphy. In 1895, Mojsisovics and his principal collaborators, Wilhelm Waagen and Carl Diener, published a Triassic timescale that contains most of the stage and substage names still used today. In 1934, Leonard Spath proposed a Triassic ammonoid-based biochronological timescale that differed little from that of Mojsisovics and his collaborators. In the 1960s, E. Timothy Tozer proposed a Triassic ammonoid-based timescale based on North American standards, and his timescale included proposal of four Lower Triassic stages (Griesbachian, Dienerian, Smithian and Spathian). The work of the Subcommission on Triassic Stratigraphy began in the 1970s and resulted in current recognition of seven Triassic stages in three series: Lower Triassic-Induan, Olenekian; Middle Triassic-Anisian, Ladinian; Upper Triassic-Carnian, Norian and Rhaetian. The 1990s saw the rise of Triassic conodont biostratigraphy so that four intervals that have agreed on Triassic GSSPs use conodont occurrences as defining features: bases of Induan, Olenekian, Anisian and Rhaetian. The bases of the Ladinian and Carnian are defined by ammonoid events. The base of the Norian remains undefined, but will most likely be defined by conodonts. Except for the Rhaetian, the Middle and Upper Triassic stages and substages have been fairly stable for decades, but there has been much less agreement on Lower Triassic chronostratigraphic subdivisions. Issues in the development of a Triassic chronostratigraphic scale include those of: stability and priority of nomenclature and concepts; disagreement over and changing taxonomy; the use of ammonoid v. conodont biostratigraphy; differences in the perceived significance of biotic events for chronostratigraphic classification; disagreements about the utility of relatively short stages; correlation problems between the Tethyan and Boreal realms (provinces); and competing standards from the Old and New worlds. Most of these issues have been resolved in the recognition of three Triassic series and seven stages. Further development of the Triassic chronostratigraphic scale needs to focus on definition and characterization of the 15 Triassic substages as these will provide a much more detailed basis for subdivision of Triassic time than do the seven stages. Generic Triassic7 internal-pdf://Lucas (2010)-0409580139/Lucas (2010).pdfo
? Hounslow, M.W.
Muttoni, G. 2010Z The geomagnetic polarity timescale for the Triassic: linkage to stage boundary definitions 61-102 The Triassic Timescale 334 Lucas, S.G. London' Geological Society Special Publications Stratigraphy Generic TriassicQ internal-pdf://Hounslow & Muttoni (2010)-1752344683/Hounslow & Muttoni (2010).pdf nd their role in stage boundary definition 139-161 The Triassic Timescale 334 Lucas, S.G. London' Geological Society Special Publications Stratigraphy Generic Triassic; internal-pdf://Orchard (2010)-2776230251/Orchard (2010).pdf U | Triassic conodonts a\? ( O' Dogherty, L.
Carter, E.S.
Gorican, S. 2010: The Triassic chronostratigraphic scale; history and status 163-200 The Triassic Timescale 334 Lucas, S.G. London' Geological Society Special Publications Stratigraphy Generic TriassicO internal-pdf://O'Dogherty et al. (2010)-1048378731/O'Dogherty et al. (2010).pdf M4rals a clue to unravel supergene and hypogene alteration
of marine and continental sediments of Triassic to Cretaceous age (SE Germany) 61-76 Sedimentary Geology 228e Heavy minerals ,Supergene, Hypogene mineralization ,Continental–m?
McRoberts, A. 2010" Biochronology of Triassic bivalves 201-219 The Triassic Timescale 334 Lucas, S.G. London' Geological Society Special Publications Stratigraphy Generic Triassic? internal-pdf://McRoberts (2010)-3464445035/McRoberts (2010).pdf K Geological Society SpecB? " Balini, M.
Lucas, S.G.
Jenks, J.F. 2010. Triassic ammonoid biostratigraphy: an overview 221-262 The Triassic Timescale 334 Lucas, S.G. London' Geological Society Special Publications Stratigraphy Generic TriassicG internal-pdf://Balini et al. (2010)-2038617963/Balini et al. (2010).pdf P 2010 Authigenic heavy mine c
riassicY internal-pdf://Kürschner & Herngreen (2010)-3582263915/Kürschner & Herngreen (2010).pdf > R? Cirilli, S. 2010M Upper Triassic-lowermost Jurassic palynology and palynostratigraphy: a review 285-314 The Triassic Timescale 334 Lucas, S.G. London'? Kozur, H.W.
Weems, R.E. 2010h The biostratigraphic importance of conchostracans in the continental Triassic of the northern hemisphere 315-417 The Triassic Timescale 334 Lucas, S.G. London' Geological Society Special Publications Stratigraphy Generic Triassic internal-pdf://Kozur & Weems (2010)-3633012075/Kozur & Weems (2010).pdf
internal-pdf://Kozur & Weems2 (2010)-1787828331/Kozur & Weems2 (2010).pdf A? Lucas, S.G. 2010T The Triassic timescale based on nonmarine tatrapod biostratigraphy and biochronology 447-500 The Triassic Timescale 334 Lucas, S.G. London' Geological Society Special Publications Stratigraphy Generic Triassic7 internal-pdf://Lucas (2010)-1049502059/Lucas (2010).pdf Q? % Bonis, N.R.
Ruhl, M.
Kürschner, W.M. 2010p Milankovitch-scale palynological turnover across the Triassic–Jurassic transition at St. Audrie’s Bay, SW UK 877-888! Journal of the Geological Society 167 Stratigraphy UK Triassic-JurassicE internal-pdf://Bonis et al. (2010)-1721073003/Bonis et al. (2010).pdf T,? Dill, H. G. ? / Koehrer, B.S.
Heymann, C.
Prousa, F.
Aigner, T. 2010 Multiple-scale facies and reservoir quality variations within a dolomite body – Outcrop analog study from the Middle Triassic, SW German Basin 386-411 Marine and wodeling Stratigraphy Germany TriassicI internal-pdf://Koehrer et al. (2010)-1873801338/Koehrer et al. (2010).pdf Z? Sweetman, S.C.
Martill, D.M. 2010 Pterosaurs of the Wessex Formation (Early Cretaceous, Barremian) of the Isle of Wight, southern England: a review with new data 1698-6180 Journal of Iberian Geology 36 2 Stratigraphy UK
CretaceousQ internal-pdf://Sweetman & Martill (2010)-1338523770/Sweetman & Martill (2010).pdf ? L Thyberg, B. I.
Jahren, J.
Winje, T.
Bjørlykke, K.
Faleide, J.
Marcussen, C. 2010 Quartz cementation in Late Cretaceous mudstones, northern North Sea: Changes in rock properties due to dissolution of smectite and
precipitation of micro-quartz crystals 1752-1764 Marine and Petroleum Geology 27_ Opal-A/CT,Cathode luminescence, Clay diagenesis, Compaction, Mudstone, North Sea, Quartz cement
Diagenesis North Sea
CretaceousI internal-pdf://Thyberg et al. (2010)-0959876731/Thyberg et al. (2010).pdf? ; Wilmsen, M
Niebuhr, B.
Chellouche, P.
Pürner, T.
Kling, M. 2010 Facies pattern and sea-level dynamics of the early Late Cretaceous transgression: a case study from the lower Danubian Cretaceous
Group (Bavaria, southern Germany) 483-507 Facies 56 Clastic sedimentology Germany
CretaceousI internal-pdf://Wilmsen et al. (2010)-2755883643/Wilmsen et al. (2010).pdfX? c? % Wilmsen, M
Niebuhr, B.
Chellouche, P. 2010w Occurrence and significance of Cenomanian belemnites in the lower Danubian Cretaceous Group (Bavaria,
southern Germany) 231-241 Acta Geologica Polonica 60 2Q Upper Cretaceous; Belemnitida; Taxonomy; Integrated stratigraphy; Palaeogeography Stratigraphy Germany
CretaceousI internal-pdf://Wilmsen et al. (2010)-3450502978/ZK ? \ Eggenhuisen, J.T.
McCaffrey, W.
Haughton, P.
Butler, R.W.H.
Moore, I.
Jarvie, A.
Hakes, W.G. 2010 Reconstructing large-scale remobilisation of deep-water deposits and its impact on sand-body architecture from cored wells: The Lower Cretaceous Britannia
Sandstone Formation, UK North Sea 1595-1615 Marine and Petroleum Geology 27o Deep-water turbidite sandstones, Remobilisation, Debris flow, Core facies, Britannia Field, Seascape morphology Clastic sedimentology UK North Sea
CretaceousQ internal-pdf://Eggenhuisen et al. (2010)-3747995515/Eggenhuisen etA? Jakobsen, F.
Andersen, C. 2010G Late Cretaceous basin development of the southern Danish Central Graben 15-183 Geological Survey of Denmark and Greenland Bulletin 20 Petroleum Geology DK North Sea
CretaceousS internal-pdf://Jakobsen & Andersen (2010)-1785705595/Jakobsen & Andersen (2010).pdf*? ' Mathiesen, A
Nielsen, L.H.
Bidstrup, T. 20106 Identifying potential geothermal reservoirs in Denmark 19-223 Geological Survey of Denmark and Greenland Bulletin 20 Geothermics Denmark GenericM internal-pdf://Mathiesen et al. (2010)-1601474683/Mathiesen et al. (2010).pdf G@? Schulte, P.
Alegret, L.
Arenillas, I.
Arz, J.A.
Barton, P.
Bown, P.R.
Bralower, T.J.
Christeson, G.L.
Claeys, P.
Cockell, C.S.
Collins, G.S.
Deutsch, A.
Goldin, T.J.
Goto, K.
Grajales-Nishimura, J.M.
Grieve, R.A.F.
Gulick, S.P.S.
Johnson, K.R.
Kiessling, W.
Koeberl, C.
Kring, D.A.
MacLeod, K.G.
Matsui, T.
Melosh, J.
Montanari, A.
Morgan, J.V.
Neal, C.R.
Nichols, D.J.
Norris, R.D.
Pierazzo, E.
Ravizza, G.
Rebolledo-Vieyra, A.R.
Urrutia-Fucugauchi, J.
Vajda, V.
Whalen, M.T.
Willumsen, P.S. 2010V The Chicxulub Asteroid Impact and Mass Extinction at the Cretaceous-Paleogene Boundary 1214-1218 Science 327 Stratigraphy Generic Cretaceous; CenozoicI internal-pdf://Schulte et al. (2010)-3952496251/Schulte et al.U? T Voigt, S.
Schönfeld, J. 2010 Cyclostratigraphy of the reference section for the Cretaceous white chalk of northern Germany, Lägerdorf–Kronsmoor: A late Campanian–early Maastrichtian orbital
time scale 67-801 Palaeogeography, Palaeoclimatology, Palaeoecology 287_ Time series analysis, Orbital time scale, Campanian, Maastrichtian, Carbonate values, Sea level Stratigraphy Germany
CretaceousQ internal-pdf://Voigt & Schönfeld (2010)-3332472187/Voigt & Schönfeld (2010).pdf UtaceousK internal-pdf://Robinson et al. (2010)-2896443003/Robinson et al. (2010).pdf OtaceousE internal-pdf://Gould et al. (2010)-2141838203/Gould et al. (2010).pdf X CretaceousK internal-pdf://Mitchell et al. (2010)-3803213691/Mitchell et al. (2010).pdf IousC internal-pdf://Ryan et al. (2010)-3065559419/Ryan et al. (2010).pdf l 93 12 Stratigraphy Ireland
Carboniferous7 internal-pdf://Higgs (2009)-2612723067/Higgs (2009).pdf - dllletin 66 Petroleum Geology Generic G 1in 82 12
Diagenesis Netherlands Permian QGenericG internal-pdf://Fossen et al. (2010)-0465937531/Fossen et al. (2010).pdf T JurassicI internal-pdf://Jackson et al. (2009)-1405620603/Jackson et al. (2009).pdf Y CenozoicM internal-pdf://Marcussen et al. (2009)-3872150395/Marcussen et al. (2009).pdf SGenericI internal-pdf://Rudolph et al. (2010)-0869174395/Rudolph et al. (2010).pdf Garlem Rijks Geologische Dienst Stratigraphy Netherlands Generic Smolderen, A. 20019 Permian lithostratigraphic units Malmedy Graben (Belgium) 105-106 Geologica Belgica 4 1-2 Stratigraphy Belgium PermianI internal-pdf://Bultynk et al. (2001)-2064146300/Bultynk et al. (2001).pdf X eozoic; MesozoicE internal-pdf://Dusar et al. (2001)-2366256764/Dusar et al. (2001).pdfZ? ^ Boulvain, F
Belanger, I.
Delsate, D.
Ghysel, P.
Godefroid, P.
Laloux, M
Monteyne, R.
Roche, M. 2001A Triassic and Jurassic lithostratigraphic units (Belgian Lorraine) 113-119 Geologica Belgica 4 1-2 Stratigraphy Belgium Triassic-JurassicK internal-pdf://Boulvain et al. (2001)-2802753916/Boulvain et al. (2001).pdf ? + Robaszynski, F.
Dhondt, A.V.
Jagt, J. W. M. 2001- Cretaceous lithostratigraphic units (Belgium) 121-134 Geologica Belgica 4 1-2 Stratigraphy Belgium
CretaceousQ internal-pdf://Robaszynski et al. (2001)-0051512188/Robaszynski et al. (2001).pdf Ugium CenozoicC internal-pdf://Laga et al. (2001)-2282970236/Laga et al. (2001).pdf%? A Gullentops, F.
Bogemans, F.
De Moor, G.
Paulissen, E.
Pissart, A. 2001, Quaternary lithostratigrahic units (Belgium) 153-164 Geologica Belgica 4 1-2 Stratigraphy Belgium
QuaternaryO internal-pdf://Gullentops et al. (2001)-0521546364/Gullentops et al. (2001).pdf ? Anell, I.
Thybo, H
Stratford, W. 2010s Relating Cenozoic North Sea sediments to topography in southern Norway: The interplay between tectonics and climate 19-32# Earth and Planetary Science Letters 300= Cenozoic, North Sea, Norway, mass balance, peneplain, uplift Structural Geology Norway CenozoicE internal-pdf://Anell et al. (2010)-3022035836/Anell et al. (2010).pdfA? . Andresen, K. J.
Clausen, O.R.
Jørgensen, R.B. 2010Q A composite mud volcano system in the Chalk Group of the North Sea Central Graben 1209-1224! Journal of the Geological Society 167
Geophysics North Sea
CretaceousK internal-pdf://Andresen et al. (2010)-1497122428/Andresen et al. (2010).pdf? & Wolters, F.
Zeiler, M.
Bungenstock, F. 2010 Early Holocene environmental history of sunken landscapes: pollen, plant macrofossil and geochemical analyses from the Borkum Riffgrund, southern North Sea 1701-1719# international Journal Earth Science 99_ North Sea , Holocene , Pollen analysis ,Geochemistry , Carr vegetation , Sea-level index points Geochemistry North Sea
QuaternaryI internal-pdf://Wolters et al. (2010)-0768669823/Wolters et al. (2010).pdf hO ]? 2 Mauz, B.
Baeteman, C.
Bungenstock, F.
Plater, A.J. 2010Z Optical dating of tidal sediments: Potentials and limits inferred from the North Sea coast 667-678 Quaternary Geochronology 5* Optical dating, Tidal sediments, North Sea Stratigraphy North Sea
QuaternaryC internal-pdf://Mauz et al. (2010)-13231038 Nernal-pdf://Wassmann & Brouwer (1987)-1525243263/Wassmann & Brouwer (1987).pdf C Generic7 internal-pdf://Geluk (2010)-2280267391/Geluk (2010).pdf AGeneric7 internal-pdf://Laban (2010)-0132818559/Laban (2010).pdf CGeneric9 internal-pdf://Spiers (2010)-3437965695/Spiers (2010).pdf V PermianI internal-pdf://De Gans & Duin (2010)-0803983487/De Gans & Duin (2010).pdf B Permian5 internal-pdf://Paar (2010)-2649512575/Paar (2010).pdf GGeneric= internal-pdf://Breunese (2010)-0502065023/Breunese (2010).pdf L ? * Jackson, C. A. L.
Grunhagen, H.
Howell, J. 2010[ 3D seismic imaging of lower delta-plain beach ridges: lower Brent Group, northern North Sea 1225-1236! Journal of the Geological Society 167
Geophysics Northern North Sea JurassicI internal-pdf://Jackson et al. (2010)-1710504831/Jackson et al. (2010).pdf
? Bungenstock, F.
Weerts, H. 2010t The high-resolution Holocene sea-level curve for Northwest Germany: global signals, local effects or data-artefacts? 1687 - 1706# international Journal Earth Science 99 Relative sea-level curves , ‘‘Smoothers’’ , ‘‘Wigglers’’ , Northwest Germany , Data-artefacts ,C14-dating , Glacial forebulge , Tidal effects Palaeogeography Germany
QuaternaryU internal-pdf://Bungenstock & Weerts (2010)-1328299136/Bungen ? Schierbeek, P. 1953& Mijnwezen, Nederlands bestuursrecht II 604-624 Alphen aan den Rijn Samson History Netherlands Generic
? Schierbeek, P. 1965w Olie en gas in Nederland en onder de Noordzee (also translated: Oil and gas in The Netherlands and under the North Sea) 38 Amsterdam Amsterdam-Rotterdam Bank N.V. Petroleum Geology Netherlands; NL North Sea Generic D? Schierbeek, P. 1982z De invloed van de milieuwetgeving (ruimtelijke ordening en milieuhygiène) op de mijnbouwkundige activiteiten in Nederland# Jaarboek Mijnbouwkundige Vereniging 51 Delft History Netherlands Generic ?
Schmid, F. 1959\ Biostratigraphie du Campanien-Maastrichtien du NE de la Belgique sur la base des bélemnites 235-256) Annales de la Société Géologique Belge 82 Stratigraphy Netherlands; Germany
Cretaceous/?
Schmid, F. 1967^ Die Oberkreide-Stufen Campan und Maastricht in Limburg, bei Aachen und in nordwest Deutschland 471-478j Berichte der Deutschen Geologischen Gesellschaft, Geologische Wissenschaften A, Geologie und Paläntologie 12 Stratigraphy Netherlands; Germany
Cretaceous ? Scholtens, B.B. 1979U Ondergrondse kolenvergassing in Nederland. Alternatief voor verlaging energie-import? 691-698 De Ingenieur 91 Engineering Geology Netherlands
Carboniferous X ?v Suc, J.-P.
Zagwijn, W.H. 1983 Plio-Pleistocene correlations between the northwestern Mediterranean region and northwestern Europe according to recent biostratigraphic and palaeoclimatic data D ? Schoorl, H. 1973 Zeshonderd jaar water en land: bijdrage tot de historische geo- en hydrografie van de Kop van Noord-Holland in de periode ± 1150-1750 534B Verhandelingen / Koninklijk Nederlands Aardrijkskundig Genootschap 2 Groningen Wolters-Noordhoff History Met de historische reconstructie van het kustverloop is de reputatie van Schoorl in één keer gevestigd. Zijn visie op de tragische geschiedenis van de voormalige waddeneilanden 't Oge, en Huisduinen en de ontwikkelingen van Marsdiep, Heersdiep en Zijper Zeegat zijn meer en meer aanvaard. Niet alleen de kaarten van De Vries (1864) en Beekman (1916) behoefden herziening, ook werd duidelijk dat de veengebieden aan de noordelijke kusten van Holland zeer vroegtijdig (ca 800) in ontginning zijn genomen.
9001788939 Netherlands Generic ?
Schreuder, A. 1943b Fossil voles and other mammals (Desmana, Talpa, Equus, etc) out of well-borings in The Netherlands 399-433e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie 13
Palaeontology Netherlands Cenozoic"?
Schreuder, A. 1945 The Tegelen fauna, with a description of the new remains of its rare components (Leptobos, Archidiskodon meridionalis, Macaca, Sus strozzi) 153-2040 Extrait des Archives Néerlandaises de Zoölogie 7
Palaeontology Netherlands Cenozoic ? Schroeder van der Kolk, J.L.C. 1895. Bijdrage tot de karteering onzer zandgronden I 45S Verhandelingen van de Koninklijke Nederlandse Akademie van Wetenschappen, 2e sectie 4 Stratigraphy Netherlands Generic ? Schroeder van der Kolk, J.L.C. 1897/ Bijdrage tot de karteering onzer zandgronden II 57S Verhandelingen van de Konink 0? Schroeder van der Kolk, J.L.C. 18980 Bijdrage tot de karteering onzer zandgronden III 23S Verhandelingen van de Konin ^lijke Nederlandse Akademie van Wetenschappen, 2e sectie Stratigraphy Netherlands Generic _klijke Nederlandse Akademie van Wetenschappen, 2e sectie Stratigraphy Netherlands Generic { ? Schuddebeurs, A.P. 1980-1981, Die Geschiebe im Pleistozän der Niederlande 33-40 Der Geschiebesammler ? Schuddebeurs, A.P. 1980-1981, Die Geschiebe im Pleistozän der Niederlande 91-117 Der Geschiebesammler 14 2-3 Glacial Geology Netherla 5 14 1 Glacial Geology Netherlands
Quaternary nds
Quaternary ? ! Schuddebeurs, A.P.
Zandstra, J.G. 1983$ Indicator pebbles in The Netherlands 357-360% Glacial deposits in North-West Europe
Ehlers, J. Rotterdam Balkema Glacial Geology Netherlands
Quaternary ? Schuiling, R.D. 1973' A future for induced geothermal energy? 25-26 Geologie en Mijnbouw 53 Geothermics Netherlands Generic ? Schuiling, R.D.
Varenkamp, C. 1974 Geothermische energie 133-138! Atoomenergie en haar toepassingen 16 Geothermics Netherlands Generic ? ! Slinger, A.
Janse, H.
Berends, G. 1980 Natuursteen in monumenten 120E Rijksdienst voor de Monumentenzorg (Zeist) / Bosch en Keuning (Baarn) Natural resources Netherlands Generic ? Smit van der Vegt, J.A. 1839a Beschrijving van de kaart van provincie Groningen opgemaakt onder toezicht van G. Acker Stratingh Groningen W. van Boekeren Stratigraphy Netherlands Generic ? Staring, W.C.H. 1833N De geologia patriae, specimen academicum inaugurale in Academia Lugduno-Batava Leiden C.G. Menzel History Netherlands Generic ? Staring, W.C.H. 1837I Geologische bijzonderheden in het oostelijke van het Quartier van Zutphen 124-127, 135-138 Algemeene Konst en Letterbode Geology Netherlands
Quaternary ? Staring, W.C.H. 1838Z Verslag eener commissie belast met geologische onderzoekingen in de omstreken van Eibergen 141-157 Vriend des Vaderlands 12 Geology Netherlands Generic \? Staring, W.C.H. 1843m Eenige aanmerkingen op het berigt van prof. Becks betreffende de tertiaire lagen van Gelderland en Overijssel 197-204/ Overijsselsche Almanak voor Oudheid en Letteren 9 Stratigraphy N { _? Staring, W.C.H. 1844) De aardkunde en de landbouw van Nederland Zwolle Tjeenk Willink Geography ? Staring, W.C.H. 18448 Proef eener geologische kaart der Nederlanden, 1:800.000 Groningen
J. Oomkens Stratigraphy Netherlands Generic ? Staring, W.C.H. 1844R Proef eener Nederlandsche kunstspraak (terminologie) voor de aardkunde of geologie Deventer A. ter Gunne History Netherlands Generic ? Staring, W.C.H. 18445 Aanteekeningen betreffende de aardkunde van Nederland 339-344, 356-360 Algemeene Konst en Letterbode Geology Netherlands Generic ? Staring, W.C.H. 1853! De steen van Losser in Overijssel 13-321 Verhandelingen van de Commissie Geologische Kaart 1 Geology Netherlands Generic ? Staring, W.C.H. 18555 Aanteekeningen betreffende de aardkunde van Nederland
83-91, 99-103 Algemeene Konst en Letterbode Geology Netherlands Generic ? Staring, W.C.H. 1857F Opmerkingen over geologische onderscheidingen op kaarten van Nederland 114-119c Verslagen en Mededelingen. Koninklijke Nederlandse Academie van Wetenschappen. Afdeling Natuurkunde 5 Stratigraphy Netherlands Generic _? Staring, W.C.H. 1858? Voormaals en thans - opstellen over Neêrlands grondgesteldheid 242 Haarlem
A.C. Kruseman Geography Neth ..C. Kruseman Geology Netherlands Generic ? Staring, W.C.H. 1860 Overzigt van hetgeen er voor de geologie van Nederland verrigt is en nog te verrigten valt, verslag aan den Minister van Binnenlandse Zaken 390-392, 398-401 Algemeene Konst en Letterbode 7 History Netherlands Generic ? j Staring, W.C.H. 1861k Notice sur les restes du Mosasaurus et de la tortue de Maastricht, conservés au Musée de Teyler à Harlem 256-284c Verslagen en Mededelingen. Koninklijke Nederlandse Academie van Wetenschappen. Afdeling Natuurkunde 13
Palaeontology Netherlands
Cretaceous ? Staring, W.C.H. 1867 Het drinkwater in Nederland 173-197- Tijdschrift van de Vereniging voor Volksvlijt Hydrogeology Netherlands Generic W ? Steenhuis, J.F. 1922n Lijst van geschriften welke handelen over of v an belang zijn voor de geologie van Nederland, periode 1907-1920 134% Mededelingen Rijks Geologische Dienst
's-Gravenhage Algemene LandsdrukkerijI ? Steenhuis, J.F. 1937} Bijdrage tot de kennis van het kwartsgehalte der grindhoudende zandlagen aan de oppervlakte en in de ondergrond van Nederland 40e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologisc ! History Netherlands Generic ? Steenhuis, J.F. 1934n Lijst van geschriften welke handelen over of van belang zijn voor de geologie van Nederland, periode 1552-1920 109% Mededelingen Rijks Geol L? Steenhuis, J.F. 1939n Lijst van geschriften welke handelen over of van belang zijn voor de geologie van Nederland, periode 1921-1925 65% Mededelingen Rijks G ? Steenhuis, J.F. 1947n Lijst van geschriften welke handelen over of van belang zijn voor de geologie van Nederland, periode 1936-1944 993 Mededelingen Rijks G ? Steenhuis, J.F. 1952n Lijst van geschriften welke handelen over of van belang zijn voor de geologie van Nederland, periode 1945-1948 513 Mededelingen Rijks Geologische Dienst, Nieuwe Serie History Netherlands Generic Aeologische Dienst, Nieuwe Serie History Netherlands Generic 3eologische Dienst History Netherlands Generic 0 ogische Dienst History Netherlands Generic? Steenhuis, J.F. 1942 Nogmaals eenige nieuwe bepalingen van het kwartspercentage der grindhoudende zandlagen aan de oppervlakte en in de ondergrond van Nederland 84-89 Natuurhistorisch Maandblad 1942 Clastic sedimentology Netherlands Cenozoic >he Serie 12 Clastic sedimentology Netherlands Cenozoic ? Steenhuis, J.F. 1942o Het oudste? geologische proefschrift van een Nederlander aan een Nederlandsche inrichting voor hooger onderwijs 1-3" Geologie en Mijnbouw, Nieuwe Serie 4 History Netherlands Generic ? Steenhuis, J.F. 1953( De eerste geologische kaart in Nederland 452-453" Geologie en Mijnbouw, Nieuwe Serie 15 History Netherlands Generic ? Steenhuis, J.F. 19544 Het streven naar een geologische kaart in Overijssel 19-20" Geologie en Mijnbouw, Nieuwe Serie 16 History Netherlands Generic ? 0 Stichting Wetenschappelijke Atlas van Nederland, 1963-1977[ Atlas van Nederland. I Geologie, geofysica en delfstoffen; II Geomorfologie; III Bodemkunde
's-Gravenhage$ Staatsdrukkerij en Uitgeverijbedrijf Geology Netherlands Generic ? 0 Stichting Wetenschappelijke Atlas van Nederland, 1985 Atlas van Nederland. 13 Geologie
's-Gravenhage$ Staatsdrukkerij en Uitgeverijbedrijf Geology Netherlands Generic ?
Stille, H. 1910 Die mitteldeutsche Rahmenfaltung 141-1698 Jahresbericht des Niedersachsischen Geologischen Vereins 3 Structural Geology Germany Generic ?
Stille, H. 1913 Die saxonische "Faltung" 575-593B Zeitschrift der Deutschen Geologischen Gesellschaft Monatsberichte 65 Structural Geology Germany Generic ?
Stille, H. 1925* The upthrust of the salt masses of Germany 417-4415 American Association of Petroleum Geologists Bulletin 9 Structural Geology Netherlands Generic ?
7 Studiegroep Diepe Ondergrondse Lozing van Afvalstoffen, 1973g Vooruitzichten tot ondergrondse verwijdering van afvalstoffen in Nederland - Report to the Board of TNO 127 Storage Netherlands Genericsg YH?
V SCANS (Studie-Commissie Aanwendingsmogelijkheden Nederlandse Steenkolen; eerste fase), 1977 Advies inzake geologische, mijnbouwtechnische en financieeleconomische mogelijkheden voor aanwending van de in Nederland aanwezige steenkolenvoorkomens 1-55
's-Gravenhage Ministerie van Economische Zaken Natural resources Netherlands
C `? 0 Ten Cate, J.A.M.
Lange, G.W. de
Maarleveld, G.C. 19747 De geomorfologische kaart van Nederland, schaal 1:50000 171 Geografisch Tijdschrift 8 Geography `Ą? ! Ten Cate, J.A.M.
Maarleveld, G.C. 1977= Geomorfologische kaart van Nederland, schaal 1:50000. Legenda 20O Stichting voor Bodemkartering (Wageningen) / Rijks Geologische Dienst (Haarlem) Geography N ? Ten Dam, A.
Reinhold, Th. 1941U Die stratigraphische Gliederung des niederländischen Pleistozäns nach Foraminiferen 77) Mededelingen van de H Geologische Stichting C-5-1 Stratigraphy Netherlands
Quaternary ? Terwindt, J.H. 1973S Sand movement in the in- and offshore tidal delta of the SW part of The Netherlands 69-77 Geologie en Mijnbouw 52 Clastic sedimentology Netherlands
QuaternaryC? - Terwindt, J.H.
Jong, J.D. de
Wilk, E. van der 1963c Sediment movement and sediment properties in the tidal area of the Lower Rhine (Rotterdam Waterway) 243-258R Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap 21 2 Clastic sedimentology Netherlands
Quaternary /? Tesch, P. 1908 Der niederländischen Boden und die Ablagerungen des Rheines und der Maas aus der Jüngeren Tertiär- und der älteren Diluviaalzeit 74 PhD Delft Clastic sedimentologyA Mitteilungen der staatlichen Bohrverwaltung in den Niederlanden 1 Netherlands Cenozoic ? Tesch, P. 1910 Nederland als mijnbouwland 1-30G Tijdschrift van het Koninklijk Nederlandsch Aardrijkskundig Genootschap 27 Natural resources Netherlands Generic ? Tesch, P. 1917$ Voorkomen van steenzout in Nederland 309-310G Tijdschrift van het Koninklijk Nederlandsch Aardrijkskundig Genootschap 34
Evaporites Netherlands Permian F? Tesch, P. 1920-1930 Duinstudies I-XIIIG Tijdschrift van het Koninklijk Nederlandsch Aardrijkskundig Genootschap Clastic sedimentology Netherlands
Quaternary ? Tesch, P. 1920* Een nieuwe geologische kaart van Nederland 7-8Q Verslagen van de Geologische Sectie van het Geologisch Mijnbouwkundig Genootschap 3 Stratigraphy Netherlands Generic ? Tesch, P. 19225 Nieuwe vondsten van steenkool en zout bij Winterswijk 58-61Q Verslagen van de Geologische Sectie van het Geologisch Mijnbouwkundig Genootschap 3 Natural resources Netherlands Generic ? Tesch, P. 1929V Lijst der land- en zoetwatermollusken, aangetroffen in de kwartaire lagen in Nederland 32% Mededelingen Rijks Geologische Dienst A-3 V
Palaeontology Netherlands
Quaternary ? Tesch, P. 1930G Het voorkomen van bitumina in het Nederlandsch-Westfaalsche grensgebied 323-335Q Verslagen van de Geologische Sectie van het Geologisch Mijnbouwkundig Genootschap 3 Petrology Netherlands; Germany Generic ? Tesch, P. 1932 Tektonische lijnen in Nederland 231-234 Geologie en Mijnbouw 10 Structural Geology Netherlands Generic ? Tesch, P. 19340 Een profiel in het noordoosten van Noord-Brabant 38-40 Geologie en Mijnbouw 13 Stratigraphy Netherlands Generic ? Tesch, P. 19348 De opeenvolging van de oud-plistocene lagen in Nederland 649G Tijdschrift van het Koninklijk Nederlandsch Aardrijkskundig Genootschap 51 Stratigraphy Netherlands
Quaternary ? Tesch, P. 1937 Het voetstuk van Nederland 7-16G Tijdschrift van het Koninklijk Nederlandsch Aardrijkskundig Genootschap 54 Geology Netherlands Generic `? Tesch, P. 1939 Een diepe boring bij Den Haag 14-15" Geologie en Mijnbouw, Nieuwe Serie 1 Geology Net ? Tesch, P. 1942/ De Noordzee van historisch-geologisch standpunt 1-23) Mededelingen van de Geologische Stichting A-9 Palaeogeography North Sea Generic ? Tesch, P. 1944C Nieuwe lijst der kwartaire land- en zoetwatermollusken in Nederland 24) Mededelingen van de Geologische Stichting A-10
Palaeontology Netherlands
Quaternary ? Tesch, P. 1950P Over enige bestanddelen van flora en fauna van het Onder-Plistoceen in Nederland 137-139 Geologie en Mijnbouw 12
Palaeontology Netherlands
Quaternary ? Tesch, P.
Reinhold, Th. 1925= De nieuwe terreinen voor steenkolenmijnbouw in Midden-Limburg 689-691 Polytechnisch Weekblad 19 Natural resources Netherlands
Carboniferous 0lands Jurassic; s
Palaeozoic ? Thiadens, A.A. 1978W Geological thinking and mapping in The Netherlands before and during Staring's lifetime 11-18 Geologie en Mijnbouw 57 History Netherlands Generic ? Uhlenbroek, G.D. 19051 Vroegere onderzoekingen naar steenkool in Limburg 625G Tijdschrift van het Koninklijk Nederlandsch Aardrijkskundig Genootschap 22 Natural resources Netherlands
Carboniferous ? Uhlenbroek, G.D. 19056 Le sud-est du Limbourg néerlandais, essai géologique 151-1981 Annales de la Société Géologique Belge Mémoir 32 Geology Netherlands Generic ? Uhlenbroek, G.D. 1912 Het Krijt van Zuid-Limburg 48-57; Jaarverslag van de Rijksopsporing van Delfstoffen over 1911 Geology Netherlands
Cretaceous %? Uhlenbroek, G.D. 1912R Het Krijt van Zuid-Limburg; toelichting geologische kaart Krijtgebied Zuid-Limburg 317-364e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie 9 Carbonate sedimentology Netherlands
Cretaceous F? Vail, P.R.
Todd, R.G. 1981n Northern North Sea Jurassic unconformities, chronostratigraphy and sea-level changes from seismic stratigraphy 216-235 Petroleum Geology of the continental Shelf of North-West Europe: Proceedings of the 2nd Conference on Petroleum Geology of the Continental Shelf of North-West Europe Illing, L.V
Hobson, G.D London Institute of Petroleum Petroleum Geology 0855016566 Northern North ology Netherlands Permian !m Geology Netherlands Generic? Van Andel, T.H. 1950 Provenance, transport and deposition of Rhine sediments : a heavy mineral study on river sands from the drainage area of the Rhine 129 PhD Groningen Rijksuniversiteit Groningen Clastic sedimentology The starting point of this investigation has been a study of transport and deposition of Rhine sediments. The mineralogical investigation, devised originally as a preliminary study of the source of the sediments, has acquired such importance that separate treatment became necessary. Main problems are the source of the minerals, the relation between grain size and mineralogical composition of samples, the influence of abrasion on heavy minerals and the way of mixing of supplied associations. In the second part methods of sampling, mechanical analysis, heavy mineral separation and fraction analysis of the heavy residue are discussed. Western Europe Generic ?
Van Baren, J. 1904& Asymmetrische erosiedalen op de Veluwe 137-138G Tijdschrift van het Koninklijk Nederlandsch Aardrijkskundig Genootschap 21 Palaeogeography Netherlands
Quaternary ?
Van Baren, J. 1907? De morfologische bouw van het Diluvium ten westen van den IJsel 129-166G Tijdschrift van het Koninklijk Nederlandsch Aardrijkskundig Genootschap 24 Glacial Geology Netherlands
Quaternary ?
Van Baren, J. 19081 Over het behoud van natuurmonumenten in Nederland 1385-1389G Tijdschrift van het Koninklijk Nederlandsch Aardrijkskundig Genootschap 25 History Netherlands Generic ?
Van Baren, J. 1910? De morfologische bouw van het Diluvium ten oosten van den IJsel 1-90G Tijdschrift van het Koninklijk Nederlandsch Aardrijkskundig Genootschap 27 Glacial Geology Netherlands
Quaternary ?
Van Baren, J. 1920> De bodem van Nederland I. De vormingen, ouder dan het Kwartair 1-448 Amsterdam Van Looy Geography Netherlands Generic a?
Van Baren, J. 1927/ De bodem van Nederland II. Kwartair, Supplement 449-1365 Amsterdam Van Looy Geography Neth ?
Van Baren, J. 19227 Dr. Jan Lorié en de studie van het Nederlandse Kwatair 571-579G Tijdschrift van het Koninklijk Nederlandsch Aardrijkskundig Genootschap 23 History Netherlands
Quaternary 0 a? Van Breda, J.G.S. 1829 Verhandeling van het voorkomen van den dolomiet nabij Durbuy in het Ardennen-gebergte, en over de waarschijnlijke zamenstelling van hetzelfde gebergte 197-206? Nieuwe Verhandelingen van het Koninklijk Nederlandsch Instituut 2 'Belgium Generic ? Van Breda, J.G.S. 1831 Verhandeling over den oorsprong der graniet- en andere primitieve rotsblokken, die over de vlakten der Nederlanden en van het noordelijk Duitschland verspreid liggen 269-378@ Verhandelingen van de Hollandsche Maatschappij der Wetenschappen 19 Glacial Geology} Translation with annotations of J.F.L. Hausmann's answer to a contest of the Hollandsche Maatschappij der Wetenschappen, 1827 Netherlands; Germany
Quaternary ? Van Breda, J.G.S. 1834- Tertiaire formatie in de provincie Gelderland 117-124, 227-228 Algemeene Konst en Letterbode 8 Stratigraphy Netherlands CenozoicE? Van Breda, J.G.S. 1837 Over den toestand van Nederland in die oude tijdperken, tot welker overblijfselen men bij verschillende artesische putboringen hier te lande is doorgedrongen 73-91H Verslag van de 11e vergadering van het Koninklijk Nederlandsch Instituut Palaeogeography Netherlands Generic ? Van Dalfsen, W. 1977F Geohydrologische aspecten van temperatuurmetingen in waarnemingsputten 42-523 Jaarverslag van de Dienst Grondwater Verkenning TNO Delft Hydrogeology Netherlands Generic ? Van Dalfsen, W. 1978Q Temperaturen onder midden-Nederland in relatie tot systemen van grondwaterstromen 44-503 Jaarverslag van de Dienst Grondwater Verkenning TNO Delft Geothermics Netherlands Generic #?
Van Dalfsen, W. 1981s Geothermal investigation in shallow observation wells - The shallow subsurface temperature field in The Netherlands Report OS 81-05 Delft Groundwater Survey TNO Geothermics Netherlands Generic ?
Van Dalfsen, W. 19834 Het ondiep ondergrondse temperatuurveld in Nederland Report OS 83-31 Delft Dienst Grondwater Verkenning TNO Geothermics Netherlands Generic ? Van Dam, J.C.
Meulenkamp, J.J. 1960e Some results of the geoelectrical resistivity method in groundwater investigations in The Netherlands 92-115 Geophysical Prospecting 15 Hydrogeology Netherlands Generic ? Van de Geyn, W.A.E. 1941$ Twee honderd jaren Maastrichts Krijt 166-171" Geologie en Mijnbouw, Nieuwe Serie 3 History Netherlands
Cretaceous ? Van Deinse, A.B. 1931, De fossiele en recente Cetacea van Nederland PhD Utrecht
Palaeontology' Uitgegeven door H.J. Paris te Amsterdam Netherlands Cenozoic ? Van den Berg, J.H. 1986Q Aspects of sediment- and morphodynamics of subtidal deposits of the Oosterschelde 127 PhD Utrecht Clastic sedimentology Netherlands
Quaternary K ? Vandenberghe, J. 1982B Geoelectric investigation of a fault system in Quaternary deposits 879-897 Geophysical Prospecting 30 6
Geophysics Netherlands
?
Vandenberghe, N.
Bouckaert, J. 1980c Geologische aspecten van de mogelijkheden tot aanwending van geothermische energie in noord België Professional Paper 168 Belgische Geologische Dienst Geothermics Belgium Generic
? Van den Bosch, M. 1967k Het Danien van Borgerhout en enkele opmerkingen over de stratigrafie van het Mioceen in het Noordzee bekken 45-48B Mededelingen van de Werkgroep voor Tertiaire en Kwartaire Geologie 4 Stratigraphy North Sea Neogene ? Van den Bosch, M.
Janssen, A.W. 1965 Het Mioceen van Delden 81-83 Natuurhistorisch Maandblad 54 Stratigraphy Netherlands Neogene ? Van de Plassche, O. 1982Q Sea-level change and water-level movements in The Netherlands during the Holocene 93 PhD Amsterdam Free University PalaeogeographyH Also published in: Mededelingen van de Rijks Geologische Dienst 36: 1-93 Netherlands
Quaternary ? Van der Elst, E. 1878 De steenkolenmijnen in Limburg 33-76L Tijdschrift van de Nederlandsche Maatschappij ter Bevordering der Nijverheid 4 2 Natural resources Netherlands
Carboniferous !Leiden Netherlands
Quaternary ? / Van der Hammen, T.
Wijmstra, T.A.
Zagwijn, W.H. 19710 The floral record of the Late Cenozoic of Europe 391-424 The Late Cenozoic glacial ages Turekian, K.K. New Haven Yale University Press Glacial Geology Europe Cenozoic ?! Van der Heide, S.
Zagwijn, W.H. 1967J Stratigraphical nomenclature of the Quaternary deposits in The Netherlands 23-297 Mededelingen van de Geologische Stichting, Nieuwe Serie 18 Stratigraphy Netherlands
Quaternary ?" Van der Lijn, P. 19234 Keienboek. Inleiding bij de studie onzer zwerfstenen 260 Zutphen Thieme Petrology Netherlands Generic ?# Van der Lijn, P. 1941A Twee ijsbedekkingen in Nederland op grond van zwerfsteentellingen 70-90 Natura 40 Glacial GeologyV A german translation was published in: Zeitschrift für Geschiebeforschung 17: 191-209 Netherlands
Quaternary ?$ Van der Lijn, P. 1986 Het Keienboek, 7e druk 361 Zutphen Thieme Petrology Netherlands
Quaternary a?% Van der Sijp, J.W.C.M. 1952$ De leemgroeven bij Hattem en Markelo 37-43" Geologie en Mijnbouw, Nieuwe Serie 14 Geology Nether ?& Van der Sleen, W.G.N. 1923, De Pietersberg als geologisch natuurmonument 50-54 De Levende Natuur 28 History Netherlands
Cretaceous ?' Van der Vlerk, I.M. 1957] Conclusions. Pleistocene correlations between the Netherlands and adjacent areas: a symposium 310-312" Geologie en Mijnbouw, Nieuwe Serie 19 Glacial Geology Netherlands
Quaternary{ G?(
Van der Wart, R. 1978 Onderzoek en demonstratie van geothermische energiewinning in Nederland, benodigde maatregelen voor het inhalen van een achterstand" Energieonderzoek Centrum Nederland Geothermics Rapport aangeboden door het Energieonderzoek Centrum Nederland aan de Gespreksgroep Aardwarmte, en ter kennis gebracht van het Ministerie van Economisch ?) Van der Wateren, F.M. 1981G Glacial tectonics at the Kwintelooijen sandpit, Rhenen, The Netherlands 252% Mededelingen Rijks Geologische Dienst 35 Glacial Geology Netherlands
Quaternary lands Generic ?* Van Doorn, Th.H.M. 1984# Inventarisatie van ondiepe aquifers 8-14Z Verslag van het nationaal onderzoeksprogramma aardwarmte en warmteopslag 1979-1984 (NOA I) Mot, E. Apeldoorn Project Bureau Energieonderzoek Geothermics Netherlands GenericD?+ $ Van Doorn, Th.H.M.
Leyzers Vis, C.J. 1985& Tertiaire en kwartaire reservoirzandenX Aardwarmtewinning en grootschalige en warmteopslag in tertiaire en kwartaire afzettingen Haarlem Rapport Rijks Geologische Dienst Geothermics Netherlands Cenozoic + b?, Van Dorsser, H.J.
Salomé, A.I. 1983I Mapping in physical geography. Three maps of a formerly glaciated lowland 605-610 Geologie en Mijnbouw 62 4 Geography ?- Van Geel, B. 1976 A paleoecological study of Holocene peat bog sections, based on the analysis of pollen, spores and macro- and microscopic remains of fungi, algae, cormophytes and animals 75 PhD Amsterdam
Palaeontology Netherlands
Quaternary ?. Van Giffen, A.E. 1910Y Het dalingsvraagstuk der alluviale Noordzeekusten in verband met de bestuderen der terpen 258-2945 Tijdschrift voor Geschiedenis en Land- en Volkenkunde 25
Subsidence Netherlands
Quaternary O ?0 Van Loon, A.J. 1972/1973Y "Habitus" of some heavy minerals fro m the Tertiairy of Southern Limburg (The Netherlands) 39-673 Mededelingen Rijks Geologische Dienst, Nieuwe Serie 23 Clastic sedimentology Netherlands Cenozoic ?1 Van Loon, A.J. 1981& Problems of Holocene lithostratigraphy 353-361. Quaternary Geology: a farewell to A.J. Wiggers 60 Van Loon, A.J. Stratigraphy Geologie en Mijnbouw Netherlands
Quaternary/ ?2 Van Loon, A.J. 1985u Problems of lithostratigraphic classification of Holocene deposits in the perimarine area of The Netherlands: comment 211-215 Geologie en Mijnbouw 64 2 Stratigraphy Netherlands
& ?3 Van Loon, A.J.
Wiggers, A.J. 1975D Holocene lagoonal silts (formerly called "sloef") from the Zuiderzee 47-55 Sedimentary Geology 13 1 Clastic sedimentology Netherlands
?4 Van Loon, A.J.
Wiggers, A.J. 1975m Litho-, bio-, and chronostratigraphy of the Holocene Dutch "sloef" (Almere Member of the Groningen Formation) 3-24B Mededelingen van de Werkgroep voor Tertiaire en Kwartaire Geologie 12 Stratigraphy Netherlands
Quaternary` ?5 Van Loon, A.J.
Wiggers, A.J. 1976~ Primary and secondary synsedimentary structures in the lagoonal Almere Member (Groningen Formation, Holocene, The Netherlands) 89-97 Sedimentary Geology 16 2 Clastic sedimentology Netherlands] l?6 Van Loon, A.J.
Wiggers, A.J. 1976w Metasedimentary "graben" and associated structures in the lagoonal Almere Member (Groningen Formation, The Netherlands) 237-254 Sedimentary Geology 16 4 Clastic sedimentology Netherlands
0 \?8 Van Montfrans, H.M.
Mot, E. 19849 Mogelijkheden voor de winning van aardwarmte in Nederland 8-14Z Verslag van het nationaal onderzoeksprogramma aardwarmte en warmteopslag 1979-1984 (NOA I) Mot, E. Apeldoorn Project Bureau Energieonderzoek Geothermics Netherlands Generic D?9 Van Rijckevorsel, E. 1895B A magnetic survey of The Netherlands for the epoch Januari 1, 1891Z Nieuwe Verhandelingen van het Bataafsch Genootschap voor Proefondervindelijke Wijsbegeerte Rotterdam
Geophysics Netherlands Generic ?: Van Rummelen, F.H. 1942 De Maasterrassen in Zuid Limburg en aangrenzend gebied en hunne wordingsgeschiedenis. Mededeelingen bij het Jaarverslag van de Geologische Stichting over 1940 en '41 85 Palaeogeography Netherlands Cenozoic ?; Van Straaten, L.M.J.U. 1946 Grindonderzoek in Zuid-Limburg 146) Mededelingen van de Geologische Stichting Serie C-VI-2 Clastic sedimentology Netherlands Cenozoic ?< Van Straaten, L.M.J.U. 1954G Composition and structure of recent marine sediments in The Netherlands 1-110 Leidse Geologische Mededelingen 19 Clastic sedimentology Netherlands
Quaternary ?= Van Straaten, L.M.J.U. 1961P Directional effects of winds, waves and currents along the Dutch North Sea coast 333-346, 363-391 Geologie en Mijnbouw 23 Clastic sedimentology Netherlands
Quaternary ?> Van Straaten, L.M.J.U. 19638 Aspects of the Holocene sedimentation in The Netherlands 149-172e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie 21 1 Clastic sedimentology Netherlands
Quaternary ?? Van Straaten, L.M.J.U. 1965d Coastal barrier deposits in South- and North-Holland, in particular around Scheveningen and IJmuiden 1-417 Mededelingen van de Geologische Stichting, Nieuwe Serie 17 Clastic sedimentology Netherlands
Quaternary ?@ Van Swieten, P. 1857e Eerste verslag van de verrigtingen der Maatschappij Bergwerk-Vereeniging voor Nederland, 1856 op 1857
's-Gravenhage F. Overhoff Natural resources Netherlands Generic b@?A Van Veen, J. 1936R Onderzoekingen in de Hoofden in verband met de gesteldheid van de Nederlandse kust PhD Leiden Geography Nethe ?B Van Voorthuysen, J.H. 1949. Foraminifera of the Icenian of The Netherlands 63e Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap, Geologische Serie 15 Stratigraphy Netherlands
Quaternary aterschoot van der Gracht, W.A.J.M. 1912_ Onderzoekingsmethoden en resultaten van den Dienst der Opsporing van Delfstoffen van Staatswege 85-97 De Ingenieur
27 januari Natural resources Netherlands Generic [ium GenericK internal-pdf://Debacker et al. (2005)-0938973326/Debacker et al. (2005).pdf [um
CretaceousI internal-pdf://Dusar & Lagrou (2007)-0335087758/Dusar & Lagrou (2007).pdf ^lgium CambrianK internal-pdf://Herbosch et al. (2008)-2667222158/Herbosch et al. (2008).pdf YternaryO internal-pdf://Pouclet & Juvigne (2009)-0721148046/Pouclet & Juvigne (2009).pdfE3 u?D Houthuys, R. 2011: A sedimentary model of the Brussels Sands, Eocene, Belgium 55-74 Geologica Belgica 14 1-2Y Brussels Sands, sedimentary model, lateral accretion, breaching, flow section restriction Stratigraphy Belgium Cenozoic= internal-pdf://Houthuys (2011)-0939636623/H L Carboniferous; internal-pdf://Paproth (1987)-1997168527/Paproth (1987).pdf A 'ny Cenozoicy internal-pdf://Gürs (2005)-2417203855/Gürs (200 Q many Triassic internal-pdf://Hagdorn & Simon (2005)-0773137551/Hagdorn & Simo M 'hmany Cenozoic internal-pdf://Hiss et al. (2005)-1746537615/Hiss et al. (2 U Permian, Triassic internal-pdf://Menning et al. (2005)-2434516367/Menning et al. (2 E Hmany Triassic internal-pdf://Nitsch (2005)-1461663631/Nitsch (200 U rmany Triassic internal-pdf://Nitsch et al. (2005)-2753625999/Nitsch et al. (20 E (| Cenozoic internal-pdf://Ritzkowski (2005)-2267146639/Ritzkowski (2 U ( many Cenozoic internal-pdf://Standke et al. (2005)-1931674511/Standke et al. (200 UenozoicK internal-pdf://Schäfer et al. (2004)-0035976591/Schäfer et al. (2004).pdf H land Generic7 internal-pdf://Konon (2006)-0271486351/Konon (2006).pdf X any
CretaceousE internal-pdf://Voigt et al. (2004)-0472937103/Voigt et al. (2004).pdf
Carboniferous
Carboniferous `togeograph ZaternaryO internal-pdf://Van Mourik et al. (2010)-4115319695/Van Mourik et al. (2010).pdf ggium
QuaternaryS internal-pdf://Vandenberghe et al. (1984)-0793631375/Vandenberghe et al. (1984).pdf QretaceousE internal-pdf://Jeans et al. (2000)-1716613263/Jeans et al. (2000).pdf WtaceousM internal-pdf://Lindgreen et al. (2010)-1868004495/Lindgreen et al. (2010).pdf P eric Generic? internal-pdf://Tourtelot (1979)-0777710223/Tourtelot (1979).pdf k
Cretaceous[ internal-pdf://Hoedemaeker & Herngreen (2003)-2338323343/Hoedemaeker & Herngreen (2003).pdf d CretaceousU internal-pdf://Mutterlose & Böckel (1998)-3512970127/Mutterlose & Böckel (1998).pdf MUK Jurassic= internal-pdf://Bradshaw (1975)-2707879823/Bradshaw (1975).pdf molen, A.M. 1976[ Size, shape and density sorting around two barrier islands along the north coast of Holland 87-104 Geologie en Mijnbouw 55 Clastic sedimentology Netherlands
Quaternary ?P Veldkamp, J. 1984V History of geophysical research in The Netherlands and its former overseas territories 139 Amsterdam North-Holland Publishing Company History Netherlands Generic ?Q Vellenga, P. 1983M Predictive computational model for beach and dune erosion during storm surges 14 Delft Hydrolic Laboratory Publications Clastic sedimentology Netherlands Generic }?R
Vening Meinesz, F.A. 1923) Observations de pendule dans les Pays-Bas Delft/ Rijkscommissie voor Graadmeting en Waterpassing
Geophysics Waltman Netherlands Generic9?S Vening Meinesz, F.A. 1944 De zwaartekrachtopmeting van Nederland door de Rijkscommissie voor Geodesie, vroeger Rijkscommissie voor Graadmeting en Waterpassing 521-524R Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap 14
Geophysics Netherlands Generic8 ?T Vening Meinesz, F.A. 1954 Earth-crust movements in The Netherlands resulting from Fennoscandian postglacial isostatic readjustments and Alpine foreland rising 142-155E Proceedings of the Koninklijke Nederlandse Akademie van Wetenschappen B57 Structural Geology Netherlands
Quaternary?U Anonymous 1853-1854 Verhandelingen uitgegeven door de Commissie belast met het vervaardigen eener geologische beschrijving en kaart van Nederland, eerste deel 1853, tweede deel 1854 Haarlem
A.C. Kruseman Geology Netherlands Generic'?V Verhulst, A.
Gottschalk, M.K.E. 1980v Transgressies en occupatiegeschiedenis in de kustgebieden van Nederland en België. Colloquium Gent 5-7 september 1978 332 62 Gent- Belgisch centrum voor landelijke geschiedenis Palaeogeography Netherlands; Belgium
Quaternary ?W Vermeer Louman, G.G. 1934< Pollenanalytisch onderzoek van den West-Nederlandschen bodem PhD Amsterdam Stratigraphy Netherlands
Quaternary b?X Vink, T. 1926I De Lekstreek, een aardrijkskundige verkenning van een bewoond deltagebied PhD Utrecht Geography Nethe | g b?Y Visscher, J. 1931 Das Hochmoor von Südost Drente PhD Utrecht Geography Net ?Z Visser, W.A. 1968 Grondwater in Nederland 3-11 TNO Kontakt
Februari 1968 Hydrogeology Netherlands Generic ?[ Visser, W.A. 1972' Experiences in deep well waste disposal A891-A897 De Ingenieur 84 Storage Netherlands Generic ?\ Visser, W.A. 1973Q Ondergrondse verwijdering van afvalstoffen: methoden, beperkingen, vooruitzichten 800-810 De Ingenieur 85 Storage Netherlands Generic ?] Visser, W.A. 1980 Geological nomenclature 540 Utrecht and The Hague. Bohn, Scheltema & Holkema and Martinus Nijhoff Stratigraphy Netherlands Generic ~?^ Visser, W.A. 1981 Aardwarmte in Nederland 390-399 Technovisie 11 Geothermics Netherlands Generic aGenericW internal-pdf://Perrot & Van der Poel (1987)-0128918948/Perrot & Van der Poel (1987).pdf ?_ : Dietrichs, J.P.
Krooss, B.
Amann, A.
De Wijn, B.
Littke, R 2010V Petrophysical properties of tight gas reservoir sandstones from the Southern North Sea 4646-4650x Society of Petroleum Engineers - 72nd European Association of Geoscientists and Engineers Conference and Exhibition 2010 6 Breakthrough experiment; Capillary entry pressure; Confining pressures; Double-walled; Flow cells; Fluid transport; Gas flows; Helium pycnometry; Low confining pressure; Medium-grained sandstones; Mercury porosimetry; Nitrogen adsorption; Permeability coefficients; Permeability test; Petrophysical properties; Pore system; Room temperature; Sample sets; Sandstone reservoirs; Simultaneous measurement; Southern North Sea; Steady state; Tight gas reservoirs; Triassic; Two-phase fluid flow; Unsteady-state methods; Water permeability
Petroleum Geology Southern North Sea Triassic ?` Duguid, C.
Underhill, J.R. 2010g Structural controls and Plattendolomit reservoir description of the Wissey field, UK Southern North Sea 2811-2815x Society of Petroleum Engineers - 72nd European Association of Geoscientists and Engineers Conference and Exhibition 2010 4 Depositional system; Exploration targets; Gas fields; Reservoir description; Reservoir quality; Seismic interpretation; Southern North Sea; Structural complexity; Structural control; Well data Petroleum Geology UK North Sea Permian ?a ) Boston, C.M.
Evans, D.J.A.
O' Cofaigh, C. 2010 Styles of till deposition at the margin of the Last Glacial Maximum North Sea lobe of the BritisheIrish Ice Sheet: an assessment based on geochemical properties of
glacigenic deposits in eastern England 3184-3211 Quaternary Science Reviews 29 Geochemistry UK
QuaternaryG internal-pdf://Boston et al. (2010)-3458128549/Boston et al. (2010).pdf \ PermianQ internal-pdf://Duguid & Underhill (2010)-0153161381/Duguid & Underhill (2010).pdf@ ?b / Finlay, J.
Selby, D.
Osborne, M.J.
Finucane, D. 2010h Fault-charged mantle-fl uid contamination of United Kingdom North Sea oils: Insights from Re-Os isotopes 979-982 Geology 38 11 Geochemistry UK North Sea JurassicG internal-pdf://Finlay et al. (2010)-3307643301/Finlay et al. (2010).pdf ?c A Weibel, R.
Johannesen, P.N.
Dybkjær, K.
Rosenberg, P
Knudsen, C. 2010Z Chemostratigraphy of upper Jurassic reservoir sandstones, Danish Central Graben, North Sea 1572-1594 Marine and Petroleum Geology 27 Chemostratigraphy, Sediment source area, Sand provenance, Bulk-rock geochemistry, Geochemical distinction, Reservoir sandstone, Heno Formation, Ravn Member Geochemistry DK North Sea JurassicG internal-pdf://Weibel et al. (2010)-1949395621/Weibel et al. (2010).pdf)?d S Evans, D. J.
Thomson, S.A. 2010 Glacial sediments and landforms of Holderness, eastern England: A glacial
depositional model for the North Sea Lobe of the British–Irish Ice Sheet 147-189 Earth Science Reviews 101 3-4j glacial sediments, North Sea Lobe, glacial depositional environment, Holderness, British–Irish Ice Sheet Glacial Geology UK
QuaternaryK internal-pdf://Evans & Thomson (2010)-0590883237/Evans & Thomson (2010).pdfA?e
Madsen, H..B. 2010~ Silica diagenesis and its effect on porosity of upper Maastrichtian chalk – an example from the Eldfisk Field, the North Sea 47-503 Geological Survey of Denmark and Greenland Bulletin 20
Diagenesis Denmark Chalk9 internal-pdf://Madsen (2010)-0121598373/Madsen (2010).pdf ?f 3 Weibel, R.
Friis, H.
Kazerouni, A.M.
Svendsen, J.B. 2010r Development of early diagenetic silica and quartz morphologies — Examples from the Siri Canyon, Danish North Sea 151-170 Sedimentary Geology 228 3-4 Opal, Microquartz, Ordered and random, Quartz ridges, Quartz mountains, Macroquartz, Quartz morphology, Silica diagenesis, Hydrocarbon introduction, Siri Canyon, Danish North Sea Palaeogeography DK North Sea CenozoicG internal-pdf://Weibel et al. (2010)-2169128869/Weibel et al. (2010).pdf_?g 1 Passchier, S.
Laban, C.
Mesdag, C.
Rijsdijk, K.F. 2010x Subglacial bed conditions during Late Pleistocene glaciations and their impact on ice dynamics in the southern North Sea 633-647 Boreas 29 3 Glacial Geology Southern North Sea
QuaternaryK internal-pdf://Passchier et al.(2010)-0978225573/Passchier et al.(2010).pdf D ?h ' Graham, A.G. C.
Lonergan, L.
Stoker, M. 2010q Depositional environments and chronology of Late Weichselian glaciation and deglaciation in the central North Sea 471-491 Boreas 39 3 Glacial Geology UK North Sea
QuaternaryG internal-pdf://Graham et al. (2010)-0609383077/Graham et al. (2010).pdf?i D De Man, E.
Van Simaeys, S.
Vandenberghe, N.
Harris, A.
Wampler, J.M. 2010w On the nature and chronostratigraphic position of the Rupelian and Chattian stratotypes in the southern North Sea basin 3-14 Episodes 33 1 benthic foraminifera; biostratigraphy; chronostratigraphy; dating method; glauconite; potassium-argon dating; Rupelian; stratotype; strontium isotope Stratigraphy Southern North Sea
Quaternary !?j k Visser, W.A. 1975$ Ondergrondse pekellozing in de Elzas 459? H2O, Tijdschrift voor watervoorziening en afvalwaterbehandeling 22 Storage Germany Genericg 68?l Visser, W.A. 1982c Geothermal investigation in the deep investigation in the deep sedimentary basin of The Netherlands 249-256 ! Geothermics and geothermal energy Cermik, V.
Haenel, R. Stuttgart' Schweizerbart'sche Verlags Buchhandlung Geothermics Netherlands , 7?n k Visser, W.A.
Weber, K.J. 1972 Ondergronds lozen van afval 274-276? H2O, Tijdschrift voor Q watervoorziening en afvalwaterbehandeling 13 Storage Netherlands Generic ?o
Vlam, A.W. 1943? Historisch-morfologisch onderzoek van eenige Zeeuwsche eilanden 1-101G Tijdschrift van het Koninklijk Nederlandsch Aardrijkskundig Genootschap 60 Palaeogeography PhD thesis, Utrecht Netherlands
Quaternary ?p Voigt, E. 1954O Das Norddeutsch-Baltische Flachland im Rahmen des europäischen Schollenmosaïk 18-375 Mitteilungen des Geologischen Staatsinstituts Hamburg 23 Structural Geology Germany Generic ?q
Volker, A. 1963& Practical geohydrology 'Delta Project' 173-179R Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap 21 Hydrogeology Netherlands Generic ?s
Walter, F. 1963V Some results of geo-electrical investigations in the alluvial areas of The Netherlands 233-242R Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap 21 2
Geophysics Netherlands Generic ?t
Walter, F. 1970i Resultaten van een geo-elektrische verkenning naar een Romeinse nederzetting op de Hoge Woerd te De Meern Delft& Internal Report Groundwater Survey TNO
Geophysics Netherlands Generic s c?u
Wiggers, A.J. 1955( De wording van het Noordoostpoldergebied PhD Amsterdam Geography Net ?v Zagwijn, W.H.
Harsveldt, H.M. 1973, Peat deposits and the active carbon industry 85-88R Verhandelingen van het Koninklijk Nederlands Geologisch Mijnbouwkundig Genootschap 29 Natural resources Netherlands; Germany
Quaternary ?w Zandstra, J.G. 19597 Grindassociaties in het Pleistoceen van Noord-Nederland 254-272" Geologie en Mijnbouw, Nieuwe Serie 21 Glacial Geology Netherlands
Quaternary ?x Zandstra, J.G. 1977& Geologische opbouw van het Pleistoceen 37-58) Geologisch onderzoek van het Waddengebied Staalduinen, C.J. van Haarlem Rijks Geologische Dienst Glacial Geology Netherlands
Quaternary ?y Zandstra, J.G. 1981m Petrology and lithostratigraphy of ice-pushed Lower and Middle Pleistocene deposits at Rhenen (Kwintelooijen) 178-191% Mededelingen Rijks Geologische Dienst 35 Stratigraphy Netherlands
Quaternary +
?z Zandstra, J.G. 1983n A new subdivision of crystalline Fennoscandian erratic pebble assemblages (Saalian) in the central Netherlands 455-469 Geologie en Mijnbouw 62 3 Glacial Geology Netherlands
Europe Generic + B(?| Zonneveld, J.I.S. 1960$ I B|De Brabantsche Biesbosch (3 volumes) PhD
Wageningen Palaeogeography
Nether ?} Zonneveld, J.I.S. 1946O Beschouwingen n.a.v. de korrelgrootte der zware mineralen in zandige sedimenten 83-93" Geologie en Mijnbouw, Nieuwe Serie 10 Clastic sedimentology Netherlands Generic ?~ Zonneveld, J.I.S. 1949B Zand-petrologische onderzoekingen in de terrassen van Zuid Limburg 103-1237 Mededelingen van de Geologische Stichting, Nieuwe Serie 3 Clastic sedimentology Netherlands Generic 2? Zonneveld, J.I.S. 1974/1975? The terraces of the Maas and the Rhine downstream of Maastricht 133-157 Centenaire de la Société Géologique de Belgique: L'évolution quaternaire des bassins fluviaux de la Mer du Nord méridionale Liège Palaeogeography Netherlands
Quaternary n; Carboniferous many Cenozoic `ermany
ds
Palaeogene a
Quaternary rope Neogene Sea Jurassic Cretaceous 5he Dienst, Nieuwe Serie 22 Netherlands
Quaternary /urces Ausstellungskatalog Germany Generic 'ogie en Mijnbouw 60 Generic Generic =émoir 1 Palaeogeography Netherlands; Belgium Generic e Zaken. Netherlands Generic (1998).pdf (2010).pdf o? " Sames, S.
Whatley, R.
Schudack, M. 2010 Praecypridea: A new non-marine ostracod genus from the Jurassic and Early Cretaceous of Europe, North and South America, and Africa 163-176 Journal of Micropalaeontology 29 2W Cyprideidae; Early cretaceous; Middle-Late jurassic; Non-marine; Ostracoda; Systematics
Palaeontology Generic Jurassic ? G Müller, A.
Van den Kerkhof, A.M.
Behr, H-J.
Kronz, A.
Koch-Müller, M. 2010X The evolution of late-Hercynian granites and rhyolites documented by quartz – a review 185-204, Geological Society of America Special Papers 472e adiabatic, cathodoluminescence, crystal resorption, growth textures, late-Hercynian magmatism, quartz Magmatism Generic Carboniferous-PermianI internal-pdf://Müller et al. (2010)-1746996660/Müller et al. (2010).pdf Y GenericM internal-pdf://Kazemeini et al. (2009)-3085607348/Kazemeini et al. (2009).pdf Quaternary Aosition, Allan diagram Stratigraphy UK North Sea
QuaternaryR?E 5 Bretan, P.
Yielding, G.
Mathiassen, O.M.
Thorsnes, T. 2011` Fault-seal analysis for CO2 storage: an example from the Troll area, Norwegian Continental Shelf 181-192 Petroleum Geoscience 17 2V Fault seal, carbon dioxide storage, Troll Field, Johansen Formation, shale gouge ratio Geochemistry Norway General YhF?F Z Kramers, L.
Wees, J.D. van
Pluymaekers, M.P.D.
Kronimus, R.A.
Boxem, T.A.P.
Bonté, D.D.P. SUBMITTEDP ThermoGIS-application for geothermal resource development; the Dutch perspective" Netherlands Journal of Geosciences
w u?G Deutsch, C.V.
Journel, A.G. 1998+ GSLIB : The Geostatistical Software Library 368 Oxford Oxfor 6?H TNO IN PREP Offshore mapping project ?I ! Kimpe, W.F.M.
Van der Marel, H.W. 1968$ Kaolin Occurences of the Netherlands 211-215' XXIII International Geological Congress 15
Sedimentology Netherlands
CretaceousW internal-pdf://Kimpe & Van der Marel (1968)-4158965340/Kimpe & Van der Marel (1968).pdf *?L 7 Hesthammer, J.
Rykkelid, J.I.
Sperrevik, S.
Cumming, D. 2011G Use of CSEM data to aid a revised interpretation from the Norwegian Sea 57-66 First Break 29 Petroleum Geology Norway GenericO internal-pdf://Hesthammer et al. (2011)-1527495773/Hesthammer et al. (2011).pdf W?K W Boulila, S.
Galbrun, B.
Miller, K.G.
Pekar, S.F.
Browning, J.V.
Laskar, J.
Wright, J.D. 2011K On the origin of Cenozoic and Mesozoic “third-order” eustatic sequences 94-112 Earth-Science Reviews 109 Stratigraphy Generic Cenozoic, MesozoicE internal-pdf://Boulila et al. 2011-2164653661/Boulila et al. 2011.pdf J
ernal-pdf://Maher & Braathen (2011)-1994658595/Maher & Braathen (2011).pdf ?M * Treagus, J.E.
Treagus, S.H.
Woodcock, N.H. 2011y Major folds affecting the Lower Old Red Sandstone Group at Lligwy, Anglesey, North Wales, and their regional significance 644-654 Geological Magazine 148 4+ Old Red Sandstone, Anglesey, Acadian, folds Structural Geology UK DevonianI internal-pdf://Treagus et al. (2011)-3675417949/Treagus et al. (2011).pdf?N Young, G.M.
Caldwell, W.G.E. 2011v Stratigraphy and geochemistry of the Early Carboniferous Clyde Plateau Lavas in south Bute, Midland Valley of Scotland 597-618 Geological Magazine 148 4< Carboniferous, volcanic stratigraphy, geochemistry, Scotland Stratigraphy Scotland
CarboniferousM internal-pdf://Young & Caldwell (2011)-2266388061/Young & Caldwell (2011).pdf Brozoic9 internal-pdf://Koster (1981)-2418147933/Koster (1981).pdf
?O Kleerebezem, H. 1979' Baron van Twickel wilde een zoutfabriek 123-130 Jaarboek Twente 1979
Evaporites Netherlands GenericC internal-pdf://Kleerebezem (1979)-0489277021/Kleerebezem (1979).pdf Dboniferous7 internal-pdf://Kimpe (1958)-0405731165/Kimpe (1958).pdf >rous7 internal-pdf://Kimpe (1969)-0624127069/Kimpe (1969).pdf { X ?Q
Kemper, E. 19731 The Aptian and Albian stages in northwest Germany 345-360 Boreal Lower Cretaceous Casey, R.
Rawson, P.F Liverpool Seelhouse Stratigraphy Germany
Cretaceous9 internal-pdf://Kemper (1973)-1565507421/Kemper (1973).pdf `?R
Kemper, E. 19634 Die Aufschlusse der Unterkreide im Raum Rheine-Ahaus 447-494 Geologisches Jahrbuch 80 Stratigraphy Germany
Cr arboniferous &This issue Geothermics Netherlands '
(1954)-1643922707/Pannekoek (1954).pdf ] g ?f Patijn, R. J. H. 1963N La Formation de gaz due a des rehouillifications dans le Nord-eS `p?T
Kennedy, W.J. 1987s Late Cretaceous and Early Palaeocene Chalk group sedimentation in the Greater Ekofisk area North Sea Central Graben 91-126? Bulletin Centres Recherche Exploration-Production Elf Aquitaine 11 1
Sedimentology North Sea
Cretaceous; intH?U Schäfer, A 1995B Die Niederrheinische Bucht im Tertiair Ablagerungs- und Lebensraum 155-164I Erdgeschichte im Rheinland - Fossilien und Gesteine aus Millionen Jahren. Van Koenigswald, W.
Meyer, W. Bonn Stratigraphy Germany Tertiair= internal-pdf://Schäfer (1995)-3619712605/Schäfer (1995).pdf
Palaeogene D?V Knox, R.W.O'B.
Morton, A.C. 1983\ Stratigraphical distribution of early Palaeogene pyroclastic deposits in the North Sea Basin 355-363/ Proceedings of the Yorkshire Geological Society 44 3 Stratigraphy North Sea TertiaryG internal-pdf://Knox & Morton (1983)-3150879069/Knox & Morton (1983).pdf RzoicK internal-pdf://Keizer & Letsch (1963)-1692574301/Keizer & Letsch (1963).pdf *?W " Haq, B.U.
Hardenbol, J.
Vail, P.R. 1987- The new chronostratigraphic basis of cenozoic 7-13B Cushman Foundation for Foraminiferal Research, Special Pubications 24 Stratigraphy Generic Mesozoic; CenozoicA internal-pdf://Haq et al. (1987)-4229784428/Haq et al. (1987).pdf n ' `?X Haq, B.U. 1993i Deep Detaceous9 internal-pdf://Kemper (1963)-1643784797/Kemper (1963).pdf 8ernal-pdf://Kennedy (1987)-1694234973/Kennedy (1987).pdf G -sea response to eustatic change and significance of gas hydrates for continental margin startigraphy 93-106Q Sequence stratigraphy and facies associations: Special Publication 18 of the IAS 18 SEPM Special publications Stratigraphy Generic Mesozoic; Cenozoic3 internal-pdf://Haq (1993)-2872496748/Haq (1993).pdf
rboniferous O b?Y
Munsterman, D.K. 2005 De resultaten van het palynologisch o 6nderzoek naar het Tertiair van boring L06-2 (interval: 230-1450m) en L06-3 (interval: 200-1620m) 16
TNO report
NITG-05-124-B Utrecht% TNO Built Environment and Geosciences Stratigraphy 005.55038/01.02.01 NL North Sea CenozoicA internal-pdf://Munsterman (2005)-0457557100/Munsterman (2005).pdf JermianA internal-pdf://Lee et al. (1989)-2723338860/Lee et al. (1989).pdf Aternal-pdf://Lutz et al. (1975)-0391583084/Lutz et al. (1975).pdf \ enericS internal-pdf://Leythaeuser et al. (1982) -0560268140/Leythaeuser et al. (1982) .pdf&?Z Ludwig, A.O. 1988a Climate-Tectonics-Sedimentation during the Transitional Period from the Early to the Late Permian 1073-1080+ Zeitschrift der geologischen Wissenschaften 16 11/12 Climate Germany Permian9 internal-pdf://Ludwig (1988)-1383870316/Ludwig (1988).pdf c f?[ Langenaeker, V.
Dusar, M. 1992m Petrophysical stratigraphy of the Namurian and Lowermost Westphalian in the Western part o f the Campine Basin 199-208+ Bulletin de la Société Belge de Géologie T.101 3-4 Stratigraphy Belgium
CarboniferousS internal-pdf://Langenaeker & Dusar (1992)-0187856896/Langenaeker & Dusar (1992).pdfm hx?\ * Lott, G. K.
Fletcher, B.N.
Wilkinson, I.P. 1986w The Stratigraphy of the Lower Cretaceous Speeton Clay Formation in a cored borehole off the coast of north-east England 39-56/ Proceedings of the Yorkshire Geological Society z 46 1 Stratigraphy UK North Sea
CretaceousC internal-pdf://Lott et al. (1986)-3476840192/Lott et al. (1986).pdf ?]
Molenaar, N. 1992% De Caprock van de Cardona zoutdiapier 1-9+ Projectleider: Geluk, M.,Wildenborg, A.F.B. Utrecht
Diagenesis 30.113C/TRB10C Spain Cenozoic Project GEO-1A OPLA Fase 1A= internal-pdf://Molenaar (1992)-3729943808/Molenaar (1992).pdf H Generic= internal-pdf://Morrison (1972)-0810914304/Morrison (1972).pdf cnds PermianS internal-pdf://Maureau & Van Wijhe (1979)-3713793280/Maureau & Van Wijhe (1979).pdf 5?^ Nagtegaal, P.J.C. 1973p Adhesion-ripple and barchandune sands of the recent Namib (SW Africa) and Permian Rotliegend (NW Europe) Deserts 5-19 Madoqua, Series II 2 NOS 63-68 Clastic sedimentology NW Europe Permian? internal-pdf://Nagtegaal (1973)-3177852416/Nagtegaal (1973).pdf Gs Permian9 internal-pdf://Mulder (1950)-1500348416/Mulder (1950).pdf wogy Netherlands GenericY internal-pdf://Milius & Van der Vlugt (1967)-4235623680/Milius & Van der Vlugt (1967).pdf Fmian? internal-pdf://Nagtegaal (1979)-3900410880/Nagtegaal (1979).pdf P ernal-pdf://Oudmayer & De Jager (1993)-0696308736/Oudmayer & De Jager (1993).pdf IianC internal-pdf://Oele et al. (1981)-4202979328/Oele et al. (1981).pdf D?_
Oudmayer, B. C. 1984@ Rotliegend sedimentology in the onshore and offshore Netherlands Placid Int.Oil Ltd Clastic sedimentology Netherlands Permian= internal-pdf://Oudmayer (1984)-1217115136/Oudmayer (1984).pdf b 5 Geology NL North Sea
Quaternary5 internal-pdf://Oele (1969)-2745282560/Oele (1969).pdf ?` , Paulssen, H.
Vandenberghe, J.
Gullentops, F. 1985? The Feldbiss fault in the Maas valley bottom (Limburg, Belgium) 79-87 Geologie en Mijnbouw 64
Seismicity Belgium GenericM internal-pdf://Paulissen et al. (1985)-3131789568/Paulissen et al. (1985).pdf q4?a Plein, E. 1979 Das deutsche Erdöl und Erdgas 5-33 Jahrbuch Ges.Naturkde.Württ. 134 Petroleum Geology Germany Generic7 internal-pdf://Plein (1979)-3848
Mesozoic
616463/Plein (1979).pdf e [ q?b Poley, J.PH.
Van Steveninck, J. 1970u Delineation of shallow salt domes an
d surface faults by temperature measurements at a depth of approximately 2 metres 666-700" Supplement Geophysical Prospecting XVIII Geothermics Netherlands PermianY internal-pdf://Poley & Van Steveninck (1970)-0032611599/Poley & Van Steveninck (1970).pdf ?c
W Pradier, B.
Lafont, F.
Boutet, C.
Nicolas, G.
Fermont, W.J.J.
Veld, H.
Champanhet, J.M. 1995 Well log characteristics, sedimentology and source rock potential of the Upper Carboniferous (Westphalian) onshore the NetherlandsE EAP-CSTJF PAU
Geological survey of the Netherlands
ELF PETROLAND B.V.
Sedimentology Netherlands
Carboniferous+ Wells: Kemperkoul-1, Ruurlo-1 and Geverik-1G internal-pdf://Pradier et al (1995)-2449324559/Pradier et al (1995).pdf ti et al. (2010).pdf therlands
Quaternary (d U. Press Generic Generic Generic
therlands Generic
Janssen (2004).pdf outhuys (2011).pdf ˴ )
therlands Generic w
rgy History Netherlands
CarboniferousI internal-pdf://Pagnier et al. (1987)-2702392596/Pagnier et al. (1987).pdf ?g : Partington, M.A.
Mitchener, B.C.
Milton, N.J
Fraser, A. J. 1993 Genetic sequence stratigraphy for the North Sea Late Jurassic and Early Cretaceous : distribution and prediction of Kimmeridgian-Late Ryazanian reservoirs in the North Sea and adjacent areas 347-370J Petroleum Geology of North-West Europe, Proceedings of the 4th Conference Parker, J.R. London Geological Society Stratigraphy NL North Sea Jurassic; CretaceousO internal-pdf://Partington et al. (1993)-0188713236/Partington et al. (1993).pdf D?h % Quast, P.
Hoefs, J.
Paul, J. 1999R Fossile Böden als Indikatoren für den CO2-Gehalt der Atmosphere im Paläozoikum Unpublished Kurzfassung Vortrag2 Erlangen Stratigraphy Germany Cenozoic7 internal-pdf://Quast (1999)-3949758740/Quast (1999).pdf q #?i C Hoetz, H.L.J.G.
Steenbrink, J.
Bekkers, N.
Vogelaar, A.
Luthi, S.M. 2011g Salt-induced stress anomalies: an explanation for variations in seismic velocity and reservoir quality 385-396 Petroleum Geoscience 17 4
GeophysicsU ABSTRACT Accurate rock property prediction is often a critical success factor for wells targeting hydrocarbons. This applies not only to reservoir porosity and permeability affecting productivity directly, but also to acoustic velocity, seismic time-to-depth conversion and depth prognosis. A detailed analysis of variation in the overburden rock velocity in the Southern North Sea has shown that Triassic velocity variations of up to 18% occur within short distances (e.g. <1 km). A correlation was found between increased acoustic velocities and the presence of an underlying salt weld. Salt Induced Stress Anomaly (SISA), a geomechanical model, is presented that can explain these observations and is based on the principles of buoyancy and point-loading. In the initial state, prior to salt movement, the vertical effective rock stresses resulting from the overburden weight are transmitted uniformly and cause laterally even compaction in the sediments. However, once the salt luelf under the influence of buoyancy forces, the overburden stress will concentrate itself near the salt welds. This locally increased stress gives rise to higher velocities in the overburden. The same stress concentration model can also explain deterioration in the porosities of the Rotliegend reservoir as observed underneath salt welds.
North Sea Triassic, Permian{?j Jones, D.W.
Underhill, J. R. 2011 Structural and stratigraphic evolution of the Connemara discovery, Northern Porcupine Basin: significance for basin development and petroleum prospectivity along the Irish Atlantic Margin 365-384 Petroleum Geoscience 17 4 Stratigraphy8 A detailed seismic stratigraphic interpretation of a previously unpublished, well-calibrated 3D seismic volume and regional 2D seismic lines in the Northern Porcupine Basin, west of Ireland has provided significant insights into the basin development, sedimentary fill and petroleum prospectivity within this area of the Irish Atlantic continental margin. The results of the seismic interpretation presented here provide a detailed description of the evolution of the Connemara discovery and have resulted in a revised model for the tectonic development and stratigraphic evolution of the fault block structure containing the oil accumulation. The new seismic stratigraphic analysis also provides the basis for an alternative interpretation of Early Cretaceous ‘clinoform’ features based on the results of the 3D seismic interpretation which supports a genesis through structural rotation of onlapping horizons rather than depositional downlap favoured by previous interpretations. This new-found structural and stratigraphic understanding not only has significant implications for determining the main controls on the Connemara discovery, but also provides a basis upon which to place other prospective structures in their regional context, including the identification and risking of exploration plays and prospects in the area.
Ireland
Cretaceous
(2007).pdf t owego Instytutu Geologicznego CLIII (in Polish with English summary) Stratigraphy Poland Permian, Mesozoic @ mian9 internal-pdf://Rossel (1982)-2168254485/Rossel (1982).pdf D mian= internal-pdf://Remmelts (1995)-0807336960/Remmelts (1995).pdf eaporites North Sea Permian 50-261; internal-pdf://Rebelle (1986)-3658520078/Rebelle (1986).pdfD?k
Geluk, M.C. 1988! Boringen Winterwijkse steengroeve Rapport Rijks Geologische Dienst 88kar16ex Haarlem Rijks Geologische Dienst Stratigraphy 20 december 1988 Netherlands Generic7 internal-pdf://Geluk (1988)-1615897614/Geluk (1988).pdf ?m Römer, J.H. 1967' Rhät en Lias in de omgeving van Buurse 20-32 Grondboor & Hamer Geography Netherlands Triassic,Jurassic; internal-pdf://Römer2 (1967)-3359174415/Römer2 (1967).pdf ?n Römer, J.H. 1964/ Over de oostgrens van de Trias bij de Haarmuhle 151-157 Grondboor & Hamer 5 okt Stratigraphy Netherlands Triassic9 internal-pdf://Römer (1964)-4249262607/Römer (1964).pdf ?o Römer, J.H. 1982@ Over het ontstaan van de heuvelrug Oldenzaal-Enschede-Altstätte 2-10 Grondboor & Hamer feb Geography Netherlands Generic9 internal-pdf://Römer (1982)-3746434063 /Römer (1982).pdf H?p Römer, J.H. 1963 Op zoek naar water 151-159 Grondboor & Hamer Geography Netherlands Cenozoic9 int ? ?q Römer, J.H. 1972; Waarnemingen over de bewegi e ng van het landijs in Overijssel 175-181 Grondboor & Hamer Glacial Geology Netherlands Ceno 6ernal-pdf://Römer (1963)-0476184591/Römer (1963).pdf @ zoic9 internal-pdf://Römer (1972)-3110409487/Römer (1972).pdf ?r Römer, J.H. 1979( Vulkanisch as in het Eoceen bij Enschede 17-19 Grondboor & Hamer feb Magmatism Netherlands Cenozoic7 internal-pdf://Romer (1979)-0980139791/Romer (1979).pdf D etaceous9 internal-pdf://Römer (1977)-1953994511/Römer (1977).pdf Fetaceous; internal-pdf://Römer2 (1977)-1165906703/Römer2 (1977).pdf D Generic9 internal-pdf://Römer (1983)-0159550991/Römer (1983).pdf FCretaceous9 internal-pdf://Römer (1970)-1535549199/Römer (1970).pdf ?s Römer, J.H. 19617 De dagzomen van het Onder-Krijt ten oosten van Enschede 237-249 Grondboor & Hamer 9 Geology Netherlands
Cretaceous9 internal-pdf://Römer (1961)-4237044751/Römer (1961).pdf WPermianM internal-pdf://De Ruiter et al. (1967)-1013470493/De Ruiter et al. (1967).pdf ,?t
Jordan, R. 1971G Zur Salinität des Meeres im höheren Oberen Jura Nordwest-Deutschlands 231-2413 Zeitschrift der Deutschen Geologischen Gesellschaft 122 juli
Evaporites Germany Jurassic9 internal-pdf://Jordan (1971)-3550402333/Jord
an (1971).pdf Crmian; internal-pdf://Seemann (1979)-1588033053/Seemann (1979).pdf ?u
Schott, W. 1982W Crude oil and natural gas in the federal republic of Germany: Development and prospects 235-266 Journal of Petroleum Geology 4 3 Petroleum Geology Germany Generic9 internal-pdf://Schott (1982)-3417780253/Schott (1982).pdf Qtherlands Generic; internal-pdf://Stewart (1990)-4291377949/Stewart (1990).pdf 153-166 Boreas 12 Stratigraphy Europe
QuaternaryG internal-pdf://Suc & Zagwijn (1983)-3842056222/Suc & Zagwijn (1983).pdf W internal-pdf://Stheeman & Thiadens (1969) -3808611870/Stheeman & Thiadens (1969) .pdf WianQ internal-pdf://Stäuble & Milius (1970) -2281965086/Stäuble & Milius (1970) .pdf M GenericA internal-pdf://Schoonbeek (1976)-1594220318/Schoonbeek (1976).pdf
p?w Schumacher, C. 19857 Die Grenze Rotliegendes/Zechstein im Werra-Fulda-Becken 121-1283 Zeitschrift der Deutschen Geologischen Gesellschaft 136 Stratigraphy Germany PermianA internal-pdf://Schumacher '(1985)-1779286558/Schumacher (1985).pdf @ ?x Schneider, J.
Gebhardt, U 1993m Litho- und Biofaziesmuster in intra- und extramontanen Senken des Rotliegend (Perm, Nord- und Ostdeutschlnad) 57-98 Geologisches Jahrbuch A131 Stratigraphy Germany PermianU inte f Generic[ internal-pdf://Stancu-Kristoff & Stehn (1984)-3022191390/Stancu-Kristoff & Stehn (1984).pdf Q rnal-pdf://Schneider & Gebhardt (1993)-3995310110/Schneider & Gebhardt (1993).pdf Giferous= internal-pdf://Schuster (1968)-2874796830/Schuster (1968).pdf Giferous= internal-pdf://Schuster (1962)-3647312158/Schuster (1962).pdf Giferous= internal-pdf://Stuffken (1958)-4268506910/Stuffken (1958).pdf ?y Surlyk, F.
Arndorff, L.
Hamann, N.E.
Hamberg, L.
Johannesen, P.N.
Koppelhus, E.B.
Nielsen, L.H.
Noe-Nygaard, N.
Pedersen, G.K.
Petersen, H.I 1995g High-resolution sequence stratigraphy of a Hettangian-Sinemurian paralic succession, Bornholm, Denmark. 323-354
Sedimentology 42 Stratigraphy Denmark JurassicG internal-pdf://Surlyk et al. (1995)-1215761714/Surlyk et al. (1995).pdf Eretaceous9 internal-pdf://Schott (1950)-1237102898/Schott (1950).pdf ! taceous5 internal-pdf://Sung (19 55)-2109753906/Sung (1955).pdf ?z Tesch, P. 1918 Steenzout 23-44 De schatten der aarde Zoethout, D.A. Amsterdam Elsevier
Evaporites Netherlands7 internal-pdf://Tesch (1918)-0292136705/Tesch (1918).pdf6+ ?{ , Evans, D.
Graham, C.
Armour, A.
Bathurst, P. 2003N The Millennium Atlas: Petroleum Geology of the Central and Northern North Sea 1-389 London The Geological Society Petroleum Geology UK Norh Sea GenericE internal-pdf://Evans et al. (2003)-3205600005/Evans et al. (2003).pdf =?|
Duin, E.J.Th. 1984| Some Geophysical Characteristics of the Lower Southwest flank of the cruiser - hyeres seamount Group, eastern North Atlantic 39-49% Mededelingen Rijks Geologische Dienst 38 2
Geophysics North Atlantic
Cretaceous5 internal-pdf://Duin (1984)-0657048325/Duin (1984).pdf
?} Duin, E.J.Th.
Kok, P.T.J. 19848 A Geophysical study of the Western Madeira abyssal plain 67-89% Mededelingen Rijks Geologische Dienst 38 2
Geophysics Madeira GenericA internal-pdf://Duin & Kok (1984)-2402429701/Duin & Kok (1984).pdf Ts PermianS internal-pdf:// D Te Groen & Steenken (1968)-1312740101/Te Groen & Steenken (1968).pdf Ue Permian, Mesozoic= internal-pdf://Trusheim (1971)-3914355973/Trusheim (1971).pdf ?~ Trusheim, F. 1959B Ergebnisse der Tiefbohrung Groothusen Z, bei Emden (Ost Friesland) 273-278 Erdöl Zeitschrift 7 July Geology Germany Generic= internal-pdf://Trusheim (1959)-2136896261/Trusheim (1959).pdf D eric= internal-pdf://Thiadens (1964)-2819953158/Thiadens (1964).pdf I Cretaceous; internal-pdf://'t Hart (1969)-4088338432/'t Hart (1969).pdf ? Ten Dam, A. 1947, De verspreiding van Boven-Rhaet in Nederland 220-222 Geologie en Mijnbouw 11 nov
Palaeontology Netherlands Triassic; internal-pdf://Ten Dam (1947)-3603772416/Ten Dam (1947).pdf _? Teichmuller, M. 1986> Coalification and natural gas deposits in Northwestern Germany 101-112' Habitat of Palaeozoic Gas in N.W.Europe 23 Goff, J.
Van Hoorn, B. London& Geological Society Special Publication Petroleum Geology(1986) Germany GenericC internal-pdf://Teichmuller (1986)-0184884993/Teichmuller (1986).pdf P arboniferous 19-369 internal-pdf://Tantow (1993)-2131541761/Tantow (1993).pdf >an9 internal-pdf://Taylor (1990)-3709041409/Taylor (1990).pdf d PalaeogeneW internal-pdf://Van den Bosch & Hager (1984)-0421482753/Van den Bosch & Hager (1984).pdf:? Vandenberghe, N.
Laga, P. 1996G Een toegang tot de oppervlakte-nabije geologische opbouw van de benelux 171-199 De aarde als fundament Leuven/Amersfoort Stratigraphy Belgium, Luxemburg Generic 11S internal-pdf://Vandenberghe & Laga (1996)-2755773185/Vandenberghe & Laga (1996).pdf ? Van Veen, J. 1988- Met sedimentologie en synenergie meer energie 1-24
Hoogleraar Delft TU Delft
Sedimentology Netherlands Generic= internal-pdf://Van Veen (1988)-1314632961/Van Veen (1988).pdf _ CenozoicS internal-pdf://Van den Berg et al. (1994)-1365677825/Van den Berg et al. (1994).pdf Z PermianO internal-pdf://Van Beek & Troost (1979)-2557992449/Van Beek & Troost (1979).pdf Jands Generic9 internal-pdf://Visser (1978)-3179027201/Visser (1978).pdf CGeneric9 internal-pdf://Visser (1982)-1402264833/Visser (1982).pdf Wnds GenericG internal-pdf://Visser & Sung (1958)-0497579791/Visser & Sung (1958).pdf Qnds PermianA internal-pdf://Van Rossum (1975)-0514841615/Van Rossum (1975).pdf J internal-pdf://Maureau et al. (1980)-3367925775/Maureau et al. (1980).pdf < ernal-pdf://Van Wijhe (1981)-4240721423/Van Wijhe (1981).pdf @ mian9 internal-pdf://Visser (1963)-0517116943/Visser (1963).pdf D Permian9 internal-pdf://Visser (1955)-3587985679/Visser (1955).pdfb? = Reijers, T. J. A.
Mijnlieff, H.F.
Pestman, P.J.
Kouwe, W.F.P. 1993a Lithofacies and their interpretation: a guide to standardised description of sedimentary deposits 1-55% Mededelingen Rijks Geologische Dienst 49 Clastic sedimentology Generic GenericI internal-pdf://Reijers et al. (1993)-0843749910/Reijers et al. (1993).pdf E Quaternary7 internal-pdf://Ruegg (1977)-0144096292/Ruegg (1977).pdf J Palaeogene; internal-pdf://Brouwer (1977)-3382156068/Brouwer (1977).pdf SrmianK internal-pdf://Coelewij et al. (1978)-1137222180/Coelewij et al. (1978).pdf K
Palaeogene; internal-pdf://Verbeek (1979)-3654946852/Verbeek (1979).pdf Y PermianM internal-pdf://Van Wijhe et al. (1980)-4212514853/Van Wijhe et al. (1980).pdf Jds Generic; internal-pdf://Wasmann (1980)-2098641701/Wasmann (1980).pdf S? Zwart, H.J.
Dornsiepen, U.F. 1981 Special Issue: The Variscan orogen in Europe - Final report of the study group "The Variscan Orogen in Europe"
of working group 9 of the Inter-Union commission of Geodynamics (I.C.S.) 1-192 Geologie en Mijnbouw 60 1 Structural Geology Western Europe Permian, Carboniferous Je Cenozoic; internal-pdf://Bijlsma (1981)-0374604837/Bijlsma (1981).pdf t ? De Gans, W.
Cleveringa, J. 1981 Stratigraphy, palynology and radiocarbon dating of Middle and Late Weichselian deposits in the Drentsche Aa valley system (Drente, The Netherlands) 373-384 Geologie en Mijnbouw 60 3 Glacial Geology Netherlands
QuaternaryU internal-pdf://De Gans & Cleveringa (1981)-3395046693/De Gans & Cleveringa (1981).pdf d QuaternaryU internal-pdf://Vandenberghe & Krook (1981)-1332545061/Vandenberghe & Krook (1981).pdf Y
QuaternaryI internal-pdf://De Gans & Sohl (1981)-3715099685/De Gans & Sohl (1981).pdf a
QuaternaryQ internal-pdf://Heijnens & Tijssen (1982)-2038975013/Heijnens & Tijssen (1982).pdf Js
Quaternary9 internal-pdf://Koster (1982)-0109650725/Koster (1982).pdf
l. (1983).pdf ; Andersen (1983)-2043986981/Michelsen & Andersen (1983).pdf Bernal-pdf://Roos & Smits (1983)-1205154341/Roos & Smits (1983).pdf 7lemans (1983)-2815791653/Sanberg & Oerlemans (1983).pdf H nternal-pdf://Thomsen et al. (1983)-2664833061/Thomsen et al. (1983).pdf 8 ernal-pdf://Skovbro (1983)-1473673765/Skovbro (1983).pdf ;ternal-pdf://Van Lith (1983)-3805730853/Van Lith (1983).pdf ;rnal-pdf://Verbraeck (1983)-3403114021/Verbraeck (1983).pdf +dstra (1983)-1272497701/Zandstra (1983).pdf :nternal-pdf://Zagwijn (1983)-1369419059/Zagwijn (1983).pdf Winternal-pdf://Van Dorsser & Salomé (1983)-2930768179/Van Dorsser & Salomé (1983).pdf M Quaternary? internal-pdf://Berendsen (1984)-2512186163/Berendsen (1984).pdf P nds
Quaternary= internal-pdf://Hallewas (1984)-0231020595/Hallewas (1984).pdf Rlands
Quaternary= internal-pdf://Heidinga (1984)-0231365939/Heidinga (1984).pdf FDevonian; internal-pdf://Reijers (1984)-1791928371/Reijers (1984).pdf Gds
Quaternary5 internal-pdf://Roep (1984)-3470244403/Roep (1984).pdf P s
Quaternary? internal-pdf://Berendsen (1985)-1710526515/Berendsen (1985).pdf ] TriassicO internal-pdf://De Boorder et al. (1985)-0505502004/De Boorder et al. (1985).pdf 7al-pdf://Van Loon (1985)-0507233332/Van Loon (1985).pdf (1985).pdf JCretaceous= internal-pdf://Demoulin (1987)-1515275060/Demoulin (1987).pdf (1987).pdf (1987).pdf
ra (1987).pdf gds TriassicW internal-pdf://Demathieu & Oosterink (1988)-3401675828/Demathieu & Oosterink (1988).pdf Generic \ s JurassicM internal-pdf://Herngreen & Wong (1989)-3906779700/Herngreen & Wong (1989).pdf RO internal-pdf://Coleman & Roberts (1989)-0131941684/Coleman & Roberts (1989).pdf IGeneric? internal-pdf://Bredewout (1989)-2078111796/Bredewout (1989).pdf Ss PermianE internal-pdf://Van der Poel (1989)-3085334836/Van der Poel (1989).pdf S
QuaternaryC internal-pdf://Joon et al. (1990)-4209806132/Joon et al. (1990).pdf b QuaternaryS internal-pdf://Moura & Kroonenberg (1990)-0704328244/Moura & Kroonenberg (1990).pdf hrbonifero Betaceous7 internal-pdf://Bless (1991)-0538787125/Bless (1991).pdf ]c; CretaceousM internal-pdf://Burgers & Mulder (1991)-3760033077/Burgers & Mulder (1991).pdf T usO internal-pdf://Erren & Bredewout (1991)-3558748981/Erren & Bredewout (1991).pdf WianQ internal-pdf://De Craen & Swennen (1992)-3753978936/De Craen & Swennen (1992).pdf Y CretaceousK internal-pdf://De Jong & Laker (1992)-0568314680/De Jong & Laker (1992).pdf Nands Generic= internal-pdf://Doornhof (1992)-1643457080/Doornhof (1992).pdf _oniferousS internal-pdf://Langenacker & Dusar (1992)-0620108856/Langenacker & Dusar (1992).pdf Zds GenericK internal-pdf://Paulssen et al. (1992)-3490216761/Paulssen et al. (1992).pdf Js
Cretaceous9 internal-pdf://Troost (1981)-2803303993/Troost (1981).pdf Tnds Gen [ CretaceousM internal-pdf://Herngreen et al. (1994)-1016903748/Herngreen et al. (1994).pdf D eric= internal-pdf://De Crook (1993)-3734849860/De Crook (1993).pdf ] QuaternaryO internal-pdf://Törnqvist et al. (1994)-0330662980/Törnqvist et al. (1994).pdf ds Ceno
er (1994).pdf Lands Ge nds Gen ands Ge ands Ge al. (1994).pdf lands G @rmany G =neric5 internal-pdf://Berz (1994)-1929114436/Berz (1994).pdf Beric; internal-pdf://Ahorner (1994)-2113697348/Ahorner (1994).pdf @lgium G WnericO internal-pdf://Camelbeeck et al. (1994)-3875405892/Camelbeeck et al. (1994).pdf Eneric= internal-pdf://De Crook (1994)-2063503172/De Crook (1994).pdf L enericC internal-pdf://Haak et al. (1994)-0218060100/Haak et al. (1994).pdf NenericE internal-pdf://Prinz et al. (1994)-1627397957/Prinz et al. (1994).pdf ZzoicS internal-pdf://Van Eck & Davenport (1994)-3623940933/Van Eck & Davenport (1994).pdf ? Rutherford, R.
Williams, R.H. 19890 Arnplitude-versus-offset variations in gas sands 680-688
Geophysics 54 6
Geophysics Generic GenericW internal-pdf://Rutherford & Williams (1989)-0010739565/Rutherford & Williams (1989).pdfo
? Albers, P.C.H. 2011 New Nothosaurus skulls from the Lower Muschelkalk of the western Lower Saxony Basin (Winterswijk, the Netherlands)
shed new light on the status of Nothosaurus winterswijkensis 15-21" Netherlands Journal of Geosciences 90 1 Stratigraphy Netherlands Triassic9 internal-pdf://Albers (2011)-0380050029/Albers (2011).pdf ? . Bond, C.E.
Lunn, R.J.
Shipton, Z.K.
Lunn, A.D. 2011> What makes an expert effective at interpreting seismic images? 75-78 Geology 40
Geophysics Generic GenericC internal-pdf://Bond et al. (2012)-3433744237/Bond et al. (2012).pdf C ? c Busschers, F.S.
Balen, R.T. van
Cohen, K. M.
Kasse, C .
Weerts, H.J.T.
Wallinga, J.
Vandenberghe, J. 2011 Comment on ‘Causes, consequences and chronology of large-magnitude palaeoflows in Middle and Late Pleistocene river systems of northwest Europe’ by
Westaway and Bridgland (2010) 1836-1840% Earth Surface Processes and Landforms 36 Stratigraphy Western Europe
QuaternaryM internal-pdf://Busschers et al. (2011)-2762966637/Busschers et al. (2011).pdf 3? . Dubelaar, C.W.
Kisters, P.J.M.
Stroucken, J.W. 2011= A natural-stone city walk through Maastricht, the Netherlands 197-208" Netherlands Journal of Geosciences 90 2/3 Stratigraphy Netherlands CenozoicK internal-pdf://Dubelaar et al. (2011)-1286814061/Dubelaar et al. (2011).pdf ? ; Dusar, M
Dreesen, R.
Indeherberge, L.
Defour, E.
Meuris, R. 2011 The origin of ‘tauw’, an enigmatic building stone of the Mergelland: a case study of the Hesbaye region, southwest
of Maastricht (Belgium) 239-258" Netherlands Journal of Geosciences 90 2/3
Palaeontology Belgium
CretaceousE internal-pdf://Dusar et al. (2011)-3786880877/Dusar et al. (2011).pdf c
? Keutgen, N. 2011 The belemnite zonation of the uppermost Cretaceous in the Maastricht-Aachen-Liège, Brabant-Méhaigne and Mons areas
(Belgium, southeast Netherlands) 165-178" Netherlands Journal of Geosciences 90 2/3 Stratigraphy Netherlands, Belgium
Cretaceous; internal-pdf://Keutgen (2011)-1404646253/Keutgen (2011).pdf ͘? t Notebaert, B.
Houbrechts, G.
Verstraeten, G.
Broothaerts, N.
Haeckx, J.
Reynders, M.
Govers, G.
Petit, F.
Poesen, J. 2011 Fluvial architecture of Belgian river systems in contrasting en vironments: implications for reconstructing the
sedimentation history 31-50" Netherlands Journal of Geosciences 90 1 Geography Belgium CenozoicM internal-pdf://Notebaert et al. (2011)-0196961133/Notebaert et al. (2011).pdf? ) Slimani, H.
Louwye, S.
Dusar, M
Lagrou, D 2011 Connecting the Chalk Group of the Campine Basin to the dinoflagellate cyst biostratigraphy of the Campanian
to Danian in borehole Meer (northern Belgium) 129-164" Netherlands Journal of Geosciences 90 2/3 Stratigraphy Belgium
CretaceousI internal-pdf://Slimani et al. (2011)-0801099373/Slimani et al. (2011).pdf m? 3 Van der Ham, R.W.J.M.
Jagt, J. W. M.
Janssens, H.J. 2011j Leymeriaster campestris, a new early Campanian hemiasterid echinoid from southern Limburg, the Netherlands 179-185" Netherlands Journal of Geosciences 90 2/3 Stratigraphy Netherlands
CretaceousQ internal-pdf://Van der Ham et al. (2011)-2495861869/Van der Ham et al. (2011).pdf ? m Vonhof, H.B.
Jagt, J. W. M.
Immenhauser, A.
Smit, J.
Van den Berg, Y.W.
Saher, M.
Keutgen, N.
Reijmer, J.J.G. 2011m Belemnite-based strontium, carbon and oxygen isotope stratigraphy of the type area of the Maastrichtian Stage 259-270" Netherlands Journal of Geosciences 90 2/3 Stratigraphy Netherlands
CretaceousG internal-pdf://Vonhof et al. (2011)-2848457837/Vonhof et al. (2011).pdf<? Weijermans, R.
Luthi, S.M. 2011U Geo-perspective
Dutch natural gas strategy: historic perspective and challenges ahead 3-14" Netherlands Journal of Geosciences 90 1 Petroleum Geology Netherlands PermianQ internal-pdf://Weijermans & Luthi (2011)-0734767981/Weijermans & Luthi (2011).pdf {
? Westaway, R.
Bridgland, D.R. 2011 Causes, consequences and chronology of large-magnitude palaeofl ows in Middle and Late
Pleistocene river systems of northwest Europe 1071-1094% Earth Surface Processes and Landforms 35 Palaeogeography Western Europe
QuaternaryW internal-pdf://Westaway & Bridgland2 (2011)-3687827821/Westaway & Bridgland2 (2011).pdf * w ֈ? Westaway, R.
Bridgland, D.R. 20115 Reply to comments by F.S. Busschers, K.M. Cohen, J. Vandenberghe, R .T. Van Balen, C. Kasse, J. Wallinga, and H.J.T Weerts on ‘Causes, consequences and chronology of large-magnitude
palaeoflows in Middle and Late Pleistocene river systems of northwest Europe’, by Rob Westaway and David R. Bridgland (2010) 1841-1846% Earth Surface Processes and Landforms 36 Palaeogeography Western Europe
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