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Hoop Basin

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Image
Location map showing the western Barents Sea and some of the structural ele...
Published: 05 October 2017
for the present study is shown with the yellow dashed rectangle, and falls within the Hoop Fault corridor. The drilled wells are marked in white. SD: Svalis Dome; MB: Maud Basin (image generated using Google Earth).
Journal Article
Journal: Interpretation
Published: 21 January 2020
Interpretation (2020) 8 (1): SA35–SA47.
... and one part of them resides in the anomalous zone of the prospective area. We have demonstrated two novel strategies for the estimation of pore fluid distribution in the Stø Fm sand(stone)s in the Hoop area of the southwest Barents Sea. The first method combines information from basin modeling...
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Image
The porosity inconsistency computed for the Barents Sea wells. Data points ...
Published: 10 October 2023
Figure 9. The porosity inconsistency computed for the Barents Sea wells. Data points are color-coded by the corresponding structure unit. BP, Bjarmeland Platform; FP, Finmark Platform; HFB, Hammerfest Basin; HFC, Hoop Fault Complex; MFC, Måsøy Fault Complex; ND, Norvarg Dome; PSP, Polhem
Journal Article
Journal: AAPG Bulletin
Published: 01 June 2017
AAPG Bulletin (2017) 101 (6): 887–905.
...Maria A. Nikolinakou; Mahdi Heidari; Michael R. Hudec; Peter B. Flemings ABSTRACT We use finite element modeling to show that upbuilding can be a significant component of salt diapir growth in tectonically stable systems when basin sediments are elastoplastic mudrocks. The ability of such sediments...
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Image
( a ) Regional setting and structural map of the Barents Sea. Red frame ind...
Published: 19 February 2016
Fig. 1. ( a ) Regional setting and structural map of the Barents Sea. Red frame indicates the position of the Hoop Fault Complex (HFC). BB, Bjørnøya Basin; FSB, Fingerdjupet Sub-basin; GH, Gardarbanken High; HB, Harstad Basin; HfB, Hammerfest Basin; HFZ, Hornsund Fault Zone; KFC, Knølegga Fault
Image
( a ) Regional setting and structural map of the Barents Sea. Red frame ind...
Published: 19 February 2016
Fig. 1. ( a ) Regional setting and structural map of the Barents Sea. Red frame indicates the position of the Hoop Fault Complex (HFC). BB, Bjørnøya Basin; FSB, Fingerdjupet Sub-basin; GH, Gardarbanken High; HB, Harstad Basin; HfB, Hammerfest Basin; HFZ, Hornsund Fault Zone; KFC, Knølegga Fault
Journal Article
Published: 01 February 1968
Bulletin of the Seismological Society of America (1968) 58 (1): 179–214.
...Donald V. Helmberger abstract A plane layered oceanic crustal model is investigated. A point source and receiver are located in the oceanic fluid layer. The Mohorovic˘ić discontinuity is treated as a layered transition zone. De Hoop's modification of Cagniard's method is used to obtain the exact...
Image
( a ) Situation map. ( b ) Overview map of the study area, with the positio...
Published: 10 August 2017
Complex; HFC, Hoop Fault Complex; SvD, Svalis Dome; MB, Maud Basin; SG, Swaen Graben; AFC, Asterias Fault Complex; HB, Hammerfest Basin; T-FFC, Troms-Finnmark Fault Complex; ND, Norvarg Dome; SD, Samson Dome; NH, Norsel High; NFC, Nysleppen Fault Complex; and MFC, Måsøy Fault Complex. ( c ) Stratigraphic
Image
Regional net apparent erosion map for the Paleogene interval in the SW Bare...
Published: 06 December 2018
Platform; FSB, Fingerdjupet Sub-basin; HB, Harstad Basin; HFB, Hammerfest Basin; HA, Hopenbanken Arch; HFC, Hoop Fault Complex; HFZ, Hornsund Fracture Zone; FP, Finnmark Platform; LH, Loppa High; MB, Maud Basin; MH, Mercurius High; NFC, Nysleppen Fault Complex; NH, Norsel High; NKB, Nordkapp Basin; PSP
Journal Article
Journal: Interpretation
Published: 20 May 2014
Interpretation (2014) 2 (3): SH55–SH66.
.... , eds., Structural and tectonic modelling and its application to petroleum geology : NPF Special Publication , vol. 1, 133 – 152 . Kjølhamar B. , 2012 , Hoop Basin — An integrated approach to 3D exploration in the Barents Sea : Presented at the Petroleum Potential of the Southwestern...
FIGURES | View All (10)
Journal Article
Journal: AAPG Bulletin
Published: 15 November 2020
AAPG Bulletin (2020) 104 (11): 2267–2295.
... ft) TVDSS with a water depth of 400 m (1312 ft). Underpressure in the Greater Hoop area is also somewhat enigmatic where severe underpressure coexists with hydrostatic pressures within the Triassic reservoir intervals. Underpressure is observed in all three exploration wells within the basin...
FIGURES | View All (6)
Journal Article
Published: 19 February 2016
Petroleum Geoscience (2016) 22 (2): 123–135.
...Fig. 1. ( a ) Regional setting and structural map of the Barents Sea. Red frame indicates the position of the Hoop Fault Complex (HFC). BB, Bjørnøya Basin; FSB, Fingerdjupet Sub-basin; GH, Gardarbanken High; HB, Harstad Basin; HfB, Hammerfest Basin; HFZ, Hornsund Fault Zone; KFC, Knølegga Fault...
FIGURES | View All (12)
Journal Article
Published: 01 March 2022
South African Journal of Geology (2022) 125 (1): 61–78.
... and by inference its equivalent in the Griqualand West basin, the Postmasburg Group ( Figure 6 ). The rocks of the Korannaland Group had completely different source areas to the rocks of the Keis supergroup ( Figures 6 and 7 ). The Goede Hoop-, Sandputs- and Collinskop formations of the Korannaland Group...
FIGURES | View All (7)
Journal Article
Journal: Geophysics
Published: 01 January 2001
Geophysics (2001) 66 (5): 1538–1550.
...Jérôme H. Le Rousseau; Maarten V. de Hoop Abstract The scalar generalized-screen method in isotropic media is extended here to transversely isotropic media with a vertical symmetry axis (VTI). Although wave propagation in a transversely isotropic medium is essentially elastic, we use an equivalent...
FIGURES | View All (13)
Journal Article
Published: 26 October 2020
South African Journal of Geology (2020) 123 (4): 441–464.
... and the Bushmanland Subprovince during the development of the NNMP cannot be discounted. The absence of any 2 000 Ma to 3 000 Ma old zircons in the quartzites of the Goede Hoop Formation suggests that deposition either occurred when the depositional basins of the Korannaland Group and the western margin...
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Journal Article
Published: 01 May 2008
Seismological Research Letters (2008) 79 (3): 384–392.
... and deeper mantle processes. One can expect that, eventually, full wave tomography ( e.g. , De Hoop and van der Hilst 2005 ; De Hoop et al. 2006 ; Tromp et al. 2005 ; Zhao and Jordan 2006 ) with broadband USArray waveforms will produce superior insight into the structure of the mantle beneath North...
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Journal Article
Journal: AAPG Bulletin
Published: 15 May 2019
AAPG Bulletin (2019) 103 (5): 1097–1110.
...Roy H. Gabrielsen; Heleen Zalmstra; Dimitrios Sokoutis; Ernst Willingshofer; Jan Inge Faleide; Hanna Lima Braut ABSTRACT Fault systems in extensional basins commonly display geometries that vary with depth, reflecting depth- and lithology-dependent mechanical strength. Using an experimental...
FIGURES | View All (6)
Journal Article
Journal: Interpretation
Published: 05 October 2017
Interpretation (2017) 5 (4): T607–T622.
... for the present study is shown with the yellow dashed rectangle, and falls within the Hoop Fault corridor. The drilled wells are marked in white. SD: Svalis Dome; MB: Maud Basin (image generated using Google Earth). ...
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Journal Article
Published: 01 June 2001
Bulletin of the Seismological Society of America (2001) 91 (3): 553–560.
... by Červený ( 2001 ). de Hoop and de Hoop ( 2000 ) gave an extensive overview of the application of the reciprocity in the remote sensing including a generalized theory for source inversion. There are several applications of the reciprocity theorem to the full waveform modeling in seismology. Bouchon ( 1976...
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Journal Article
Journal: Geophysics
Published: 05 February 2021
Geophysics (2021) 86 (2): R211–R220.
...Florian Faucher; Maarten V. de Hoop; Otmar Scherzer ABSTRACT Quantitative imaging of subsurface earth properties in elastic media is performed from distributed acoustic sensing data. A new misfit functional based upon the reciprocity gap is designed, taking crosscorrelations of displacement...
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