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Fordon Formation

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Conceptual geological model for the Fordon (Evaporite) Formation in the York Potash Ltd. AOI (modified from Kemp et al. 2016) with Permian lithostratigraphical units in NE England (after Smith et al. 1986). The thicknesses of the cover stratigraphical units are the averages of those shown in the kalistrontite-bearing boreholes.
Published: 01 July 2018
Figure 2. Conceptual geological model for the Fordon (Evaporite) Formation in the York Potash Ltd. AOI (modified from Kemp et al. 2016 ) with Permian lithostratigraphical units in NE England (after Smith et al. 1986 ). The thicknesses of the cover stratigraphical units are the averages of those
Image
Conceptual geologic model for the Fordon (Evaporite) Formation in the York Potash Ltd AOI.
Published: 01 May 2016
Fig. 13 Conceptual geologic model for the Fordon (Evaporite) Formation in the York Potash Ltd AOI.
Image
Comparison of QXRD-derived polyhalite- and kalistrontite-grade (bars) with gamma-ray response (line) for the Fordon (Evaporite) Formation in boreholes A. SM7, B. SM9, and C. SM11.
Published: 01 May 2016
Fig. 10 Comparison of QXRD-derived polyhalite- and kalistrontite-grade (bars) with gamma-ray response (line) for the Fordon (Evaporite) Formation in boreholes A. SM7, B. SM9, and C. SM11.
Journal Article
Published: 01 July 2018
American Mineralogist (2018) 103 (7): 1136–1150.
...Figure 2. Conceptual geological model for the Fordon (Evaporite) Formation in the York Potash Ltd. AOI (modified from Kemp et al. 2016 ) with Permian lithostratigraphical units in NE England (after Smith et al. 1986 ). The thicknesses of the cover stratigraphical units are the averages of those...
FIGURES | View All (12)
Journal Article
Journal: Economic Geology
Published: 01 May 2016
Economic Geology (2016) 111 (3): 719–742.
...Fig. 13 Conceptual geologic model for the Fordon (Evaporite) Formation in the York Potash Ltd AOI. ...
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The geographical location of the shelf margin of the three primary Zechstein carbonates within the United Kingdom Southern North Sea: the Z1 (Zechsteinkalk/Cadeby Formation), the Z2 (Hauptdolomit/Kirkham Abbey Formation), and the Z3 (Plattendolomit/Brotherton Formation). The extent of the Boulby Halite and the Fordon Halite Formations, which are key sealing formations within the Zechstein, are highlighted along with the location of current and offered CO2 appraisal and storage licenses and the location of the Zechstein well correlation panel in Figure 17. This figure contains information provided by the Oil and Gas Authority and other third parties (Fyfe and Underhill, 2023a, b).
Published: 01 August 2023
of the Boulby Halite and the Fordon Halite Formations, which are key sealing formations within the Zechstein, are highlighted along with the location of current and offered CO 2 appraisal and storage licenses and the location of the Zechstein well correlation panel in Figure 17 . This figure contains
Journal Article
Published: 25 May 2021
Journal of the Geological Society (2021) 178 (6): jgs2020-174.
... succession of the Fordon Evaporite Formation (223.3 m). The EZ2/3 boundary is marked by the mudstone of the Grauer Salzton Formation (grey salt clay) (0.9 m), which is overlain by the limestone of the Brotherton Formation (16.9 m). One sample of argillaceous halite was collected from SM7, corresponding...
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Palynological remains from evaporites imaged as recovered specimens and in situ in thin sections or thick chips of halite. A) Monosaccate pollen grain species Nuskoisporites dulhuntyi recovered from Permian halite from the Billingham Anhydrite Formation (SM11 1382.12 m) of northeast England. B) Gymnospermous plant tracheid recovered from Permian halite from the Fordon Evaporite Formation (SM11 1465.92 m) of northeast England. C) Plant cuticle with visible stomata preserved in 3-D recovered from Permian halite from the Sherburn Anhydrite Formation (SM11 1304.14 m) of northeast England. D)Callimothallus-type fungi (Family Microthyraceae) recovered from halite from the Billingham Anhydrite Formation (SM11 1394.88 m) of northeast England. E)Chaematomium-type fungi (Family Chaetomiaceae) recovered from the Permian the Permian Fordon Evaporite Formation (SM4 1438.07 m) of northeast England. F) Coniferous pollen grain observed in thin section in modern halite from Twin Lake West, Western Australia. G) Plant cuticle with visible stomata in situ in thin sections of the Permian Nippewalla Group of Kansas, U.S.A. (Rebecca K Bounds #1 borehole), and H)in situ in thin sections from the Permian Opeche Shale of North Dakota, U.S.A. (Gulf Romanysyn OP7497). I) Possible cellulose fibers in situ in thin section of modern halite from Twin Lake West, Western Australia. J) Plant cuticle in situ in modern chevron halite crystal from Twin Lake West, Western Australia. K) Plant cuticle with visible cellular structures in modern chevron halite crystal from Twin Lake West, Western Australia. L) Various fungal remains in situ in thin section from modern chevron halite crystal from Twin Lake West, Western Australia.
Published: 18 October 2023
England. B) Gymnospermous plant tracheid recovered from Permian halite from the Fordon Evaporite Formation (SM11 1465.92 m) of northeast England. C) Plant cuticle with visible stomata preserved in 3-D recovered from Permian halite from the Sherburn Anhydrite Formation (SM11 1304.14 m) of northeast
Journal Article
Published: 01 December 1991
Journal of the Geological Society (1991) 148 (6): 1019–1036.
... bed (the Deck Anhydrite). There is also a sulphate unit above the cycle 2 platform carbonates, which has been included within the Edlington Formation; it could be equivalent to the Fordon Evaporites (Smith 1980). CARBONATE-EVAPORITE S QUENCE STRATIGRAPHY 1029 Fig. 14. Fordon Evaporites. (A) Folded...
Journal Article
Published: 24 June 2021
Proceedings of the Yorkshire Geological Society (2021) 63 (4): pygs2021-004.
... were shown by Cox et al. (1987) to be substantially less than this, possibly as little as 155 m in the Fordon Borehole. The full thickness of the preserved formation in the Hunmanby No.1 Borehole [TA 1301 7588], sited 730 m E of Fordon No.1, is c .102 m (B. M. Cox pers. comm. 1989). Fig. 7...
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Journal Article
Published: 09 May 2018
Journal of Paleontology (2018) 92 (5): 920–937.
... from multiple early Eocene sites in France (Azillanet [Marandat, 1986 ], Condé-en-Brie [Louis, 1966 ; Aumont, 2003 , 2004 ], Fordones [Marandat, 1991 ], Fournes [Marandat, 1991 ], Gland [Aumont, 2003 ], Grauves [Louis, 1970 ], Meudon [Russell et al., 1988 , 1990 ], Prémontré [Dégremont et al...
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Journal Article
Published: 01 January 2006
Micropaleontology (2006) 52 (3): 267–280.
... four localities, named Palau, Claret-0, Claret-4 and Tendruy ( López-Martínez and Peláez-Campomanes 1999 ). These localities are situated in the upper part of the Tremp Formation, a short distance below the boundary with the overlying Figols Group in the Ilerdian stratotype area. The Ilerdian stage...
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Journal Article
Published: 06 December 2021
Proceedings of the Yorkshire Geological Society (2022) 64 (1): pygs2021-008.
... downcutting of the Albian Carstone Formation, has led to the famous section at Goodmanham near Market Weighton, where almost the whole Jurassic succession excepting the Hettangian is absent. Though the original concept of Cretaceous (Albian) strata resting unconformably on lower Lias Group (Angulata Zone...
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Journal Article
Journal: PALAIOS
Published: 28 June 2022
PALAIOS (2022) 37 (6): 318–329.
.... The evaporites of EZ1 are represented by the Hayton Anhydrites. EZ2 is composed of the carbonates of the Kirkham Abbey Formation and the extensive evaporites of the Fordon Evaporite Formation. The base of EZ3 is marked by the Grauer Salzton, a transgressive claystone member, which is overlain by the limestone...
FIGURES
Journal Article
Published: 01 December 1992
Journal of the Geological Society (1992) 149 (6): 1050–1054.
... Abstract I. G. Goodall , G. M. Harwood , A. C. Kendall & T. McKie write: In his recent reappraisal of the stratigraphy of the English Zechstein, Tucker (1991) presents an elegant model of the evolution and stratigraphical relationships of the various formations in this section. However, some...
Journal Article
Published: 01 April 1979
Journal of the Geological Society (1979) 136 (2): 155–156.
... on the rate at which these took place. On general stratigraphic relationships it seems possible that major sea level changes may have occurred be- fore, during and after formation of the second cycle carbonates and perhaps at intervals during the forma- tion of the second cycle Fordon Evaporites. At the end...
Journal Article
Published: 01 November 2000
Proceedings of the Yorkshire Geological Society (2000) 53 (2): 157–159.
... S. F. Mitchell’s recent article ( Mitchell 2000) provides a detailed stratigraphical section of the Welton Formation of the cliffs near Speeton and the author is to be congratulated in successfully tackling this particularly difficult section which has never before been measured in its...
Journal Article
Published: 01 August 1975
Journal of the Geological Society (1975) 131 (4): 410–414.
...-both features absent in the shallow-water carbonate rocks of the Seaham Formation. Moreover, in NE Yorkshire, the uppermost Zechstein carbonate formation which has a similar lithology and an identical fauna to the Seaham Formation overlies the thick Fordon Evaporites which, in turn, rest on a carbonate...
Journal Article
Journal: AAPG Bulletin
Published: 01 November 2014
AAPG Bulletin (2014) 98 (11): 2411–2437.
...Jonathan Imber; Howard Armstrong; Sarah Clancy; Susan Daniels; Liam Herringshaw; Ken McCaffrey; Joel Rodrigues; João Trabucho-Alexandre; Cassandra Warren ABSTRACT Faults and fractures within the well-exposed Lower Jurassic Cleveland Ironstone and Whitby Mudstone Formations may provide insights...
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Journal Article
Published: 18 October 2023
Journal of Sedimentary Research (2023) 93 (9): 642–655.
... England. B) Gymnospermous plant tracheid recovered from Permian halite from the Fordon Evaporite Formation (SM11 1465.92 m) of northeast England. C) Plant cuticle with visible stomata preserved in 3-D recovered from Permian halite from the Sherburn Anhydrite Formation (SM11 1304.14 m) of northeast...
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