Palaeocological and evolutionary significance of anatomically preserved terrestrial plants in Upper Carboniferous marine goniatite bullions

Scott, A.C., Galtier, J., Mapes, R.H. and Mapes, G.

(1997)

Scott, A.C., Galtier, J., Mapes, R.H. and Mapes, G. (1997) Palaeocological and evolutionary significance of anatomically preserved terrestrial plants in Upper Carboniferous marine goniatite bullions. Journal of the Geological Society of London, 154 (1).

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Abstract

Anatomically preserved plants are described from marine goniatite bullions of Marsdenian age (Namurian B, Upper Carboniferous) from Star Wood, Oakamoor, Staffordshire, England. They comprise stems and petioles, up to 15 cm long, predominantly of cordaites (Mesoxylon) and pteridosperms (Sutcliffa), with rare calamites, ferns and lycopsids, and are preserved as calcareous permineralizations. Rare fusainized plant fragments are also found. The flora is similar, although comprising fewer species, to the roof nodule floras of Langsettian (Westphalian A) age from Lancashire which occur above coal seams yielding calcareous coal balls. The plants preserved in these roof nodules probably grew in well-drained, slightly elevated lowlands, not inundated during marine transgression, and contrast in botanical composition to the boras of lowland peat-forming mires represented in typical coal ball floras. The Oakamoor assemblage likewise probably represents an assemblage living in well-drained elevated areas which drifted into the sea and was preserved in sediment-starved carbonates during the height of the marine transgression. These species of plants appear not to have become part of lowland mire ecosystems until later in the Carboniferous. The occurrence of this flora pre-dates that previously described From the Westphalian Coal Measures, and extends the range of several important Upper Carboniferous plant taxa.

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This is a Published version
This version's date is: 01/1997
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Item TypeJournal Article
TitlePalaeocological and evolutionary significance of anatomically preserved terrestrial plants in Upper Carboniferous marine goniatite bullions
AuthorsScott, A.C.
Galtier, J.
Mapes, R.H.
Mapes, G.
Uncontrolled KeywordsCarboniferous, Namurian, palaeobotany, gymnosperms, goniatites
DepartmentsResearch Groups and Centres\Earth Sciences\Plant Paleobiology
Faculty of Science\Earth Sciences

Identifiers

doi10.1144/gsjgs.154.1.0061

Deposited by () on 23-Dec-2009 in Royal Holloway Research Online.Last modified on 23-Dec-2009

Notes

This material has been published in Journal of the Geological Society of London 154, 61-68, the only definitive repository of the content that has been certified and accepted after peer review. (Copyright © 1997 The Geological Society of London)
Research Group website:
http://www.gl.rhul.ac.uk/palaeo/palaeo.html

References

Beckary S, 1988, Thesis Univ Science Techniques Lille
Bisat WS, 1924, Proc Yorkshire Geological Society, V20, 40-124
Brzyski B, 1969, Acta Palaeobotanica, V10, 1-98
Chaloner WG, 1968, in Murchison DG, Coal and Coal Bearing Strata, 127-146, Oliver and Boyd, Edinburgh
Chaloner WG, 1958, Geological Magazine, V95, 261-262
Dimichele WA, 1992, Evolution, V46, 807-824
Dimichele WA, 1994, Palaeogeography Palaeoclimatology Palaeoecology, V106, 39-90
Galtier J, 1996, In Press Reviews Palaeobotany Palynology
Hester SW, 1932, Summary Progress Geological Survey, II, 34-48
Josten KH, 1983, Fortschritte Geologie Rheinland Westfalen, V31, 1-327
Knoll AH, 1984, In Nitecki MH, Extinctions, Univ Chicago Press, 21-68
Knoll AH, 1985, Philos Trans Royal Society B, V311, 111-1220
Labandeira CC, 1994, Geological Society America Abstracts with Programs, A123
Laveine JP, 1967, Etudes geologiques pour l’atlas de topographie souterraine, Lille
Laveine JP, 1993, Palaeontographica B, V230, 81-139
Mapes RH, 1994, American Journal Botany V81, Suppl.97
Mapes RH, 1996, In Press Lethaia
Mapes RH, 1989, Texas Tech U Studies, V2, P221-234
Maslen AJ, 1911, Annals Botany, V25, 381-414
Morris PG, 1969, Proc Geologists Association, V80, 147-175
Neves R, 1958, Geological Magazine, V95, 1-19
Phillips TL, 1963, Annals Missouri Botanic Garden, V50, 29-51
Phillips TL, 1980, In Dilcher DL, Biostratigraphy of Fossil Plants, Stroudsburg PA, 25-92
Phillips TL, 1985, International J Coal Geology, V5, 43-1090
Ramsbottom WHC, 1978, Geological Society of London Special Reports, 10
Saunders WB, 1979, Geology, V7, 293-296
Scott AC, 1977, Palaeontology, V20, 447-473
Scott AC, 1987, European Dinantian Environments, Wiley, Chichester, 329-344
Scott AC, 1990, Geological Society America Spec Pub, V244, 25-38
Scott AC, 1985, Philos Trans Royal Society B, V311, 123-137
Scott AC, 1996, Reviews Palaeobotany Palynology V90, 141-153
Scott AC, 1984, Trans Royal Society Edinburgh, V75, 311-340
Scott DH, 1906, Trans Linnean Society London, V7, 45-68
Stidd BM, 1975, Reviews Palaeobotany Palynology, V20, 55-66
Stopes MC, 1908, Trans Royal Society London B, V200, 167-218
Turner N, 1994, Reviews Palaeobotany Palynology, V80, 39-54


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