Cambridge University Press, Aug 14, 1975 - Science - 269 pages
Studies of the Jurassic period are greatly helped by the high degree of stratigraphic control provided by the ubiquitous ammonites. Although this work, originally publisjed in 1975, is not a study of stratigraphy as such, a short chapter on this topic is included to provide a framework for environmental interpretation. The main goal of this book is to review in detail the advances which existed at the time in the interpretation of Jurassic facies in the classical European and American deposits and to then apply this knowledge to illuminate more general topics such as the fluctuation in land/sea distribution and the nature of the Jurassic climate and biogeography. There is also an account of plate tectonics and igneous activity during the period. A comprehensive bibliography is provided, which includes the important stratigraphic literature published from 1956 to 1975.
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Arenaceous argillaceous and ferruginous facies in northern
Calcareous and associated argillaceous facies in northern
Calcareous and siliceous facies in southern Europe and North
Carbonate platform deposits pelagic limestones radio
Tectonism and igneous activity palaeotectonic reconstruc
Sedimentary cycles marine transgressions and regressions
io Marine invertebrate biogeography page
abundant Africa algal ammonites aragonite Arkell associated Bajocian Basin Bathonian belemnites Bernoulli bituminous bivalves Boreal Realm brachiopods burrowing calcareous calcite Callovian chamosite clay climate contain corals correlation Cretaceous cycles deeper water deposits depth diagenetic diversity Dorset east environment Europe eustatic evaporites evidence facies fauna Formation genera gypsum Hallam hardgrounds Hettangian horizons inferred interpretation intertidal ironstones Jenkyns Kimmeridgian lagoon laminated late Jurassic Lias Liassic limestones Lower Jurassic marine marls Mesozoic metres micritic Middle Jurassic minerals nodules non-marine North northern northwest occur ocean oolite Oxfordian pelagic Pliensbachian present Province Purbeck Beds radiolarites recognised reefs region regression rocks salinity sand sandstones sea level sedimentary sediments Sellwood sequence shales shallow water shells siderite signify Sinemurian southern England species stratigraphic stromatolites subsidence suggests tectonic temperature terrigenous clastic Tethyan Tethys Thalassinoides thick tidal Tithonian Toarcian trace fossils transgression Triassic uplift Upper Jurassic Upper Oxfordian volcanic Volgian Western Interior widespread Yorkshire zone