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GeoRef Categories
Era and Period
Epoch and Age
Book Series
Date
Availability
Opalinuston Formation
FIGURE 2 —Schematic section of the Aalenian Opalinuston Formation in northe... Available to Purchase
The Dangers of High-Rise Living on a Muddy Seafloor: An Example of Crinoids from Shallow-Water Mudstones (Aalenian, Northern Switzerland) Available to Purchase
(a) Shatter cones in a block of Upper Jurassic limestones (Kimmeridgian–Tit... Available to Purchase
An approach towards the projectile trajectory during the oblique Steinheim meteorite impact by the interpretation of structural crater features and the distribution of shatter cones Available to Purchase
Compilation of the locations and dates of shatter cone findings in the Stei... Available to Purchase
Rare metals on shatter cone surfaces from the Steinheim Basin (SW Germany) – remnants of the impacting body? Available to Purchase
The Significance of Hiatus Beds in Shallow-Water Mudstones: An Example from the Middle Jurassic of Switzerland Available to Purchase
A Middle Jurassic (Bajocian) ophthalmosaurid (Reptilia, Ichthyosauria) from the Tuxedni Formation, Alaska and the early diversification of the clade Available to Purchase
The literature on Triassic, Jurassic and earliest Cretaceous dinoflagellate cysts: supplement six Available to Purchase
Revision of Jurassic Protobranch Bivalves from Gebel Maghara, northern Sinai, Egypt Open Access
TESTING HIGH-VOLTAGE ELECTRICAL DISCHARGES IN DISINTEGRATING CLAYSTONE FOR ISOTOPIC AND MINERALOGICAL STUDIES: AN EXAMPLE USING OPALINUS CLAYSTONE Available to Purchase
Saturation Kinetics of a Vertical Multilayer Hydraulic Sealing System Exposed to Rock Salt Brine All rights reserved. No part of this periodical may be reproduced or transmitted in any form or by any means, electronic or mechanical, including photocopying, recording, or any information storage and retrieval system, without permission in writing from the publisher. Available to Purchase
Pore geometry effects on elastic properties of Opalinus Clay Available to Purchase
Self-sealing of argillaceous media in the context of geological disposal of radioactive waste – a perspective from past and ongoing studies Open Access
Enhanced Arctic-Tethys connectivity ended the Toarcian Oceanic Anoxic Event in NW Europe Open Access
Appraisal of waveform repeatability for crosshole and hole-to-tunnel seismic monitoring of radioactive waste repositories Available to Purchase
SORPTION OF NEPTUNIUM ON CLAYS AND CLAY MINERALS – A REVIEW Available to Purchase
PREFERRED ORIENTATIONS AND ANISOTROPY IN SHALES: CALLOVO-OXFORDIAN SHALE (FRANCE) AND OPALINUS CLAY (SWITZERLAND) Available to Purchase
Early Jurassic protobranch bivalves from Chubut, Argentina Available to Purchase
Jurassic Available to Purchase
Abstract The Jurassic System (199.6-145.5 Ma; Gradstein et al. 2004 ), the second of three systems constituting the Mesozoic era, was established in Central Europe about 200 years ago. It takes its name from the Jura Mountains of eastern France and northernmost Switzerland. The term ‘Jura Kalkstein’ was introduced by Alexander von Humboldt as early as 1799 to describe a series of carbonate shelf deposits exposed in the Jura mountains. Alexander Brongniart (1829) first used the term ‘Jurassique', while Leopold von Buch (1839) established a three-fold subdivision for the Jurassic (Lias, Dogger, Malm). This three-fold subdivision (which also uses the terms black Jura, brown Jura, white Jura) remained until recent times as three series (Lower, Middle, Upper Jurassic), although the respective boundaries have been grossly redefined. The immense wealth of fossils, particularly ammonites, in the Jurassic strata of Britain, France, Germany and Switzerland was an inspiration for the development of modern concepts of biostratigraphy, chronostratigraphy, correlation and palaeogeography. In a series of works, Alcide d'Orbigny (1842-51, 1852) distinguished stages of which seven are used today (although none of them has retained its original strati graphic range). Albert Oppel (1856-1858) developed a sequence of such divisions for the entire Jurassic System, crucially using the units in the sense of time divisions. During the nineteenth and twentieth centuries many additional stage names were proposed - more than 120 were listed by Arkell (1956) . It is due to Arkell's influence that most of these have been abandoned and the table of current stages for the Jurassic (comprising 11 internationally accepted stages, grouped into three series) shows only two changes from that used by Arkell: separation of the Aalenian from the lower Bajocian was accepted by international agreement during the second Luxembourg Jurassic Colloquium in 1967, and the Tithonian was accepted as the Global Standard for the uppermost stage in preference to Portlandian and Volgian by vote of the Jurassic Subcommission ( Morton 1974 , 2005 ). As a result, the international hierarchical subdivision of the Jurassic System into series and stages has been stable for many years.