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Cockroaches from Jurassic sediments of the Bakhar Formation in Mongolia

Record Type:	Electronic resources : Monograph/item
Title/Author:	Cockroaches from Jurassic sediments of the Bakhar Formation in Mongoliaby Peter Vrsansky.
Author:	Vrsansky, Peter.
Published:	Cham :Springer International Publishing :2020.
Description:	ix, 98 p. :ill. (some col.), digital ;24 cm.
Contained By:	Springer Nature eBook
Subject:	Cockroaches, FossilMongolia.
Online resource:	https://doi.org/10.1007/978-3-030-59407-7
ISBN:	9783030594077$q(electronic bk.)

Cockroaches from Jurassic sediments of the Bakhar Formation in Mongolia
Vrsansky, Peter.

Cockroaches from Jurassic sediments of the Bakhar Formation in Mongolia[electronic resource] /by Peter Vrsansky. - Cham :Springer International Publishing :2020. - ix, 98 p. :ill. (some col.), digital ;24 cm. - SpringerBriefs in animal sciences,2211-7504. - SpringerBriefs in animal sciences..

Introduction -- Material and Methods -- Results -- Systematic part -- Phylogenetically annotated character list -- Character matrix -- Discussion -- Assemblage analysis -- Phylogenetical evaluation -- Within-locality among-bed plylogenetical analysis -- Age separation within locality -- Adjacent Chinese Jurassic -- Middle Jurassic -- Jurassic context -- Paleogeography -- Genus indigenuousity -- Other Jurassic genera -- Triassic link -- Link to Cretaceous insects -- Specific Cretaceous amber -- Climatic inferences -- Coloration -- Taphonomy -- Taphonomical differences within packages -- Deformities -- General insect context -- Environment of Bakhar -- Acknowledgements -- References.

This book provides essential information on 12 cockroach assemblages with more than a thousand specimens analyzed and investigates the Jurassic site in Bakhar, Mongolia, as one of the most diverse fossil insect sites worldwide. The findings presented here include 32 new cockroach species (of a total of 300 Jurassic species described worldwide) Since several individuals of each species are investigated, the book is the first that contains information on the variability of an Upper Jurassic organism. The wings of the cockroach specimen only rarely show wing deformations, suggesting that the ecological conditions at Bakhar were optimal during that time. The book's content is clearly structured, moving from collection methods, to phylogenetic analyses, to a comparison of global fossil sites. Given its scope, the book appeals to all (Jurassic) paleontologists, botanists and paleoentomologists, as it offers an unbiased counterpart to the extensively studied Daohugou site in China. It is also useful in the mining industry, as the strata contain strategic coal (and other materials)

ISBN: 9783030594077$q(electronic bk.)

Standard No.: 10.1007/978-3-030-59407-7doiSubjects--Topical Terms:

881107
Cockroaches, Fossil
--Mongolia.

LC Class. No.: QE832.B55

Dewey Class. No.: 565.72809517

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505 0 $a Introduction -- Material and Methods -- Results -- Systematic part -- Phylogenetically annotated character list -- Character matrix -- Discussion -- Assemblage analysis -- Phylogenetical evaluation -- Within-locality among-bed plylogenetical analysis -- Age separation within locality -- Adjacent Chinese Jurassic -- Middle Jurassic -- Jurassic context -- Paleogeography -- Genus indigenuousity -- Other Jurassic genera -- Triassic link -- Link to Cretaceous insects -- Specific Cretaceous amber -- Climatic inferences -- Coloration -- Taphonomy -- Taphonomical differences within packages -- Deformities -- General insect context -- Environment of Bakhar -- Acknowledgements -- References.
520 $a This book provides essential information on 12 cockroach assemblages with more than a thousand specimens analyzed and investigates the Jurassic site in Bakhar, Mongolia, as one of the most diverse fossil insect sites worldwide. The findings presented here include 32 new cockroach species (of a total of 300 Jurassic species described worldwide) Since several individuals of each species are investigated, the book is the first that contains information on the variability of an Upper Jurassic organism. The wings of the cockroach specimen only rarely show wing deformations, suggesting that the ecological conditions at Bakhar were optimal during that time. The book's content is clearly structured, moving from collection methods, to phylogenetic analyses, to a comparison of global fossil sites. Given its scope, the book appeals to all (Jurassic) paleontologists, botanists and paleoentomologists, as it offers an unbiased counterpart to the extensively studied Daohugou site in China. It is also useful in the mining industry, as the strata contain strategic coal (and other materials)
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