The Early Evolution of Metazoa and the Significance of Problematic Taxa - Tapa dura

The Early Evolution of Metazoa and the Significance of Problematic Taxa

Hardcover. First Edition. 296 pages. 8-3/4 by 12 inches. Proceedings of an International Symposium held at the University of Camerino, March 27 to 31, 1989. Illustrated in black-and-white. First edition (first printing). Slight lean to spine else a fine hardcover copy; no dust jacket, as issued. A large, heavy book. From the Harvard office library of the paleontologist and leading advocate for evolution, Stephen Jay Gould. With a posthumous tipped in bookplate indicating the provenance. *** Intellectually, Gould understood the true nature of these bookplates, but the book collector in him appreciated them. In his essay 'A Seahorse for All Races' Gould writes about one of his prized possessions, a book from Charles Dickens' library: 'Dickens made no annotations, but a bookplate on the cover, presumably inserted as a come-on for a sale after Dickens' death in 1870, does prove that [he] kept and shelved the book.' *** We offer our Gould bookplates, printed letterpress in two colors, in the same spirit. One of the great enigmas of evolutionary biology has been how to treat animals of problematic systematic position. Many are known only as fossils, so this area has been of particular interest to palaeobiologists. This book represents a wide synthesis. It embraces not only general problems of animal classification of animals and new information on their molecular sequences that bear on their wider relationships, but also addresses more specific problems. These include details appraisals of both living and fossil groups. From the fossil record special emphasis is laid on examples from exceptionally preserved biotas that include the Burgess shale-type faunas of the Cambrian of south China and western North America, the Carboniferous Mazon Creek beds of Illinois, and the Jurassic Osteno beds of northern Italy. In addition, experimental studies of soft-patrt preservation in jellyfish are relevant to comparable preservation in the fossil record. Nº de ref. del artículo: 223989

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