304 pages, 46 b/w photos, 49 illus
The Ross Orogen of the Transantarctic Mountains is the part of the orogenic system that formed at the Pacific continental margin of present-day Antarctica. According to a recent hypothesis, this continental margin was created by the rifting and subsequent drift of Laurentia from Gondwana. With an unparalleled breadth and depth of information, this book provides a detailed synthesis of the history of the Ross orogen. In doing so, it incorporates classical studies with discussions of the most recent and controversial research from the international community. The book also includes a comprehensive bibliography and a historical chronology of all expeditions that have worked on the Ross orogen in the Transantarctic Mountains, from the first sightings by Ross in 1840 right up to the present day. This review of the Ross orogen of the Transantarctic Mountains will be valuable to all geologists interested in these episodes in the Earth's history, and to researchers of the geology of Antarctica.
' ... the book should stand as a very useful reference book for many years to come ... very valuable to all geologists interested in the Transantarctic Mountains in particular and in orogenic belts in general.' Bryan C. Storey, Antarctic Science 'This book is of interest not only to geologists who have worked in Antarctica, but also has relevance to worldwide mountain systems by comparison ... valuable reading for graduate-level assignments ... I highly recommend the book and commend the author for his efforts in providing a useful addition to the geology of Antarctica.' John Splettstoesser, Polar Record 'An invaluable source of information for any reader, whether an experienced Antarctic geologist or just a beginner.' Journal of Structural Geology ' ... the book is an invaluable resource, bringing into focus many of the outstanding problems and providing a valuable key to the voluminous and widely dispersed literature ... I would certainly recommend buying a copy. Professor Stump must be congratulated for the thoroughness of his work.' John Bradshaw, New Zealand Journal of Geology and Geophysics
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