Description - Microfossils by Howard Armstrong
Microfossils is the definitive guide to all the major microfossil groups. In recent years a greater understanding of species' concepts and stratigraphical ranges, advances in the completeness of the microfossil record and the advent of molecular techniques in classification have led to major changes in the classification and applications of microfossils. This new edition of Microfossils has been restructured and rewritten to take into account these significant advances to provide a complete guide to taxonomy, phylogeny, ecology and palaeoecology of microfossils and their applications. This new edition includes: major revisions incorporating the latest available research; a new section on isotopes, and on applications in stratigraphy, geothermometry and evolution; coverage of the major developments in the use of microfossils in palaeo-oceanography and palaeoclimatology; and photographs to support the line drawings. Microfossils is an essential reference tool and laboratory guide for undergraduate and graduate students of micropalaeontology.
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(245mm x 188mm x 16mm)
Blackwell Science Ltd
Publisher: John Wiley and Sons Ltd
Country of Publication:
Book Reviews - Microfossils by Howard Armstrong
Author Biography - Howard Armstrong
Howard Armstrong has been researching micropalaeontology for twenty years and has published extensively on applied micropalaeontology, numerical biostratigraphy, conodont palaeobiology and dispersal biogeography. His research currently focuses on environmental and biological patterns and processes associated with Palaeozoic glaciations. He is Senior Lecturer in Micropalaeontology at the University of Durham.
Martin Brasier began research as a marine biologist aboard HMS Fox in 1970, mapping the microbial ecology of Caribbean reefs and algal mats. The author is well known for the first edition of Microfossils and for his work on early biosphere evolution, integrating microfossils, biogeochemistry and chemostratigraphy from the earliest signs of life in the Archaean through to the Cambrian explosion of multicellular forms. He maintains a special interest in the metabolism and evolution of bacterial and protist fossil groups, and has worked with NASA on the protocols for recognition of the earliest life on Earth and beyond. He is currently Professor of Palaeobiology at the University of Oxford.