description Nicholas Butterfield Overview
Nicholas Butterfield is a paleontologist based at the University of Cambridge whose research focuses on the fossil record of Proterozoic and early Cambrian life, particularly early eukaryotes and the exceptional preservation of soft-bodied organisms in ancient marine deposits. His published work has contributed to understanding the biological affinities of enigmatic Precambrian fossils and the environmental conditions that allow non-mineralizing tissues to be preserved. He has also engaged with broader questions regarding the timing and nature of major evolutionary transitions in the history of life.
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Nicholas Butterfield ranks #145 of 242 in the Geologist ranking, behind Ferdinand Vandiveer Hayden, ahead of Gideon Mantell.
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What institution is Nicholas Butterfield affiliated with?
Nicholas Butterfield is a paleontologist based at the University of Cambridge in the United Kingdom. He holds a position in the Department of Earth Sciences, where he conducts research on early life.
What geological time periods does Nicholas Butterfield study?
Butterfield's research focuses on the Proterozoic eon and the early Cambrian period, spanning roughly from one billion to 500 million years ago. He is particularly interested in the transitions that led to the emergence and diversification of complex eukaryotic life.
What has Nicholas Butterfield discovered or argued about early eukaryotes?
Butterfield has published influential papers on the fossil record of early eukaryotes and other soft-bodied organisms preserved in ancient marine deposits, including work on Proterozoic microfossils. His research has appeared in major journals such as Nature and has contributed to debates about when major groups like fungi and animals first evolved.
What fossil deposits does Nicholas Butterfield work with?
Butterfield has worked extensively with exceptionally preserved microfossil assemblages from Proterozoic and early Cambrian marine deposits. These include sites that preserve fine cellular and sub-cellular details of soft-bodied organisms, which are critical for understanding the biology of early life forms.
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