Harry B. Whittington in the context of Woodwardian Professor of Geology


Harry B. Whittington in the context of Woodwardian Professor of Geology

⭐ Core Definition: Harry B. Whittington

Harry Blackmore Whittington FRS (24 March 1916 – 20 June 2010) was a British palaeontologist who made a major contribution to the study of fossils of the Burgess Shale and other Cambrian fauna. His works are largely responsible for the concept of Cambrian explosion, whereby modern animal body plans are explained to originate during a short span of geological period. With initial work on trilobites, his discoveries revealed that these arthropods were the most diversified of all invertebrates during the Cambrian Period. He was responsible for setting the standard for naming and describing the delicate fossils preserved in Konservat-Lagerstätten.

After completing his PhD from the University of Birmingham, Whittington spent much of his career out of Britain. He started his professional career at the University of Rangoon, Burma. Then he moved to China to teach at Ginling Women's College. After the end of World War II, he moved to Harvard University to become Professor of Palaeontology, and simultaneously Curator of Invertebrate Palaeontology at the Museum of Comparative Zoology. It was during this period that he began his major works in palaeontological research. Towards the last part of his career, he returned to England as Woodwardian Chair in Geology at the Department of Earth Sciences, University of Cambridge and was affiliated to Sidney Sussex College.

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Harry B. Whittington in the context of Pikaia gracilens

Pikaia gracilens is an extinct, primitive chordate marine animal known from the Middle Cambrian Burgess Shale of British Columbia. Described in 1911 by Charles Doolittle Walcott as an annelid, and in 1979 by Harry B. Whittington and Simon Conway Morris as a chordate, it became "the most famous early chordate fossil", or "famously known as the earliest described Cambrian chordate". It is estimated to have lived during the latter period of the Cambrian explosion. Since its initial discovery, more than a hundred specimens have been recovered.

The body structure resembles that of the lancelet and it swam perhaps much like an eel. A notochord and myomeres (segmented blocks of skeletal muscles) span the entire length of the body, and are considered the defining signatures of chordate characters. Its primitive nature is indicated by the body covering, a cuticle, which is characteristic of invertebrates and some protochordates. A reinterpretation in 2024 found evidence of the gut canal, dorsal nerve cord and myomeres, and suggested that the taxon was previously interpreted upside down.

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