Leaders in Paleontological Research
8 pioneering researchers
UC Berkeley / UCMP
Professor, Department of Integrative Biology; Director, UCMP
Charles Marshall studies the history of biodiversity and the tempo of evolutionary events, including the Cambrian explosion. His work integrates the fossil record with evolutionary theory and comparative genomics.
Official profileUniversity of Chicago
Robert R. Bensley Distinguished Service Professor of Organismal Biology and Anatomy
Neil Shubin is best known for co-discovering Tiktaalik roseae, a 375-million-year-old fish that documents the evolutionary transition from aquatic to terrestrial vertebrates. His research bridges paleontology and developmental biology.
Official profileSmithsonian National Museum of Natural History
Senior Research Geologist, Department of Paleobiology
Kay Behrensmeyer is a pioneer of modern taphonomy — the science of how organisms become fossils. Her long-term research in the Turkana Basin, Kenya has significantly advanced our understanding of hominin evolution and African paleoenvironments.
Official profileYale University / Yale Peabody Museum
G. Evelyn Hutchinson Professor of Geology and Geophysics
Derek Briggs is a world authority on Cambrian Burgess Shale-type faunas and the processes of exceptional fossil preservation. His research has transformed understanding of Cambrian animal diversity and early animal evolution.
Official profileUniversity of Bristol
Professor of Vertebrate Palaeontology
Mike Benton is one of the world's leading vertebrate palaeontologists, with major contributions to understanding mass extinctions, the Triassic recovery of life, and the early evolution of dinosaurs. He has authored influential textbooks used in paleontology courses worldwide.
Official profileUniversity of Oxford
Professor of Palaeobiology
Roger Benson investigates macroevolutionary patterns across deep time, particularly in tetrapods. His work has illuminated the evolutionary dynamics of dinosaurs, marine reptiles, and patterns of body size change across hundreds of millions of years.
Official profileUniversity of Kansas
University Distinguished Professor; Curator of Vertebrate Paleontology
Christopher Beard has discovered and described numerous fossil primates from Asia and North America, significantly reshaping understanding of primate origins and early anthropoid evolution. His fieldwork in Myanmar and China has yielded important early anthropoid specimens.
Official profileUniversity of Cambridge
Research Fellow, Department of Zoology
Emily Mitchell applies quantitative and spatial analytical methods to understanding Ediacaran organisms — the enigmatic multicellular life forms that preceded the Cambrian explosion. Her work bridges paleontology and modern ecology.
Official profileHow researchers advance our understanding of life's history
Paleontologists document evolutionary change in the fossil record. Track how organisms transform over millions of years. Provide evidence supporting evolutionary theory and revealing mechanisms of evolutionary change.
Use fossils and radiometric dating to establish the age of rocks and time scales of geological events. Calibrate the geologic time scale. Understand Earth's chronology back billions of years.
Analyze fossil assemblages to understand past environments and community structure. Interpret ancient climates, sea levels, and habitat types. Reconstruct complex food webs from geological evidence.
Study how biodiversity changes through time. Document extinctions and diversifications. Understand factors affecting species survival. Provide context for modern conservation challenges.
Use biomechanics and functional morphology to understand how extinct organisms moved, fed, and behaved. Reconstruct paleobiology of ancient species. Bridge anatomy and behavior.
Analyze fossils and rocks to understand past climate changes. Identify patterns in climate transitions. Provide baseline for understanding current climate change impacts.