Stephen Palumbi, Stanford University
Professor
Stanford, California
spalumbi@stanford.edu
Office:
(831) 655-6210
Expert In
Bryozoan genetics
Butterflyfish genetics
Cone snails evolution
Cone snails genetics
Coral evolution
Coral genetics
Genetics of marine reserves
Genomics in ecology
Genomics in evolution
Molecular genetic techniques in conservation
Sea urchins evolution
Sea urchins genetics
Shark evolution
Shark genetics
Shrimp genetics
Spider evoltuion
Spider genetics
Whale evolution
Whale genetics
Bio/Research
Stephen R. Palumbi received his Ph.D. from University of Washington in marine ecology. His research group studies the genetics, evolution, conservation, population biology and systematics of a diverse array of marine organisms.
Professor Palumbi's own research interests are similarly wid...
Click to Expand >>
Professor Palumbi's own research interests are similarly wid...
Click to Expand >>
Bio/Research
Stephen R. Palumbi received his Ph.D. from University of Washington in marine ecology. His research group studies the genetics, evolution, conservation, population biology and systematics of a diverse array of marine organisms.
Professor Palumbi's own research interests are similarly widespread, and he has published on the genetics and evolution of sea urchins, whales, cone snails, corals, sharks, spiders, shrimps, bryozoans, and butterflyfishes. A primary focus is the use of molecular genetic techniques in conservation, including the identification of whale and dolphin products available in commercial markets.
Current conservation work centers on the genetics of marine reserves designed for conservation and fisheries enhancement, with projects in the Philippines, Bahamas and western U.S. coast. In addition, basic work on the molecular evolution of reproductive isolation and its influence on patterns of speciation uses marine model systems such as sea urchins. This work is expanding our view of the evolution of gamete morphology and the genes involved.
Click to Shrink <<
Professor Palumbi's own research interests are similarly widespread, and he has published on the genetics and evolution of sea urchins, whales, cone snails, corals, sharks, spiders, shrimps, bryozoans, and butterflyfishes. A primary focus is the use of molecular genetic techniques in conservation, including the identification of whale and dolphin products available in commercial markets.
Current conservation work centers on the genetics of marine reserves designed for conservation and fisheries enhancement, with projects in the Philippines, Bahamas and western U.S. coast. In addition, basic work on the molecular evolution of reproductive isolation and its influence on patterns of speciation uses marine model systems such as sea urchins. This work is expanding our view of the evolution of gamete morphology and the genes involved.
Click to Shrink <<