Freiburg / Halifax / Para´ / La Jolla / Cambridge / /
Company
Coastal / Southern / Galapagos / Microsoft Research Computational Science Laboratory / Creative Commons / /
Continent
Antarctica / /
Country
Germany / New Zealand / Japan / United States / Brazil / Canada / Korea / United Kingdom / / /
Event
Environmental Issue / /
Facility
Institute of Zoology / Dalhousie University / Atmospheric Administration/National Marine Fisheries Service/Southwest Fisheries Science Center / United Nations Environment Programme World Conservation Monitoring Centre / Institute of Estuarine / /
National Marine Fisheries Service / Sloan Foundation / Southwest Fisheries Science Center / Cetacean Research North Atlantic Sightings Survey Southwest Fisheries Science Centre Eastern Tropical Pacific Surveys Agency / Department of Biology / National Oceanic and Atmospheric Administration / Nations Environment Programme World Conservation Monitoring Centre / United States National Snow & Ice Data Center / Institute of Zoology / International Union for the Conservation of Nature / National Geophysical Data Center / Protected Resources Division / Institute of Estuarine / Dalhousie University / United Nations Environment Programme / Evolutionary Biology and Ecology Lab / /
Person
Steven J. Bograd / /
Position
original author / Editor / author / important driver of global species richness patterns / Forward / /
ProvinceOrState
Hawaii / Nova Scotia / California / /
PublishedMedium
PLoS ONE / /
Region
Antarctic / Northern Indian Ocean / mid-Atlantic / Northern Greenland / North Atlantic / Southeastern U.S. / southern South America / Northwest Africa / /
Current and Future Patterns of Global Marine Mammal Biodiversity Kristin Kaschner1*, Derek P. Tittensor2¤a,¤b, Jonathan Ready3, Tim Gerrodette4, Boris Worm2 1 Evolutionary Biology and Ecology Lab, Institute of Zoology,