Global climate change and the origin of modern benthic communities in antarctica

Keyphrases

• Global Climate Change 100%
• Antarctica 100%
• Benthic Communities 100%
• Community Structure 75%
• Teleost 50%
• Sharks 50%
• Crinoids 50%
• Late Eocene 50%
• Ophiuroids 50%
• Invertebrates 25%
• Skate 25%
• Shallow Water 25%
• Community Living 25%
• Decapod 25%
• Upwelling 25%
• Sublethal Effects 25%
• Low Latitude 25%
• Local Area 25%
• Marine Communities 25%
• Higher Trophic Levels 25%
• Slow Moving 25%
• Deep Sea 25%
• Global Cooling 25%
• Echinoderms 25%
• Cooling Trend 25%
• Limited Diversity 25%
• Antarctic Peninsula 25%
• Polar Climate 25%
• Shallow-water Habitats 25%
• Evolutionary Root 25%
• Long-term Cooling 25%
• Sudden Drops 25%
• Fossil Assemblages 25%
• Water Community 25%
• Trophic Relationships 25%
• Antarctic Benthos 25%
• Seymour Island 25%
• Deep-sea Communities 25%
• Upwelling Zone 25%
• Marine Benthic Community 25%

Earth and Planetary Sciences

• Global Climate Change 100%
• Antarctic Region 100%
• Benthos 100%
• Eocene 100%
• Teleost 50%
• Deep Sea 50%
• Shallow Water 50%
• Trophic Level 25%
• Tropics 25%
• Fossil Assemblage 25%