Out of Himalaya: The impact of past Asian environmental changes on the evolutionary and biogeographical history of Dipodoidea (Rodentia)

Keyphrases

• Environmental Change 100%
• Evolutionary History 100%
• Biogeographic History 100%
• Rodentia 100%
• Dipodoidea 100%
• Himalaya 100%
• Central Asia 37%
• Diversification Event 37%
• Divergence 25%
• Distribution Pattern 25%
• Cross-validation Method 25%
• Middle Eocene 25%
• Plateau Region 25%
• Central Himalaya 25%
• Muroidea 25%
• Ancestral Area 25%
• Himalayan-Tibetan Plateau 25%
• Asia 12%
• Rodents 12%
• Phylogenetic Analysis 12%
• Time-calibrated Phylogeny 12%
• Past Environmental Change 12%
• Northern Hemisphere 12%
• Phylogenetic Relationship 12%
• Molecular Phylogeny 12%
• Tibet 12%
• Disjunct Distribution 12%
• Relaxed Molecular Clock 12%
• Dipodidae 12%
• Modified Landscapes 12%
• Coding Genes 12%
• Global Temperature 12%
• Central Asian Region 12%
• New Habitats 12%
• Climatic Drivers 12%
• Holarctic 12%
• Area of Origin 12%
• Asian Deserts 12%
• Calibration Strategy 12%
• Perissodactyls 12%
• Time-stratified 12%
• Dispersal-extinction-cladogenesis 12%
• Late Paleocene 12%
• Eocene-Oligocene Transition 12%
• Stratified Dispersal 12%
• Lagomorphs 12%
• Fossil Calibration 12%

Earth and Planetary Sciences

• Environmental Change 100%
• Eocene 100%
• Himalayas 100%
• Central Asia 75%
• Tibetan Plateau 50%
• Phylogenetics 50%
• Fossil 50%
• Distribution (Property) 25%
• Northern Hemisphere 25%
• Disjunct Distribution 25%
• Oligocene 25%
• Asia 25%
• Paleocene 25%

Agricultural and Biological Sciences

• Cladistics 100%
• Evolution 100%
• Rodent 100%
• Molecular Clock 33%
• Dipodidae 33%