Historical climate change and speciation: Neotropical seasonally dry forest plants show patterns of both Tertiary and Quaternary diversification

Keyphrases

• South America 100%
• Species Diversity 100%
• Speciation 100%
• Fabaceae 100%
• Historical Climate Change 100%
• Forest Plants 100%
• Pleistocene Climate Change 100%
• Seasonally Dry Forest 100%
• Sequence Analysis 50%
• Sequence Data 50%
• Legumes 50%
• Plant Evolution 50%
• Plant Species 50%
• Evolutionary Rate 50%
• Central America 50%
• Rate Analysis 50%
• Mid-Miocene 50%
• Anacardiaceae 50%
• Neotropics 50%
• Neotropical Species 50%
• Species Diversification 50%
• Vicariance 50%
• Cladistics 50%
• Dry Forest 50%
• Polygonaceae 50%
• Tropical Species 50%
• Andean Orogeny 50%
• Plant Distribution 50%
• Internal Transcribed Spacer rDNA 50%
• Endemism 50%
• Isthmus of Panama 50%
• Non-robust 50%
• Geological Factors 50%
• Chaetocalyx 50%
• Loxopterygium 50%
• Area Relationships 50%

Biochemistry, Genetics and Molecular Biology

• Taxon 100%
• Species Differentiation 100%
• Fabaceae 66%
• Species Diversity 66%
• Anacardiaceae 33%
• Vicariance 33%
• Evolutionary Rate 33%
• Internal Transcribed Spacer 33%
• Polygonaceae 33%
• Cladistics 33%

Agricultural and Biological Sciences

• Climate Change 100%
• Dry Forest 100%
• Species Diversity 66%
• Fabaceae 66%
• Cladistics 33%
• Anacardiaceae 33%
• Polygonaceae 33%
• Internal Transcribed Spacer 33%
• Loxopterygium 33%
• Nissolia 33%