Contemporary genetic structure reflects historical drainage isolation in an Australian snapping turtle, Elseya albagula

Keyphrases

• Genetic Structure 100%
• Elseya 100%
• Freshwater Biodiversity 100%
• Spatial Classification 100%
• Snapping Turtle 100%
• Macroinvertebrates 50%
• Biodiversity Management 50%
• Microsatellite Markers 50%
• Riverine 50%
• River Drainage 50%
• Coastal Area 50%
• Two Lineages 50%
• Microsatellite Data 50%
• Cryptic Diversity 50%
• Freshwater Communities 50%
• Biogeographic History 50%
• Conservation Challenges 50%
• Natural Units 50%
• Population Connectivity 50%
• Genetic Lineages 50%
• Evolutionarily Significant Unit 50%
• Pleistocene Sea Level 50%
• Urban Pressure 50%
• Evolutionary Timescale 50%
• Well-connected 50%
• Historical Isolation 50%
• Biodiverse 50%
• Geological Evidence 50%
• Geological Pattern 50%

Earth and Planetary Sciences

• Genetic Structure 100%
• Spatial Classification 100%
• Sea Level 50%
• Coastal Region 50%
• Microsatellite 50%
• Pleistocene 50%
• Coalescing 50%