Phylogeographic structure and ecological niche modelling reveal signals of isolation and postglacial colonisation in the European stag beetle

Keyphrases

• Europe 100%
• Stag Beetle 100%
• Postglacial Colonization 100%
• Phylogeographic Structure 100%
• Ecological Niche Modeling 100%
• Palaeodistribution 60%
• Last Glacial Maximum 40%
• Greek Sample 40%
• Distribution Model 40%
• Divergence 20%
• Microsatellites 20%
• Microsatellite Markers 20%
• Gene Flow 20%
• Phenotypic Variation 20%
• Greece 20%
• Species Distribution Models 20%
• Evolutionary Timescale 20%
• Conservation Efforts 20%
• Limited Dispersal 20%
• Cervus 20%
• Lucanus Cervus 20%
• Mitochondrial DNA 20%
• Saproxylic Beetles 20%
• Hindcasts 20%
• Genetic Data 20%
• Population Expansion 20%
• Knowledge Gaps 20%
• Spatial Expansion 20%
• Modeling Results 20%
• Two Lineages 20%
• Population Genetic Data 20%
• Mitochondrial Sequences 20%
• Population Connectivity 20%
• Demographic Analysis 20%
• Endemism 20%
• Spatial Occupancy 20%
• Nuclear Diversity 20%
• South-west France 20%
• Glacial Refuge 20%
• Phylogeographic Studies 20%
• Distribution Modelling 20%
• Phylogeny 20%
• Northern Iberia 20%
• Refugial Area 20%
• DNA Sequence Analysis 20%
• Microsatellite Analysis 20%

Earth and Planetary Sciences

• Europe 100%
• Environmental Niche Modeling 100%
• Postglacial 100%
• Microsatellite 40%
• Last Glacial Maximum 40%
• Mitochondrial DNA 40%
• France 20%
• Gene Flow 20%
• Population Genetics 20%
• Locale 20%
• Greece 20%
• Endemism 20%

Agricultural and Biological Sciences

• Stag 100%
• Lineages 100%
• Microsatellite 40%
• Cervus 40%
• Mitochondrial DNA 40%
• Cladistics 20%
• Gene Flow 20%
• Phenotypic Variation 20%
• Population Genetics 20%
• Lucanus 20%