Insights into population ecology and sexual selection in snakes through the application of DNA-based genetic markers

Keyphrases

• DNA Sequencing 100%
• Sexual Selection 100%
• Genetic Markers 100%
• Population Ecology 100%
• Genetic Analysis 66%
• Reproductive Success 66%
• Multiple Paternity 66%
• Vertebrates 33%
• Weak Predictors 33%
• Ecological Factors 33%
• Genetic Basis 33%
• Distinct Species 33%
• Large Variance 33%
• Hypervariable 33%
• Local Population 33%
• Mating Aggregation 33%
• Ecologists 33%
• Morphological Variation 33%
• Natural History 33%
• Kinship 33%
• Population Differentiation 33%
• Small Spatial Scale 33%
• Adaptive Significance 33%
• Opportunity for Selection 33%
• Fitness Advantage 33%
• Male Reproductive Success 33%
• Behavioral Ecology 33%
• Multiple Mating 33%
• Restricted Gene Flow 33%
• Microsatellite DNA Loci 33%
• Watersnake 33%
• Reversed Sexual Size Dimorphism 33%
• Genetic Parentage 33%

Biochemistry, Genetics and Molecular Biology

• Genetics 100%
• Genetic Marker 100%
• Sexual Selection 100%
• Reproductive Success 75%
• Microsatellite DNA 25%
• Taxon 25%
• Morphology 25%
• Sex Difference 25%
• Gene Flow 25%
• Hypervariable 25%
• Population Differentiation 25%

Agricultural and Biological Sciences

• Genetic Marker 100%
• Reproductive Success 100%
• Population Ecology 100%
• Parentage 66%
• Biological Sciences 33%
• Microsatellite 33%
• Ecologist 33%
• Natural History 33%
• Gene Flow 33%