Pollinator-mediated gene flow fosters genetic variability in a narrow alpine endemic, Abronia alpina (Nyctaginaceae)

Keyphrases

• Adaptive Potential 33%
• Alpine Endemics 100%
• Amplified Fragment Length Polymorphism 33%
• Amplified Fragment Length Polymorphism Markers 33%
• Breeding System 33%
• California Floristic Province 33%
• Community-level Interactions 33%
• Endemic Plants 66%
• Expected Heterozygosity 33%
• Gene Flow 100%
• Genetic Diversity 33%
• Genetic Drift 33%
• Genetic Studies 33%
• Genetic Variability 100%
• Hand Pollination 33%
• Inbreeding 33%
• Isolated Environment 33%
• Limited Growth 33%
• Low Genetic Diversity 33%
• Maintenance of Genetic Diversity 33%
• Mating System 33%
• Molecular Study 33%
• Natural Selection 33%
• Nyctaginaceae 100%
• Open-pollinated 33%
• Physical Barrier 33%
• Plant-pollinator mutualism 33%
• Pollen Tube 66%
• Pollination Ecology 33%
• Pollination Experiments 33%
• Pollination Mechanism 33%
• Pollinator Monitoring 33%
• Pollinators 100%
• Polymorphic Loci 33%
• Rare Endemic 66%
• Rare Endemic Species 33%
• Rare Plants 33%
• Seed Production 33%
• Self-incompatibility 100%
• Self-pollination 33%

Biochemistry, Genetics and Molecular Biology

• Amplified Fragment Length Polymorphism 50%
• Animal Breeding 25%
• Endemic Species 25%
• Gene Flow 100%
• Genetic Divergence 100%
• Genetic Drift 25%
• Genetics 25%
• Heterozygosity 25%
• Inbreeding 25%
• Mating System 25%
• Natural Selection 25%
• Nyctaginaceae 100%
• Pollination 75%
• Pollinator 100%
• Polymorphic Locus 25%
• Self Compatibility 25%
• Self Incompatibility 50%
• Selfing 25%

Agricultural and Biological Sciences

• Self Incompatibility 50%