Population genetic analysis reveals a predominantly selfing mating system and strong genetic structuring in a naturally fragmented, threatened plant

Keyphrases

• Genetic Variation 100%
• Mating System 100%
• Genetic Structuring 100%
• Selfing 100%
• Population Genetic Analysis 100%
• Threatened Plants 100%
• Genetic Diversity 40%
• Genetic Structure 40%
• Plant Species 40%
• Life History Characteristics 40%
• Genetic Studies 20%
• Influence Pattern 20%
• Genetic Data 20%
• Diminutive 20%
• Endangered Species 20%
• Gene Flow 20%
• Seed Banking 20%
• Diverse Structure 20%
• Conservation Strategies 20%
• Geographic Distance 20%
• Allelic Diversity 20%
• Geographic Range 20%
• Seed Dispersal 20%
• Pollinators 20%
• Ex Situ Conservation 20%
• Conservation Genetics 20%
• Habitat Loss 20%
• Caryophyllaceae 20%
• Seed Dispersal Strategy 20%
• South-Central U.S. 20%
• Habitat Specificity 20%

Agricultural and Biological Sciences

• Population Genetics 100%
• Mating System 100%
• Selfing 100%
• Genetic Divergence 100%
• Life History 28%
• Seed Dispersal 28%
• Genetic Variability 28%
• Genetic Structure 28%
• Biological Sciences 14%
• Seeds 14%
• Gene Flow 14%
• Pollinator 14%
• Endangered Species 14%
• Ex Situ Conservation 14%
• Caryophyllaceae 14%