Genetic factors associated with population size may increase extinction risks and decrease colonization potential in a keystone tropical pine

Earth & Environmental Sciences

• extinction risk 100%
• heterozygosity 86%
• fitness 77%
• population size 77%
• colonization 72%
• pine 67%
• inbreeding depression 49%
• genetic diversity 35%
• viability 29%
• seed 27%
• regeneration 27%
• allozyme 22%
• ecosystem resilience 22%
• pioneer species 22%
• cloud forest 21%
• population decline 18%
• montane forest 18%
• population genetics 18%
• size effect 18%
• gene flow 18%
• seedling 16%
• connectivity 13%
• human activity 12%
• habitat 9%
• sampling 8%

Agriculture & Biology

• genetic factors 81%
• extinction 73%
• population size 72%
• Pinus 67%
• heterozygosity 38%
• forest regeneration 30%
• inbreeding depression 26%
• ecological resilience 18%
• outbreeding depression 17%
• viability 17%
• tropical montane cloud forests 14%
• reproductive fitness 14%
• pioneer species 14%
• genetic variation 14%
• forest ecosystems 12%
• Central America 12%
• seeds 11%
• allozymes 11%
• gene flow 10%
• population genetics 10%
• seedlings 6%
• habitats 6%
• sampling 4%

Medicine & Life Sciences

• Population Density 91%
• Inbreeding Depression 46%
• Forests 31%
• Population 31%
• Ecosystem 29%
• Seeds 26%
• Genetic Variation 25%
• Regeneration 22%
• Genetic Fitness 21%
• Pinus 20%
• Seedlings 20%
• Gene Flow 19%
• Population Genetics 16%
• Human Activities 13%
• Isoenzymes 13%