Exotic gene flow affects fitness trait values but not levels of heritable trait variation in the southernmost population of Scots pine (Pinus sylvestris L. var. nevadensis)

Keyphrases

• Fitness Traits 100%
• Trait Variation 100%
• Trait Value 100%
• Scots pine Pinus Sylvestris L 100%
• Exotic Gene Flow 100%
• Heritable Trait 100%
• Genetic Variation 66%
• Germination Rate 66%
• Plantation 66%
• Native Population 66%
• Intraspecific Hybrids 66%
• Population-environment 33%
• Low Impact 33%
• Mortality Rate 33%
• Natural Selection 33%
• Seed Viability 33%
• Natural Environment 33%
• Pollen Dispersal 33%
• Seed Dispersal 33%
• Drought Treatment 33%
• Seed Germination 33%
• Cumulative Mortality 33%
• Response to Selection 33%
• Phenotypic Traits 33%
• Dry Environment 33%
• Biomass Allocation 33%
• Scots pine 33%
• Mesic 33%
• Pinus Sylvestris 33%
• Natural Conditions 33%
• Transpiration 33%
• P. Sylvestris 33%
• Pre-dispersal 33%
• Seedling Performance 33%
• Summer Drought 33%
• Post-dispersal 33%
• Quantitative Genetic Variation 33%
• Christ 33%
• Aborted Seeds 33%
• Controlled Pollination 33%
• Hybrid Progeny 33%
• Relict Populations 33%
• Human-mediated Translocation 33%
• Experimental Common Garden 33%
• Genetic Crosses 33%

Agricultural and Biological Sciences

• Pinus 100%
• Pinus sylvestris 100%
• Gene Flow 100%
• Genetic Divergence 100%
• Seeds 66%
• Plantation 66%
• Seed Germination 33%
• Seed Testing 33%
• Natural Selection 33%
• Sweating 33%
• Germination 33%