A multiscale approach to detect selection in nonmodel tree species: Widespread adaptation despite population decline in Taxus baccata L

Keyphrases

• Adaptation 100%
• Local Adaptation 100%
• Tree Species 100%
• Population Decline 100%
• Taxus Baccata 100%
• Non-model 100%
• SNP 66%
• Shared Environment 66%
• Selection Signatures 66%
• Biological Pathways 66%
• Demographic History 66%
• Non-model Species 66%
• Molecular Signature 33%
• Natural Populations 33%
• Plant Resources 33%
• Genetic Approach 33%
• Environmental Data 33%
• Past Climate 33%
• Genomic Analysis 33%
• Population Genetics 33%
• Forest Trees 33%
• Genomic Data 33%
• Gene Pathway 33%
• Positive Selection 33%
• Genetic System 33%
• Genomic Resources 33%
• Circadian Clock 33%
• Integrative Approach 33%
• Stress Response Pathway 33%
• Cline 33%
• Long-lived 33%
• Combined Information 33%
• Selective Pressure 33%
• Environmental Response 33%
• Pleiotropy 33%
• Lag Time 33%
• Negative Selection 33%
• Pseudo-response Regulator 33%
• Flavonoid Pathway 33%
• Standing Genetic Variation 33%
• Phenological Patterns 33%
• English Yew 33%
• Growth Difference 33%
• Evolutionary Lag 33%
• Polygenic Adaptation 33%
• Long-lived Animals 33%
• Male Strobili 33%
• Shoot Elongation 33%

Biochemistry, Genetics and Molecular Biology

• Local Adaptation 100%
• Taxus baccata 100%
• Genomics 100%
• Single Nucleotide Polymorphism 66%
• Candidate Gene 33%
• Genetic Divergence 33%
• Pleiotropy 33%
• Genetics 33%
• Population Genetics 33%
• Genetic Variation 33%
• Genetic Approach 33%
• Evolution 33%
• Natural Population 33%
• Maturation 33%
• Flavonoid Biosynthesis 33%
• Circadian Rhythm 33%