LOCAL ADAPTATION WHEN COMPETITION DEPENDS ON PHENOTYPIC SIMILARITY - Burgess, Scott C.; Waples, Robin S.; Baskett, Marissa L. (Evolution, 2013)
Keywords: Adaptation, Biological - physiology; Biological adaptation; Biological variation; BRIEF COMMUNICATION; Competition; Competitive Behavior - physiology; Computer Simulation; Demographics; Dispersal; disruptive selection; ecological character displacement; Ecological competition; Evolution; frequency-dependent selection; Gene Flow; Genetic variance; Genetics, Population; Genotype & phenotype; Human migration; Migration; migration-selection balance; Models, Genetic; niche partitioning; Phenotype; Phenotypes; Phenotypic traits; Population Density; Population genetics; Population number; Population size; quantitative genetics; Selection, Genetic; Stabilizing selection; quantitative genetics; Dispersal; frequency-dependent selection; ecological character displacement; migration-selection balance; niche partitioning; disruptive selection