Fragmentation can increase spatial genetic structure without decreasing pollen-mediated gene flow in a wind-pollinated tree - WANG, RONG; COMPTON, STEPHEN G.; CHEN, XIAO-YONG (Molecular ecology, 2011)
Keywords: anthropogenic activities; Castanopsis; Castanopsis sclerophylla; China; classification; Dispersal; Ecosystem; Fagaceae; Fagaceae - classification; Fagaceae - genetics; Fagaceae - physiology; fragmentation; Gene flow; Gene Flow - genetics; Gene Flow - physiology; Genetic diversity; Genetic structure; Genetic Structures; Genetic Structures - genetics; genetic variation; Genetic Variation - genetics; genetics; Genetics, Population; gravity; habitat fragmentation; Habitats; isolation; Macroecology; physiology; Pollen; pollen flow; Pollination; Pollination - genetics; Pollination - physiology; population size; rodents; Seed dispersal; spatial genetic structure; Subpopulations; tree classes; Trees; Wind; China