The Genetic Diversity of Natural Populations and Seed Orchards of Pinus kesiya
Chen Shao
Abstract
Chen Shao
Abstract
The analysis results show that Pinus kesiyanatural populations possess relatively high genetic diversity,polymorphic site percentage P=70 1%,allelic gene average number A=2 27,average expected heterozygous degree He=0 291;the genetic differentiation degrees among populations are relatively low,genetic differentiation coefficient G ST =0.052 The genetic diversity of P kesiyaseed orchards is richer than that of P kesiyanatural populations.The above mentioned various genetic parameter values are as fouows:P=73.5%,A=2 42 and He=0 295,the seed orchard construction is an effective way of forest tree genetic improvement.
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The analysis results show that Pinus kesiyanatural populations possess relatively high genetic diversity,polymorphic site percentage P=70 1%,allelic gene average number A=2 27,average expected heterozygous degree He=0 291;the genetic differentiation degrees among populations are relatively low,genetic differentiation coefficient G ST =0.052 The genetic diversity of P kesiyaseed orchards is richer than that of P kesiyanatural populations.The above mentioned various genetic parameter values are as fouows:P=73.5%,A=2 42 and He=0 295,the seed orchard construction is an effective way of forest tree genetic improvement.
Key concepts: Genetic diversity, Seed orchard, Biology, Allele, Pinus <genus>, Genetic variation, Orchard, Botany