2002Journal of Fujian Forestry Science and TechnologyRequires access

The Genetic Diversity of Natural Populations and Seed Orchards of Pinus kesiya

Chen Shao

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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.

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Available 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.

Key concepts: Genetic diversity, Seed orchard, Biology, Allele, Pinus <genus>, Genetic variation, Orchard, Botany

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