杉木基因型与环境交互效应的AMMI模型分析  

AMMI ADJUSTMENT FOR ANALYSIS OF GENOTYPE-ENVIRONMENT INTERACTION FOR CHINESE FIR

作　　者：叶志宏[1] 施季森[1] 杨荣才 叶祖豪 

机构地区：[1]南京林业大学 [2]加拿大Alberta大学

出　　处：《南京林业大学学报（自然科学版）》1993年第4期15-21,共7页Journal of Nanjing Forestry University：Natural Sciences Edition

基　　金："七五"国家攻关专题"杉木种子园建立技术的研究"的一项子专题

摘　　要：对选自中国南方的112个杉木(cunnighamia lanceolata(Lamb.)Hook)自由授粉家系在八个测试点进行了生长性状的遗传评定。AMMI(加性主效应与复合交互效应)模型分析揭示存在着显著的家系与地点交互效应。根据家系平均AMMI估值和交互第一主分量轴得分(PCAI)对地点所作的聚类分析,以及地点间的遗传相关分析,测试点被划分成四个地点群。有证据表明,就生长性状而言,杉木的育种区划分可能与地理区域尤其是纬度带相重叠。112个自由授粉家系依据其交互PCAI及平均材积可聚为四类,但家系的归类与家系的起源之间无明显的关系。The response of 112 open-pollinated Chinese fir (Cunninghamia lanceolata (Lamb. ) Hook) families from southern China was evaluated for stem volume at 8 test locations. The AMMI (additive main effects and multiplicative interaction model) analysis revealed a considerable family X site interaction. The sites were grouped into four sets from the results of cluster analysis of mean family AMMI1 estimates and interaction PCA1, and among-site genetic correlations among sites. It is evident that delimitation of breeding zone for Chinese fir may be overlaid with the geographical zone if selecting on growth. One hundred and twelve open-pollinated families were clustered into four classes by their IPCA1 values and mean stem values. The consolidation of families would not appear to be corresponding with their origin.

关 键 词：杉木 基因型与环境 AMMI模型 

分 类 号：S791.27[农业科学—林木遗传育种]