土培条件下玉米萌发期耐旱鉴评技术体系研究
张春宵1(
),李淑芳1(),刘旭洋2(),刘杰1,刘文平1,刘学岩1,李春辉2,王天宇2(),李晓辉1()
),李淑芳1(),刘旭洋2(),刘杰1,刘文平1,刘学岩1,李春辉2,王天宇2(),李晓辉1()
Establishment of Evaluation System for Drought Tolerance at Maize Germination Stage Under Soil Stress
ZHANG ChunXiao1(),LI ShuFang1(),LIU XuYang2(),LIU Jie1,LIU WenPing1,LIU XueYan1,LI ChunHui2,WANG TianYu2(),LI XiaoHui1()
),LI ShuFang1(),LIU XuYang2(),LIU Jie1,LIU WenPing1,LIU XueYan1,LI ChunHui2,WANG TianYu2(),LI XiaoHui1()
图3. 性状的聚类分析和聚类分组杂交种间的发芽率差异
A、B为GW50下基于除发芽率外其他10个性状的聚类分析结果和不同分类材料的发芽率;C、D为基于这10个性状耐旱系数的聚类分析结果和不同分类材料的发芽率
Fig. 3. Clustering analysis of traits and differences of germination rates between hybrids in different clusters
A and B represent the clustering results based on other 10 traits under mean GW50 and germination rates of different cluster groups, respectively; C and D represent the clustering results based on the drought tolerance index of other 10 traits and germination rates of different cluster groups, respectively
