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《Journal of Maize Sciences》 2019-03
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Application of GGE-biplot in Joint Testing of New Maize Cultivars

MENG Ling-cong;LU Ming;WANG Min;ZHANG Zhi-jun;ZHOU Xu-dong;LIU Hong-wei;ZHOU De-long;LIU Wen-guo;Jilin Academy of Agricultural Sciences/National Engineering Laboratory For Maize(Changchun)/National Engineering Research Center for Maize(Jilin)/Key Laboratory Biology and Genetic Improvement of Maize in Northeast Region, Ministry of Agriculture;Jilin Jinong Hi-tech Inc., Ltd.;  
Field-testing is the core link of breeding. The application of scientific data analysis methods to evaluate yield tests is an effective way to identify suitable high-yielding, stable-yielding and good-quality maize varieties. GenStat data processing system was used to analyze the 24 maize varieties in the mid-maturity area in 2017.The analysis of each test point showed that the identification site in Liuyang of Jilin province has strong ability to distinguish varieties, and Gongzhuling of Jilin province was the most representative, but Wuwei of Gansu province was not suitable for the identification of this test. The GGE-biplot showed that the performance of Jidan 37 is outstanding. Use of the adjacent standard method showed that Nonghua218 and Jidan 37 performed the best. The comprehensive analysis showed that the GGE-biplot is basically the same as the results of the adjacent standard method in evaluating the yield of varieties, and the GGE-biplot could more comprehensively and effectively evaluate varieties and sites.
【Fund】: 国家科技支撑计划课题“春玉米区商业化育种技术研究与示范”(2014BAD01B01)
【CateGory Index】: S513
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