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Application of GGE-biplot analysis on yield stability and testing-site representativeness of Heyou peanut series in southeast China
WU Chang-zhan, WEI Han-wen, SU Ming, CHEN Can, WU Chun-ling, LI Zhan; HUANG Shi-lv, CHEN Qing-zheng, TAN Dan, TANG Rong-hua
CHINESE JOURNAL OF OIL CROP SCIENCES ›› 2016, Vol. 38 ›› Issue (01) : 47.
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PDF(971 KB)
Application of GGE-biplot analysis on yield stability and testing-site representativeness of Heyou peanut series in southeast China
GGE-biplot was used to analyze yield data of Heyou peanut tested in 7 sites including Ganzhou, Quanzhou, Zhanjiang, Luoding, Hezhou, Guiping, Wuxuan in southeast China. The results showed that Heyou 11 and Heyou 12 had higher yield ability and stability than other Heyou cultivars. Average yield and the highest yield of Heyou 11 were 3 510.7 kg?hm-2 and 4 447.5kg?hm-2¬, and those for Heyou 12 were 3 440.2 and 4 575.0kg·hm-2 respectively. Both Heyou 11 and Heyou 12 adapted to most sites tested, except Heyou 12 in Hezhou. The rest of cultivars had their own special adaptive regions. Heyou 9 was most suitable for planting in Hezhou, Heyou 10 in Luoding Guangdong, Heyou 13 in Zhanjiang Guangdong and Ganzhou Jiangxi, respectively. Their yields were higher than 3 410.0 kg·hm-2 in their adapted regions. GGE-biplot method could provide a guideline on cultivar breeding and yield evaluation at different conditions, and this study could contribute to peanut expansion and peanut breeding of Heyou improvement.
Peanut / Heyou-series / Yield / GGE-biplot / Multi-environment test {{custom_keyword}} /
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