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首页> 外文期刊>Journal of Maize Research and Development >Genotype × environment interaction of quality protein maize grain yield in Nepal
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Genotype × environment interaction of quality protein maize grain yield in Nepal

机译：尼泊尔优质蛋白玉米籽粒产量的基因型×环境互作

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In order to determine G × E interaction of quality protein maize grain yield, six maize genotypes were evaluated under different environments of three Terai (Chitwan, Surkhet and Doti) and four mid hill (Dhankuta, Lalitpur, Dolakha and Kaski) districts of Nepal during summer seasons of 2014 and 2015. The experiments were conducted using randomized complete block design along with three replications. The genotypes namely S99TLYQ-B, S99TLYQ-HG-AB and S03TLYQ-AB-01 were identified high yielding and better adapted genotypes for Terai environments with grain yield of 4199 kg ha-1, 3715 kg ha-1, and 3336 kg ha-1 respectively and S99TLYQ-B and S03TLYQ-AB-01 for mid hill environments with grain yield of 4547 kg ha-1 and 4365 kg ha-1 respectively. Therefore, these genotypes can be suggested for cultivation in their respective environments in the country.
机译：为了确定优质蛋白质玉米籽粒产量的G×E相互作用，在尼泊尔的三个特赖（Chitwan，Surkhet和Doti）和四个中山地区（Dhankuta，Lalitpur，Dolakha和Kaski）地区在不同环境下评估了六种玉米基因型2014年和2015年夏季。使用随机完整区组设计和三个重复进行实验。基因型S99TLYQ-B，S99TLYQ-HG-AB和S03TLYQ-AB-01被鉴定为Terai环境的高产且适应性更强的基因型，谷物产量分别为4199 kg ha-1、3715 kg ha-1和3336 kg ha-分别为1和S99TLYQ-B和S03TLYQ-AB-01用于中丘陵地区，谷物产量分别为4547 kg ha-1和4365 kg ha-1。因此，可以建议在该国各自的环境中种植这些基因型。

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