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Genotypic variations on the efficiency of crop absorbed nitrogen in transplanted rice

机译:水稻吸收氮素效率的基因型变异。

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摘要

The genotype difference in the grain yield and N acquisition led to the differences in N requirement for maximum grain yield. Efficient genotypes achieved maximum yield with less N acquisition compared to inefficient one. Therefore to identify the efficient genotypes in utilizing absorbed crop N towards different production parameters, this study was carried out with two groups of rice viz. short and medium duration genotypes. Ranking of genotypes were done using different crop absorbed N use efficiency (CNE) parameters individually and the genotypic performance were compared. Statistically significant differences among genotypes were observed and short duration genotypes showed higher efficiency. Based on the normalized values, ADT 39, ADT 38, CO 43, CO 45, CORK 2, TNRH 19, TNRH 21 and TNRH 31 in medium duration group and ADT 42, ADT 36, ASD 20, CO 37, IR 36, IR 72 and TKM 9 in short duration group were identified as efficient genotypes in utilizing absorbed N towards protein yield in transplantedrice.
机译:籽粒产量和氮素吸收的基因型差异导致最大籽粒氮素需求量的差异。与低效率的基因型相比,高效的基因型在获得较少氮素的情况下获得了最高产量。因此,为了确定利用吸收的农作物N适应不同生产参数的有效基因型,本研究针对两组水稻进行。短期和中期基因型。使用不同的作物吸收氮利用效率(CNE)参数分别对基因型进行排名,并比较基因型表现。在基因型之间观察到统计学上的显着差异,短期基因型显示出更高的效率。根据标准化值,中等持续时间组中的ADT 39,ADT 38,CO 43,CO 45,CORK 2,TNRH 19,TNRH 21和TNRH 31和ADT 42,ADT 36,ASD 20,CO 37,IR 36,IR短时组72和TKM 9被认为是利用吸收的氮来提高水稻籽粒蛋白质产量的有效基因型。

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