Evaluation of Dhaincha Genotypes Based on Seedling Biomass Yield

S. J., C. S
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Abstract

To improve the fertility of the soil, several green manure crops are being cultivated. Dhaincha, is an ideal green manure crop used for the improvement of soil fertility and it also reclaims problematic soils. To screen out the Dhaincha genotypes based on the seedling biomass, a pot culture experiment was carried out at the Department of Plant Breeding and Genetics, Anbil Dharmalingam Agricultural College and Research Institute, Tiruchirappalli, with four different genotypes namely Vellore local, Villupuram local, Sivagangai local and Pant dhaincha. Root length, shoot length, fresh and dry weight of root & shoot, base diameter, and biomass per plant were recorded at ten day of intervals till sixty days after sowing. All the parameters showed significant variation and increased steadily every ten days after sowing. Sivagangai local recorded the highest growth parameters than the other genotypes. The highest biomass yield was observed in Villupuram local (0.029 g/plant) at 10 DAS, indicating that it produces more biomass during the early stages of growth. At 60 DAS, Vellore local recorded a high total biomass yield (2.3 g/plant), followed by Villupuram local (1.2 g/plant), Sivagangai local (1.08 g/ plant), and Pant dhaincha (0.9 g/ plant). Based on the growth parameters and High biomass yield per plant Sivagangai local and Vellore local can be selected for further crossing programmes.
基于幼苗生物量产量的茶茶基因型评价
为了提高土壤的肥力,正在种植几种绿肥作物。大因茶是一种理想的绿肥作物,用于改善土壤肥力,也可以开垦问题土壤。为了筛选基于幼苗生物量的Dhaincha基因型,在Tiruchirappalli Anbil Dharmalingam农业学院植物育种与遗传学系进行了盆栽试验,采用Vellore、Villupuram、Sivagangai和Pant Dhaincha 4种不同的基因型。每隔10天至播后60天分别记录根长、茎长、根冠鲜重、干重、基部直径和单株生物量。各参数均表现出显著的变化,播后每10 d稳定增加。Sivagangai本地记录的生长参数高于其他基因型。在10 DAS时,绒毛草的生物量产量最高(0.029 g/株),表明其在生长早期产生更多的生物量。在60 DAS时,Vellore local的总生物量产量最高(2.3 g/株),其次是Villupuram local (1.2 g/株)、Sivagangai local (1.08 g/株)和Pant dhaincha (0.9 g/株)。根据生长参数和较高的单株生物量,可以选择Sivagangai本地和Vellore本地进行进一步的杂交计划。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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