评估尼泊尔中部德赖平原有前途的绿豆基因型

Anand Chaudhary, A. Mishra, M. Sah, Bisheswar Prasad Yadav, Pradeep Sah, Buddhiman Yonjan, Parashuram Budhathoki, Ram Das Chaudhary, Padam Paudel
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引用次数: 0

摘要

:为了为尼泊尔中部德赖地区挑选优良的基因型,在巴拉省帕瓦尼普尔的农业研究局对来自班克省卡朱拉的谷物豆类研究计划的 16 个绿豆品种进行了测试。2021 年和 2022 年,对这些基因型进行了阿尔法格设计和两次重复的试验。比较的参数包括株高、每株荚果数、每荚种子数、百粒种子重量、播种后开花和成熟天数以及每公顷产量吨数(t/ha)。在两年的观察中,VC 1973A、VC 3890A 和 VC 6148 均出现了早熟现象。2021 年,KPS # 1 的平均谷物产量最高(0.50 吨/公顷),其次是 CN 95(0.42 吨/公顷)、VC 3890A(0.41 吨/公顷)和 Pant Mung 2(0.40 吨/公顷)。而在 2022 年,这些基因型的产量分别为:KPS #1(1.82 吨/公顷)、VC 3890A(1.79 吨/公顷)、Pant Mung 2(1.75 吨/公顷)和 CN 95(1.67 吨/公顷)。由于 2021 年开花至成熟期的强降雨造成的水渍条件,试验基因型的产量较低。较好的基因型可作为未来的品种,或作为育种计划的宝贵遗传资源,用于开发适合尼泊尔中部台地的新品种。
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Evaluation of Promising Mungbean Genotypes at Central Terai of Nepal
: In order to select the superior genotypes for Nepal's central terai, sixteen mungbean varieties from the Grain Legume Research Program, Khajura, Banke, were tested at the Directorate of Agriculture Research, Parwanipur, Bara. In the years 2021 and 2022, an experiment with alpha lattice design and two replications were conducted on these genotypes. Plant height, number of pods per plant, seed per pod, 100 seed weight, flowering and maturity days from sowing, and yield ton per hectare (t/ha) were the parameters compared. Early maturation was observed in VC 1973A, VC 3890A, and VC 6148 during the two years of observation. In 2021, KPS # 1 produced the highest mean grain yield (0.50 t/ha), followed by CN 95 (0.42 t/ha), VC 3890A (0.41 t/ha), and Pant Mung 2 (0.40 t/ha). In contrast, in 2022, these genotypes' yields were 1.82 t/ha in KPS # 1, 1.79 t/ha in VC 3890A, 1.75 t/ha in Pant Mung 2, and 1.67 t/ha in CN 95. Due to the water-logged conditions brought on by heavy rainfall during the flowering to maturity period in 2021, the yield of test genotypes was low. The better genotypes may provide future varieties or serve as valuable genetic resources for breeding programs aimed at develop new varieties appropriate for Nepal's central terai.
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