尼泊尔通过农艺干预提高小扁豆的生产力

A. Pokhrel, T. Karki, Sangharsh Raj Dangi
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引用次数: 1

摘要

由于适应不良的作物管理做法而导致的扁豆生产力低下是尼泊尔西部特莱地区扁豆生产的主要问题。在2017/18和2018/19两个冬季,在Banke Khajura谷物豆类研究项目进行了四项不同的试验,目的是选择适宜的小扁豆种植品种、播种时间、播种方法、播种量、引种技术和杂草管理措施。播种期试验采用4个小扁豆品种、4个播期的分畦设计,播率试验采用2个品种、2种播种法、4种播量的分畦设计。同样,在RCBD中进行了10个处理的种子引种和杂草管理试验。所有的实验都重复了三次。早熟扁豆品种pl4 (934 kg ha-1)和il7979 (864 kg ha-1)籽粒产量最高。同样,10月播种扁豆(940 kg hm - 1)的种子产量高于11月播种(682 kg hm - 1)。同样,小扁豆种子产量在播种量为60 kg ha-1 (890 kg ha-1)时最高,但在统计上与播种量为40 kg ha-1 (865 kg ha-1)和50 kg ha-1 (855 kg ha-1)时相当。单行播种(856 kg ha-1)和撒播播种(847 kg ha-1)下扁豆种子产量差异不显著。以250 ppm钼酸钠(Na2MoO4)溶液催种的小扁豆种子产量最高(961 kg ha-1)。同样,采用双手除草(924 kg ha-1)和使用喷二甲基甲烷(898 kg ha-1)和喷二甲基甲烷- quizolofo -ethyl (857 kg ha-1)作为出苗前的杂草管理措施,小扁豆的种子产量最高,且统计上相似。因此,选择适宜的品种、种植时间、播种量、引种技术、播种方法和杂草管理措施是扁豆获得高产的主要生产因素。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Increasing the Productivity of Lentil through Agronomic Interventions in Nepal
The low productivity of lentil due to adaptation of poor crop management practices is the main problem of the lentil production in western terai region of Nepal. With an objective of selecting appropriate variety, sowing time, sowing method, seeding rate, priming techniques and weed management practice for lentil cultivation four different experiments were conducted at Grain Legumes Research Program, Khajura, Banke in two winter seasons of 2017/18 and 2018/19.  The experiment on sowing time was conducted in split-plot design including four lentil varieties and four sowing dates, while the seeding rate experiment was laid out in split-split-plot design with the treatments of two varieties, two sowing methods and four seed rates. Similarly, seed priming and weed management trails were conducted in RCBD with ten treatments. All the experiments were replicated three times. The highest seed yield of lentil was recorded from the early maturing lentil varieties, i.e. PL 4 (934  kg ha–1) and ILL 7979 (864 kg ha–1). Similarly, lentil sowing on October (940 kg ha–1) produced the higher seed yield than sowing on November (682  kg ha–1). Likewise, the highest seed yield of lentil was recorded from the use of seeding rate 60 kg ha–1 (890 kg ha–1), but it was statistically at par with the seeding rates of 40 kg ha–1 (865 kg ha–1) and 50 kg ha–1 (855 kg ha–1). Differently, the seed yield of lentil didn’t differ significantly under line (856 kg ha–1) and broadcasting (847 kg ha–1) methods of sowing. The seed priming with a 250 ppm solution of sodium molybdate (Na2MoO4) produced significantly the highest seed yield (961 kg ha–1) in lentil. Similarly, the highest and statistically similar seed yield of lentil was recorded with the weed management practice of two hand weeding (924 kg ha–1) and the use of Pendimethalin (898 kg ha–1) and Pendimethalin-Quizolofop-ethyl (857 kg ha–1) as a pre-emergence. Thus, the adaptation of appropriate variety, planting time, seeding rate, seed priming technique, sowing method and weed management practices are the major factors of production for getting higher yield of lentil.
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