尼泊尔Kapilvastu地区外来黄瓜品种在当地栽培方法下的表现

Tikaram Dhakal, Bikash Khanal, Salina Maharjan
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引用次数: 0

摘要

在尼泊尔Kapilvastu地区Buddhabhumi市的Western Terai进行了田间试验,从五个栽培最多的外来品种中筛选出表现最好的黄瓜品种;LHC-1395, LHC-Maria, Dynasty, NS-408和Rehmat-1080在2019年2月至7月期间。本研究采用的种植包复制了当地农民的种植包。实验设置为随机完全块设计,在750平方米的面积上有5个重复和5个处理。作物几何形状保持在25 cm×15 cm,每个地块的面积为1.4 m2。收集了植株高/藤长、叶片数、分枝数、开花和果实发育天数、果实数、果实重和单株果实产量等形态和产量参数的数据。结果表明,在株高方面,朝系表现最好,平均周长高23.9 cm。结果表明,LHC-1395是叶片数量增加最多的品种,平均每周增加2.08片叶片。NS-408的分枝数最高(3.2),LHC-1395的单株果数最高(11.36),LHC-Maria的单株果重最高(208.44 g), LHC-1395的单株果产量最高(2137.9 g)。因此,研究认为LHC-1395是适合研究区域的高产品种。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Performance of Exotic Cucumber Varieties under Local Cultivation Practices in Kapilvastu District of Nepal
A field experiment was carried out in the Western Terai of Nepal, Buddhabhumi municipality of Kapilvastu district to screen out the best-performing cucumber variety among the five most cultivated exotic varieties; LHC-1395, LHC-Maria, Dynasty, NS-408, and Rehmat-1080 during February to July of 2019. The package of cultivation practiced in this study replicates that of the local farmers. The experimental setup was laid on Randomized Complete Block Design having five replications and five treatments in an area of the 750-meter square. The crop geometry was maintained at 25 cm×15 cm and the size of each plot was 1.4 m2. Data was collected on the morphological and yield parameters such as plant height/vine length, number of leaves, number of branches, days to flowering and fruit development, number of fruits, fruit weight, and fruit yield per plant. The study revealed that the performance of Dynasty was best in terms of plant height with an average increase in height of 23.9 cm per week. LHC-1395 was demonstrated to be the variety with the highest increase in leaf number with an average of 2.08 leaves per week. Similarly, the highest number of branches was found to develop in NS-408 (3.2), the highest number of fruits per plant in LHC-1395 (11.36), the highest single fruit weight in LHC-Maria (208.44 grams), and the highest fruit yield per plant in LHC-1395 (2137.9 grams). Thus, the study concluded that LHC-1395 is a high-yielding variety suited for the study area.
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