尼泊尔中山条件下阔叶芥菜(Brassica juncea var. rugosa)优良种质的选择

T. Gotame, S. Shrestha, Dipendra Ghimire
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摘要

本研究旨在选择适合尼泊尔中山条件的高产阔叶芥菜基因型。对7种阔叶芥菜(Brassica juncea var. rugosa (L.))种质资源进行了评价。Czern.),即“HRDBLM001”、“HRDBLM004”、“HRDBLM007”、“HRDBLM009”、“HRDBLM010”、“Marpha Chauda Pat”和“Khumal Chauda Pat”,在2019年和2020年连续两年冬季在尼泊尔农业研究委员会下属的国家园艺研究中心进行。这些种质是从该国当地的多样性中心收集的。实验采用随机完全区设计(RCBD),每组3个重复。9月播种,28日龄秧苗移栽田间。从连续两个季节获得的结果显示,“HRDBLM010”和“Khumal Chauda Pat”的植物活力更大(1到5的评分为4.7分)。叶片质量最高的品种是‘HRDBLM010’(65.1 g),其次是‘HRDBLM007’(45.6 g)和‘Khumal Chauda Pat’(40.9 g)。叶片数量最多的品种是‘HRDBLM004’(50片/株),叶片质量最高的品种是‘HRDBLM010’(691.1 g /株),其次是‘HRDBLM004’(535.4 g /株)。基因型“HRDBLM010”叶片产量最高(54.52 MT ha-1),其次是“HRDBLM004”(44.28 MT ha-1)和“HRDBLM007”(41.65 MT ha-1)。因此,这3个种质在7个被试种质中表现出优势,可以推荐用于尼泊尔中山条件下的栽培。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Selection of elite broadleaf mustard (Brassica juncea var. rugosa) (L.) germplasms for the mid-hill conditions of Nepal
This study was carried out to select the suitable and high leaf yielding broadleaf mustard genotypes for the mid-hill conditions of Nepal. We evaluated seven germplasms of broadleaf mustard (Brassica juncea var. rugosa (L.) Czern.) namely, ‘HRDBLM001’, ‘HRDBLM004’, ‘HRDBLM007’, ‘HRDBLM009’, ‘HRDBLM010’, ‘Marpha Chauda Pat’, and ‘Khumal Chauda Pat’ in the field of the National Horticulture Research Centre, Khumaltar under Nepal Agricultural Research Council during the winter season of two consecutive years, 2019 and 2020. The germplasms were collected from the local diversity centres in the country. The experiment was laid out in the Randomized Complete Block Design (RCBD) in three replications per treatment. Seeding was done in September, and 28-day-old seedlings were transplanted in the field. The results obtained from the two consecutive seasons revealed that plant vigour was found to be greater in ‘HRDBLM010’ and ‘Khumal Chauda Pat’ (4.7 in the 1 to 5 scale score). The highest leaf weight (65.1 g) was found in ‘HRDBLM010’, followed by ‘HRDBLM007’ (45.6 g) and ‘Khumal Chauda Pat’ (40.9 g). The highest number of leaves was produced by ‘HRDBLM004’ (50 leaves per plant), while leaf weight per plant was the highest in ‘HRDBLM010’ (691.1 g per plant) followed by ‘HRDBLM004’ (535.4 g per plant). Genotype ‘HRDBLM010' produced the highest leaf yield (54.52 MT ha-1), followed by 'HRDBLM004' (44.28 MT ha-1) and ‘HRDBLM007’ (41.65 MT ha-1). Thus, these three germplasms showed superiority among the seven tested germplasms and they could be recommended for cultivation in the mid-hill conditions of Nepal.
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