S. Poudel, I. P. Gautam, S. Shrestha, Dipendra Ghimire, M. Dhakal, S. Pandey, S. Subedi, R. Regmi
{"title":"在尼泊尔半山区露地使用塑料覆盖物评估甜椒基因型的产量和质量","authors":"S. Poudel, I. P. Gautam, S. Shrestha, Dipendra Ghimire, M. Dhakal, S. Pandey, S. Subedi, R. Regmi","doi":"10.3126/nh.v17i1.60634","DOIUrl":null,"url":null,"abstract":"Sweet pepper is an emerging high value vegetable crop. There are few numbers of varieties recommended in Nepal despite of having immense commercial farming potentiality. An experiment was conducted during 2020 and 2021 at National Horticulture Research Centre, Khumaltar, in open field condition to identify high yielding capsicum genotype with longer postharvest shelf life. The field experiment was done by using the Randomized Complete Block Design (RCBD) with four replications for each treatment and the lab experiment for postharvest shelf life was studied in first year using Completely Randomized Block Design (CRD) with three replications for each treatment. The six elite capsicum genotypes under study were HRDCAP-001, HRDCAP-003, HRDCAP-004, HRDCAP-005, HRDCAP-006, and California Wonder (standard check variety). The research plot was mulched with 25-micron plastic and 4-6 leaf stage seedlings transplanted making holes in mulch at the spacing of 60 cm x 45 cm. Among the tested genotypes, HRDCAP001 and HRDCAP005 were found to be promising in terms of fruit length, fruit weight, yield per plant and yield per hectare followed by HRDCAP006 during a two-year experiment. The genotype HRDCAP001 was rich in vitamin C content with less spoilage loss while HRDCAP006 was observed most fresh followed by California Wonder and HRDCAP001 respectively. Overall, the genotype HRDCAP001 was found to be the superior among all the genotypes in terms of yield and quality parameters. 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引用次数: 0
摘要
甜椒是一种新兴的高价值蔬菜作物。尽管具有巨大的商业种植潜力,但尼泊尔推荐的品种数量很少。2020 年和 2021 年期间,在库马尔塔尔国家园艺研究中心(National Horticulture Research Centre, Khumaltar)进行了一项露地试验,以确定收获后货架期更长的高产辣椒基因型。田间试验采用随机完全区组设计(RCBD),每个处理有四个重复,收获后货架期的实验室试验在第一年采用完全随机区组设计(CRD),每个处理有三个重复。研究的六个辣椒精英基因型为 HRDCAP-001、HRDCAP-003、HRDCAP-004、HRDCAP-005、HRDCAP-006 和 California Wonder(标准对照品种)。研究地块用 25 微米塑料薄膜覆盖,4-6 叶期幼苗移栽时在地膜上打孔,株行距为 60 厘米 x 45 厘米。在为期两年的试验中,HRDCAP001 和 HRDCAP005 在果实长度、果实重量、单株产量和公顷产量方面表现良好,其次是 HRDCAP006。基因型 HRDCAP001 维生素 C 含量丰富,变质损失较少,而 HRDCAP006 的新鲜度最高,其次分别是 California Wonder 和 HRDCAP001。总之,在所有基因型中,HRDCAP001 在产量和质量参数方面都更胜一筹。不过,应进行多地点农民田间试验,以进一步验证和开发品种。
Evaluation of Sweet Pepper Genotypes for Yield and Quality in Open Field Using Plastic Mulch in Mid Hill Condition of Nepal
Sweet pepper is an emerging high value vegetable crop. There are few numbers of varieties recommended in Nepal despite of having immense commercial farming potentiality. An experiment was conducted during 2020 and 2021 at National Horticulture Research Centre, Khumaltar, in open field condition to identify high yielding capsicum genotype with longer postharvest shelf life. The field experiment was done by using the Randomized Complete Block Design (RCBD) with four replications for each treatment and the lab experiment for postharvest shelf life was studied in first year using Completely Randomized Block Design (CRD) with three replications for each treatment. The six elite capsicum genotypes under study were HRDCAP-001, HRDCAP-003, HRDCAP-004, HRDCAP-005, HRDCAP-006, and California Wonder (standard check variety). The research plot was mulched with 25-micron plastic and 4-6 leaf stage seedlings transplanted making holes in mulch at the spacing of 60 cm x 45 cm. Among the tested genotypes, HRDCAP001 and HRDCAP005 were found to be promising in terms of fruit length, fruit weight, yield per plant and yield per hectare followed by HRDCAP006 during a two-year experiment. The genotype HRDCAP001 was rich in vitamin C content with less spoilage loss while HRDCAP006 was observed most fresh followed by California Wonder and HRDCAP001 respectively. Overall, the genotype HRDCAP001 was found to be the superior among all the genotypes in terms of yield and quality parameters. However, a multi-location farmer’s field trial should be conducted for further verification and varietal development purpose.