尼泊尔高山条件下马铃薯基因型评价

Rajeev Kumar Giri, Y. Bhusal, K. P. Upadhyay, B. Chalise, G. Subedi, B. Thapa, B. Poudel
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摘要

2019年和2020年连续两年在尼泊尔卡尔纳利省海拔2396米的乔姆拉省拉吉科特园艺研究站,对拉利特普尔库穆塔尔国家马铃薯研究计划(NPRP)获得的不同基因型马铃薯进行了品种协调试验(CVT),以评估适合尼泊尔卡纳利省高山的马铃薯基因型。采用随机完全区组设计(RCBD)对9个不同的马铃薯基因型(Desiree和Jumli Local)进行检测。每个治疗重复4次。堆肥的用量为每公顷20吨。没有使用化肥。块茎发芽良好,25-50克,种植间距为60cm × 25cm。记录了不同基因型对营养和产量参数的影响。所测基因型在营养(种植后30天和45天出苗率、均匀性、地面覆盖度、株高、主茎数)和产量参数(每公顷块茎总数和块茎产量)方面差异显著。CIP 392797.22块茎产量最高(20.9 t/公顷)。连续多年的试验结果表明,CIP 392797.22基因型适合在卡纳利省高山区种植,具有粮食安全和营养安全的双重优势。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Evaluation of Potato Genotypes under High Hill Conditions of Nepal
Coordinated Varietal Trial (CVT) on different genotypes of potato received from National Potato Research Program (NPRP), Khumaltar, Lalitpur was carried out at Horticultural Research Station, Rajikot, Jumla at an altitude of 2396 m above mean sea level during two consecutive years 2019 and 2020 to evaluate potato genotypes suitable for the high hills of Karnali province of Nepal. Nine different potato genotypes with two checks i.e. Desiree and Jumli Local were tested on Randomized Complete Block Design (RCBD). Each treatment was replicated four times. Compost was used at the rate of 20 tons per hectare. There was no use of chemical fertilizer. Well sprouted tubers of 25-50 g were planted with 60cm x 25cm spacing. The effects of different genotypes were recorded for both vegetative as well as yield parameters. Tested genotypes differed significantly for vegetative (emergence percentage at 30 days after planting & 45 days after planting, uniformity, ground coverage, plant height, number of main stems) as well as yield parameters (total number of tubers and tuber yield per ha). The highest tuber yield (20.9 t/ha) was harvested from CIP 392797.22. Result of consecutive years showed that potato genotype CIP 392797.22 is suitable for cultivation in high hills of Karnali province for food as well as nutritional security.
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