鹰嘴豆优良品系抗子囊枯萎病和枯萎病的评价

J. A. Shah, Azhar Iqbal, M. Hussain, B. Iqbal
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摘要

巴基斯坦鹰嘴豆产量低是由于枯萎病和枯萎病的存在。筛选现有的抗病种质是作物改良的先决条件。从患病样品中分离枯萎病和枯萎病的病原体,并制备接种物。在控制条件下,分别在接种枯萎病和枯萎病的苗圃中筛选了41个鹰嘴豆基因型,这些基因型包含批准的品种、先进系等。实验是在扩充设计下进行的。该实验于2019-2021年在巴基斯坦巴卡尔干旱区研究所进行。根据各自的疾病量表收集每种疾病的数据。刻度(1-9)用于记录数据。在总共41个基因型中,只有两个品种(Bittal-16和Niab-16)具有中度抗性,16个基因型易感,其余基因型对Aschyta枯萎病高度易感。枯萎病试验的抗性水平为3.27%,感病水平为96.72%。对枯萎病,发现4个基因型(TG 1708、TG 1710、TG 1712和TG 1808)具有抗性,15个为中度抗性,12个为易感,其余为高度易感。本试验的抗性水平为6.5%,中度抗性为24.59%,保持感和高感分别为73.77%。
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 CHICKPEA ELITE LINES AGAINST ASCOCHYTA BLIGHT AND FUSARIUM WILT
Low yield of chickpea in Pakistan is due to the existence of wilt and blight diseases. Screening of existing germplasm against diseases is pre requisite for crop improvement. Pathogens of wilt and blight diseases were isolated from diseased samples and inoculum was prepared. Forty one chickpea genotypes containing approved varieties, advance lines etc., were screened in blight and wilt inoculated nurseries under controlled conditions separately. The experiment was laid out under augmented design. The experiment was conducted at Arid Zone Research Institute, Bhakkar, Pakistan during 2019-2021. Data for each disease was collected according to respective disease scales. The scale (1-9) was used for recording the data. Out of total forty-one genotypes, only two varieties (Bittal-16 and Niab-16) were moderately resistant, sixteen genotypes were susceptible and the rest were highly susceptible to Ascochyta blight disease. The level of resistance in blight experiment was 3.27% while susceptibility level was 96.72%. In case of second experiment of chickpea wilt was sown in sick plot. For Fusarium wilt, four genotypes (TG 1708, TG 1710, TG 1712 & TG 1808) were found resistant, fifteen were moderately resistant, twelve were susceptible and the remaining were highly susceptible. The resistant level in this experiment was 6.5%, moderately resistant was 24.59% and remaining susceptible and highly susceptible was 73.77%. The genotypes showed resistance against Ascochyta blight and Fusarium wilt can be utilized in future breeding programs to develop high yielding disease resistant cultivars of chickpea.
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