芥菜不同种质对埃及斑蝽的抗性评价

G. Akhter, T. A. Khan
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引用次数: 1

摘要

在对重要的种植系统造成巨大经济损失的主要杂草类群中,土生杂草具有极大的破坏性。埃及雀花(orobche aegyptiaca)是一种寄生杂草,对许多大田和蔬菜作物造成重大产量损失,对印度芥菜构成严重威胁。本研究筛选了印度芥菜的几种基因型,以鉴定对埃及伊蚊的抗性基因型。在温室条件下,不同基因型对菜花的易感程度不同。寄生雀花的附着数、出苗数和干物质均受基因型生物量的影响。结果表明,受寄生对各基因型芥菜干重有不同程度的显著影响。所有培养基因型均有油菜附着现象,其中普沙芥24号对油菜最敏感,出芽数最多。而在15个基因型中,有4个基因型(即附着数和出苗数较少的普萨·杰吉山、普萨·博尔德、普萨·维贾伊和普萨·芥菜26)未见出苗。这些基因型似乎对我们的目标很有趣。
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EVALUATION OF DIFFERENT GERMPLASM OF BRASSICA JUNCEA AGAINST OROBANCHE AEGYPTIACA
Among the major weed groups that cause huge economic losses to important cropping systems, Orobanche species are greatly devastating. Egyptian broomrape (Orobanche aegyptiaca) is a parasitic weed causing major yield loss in many field and vegetable crops and is a serious threat to Indian mustard. In this study, severalgenotypes of Indian mustard were screened in order to identify resistant genotypes against O. aegyptiaca. In the greenhouse conditions, genotypes were different in the degree of susceptibility to Broomrape. Attachment number, emergence number, and dry matter of parasitic broomrape were affected by biomass of genotype. A significant impact of the parasitism onto the dry weight of all infected mustard genotype with variable degree was observed. Broomrape attachment was observed in all the cultivated genotypes with Pusa mustard 24 being the most susceptible with the greatest number of emerged Orobanche shoots. In contrast, no emergence shoots were observed in four out of the fifteen genotype viz., Pusa Jaikisan, Pusa bold, Pusa Vijay and Pusa mustard 26 which have less attachment number and emergence number. These genotype appear to be interesting for our objectives.
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