Ecofriendly management of root-knot nematodes on Eggplant using compost

Mai Al-Hendy, R. Bakr, M. Mahdy, E. Mousa
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引用次数: 2

Abstract

Root-knot nematodes (RKN) became a true limited factor for eggplant production worldwide. Experiments were designed to evaluate the effectiveness of different compost types on RKN management in Eggplant under greenhouse conditions. Different compost types i.e. plant, animal, rice straw and maize wood compost at different doses 10, 20, 30, 50 and 100g/ pot were used. Results indicated that all evaluated treatments showed a great potential in decrease all related nematode parameters i.e. number of galls, egg masses, females/root system and second stage juveniles(J2s)/250g soil compared with control. The most effective treatment in reducing all nematode parameters was animal compost. Results illustrated that all compost types markedly increased eggplant growth parameters. The highest plant growth parameters enhancement obtained when plants treated with animal compost at 10g/ pot, followed by maize wood compost at the same rate of 10g/ pot. The lowest plant enhancement recorded with rice straw compost at 100g/ pot.
利用堆肥对茄子根结线虫的生态管理
根结线虫(RKN)成为全球茄子生产的真正限制因素。本试验旨在评价温室条件下不同堆肥类型对茄子RKN管理的效果。采用不同的堆肥类型,即植物、动物、稻草和玉米木堆肥,用量分别为10、20、30、50和100g/盆。结果表明,与对照相比,各处理均有较大的降低线虫相关参数(虫瘿数、虫卵数、雌虫/根系数和每250g土壤第二阶段稚虫数)的潜力。降低线虫各项参数最有效的处理是动物堆肥。结果表明,所有堆肥类型均能显著提高茄子的生长参数。当动物堆肥用量为10g/盆时,植物生长参数提高幅度最大,玉米木堆肥用量为10g/盆次之,秸秆堆肥用量为100g/盆时,植物生长参数提高幅度最小。
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