有机肥配方内生细菌对辣椒枯萎病的防治作用

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摘要

辣椒(Capsicum annum)是在人类生活中具有重要作用的园艺商品之一,印尼辣椒植物具有重要的经济价值,仅次于豆类。与此同时,在东爪哇,2013-2017年辣椒商品产量达到440吨,其中贡献最大的是Ringinsari, Kandat, Kediri。然而,到目前为止,该村辣椒商品的增加受到真菌病原体尖孢镰刀菌(Fusarium oxysporum f.sp.capsici)的强烈影响,这种真菌病原体会导致枯萎病,平均可使产量减少75%,并导致植物死亡。对这种病原菌的控制一般采用危害人类和环境的化学控制,因此到目前为止还不令人满意。这取决于它需要使用有机肥料中配制的内生细菌作为生物防治的替代控制。内生细菌是指生活在植物组织中不产生负面影响的一组细菌,包括不引起植物生病和与寄主植物有相互关系。内生细菌可以在包括农作物在内的各种植物中发现,并且可以从植物的所有部位,即根、茎、叶和种子中分离出来。内生细菌产生次生代谢物和化合物,可用于诱导植物健康和生长。内生细菌产生酚、类黄酮,增强植物抗病虫害能力,改善植物健康,植物激素促进植物生长。方法研究阶段为内生菌的繁殖、内生菌悬浮液的制备、内生菌悬浮液与有机肥的混合,采用方差分析和5% BNT检验进行数据分析。结果是潜伏期变缓,病害强度降低,株高增加。
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Effect of Formula Endophytic Bacteria in Organic Fertilizer to Wilt Disease Fusarium in Chili Plants
Chili (Capsicum annum) is one of the horticultural commodities that has an important role in human life and Indonesian chili plants have important economic value and occupy second place after beans. Meanwhile, in East Java, chili commodity production in 2013-2017 reached 440 tons and one of the highest contributors was Ringinsari, Kandat, Kediri. However, the increase in chili commodities in the village has so far been strongly influenced by the presence of the fungi pathogen is Fusarium oxysporum f.sp.capsici  that cause wilt disease,  can reduce production on average up to 75 % and cause the plant to die. The control of that pathogen generally uses chemical control that hurts humans and the environment so until now it have not been satisfactory. Depend of that it needs alternative control using endophytic bacteria that are formulated in organic fertilizer as biological control. Endophytic bacteria are group of bacteria that live in plant tissues without causing negative effects, including not causing plants to get sick and having a mutual relationship with their host plants. Endophytic bacteria can be found in various plants including agricultural crops and can be isolated from all parts of the plant, namely roots, stems, leaves, and seeds. Endophytic bacteria produce secondary metabolites and compounds that can be used to induce plant health and growth. Endophytic bacteria produce fenol, flavonoid that increase plant resistance to diseases and pests, improve plant health, phytohormones increase plant growth. The method stages of research are propagation of endophytic bacteria, manufacture of suspension of endophytic bacteria, mixing of suspension of endophytic bacteria into organic fertilizer, data analysis using analysis of variance and 5% BNT test. The results are Incubation period is slower, disease intensity decreases, and plant height increases.
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