印度尼西亚Mojokerto Trawas Tamiajeng村农牧系统中鲇鱼(Clarias batrachus)、芒果(Mangifera indica)、香蕉(Musa paradisiaca)和Jabon (Neola-marckia cadamba)的相互作用及其与病虫害动态的关系

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引用次数: 0

摘要

农林复合是一种结合了木本和非木本作物以及畜牧业/渔业成分的农林业。塔米亚井村的农林业模式属于农林复合类型,以贾蓬树、芒果香蕉树和鲶鱼池为主。调查结果表明,所观察到的农稻各成分之间存在着相互作用。因为鲶鱼的卵需要遮荫才能孵化,所以贾本树和漫画树可以为鲶鱼池塘提供阴凉。观察结果还显示了主要的植物干扰生物的存在,例如香蕉上的枯萎病和锰上的烟霉病。可以通过移除受疾病影响而不再生产并可作为鲶鱼饲料的香蕉植株来进行综合和可持续的控制,因为香蕉茎具有为鲶鱼提供额外营养和益生元的功能。控制烟霉病可以通过增加鱼塘空气湿度来抑制分生孢子Capnodium sp烟霉菌在芒果叶片上的传播。鱼塘水也可以作为植物的有机肥料,因为它含有氮和磷的元素。
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Analysis of Interactions Between ComponentsCatfish (Clarias batrachus), Mango (Mangifera indica), Banana (Musa paradisiaca), and Jabon (Neola-marckia cadamba) and Their Relationship to Pest Dynamic in Agrosilvopastural System, Tamiajeng Village, Trawas, Mojokerto, Indonesia
Agrosilvopastoral is a type of agroforestry that combines woody and non-timber crops, as well as animal husbandry/fisheries components. The agroforestry pattern in Tamiajeng Village belongs to the agrosilvopastoral type with components of jabon trees, mango banana trees and catfish ponds. The survey results showed that there was an interaction between the components of the observed agrosilvopastoral. Jabon and manga trees serve as shade for catfish ponds because catfish eggs need shade to hatch. The observations also showed the presence of dominant plant-disturbing organisms, such as fusarium wilt on bananas and sooty mildew on manganese. Integrated and sustainable control can be carried out by removing banana plants that are affected by disease and are no longer producing and can be used as catfish feed because banana stems have a function as additional nutrition and prebiotics for catfish. Controlling sooty mildew disease can be done by increasing air humidity in the presence of fish ponds so as to suppress the spread of conidia Capnodium sp sooty mildew fungus on mango leaves. Fish pond water can also be used as organic fertilizer for plants because it contains elements of nitrogen and phosphorus.
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