Effectiveness of Rhizospheric Bacteria Microcapsules Addition on The Growth of Cocoa Leaves (Theobroma cacao L.)

Refnizuida Refnizuida, Hadomuan Situmorang, Tharmizi Hakim, Elrisa Ramadhani
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Abstract

Cocoa (Theobroma cacao L.) is one of the main plantation commodities which plays an important role in the Indonesian economy, and 3rd ranked in the world for cocoa producers. One effort to increase cocoa productivity was the use of biological fertilizer. The aim of this research was to determine the effect of using rhizosphere bacterial microcapsules as biofertilizer on the vegetative growth of cocoa leaves. The research design used was a Completely Randomized Design, with two factors, the first was immersion the cocoa beans using a rhizosphere bacterial suspension consisting of A0=0 hours; A1= 8 hours; A2=16 hours and A3=32 hours and the second factor is the addition of microcapsules consisting of C0=0 gram( g ); C1=10gr, C2=20gr, C3=30gr. Combination The treatment was repeated twice so that 32 plants were obtained. For the parameter of observing the number of leaves, the best results were shown in the 8 hour immersion treatment with an average number of leaves of 12.63, followed by the treatment of giving 20 grams of capsules with an average number of leaves of 11.75. The lowest number of leaves was shown in the 16-hour and 32-hour immersion treatments at 10.75. Meanwhile, for the observation parameters of leaf area, the best results were shown in the 32 hour immersion treatment with an average leaf area of 73.49 cm 2 and the lowest results were shown in the non-immersion treatment with an average leaf area of 59.88 cm 2 . The results of the analysis of variance showed that all treatments had no significant effect
添加根瘤菌微胶囊对可可叶生长的影响
可可(Theobroma cacao L.)是主要的种植商品之一,在印度尼西亚经济中发挥着重要作用,其可可生产量在世界排名第三。提高可可生产率的一项努力是使用生物肥料。本研究旨在确定使用根瘤菌微胶囊作为生物肥料对可可叶片无性生长的影响。研究设计采用的是完全随机设计,有两个因素,第一个因素是使用根瘤菌悬浮液浸泡可可豆,包括 A0=0 小时;A1=8 小时;A2=16 小时和 A3=32 小时;第二个因素是添加微胶囊,包括 C0=0 克(g);C1=10 克;C2=20 克;C3=30 克。 处理重复两次,共得到 32 株植物。在观察叶片数量的参数方面,浸泡 8 小时的处理效果最好,平均叶片数量为 12.63 片,其次是给予 20 克胶囊的处理,平均叶片数量为 11.75 片。浸泡 16 小时和 32 小时处理的叶片数最少,为 10.75 片。同时,在叶面积的观察参数方面,浸泡 32 小时处理的结果最好,平均叶面积为 73.49 平方厘米,而不浸泡处理的结果最低,平均叶面积为 59.88 平方厘米。方差分析结果表明,所有处理对叶面积都没有显著影响。
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