Pertumbuhan dan Hasil Kacang Hijau dari Berbagai Populasi dengan Mulsa Organik

Amalia Dita Riyaningsih, S. Supriyono, Jauhari Syamsiyah
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引用次数: 2

Abstract

Mung beans are one of the common beans comodities consumed after soybeans and peanuts. The national mung beans production was 0.7 tons in average, which is lower than the potential yield. Production of mung bean can be improved by modifying the microclimate by mulching and regulating crop density. The purpose of this research was to improve the yield of mungbean. Research method used was Completely Randomized Design (CRD). The treatments were organic mulching of mahagony leaves, straws, husks, and without mulch (M1, M2, M3, M0) and the crops density 1 and 2 crops (B1 and B2). The results showed interaction between organic mulches and crops density significantly affected the crops’ height and number of productive branches. Interaction of straw mulches and two crops density increased the crops’ height 37,91% than the control and has the most productive branches. Organic mulches significantly affected to flowering period and number of hardseeds. Husk mulches accelerated flowering period and decrease the number of hardseeds. Organic mulch and number of crop’s density treatments has not to improve the yield of mungbean yet. The yield of mungbean can achieved in this research was 1,54 ton ha-1.
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来自不同有机Mulsa种群的绿豆的生长和结果
绿豆是继大豆和花生之后最常见的豆类商品之一。全国绿豆产量平均为0.7吨,低于潜在产量。通过覆盖和调节作物密度,可以改善小气候,提高绿豆产量。本研究旨在提高绿豆的产量。研究方法为完全随机设计(CRD)。处理分别为有机覆盖红木叶片、秸秆、果皮和不覆盖(M1、M2、M3、M0)和作物密度1和2 (B1和B2)。结果表明,有机地膜与作物密度的交互作用对作物的株高和有效枝数有显著影响。秸秆覆盖与两种作物密度的互作使作物株高比对照提高了37.91%,且具有最高产的枝干。有机地膜对花期和硬种子数量有显著影响。壳膜覆盖加速了花期,减少了硬籽的数量。有机覆盖和作物密度处理对绿豆产量的提高效果尚不明显。本试验绿豆产量可达1 54吨/公顷。
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