Productivity of Several Soybean Varieties (Glycine Max L.) Based on Pruning of Corn (Zea Mays L.) Leaves

Z. Fahmi, A. Syarif, I. Dwipa
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Abstract

This research on intercropping productivity of several soybean varieties based on pruning corn plant leaves was carried out on road Alai Kapalo Koto, Limau Manis, Pauh District, Padang at an altitude of 101 meters above sea level from July to November 2022. The purpose of this research is to investigate the relationship between various soybean types and pruning. The best corn leaf for plant development and production, as well as intercropping productivity. This study used a factorial completely randomized design (CRD) with three replications. The first component was soybean cultivars, which had four treatment levels (Anjasmoro, Grobogan, Devon 1, and Dega 1), and the second factor was the quantity of corn leaf pruning, which had four treatment levels (Pruning 0 1/2, 1/3, and 1/4 Corn Plant Leaves). The number of clipped leaves is determined from the base of the stem. The findings revealed that there was no interaction between the quantity of leaf pruning applied to maize plants and select soybean varieties and plant development and yield in an intercropping system. trimming half of the leaves of a maize plant has a greater influence on NKL and ATER values than other trimming levels. When compared to other soybean varieties, the Anjasmoro soybean variety produced higher ATER soybean yields. According to the findings of this study, 1/2 leaf pruning of corn plants and the Anjasmoro type of soybean plants should be used in an intercropping system
几个大豆品种的生产力(Glycine Max L.)基于玉米(Zea Mays L.)修剪的研究叶子
本研究于2022年7月至11月在海拔101米的巴东保区利茂马尼什Alai Kapalo Koto公路上进行了基于玉米植株叶片修剪的几种大豆品种间作生产力研究。本研究的目的是探讨不同大豆品种与修剪的关系。对植株发育和生产,以及间作生产力最有利的玉米叶片。本研究采用因子完全随机设计(CRD),共3个重复。第一个因子是大豆品种,有4个处理水平(Anjasmoro、Grobogan、Devon 1和Dega 1);第二个因子是玉米叶片修剪量,有4个处理水平(修剪0 1/2、1/3和1/4玉米植株叶片)。剪掉的叶子的数量由茎的基部决定。结果表明,间作系统中玉米和大豆品种叶片修剪量与植株发育和产量之间不存在交互作用。修剪一半玉米叶片对氮磷钾和水分值的影响大于其他修剪水平。与其他大豆品种相比,Anjasmoro大豆品种的水大豆产量更高。根据本研究结果,间作应采用玉米植株1/2叶剪枝和大豆植株Anjasmoro型剪枝
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