The Effect of Mychorrizha Enriched Seed Encapsulation to Soybean Growth and Yield

Jonet Kurniawan, T. Taryono
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Abstract

The high number of soybean's import  has led to various efforts to increase soybean production through increasing productivity, expanding planting areas, and improving management. One that can be done in maximizing soybean performance is the application of biological fertilizer such as mycorrhiza because  it was able  to increase nutrien tuptake and water and even drought tolerance. This study aims to determine the effect of encapsulation of soybean seeds enriched with mycorrhiza and explain the effect of mycorrhiza on soybean growth and yield. This study used three soybean varieties namely Anjasmoro, Grobogan, and Argomulyo which treated with encapsulation + mycorrhiza, mycorrhiza addition, and without mycorrhiza. The observation include number of pods per plant, number of seeds per plant, percentage of filled pods per plant, seed weight per plant and weight of 100 seeds. Data on seed weight per plant showed significantly different among varieties and Anjasmoro was the highest. The application of mycorrhiza through seed encapsulation did not improve the soybean performance.
富含菌根菌的种子包封对大豆生长和产量的影响
大豆的大量进口促使各国采取各种措施,通过提高生产率、扩大种植面积和改善管理来提高大豆产量。一个能使大豆生产性能最大化的方法是施用生物肥料,如菌根,因为它能增加营养吸收和水分,甚至耐旱性。本研究旨在确定富含菌根的大豆种子的包封效果,并解释菌根对大豆生长和产量的影响。本研究以3个大豆品种Anjasmoro、Grobogan和Argomulyo为研究对象,分别采用包封+菌根处理、添加菌根处理和不加菌根处理。观察包括每株荚果数、每株种子数、每株荚果填充率、每株种子重量和100粒种子重量。单株种子重各品种间差异显著,以安佳斯莫罗种子重最高。通过种子包埋施用菌根对大豆的生产性能没有改善作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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