THE EFFECT OF VARIOUS TYPES OF FERTILIZER ON THE GROWTH AND YIELD OF LONG BEAN PLANTS (VIGNA SINENSIS L.)

Ilham Ilham, Suyono Suyono, Muhammad Fahyu Sanjaya, Ardiana Ardiana
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Abstract

Long beans are one type of vegetable hortcultural plant that is popular throughout the world which is widely used as food or daily consumption, produced to be used as seeds and used as medicines in the world of health. This study aims to determine the effect of applying various fertilizers on the growth and production of string bean plants. This research was conducted in Lembang Village, Banggae Timur District, Majene Regency, Sulawesi Barat Province. The treatment in this study was designed with a simple Group Randomized Design with 4 treatments and 4 repetitions, namely P0 = No Fertilizer (control), P1 = Leachate 5 ml, P2 = MOL 5 ml, P3 = NPK Fertilizer 5 ml. Leachate and MOL as liquid organic fertilizers dissolved in water and applied per week after planting. NPK fertilizer as an inorganic fertilizer that is thawed with water and applied per week after planting. The results showed that the treatment of various fertilizers (P0, P1, P2, and P3) did not have a real effect on the growth and production of string bean tama, especially on the number of fruits. while the application of leachate water fertilizer dose of 5 ml (P1) gave higher results on the height and number of leaves of long bean plants compared to without fertilizer (P0) and the application of MOL 5 ml (P2) and NPK dose 5 ml (P3). The effect of applying NPK 5 ml (P3) fertilizer on the growth of long bean plants only appears in the variable number of leaves.
不同施肥类型对长豆植物生长和产量的影响
长豆是一种在世界范围内流行的蔬菜栽培植物,被广泛用作食物或日常消费,生产用于种子和保健领域的药物。本研究旨在确定施用不同肥料对菜豆植株生长和产量的影响。这项研究是在苏拉威西巴拉特省Majene Regency Banggae Timur区的Lembang村进行的。本研究采用简单的组随机设计,4个处理,4个重复,即P0 =不施肥(对照),P1 =渗滤液5ml, P2 = MOL 5ml, P3 = NPK肥5ml。渗滤液和MOL作为液体有机肥溶于水,种植后每周施用。氮磷钾肥料是一种无机肥料,在种植后每周施用。结果表明,不同肥料(P0、P1、P2和P3)处理对菜豆的生长和产量没有实际影响,特别是对果实数量影响不大。施用渗滤液水肥5 ml (P1)对长豆植株的株高和叶数的影响高于不施肥(P0)和施用MOL 5 ml (P2)和NPK 5 ml (P3)。施用NPK 5ml (P3)肥对长豆植株生长的影响仅表现在叶片数的变化上。
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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