Miranty Sirappa, Umrah, A. R. Thaha
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引用次数: 0

摘要

液体有机肥是以有机物质为原料,以液体制剂的形式生产的肥料。液体有机肥(有效成分Aspergillus sp.)的研究是基于Tempe废液和椰子水在Kangkung陆地植物(Ipomoea reptans Poir.)上的应用,本研究于2018年3月至11月在Sigi Regency Dolo街道Langaleso村进行,Tadulako大学数学与自然科学系生物技术实验室。本研究旨在观察施用液体有机肥(有效成分曲霉)后康坤植物的生长情况。在完全随机计划(RAL)中设计的研究包括7种类型和5次重播。处理成分;P0(未施用POC,对照),P1(施用POC 2.5%), P2(施用POC 5%), P3(施用POC 7.5%), P4(施用POC 210%), P5(施用POC 12.5%), P6(施用NPK,不施用POC)。POC液体有机肥(有效成分曲霉)。结果表明,以穗鲜重(8.47 g)、生物量鲜重(6.02 g)、叶片鲜重(4.66株)、根系鲜重(5.72 g)为指标的P1方案生长最佳,以根长(27.10 cm)为指标的P2方案生长最佳。P4处理基于高平均植株(27.34 cm)、叶片数(14.90股)、根系干重(1.61 g)。P6处理基于叶片干重(2.07 g)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PENERAPAN PUPUK ORGANIK CAIR (Bahan Aktif Aspergillus sp.) BERBAHAN DASAR LIMBAH CAIR TEMPE DAN AIR KELAPA PADA TANAMAN KANGKUNG DARAT (Ipomoea reptans Poir.)
Liquid Organic fertilizer is a fertilizer produced from organic materials in the form of liquid preparations. Research on the application of liquid organic fertilizer (active ingredient Aspergillus sp.) is based on liquid waste of Tempe and coconut water on the Kangkung land plant (Ipomoea reptans Poir.), this research has been conducted in March to November 2018 in the village Langaleso, Dolo subdistrict, Sigi Regency, Biotechnology Laboratory of Biology Department of Mathematics and Natural Sciences of Tadulako University. This research aims to observe the growth of plant Kangkung post application of liquid organic fertilizer (active ingredient Aspergillus sp.). The research designed in the complete random plan (RAL) consists of seven types and five times the replay. Composition of treatment; P0 (without the application of POC, control), P1 (Application of POC 2.5%), P2 (Application of POC 5%), P3 (Application of POC 7.5%), P4 (Application of POC 210%), P5 (Application of POC 12.5%), P6 (NPK application, without POC). Description POC Liquid Organic fertilizer (active ingredient Aspergillus sp.). The observation results showed the best growth on the implementation of P1 based on the fresh weight of the heading (8.47 g), the fresh weight of biomass (6.02 g), the fresh weight of the leaves (4.66 strands), the fresh weight of the roots (5.72 g). The P2 is based on the root length (27.10 cm). P4 treatment based on the high average plant (27.34 cm), the number of leaves (14.90 strands), dry weight of the roots (1.61 g).  P6 treatment based on leaf dry weight (2.07 g).
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