Efektifitas Triklopir dan Fluroksipir dalam Pengendalian Gulma Berdaun Lebar di Savana Bekol Taman Nasional Baluran

Rinny Saputri, YM Diah Ratnadewi, Soekisman Tjitrosoedirdjo, Titiek Setyawati
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Abstract

Invasion of broadleved weeds cause competition with local grasses which are the main feed for herbivores. Chemical control should use selective herbicides that only kill the broadleaved weeds without harming the grass. The research was conducted in the savanna Bekol - Baluran National Park, East Java, from January 2015 until March 2015 to find the best rate of herbicide to control broadleaved weeds in the savanna and to estimate the soil residue of herbicide used. The experimental design was a randomized block with six treatments and four replications. The treatments were herbicide applications consisted of (1) the rate of triclopyr at 670 g a.i ha-1 (TA), (2) rate of triclopyr at  1340 a.i ha-1 (TB), (3) the rate of  fluroxypyr at 200 g a.i ha-1 (FA), (4) rate of fluroxypir at 400 g a.i ha-1 (FB), (5) Weeding Manual (PM) and (6) Control (K).The result showed that there was a change in the composition of the vegetation after herbicide applied. The dominance of broadleaed weeds was replaced by the dominance of Brachiaria reptans and Sclerechnae punctata. The application of triclopyr at 1340 g ai ha-1 was able to reduce weed infestation to 0.48 g 0.25 m-2 compared to 12.66 g 0.25 m-2 before the herbicide application. It facilitated the growth of grasses up to 6.87 g 0.25 m-2 which was among the best of treatments applied because it has shown maximum effectieness for controlling broadleaved weeds.
三氯梨和氟氧监狱在巴西国家公园的稀树大草原上对阔叶杂草的控制
阔叶杂草的入侵引起了当地牧草的竞争,而牧草是食草动物的主要饲料。化学防治应使用选择性除草剂,只杀死阔叶杂草而不伤害草。本研究于2015年1月至2015年3月在东爪哇belkol - Baluran国家公园的稀树草原上进行,目的是寻找控制稀树草原阔叶杂草的最佳除草剂用量,并估计除草剂的土壤残留量。试验设计为随机分组,6个处理,4个重复。施用三氯吡虫啉670 g a.i ha-1 (TA)、1340 a.i ha-1 (TB)、200 g a.i ha-1 (FA)、400 g a.i ha-1 (FB)、《除草手册》(PM)和《防治》(K)。结果表明,施用除草剂后,植被组成发生了变化。阔叶杂草的优势被爬行臂属(Brachiaria reptans)和点状硬膜菌(scechnae punctata)所取代。施用三氯吡虫啉1340 g / hm -1时,杂草侵染率由施用前的12.66 g / hm -2降至0.48 g / hm -2。该处理对阔叶杂草的防治效果最好,对草的生长促进作用达到6.87 g 0.25 m-2。
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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