Integrated Weed Management for Sustainable Agriculture

M. Hussain, Z. Abideen, Subhan Danish, M. Asghar, Khalid Iqbal
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Abstract

Increased world population will demand more food production, less water-consuming crops, better crop production techniques and better strategies for weed control. More production with rational use of available resources should enhance food security. Here, we review weed management approaches, which vary from crop to crop, with focus on organic weed management, non-chemical weed control, cover crops and allelopathy. Weeding practice in any crop depends on crop factors such as position in rotation, plant spacing and architecture; on field factors such as soil type and weed seed bank history; and on seasonal factors, e.g. rainfall. Crop losses can be reduced by integrated weed management with resistant crop varieties, rational use of agrochemicals, biocontrol agents, allelopathic crops, crop rotation and better cultural practices. Complementary weed control methods include grazing, herbicide application, land fallowing, biological control, cover crops, inclusion of competitive ability of crops, mechanical weeding, sowing time adjustment, irrigation methods, mulching and intercropping.
可持续农业的综合杂草管理
世界人口的增加将需要更多的粮食生产,更少的耗水作物,更好的作物生产技术和更好的杂草控制策略。合理利用现有资源,增加生产,应能加强粮食安全。本文综述了不同作物的杂草管理方法,重点介绍了有机杂草管理、非化学杂草控制、覆盖作物和化感作用。任何作物的除草做法都取决于作物因素,如轮作位置、植株间距和结构;土壤类型、杂草种子库历史等田间因素;还有季节性因素,比如降雨。通过采用抗性作物品种进行综合杂草管理、合理使用农用化学品、生物防治剂、化感作物、轮作和更好的栽培措施,可以减少作物损失。互补的杂草控制方法包括放牧、施用除草剂、土地休耕、生物防治、覆盖作物、包括作物竞争能力、机械除草、播种时间调整、灌溉方法、覆盖和间作。
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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