埃塞俄比亚水葫芦(Eichhornia crassipes)的分布、威胁和管理方案综述

Habtamu Yigermal, Kelemu Nakachew, F. Assefa
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引用次数: 3

摘要

水葫芦是一种自由漂浮的匍匐茎多年生草本植物。它是一种水生入侵物种;原产于南美洲,是世界上最具侵略性的入侵物种。由于其观赏特性和繁殖能力,它深入侵入了世界热带和亚热带地区。此外,由于其快速的繁殖速度、生态适应性和对环境、人类健康和经济发展的有害影响,它被公认为最有害的杂草之一。它造成严重的社会经济和环境问题,包括破坏生物多样性、妨碍水运和娱乐、耗氧和水质下降、害虫、病媒及其对人类健康的影响的滋生地、妨碍农业和渔业、影响水电和供水系统以及增加蒸发蒸腾。因此,采用了物理、化学、生物等多种管理方法来控制杂草。因此,南非采用人工清除;津巴布韦穆提里克威湖;埃塞俄比亚Wonji-Shewa糖厂和欧文瀑布在维多利亚湖的金贾水电站。津巴布韦Chivero湖采用2-4-D进行化学防治;尼日利亚西南部埃尔捕鱼通道被草甘膦污染;南非大型水坝和河流系统使用草甘膦;津巴布韦醋酸和草甘膦在实验现场控制杂草。在津巴布韦的奇韦罗湖,通过象鼻虫和真菌的结合进行生物防治;肯尼亚维多利亚湖和中国的两种象鼻虫(布氏新象甲和布氏新象甲)和埃塞俄比亚布氏新象甲与真菌分别在裂谷和温室试验水平上进行了试验。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Distribution, threats and management options for water hyacinth (Eichhornia crassipes) in Ethiopia: A review
Water hyacinth is free-floating, stoloniferous and perennial herb. It is an aquatic invasive species; native to South America and most aggressive invasive species worldwide. It profoundly invaded the tropical and subtropical region of the world, as a result of ornamental properties and reproductive capability of the weed. In addition, it is recognized as one of the worst weeds due to its rapid proliferation rate, ecological adaptability and detrimental effects on environment, human health and economic development. It poses serious socio-economic and environmental problems includes destruction of biodiversity, hindrance to water transport and recreation, oxygen depletion and reduction of water quality, breeding ground for pests, vectors and their effect on human health, hampering agriculture and fisheries, affect hydropower and water supply systems and increased evapo-transpiration. Therefore deferent management strategies such as physical, chemical and biological methods had been used to control the weed. Accordingly manual removal was used in South Africa; Zimbabwe Lake Mutirikwi; Ethiopia Wonji-Shewa Sugar Factory and Owen fall hydropower in Jinja at Lake Victoria. Chemical control was practiced in Zimbabwe Lake Chivero using 2-4-D; South-west Nigeria Ere fishing channel by glyphosate; South Africa larger dams and river systems by using glyphosate; Zimbabwe acetic acid and glyphosate control the weed at experimental site. Biological control was practiced in Zimbabwe Lake Chivero through combination of weevil and fungi; Kenya Lake Victoria and China by two types of weevils (Neochetina bruchi and Neochetina eichhornia) and Ethiopia Neochetina bruchi and fungi at Rift Valley and in green house at experimental level respectively.
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