底栖大型无脊椎动物作为埃塞俄比亚中部霍萨纳省巴泰纳河上游有机污染的指标

Denebo Sebaro Wanore, Tigist Markos Ordise, Haymanot Teshale Munye, Freheywot Danecho Dawore, Getahun Lega Heramo
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引用次数: 0

摘要

底栖大型无脊椎动物是指生活在所有水体底部的昆虫和其他没有背骨的生物,无需放大镜即可看到。它们是确定淡水和其他水生生态系统水质的生物监测物种,因为它们是水生生态系统和淡水生态系统环境变化的指标。本研究的目的是利用底栖大型无脊椎动物作为指标,评估巴泰纳河上游地区的有机污染及其对河流水质的影响。底栖大型无脊椎动物的采集使用了筛网和网眼尺寸为 1 毫米的筛子。在研究期间,共发现 4 科 57 个个体,隶属 4 目 1 类。最主要的类群是半翅目 29 个(50.8%),双翅目摇蚊科 14 个(红色)(24.56%),双翅目摇蚊科 14 个(浅色)(19.3%)。Sphendiea、Psephyendiea 和浊藻类所占比例相同(1.75%),其总丰度也相近。使用希尔森霍夫家系生物指数(Hillsenhoff Family Biotic Index,HFBI)评估了河流的污染程度,其值为 7.96。总体研究结果表明,由于多种有机污染物的影响,该河流受到污染,水质较差。因此,当地居民和河道管理部门应努力提高公众意识,防止垃圾处理,并在废水直接排放到河道之前对其进行处理,以防止河道水质进一步恶化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Benthic Macroinvertebrates as Indicators of Organic Pollution in Upstream Batena River, Hossana, Central Ethiopia
Benthic macro invertebrates are insects and other organism without a back bone that can be seen without magnification and that live in the bottom of all water bodies. They are bio monitor species in determining the water quality in fresh water and other aquatic ecosystems as they are indicator of environmental change of aquatic ecosystem and fresh water ecosystem. The aim of this study was to assess Organic pollution by using benthic macro invertebrate as indicator in upstream parts of Batena River and implication to the water quality of the river. Benthic Macro invertebrates were collected using Scrubber net and sieve with mesh size of 1mm. A total of 57 individual within 4 families belong to 4 orders and one class was identified during the study period. Most dominant group was Hemiptera 29(50.8%), Diptera14 for Chironomidae (Red) (24.56%) and for Diptera family chironomidae (Pale) (19.3%). Sphendiea, Psephyendiea and class of Turbilaria accounts the same percentage (1.75%) and their total abundance was also similar. The pollution level of the river was assessed using Hillsenhoff Family Biotic Index (HFBI) and the value was 7.96. Over all study showed that the river is polluted and have poor water quality as result of diverse Organic pollutant agents. Therefore, the local people and administration of the river should work hard to prevent further deterioration of the river quality by raising public awareness, prevention of waste disposal and treat the waste water before discharging it directly to the river.
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