Water Quality Analysis on Tertiary Channels Using Macroinvertebrate In Songka Sub-District, Palopo City

Abdul Rais, Aminudin Afandhi, B. Prasetya
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引用次数: 1

Abstract

Changes in the condition of aquatic environment are now a major problem for the survival of every organism caused by changes in land use, human activities, and agriculture. This study aims to determine the structure of macroinvertebrate communities. In addition, this study also aims to conduct analysis on BMWP index and water quality testing using physical and chemical parameters. This study was conducted on tertiary channels in Songka Sub-District, Palopo City. Each station's data collection covered relative density, macroinvertebrates that were found were assessed using BMWP index, then they were calculated using ASPT index. The results of this study found 17 taxa classified in the class of gastropods, insecta, bivalvia, malacostraca, citellata, oligochaeta and hirudenia. The results of BMWP index modification analysis from all stations found that ASPT value was “quite-poor” and “bad”. It was indicated that in each station was mainly dominated by Oligochaeta worms and tolerant macroinvertebrates. Testing of physical and chemical parameters obtained DO value which belonged to class II of water quality. The low DO value caused high BOD value, which was classified in class III. The high value of BOD had an effect on the rise of COD value, the increase of COD value was caused by the high amount of organic and inorganic materials entering the water. PH value was relatively normal with the range of 6.3 to 6.8, temperature was in the range of 27.1°C to 28°C, the rise in temperature value was influenced by tree shade and the intensity of sunlight. Keywords: BMWP-ASPT, Community structure, Macroinvertebrate, Pollution, Tertiary channel
帕洛波市松卡街道大型无脊椎动物对第三系河道水质的分析
由于土地利用、人类活动和农业的变化,水生环境条件的变化现在是每一种生物生存的主要问题。本研究旨在确定大型无脊椎动物群落的结构。此外,本研究还旨在对BMWP指数进行分析,并利用理化参数进行水质检测。本研究以帕洛坡市松卡街道三级河道为研究对象。各监测站收集的数据覆盖相对密度,利用BMWP指数对发现的大型无脊椎动物进行评估,然后利用ASPT指数进行计算。结果发现腹足纲、昆虫纲、双壳纲、马甲纲、黄体纲、少毛纲和水蛭纲共17个分类群。各站BMWP指数修正分析结果显示,ASPT值为“相当差”和“差”。结果表明,各站点以寡毛纲蠕虫和耐受性大型无脊椎动物为主。理化参数测试得到的DO值属于二类水质。低DO值导致高BOD值,属于ⅲ类。高BOD值对COD值的升高有影响,COD值的升高是由大量的有机和无机物进入水体引起的。PH值相对正常,在6.3 ~ 6.8之间,温度在27.1℃~ 28℃之间,温度值的上升受树荫和光照强度的影响。关键词:bmp - aspt,群落结构,大型无脊椎动物,污染,三级通道
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