Poncokusumo Malang贾江村流域环境恢复评价的环境质量分析

C. Anam, Lupita Oktaviona, Argus Argus, C. Retnaningdyah, L. Hakim
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摘要

本研究旨在基于底栖大型无脊椎动物群落结构和河岸植被来确定流域环境质量。底栖大型无脊椎动物取样在扎江独孙河的两个站点进行。每个站点在±100个人的三个不同的点进行采样。而河岸植被则生长在河流的左右两侧。对样品进行鉴定,确定群落结构,以丰度(K)和频率(F)为基础,通过相对丰度(KR)、相对频率(FR)、重要值指数(INP)、shannon - wiener多样性指数(H)进行分析,利用Taksa丰富度(TR)和均匀度指数(E)对河岸植被进行分析,通过测量各点pH、电导率、浊度和温度进行理化数据分析。基于植被分析,1站河岸多样性丰富,H、TR和E值远高于2站。底栖大型无脊椎动物分析也支持这一结论,其重要价值指标值H和TR高于2站,ID值较低。而两个站点的非生物因子测量是相当平衡的。综合上述结果可知,虽然2个站点的质量较好,但由于采砂活动对站点质量的影响以及河岸植被的减少,2号站点的质量有所下降,从而使污染物的吸收更加减少。
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Environmental Quality Analysis as An Environmental Restoration Evaluation Effor in Jajang Village River Basin District Poncokusumo Malang
This study aims to determine the environmental quality of the watershed based on benthic macroinvertebrate community structure and riparian vegetation. Benthic macroinvertebrate sampling was conducted at two stations located in Jajang Dusun River. Each station is sampled at three different points each of ± 100 individuals. While the riparian vegetation takes place on the right and left of the river. The samples were identified and then determined the structure of the community which consisted of the abundance (K) and frequency (F) and performed further analysis by finding relative abundance (KR), relative frequency (FR), Importance Value Index (INP), Shanon-Wiener Diversity Index H). Riparian vegetation was analyzed by Taksa Richness (TR) and Eveness Index (E). Analysis of physiochemical data was done by measuring pH, conductivity, turbidity and temperature at each point. Based on vegetation analysis, station 1 has abundant riparian diversity with value of H, TR and E are much higher than station 2. It is also supported by benthic macroinvertebrate analysis which has important value index value, H and TR higher than station 2 and lower ID value. While the measurement of abiotic factors on both stations is quite balanced. Based on these results, although the quality of the two sites is good, there is a decrease in station 2 due to sand mining activities that affect station quality 2 and reduced riparian vegetation so that the absorption of pollutants becomes more reduced.
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