2017International Journal of Environmental ScienceRequires access

Multiple Ecological Parameters Analysis in Streams and Rivers

Sang-Jae Lee, Eui-Haeng Lee, Abdullah Al Mamun, Kwang‐Guk An

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Abstract

We evaluated multiple ecological parameters of streams and rivers within a same watershed for a diagnosis of physical, chemical, and biological conditions. Water quality such as nutrients (N, P), BOD, suspended solids, and specific conductivity were analyzed to detect a chemical pollution. Physical habitat conditions were determined by Qualitative Habitat Evaluation Index (QHEI), and the biological conditions were determined by fish analysis, based on the multi-metric fish model of the Index of Biological Integrity (IBI) for evaluations of the biological stream health. In addition, we analyzed fish fauna and compositions in the streams and rivers along with the analysis of tolerance and trophic guilds. Ecological stream/rivers health were analyzed using the all dataset of physical habitat, chemical, and biological components. These approach may be provide a key data for an ecological restoration of impaired lotic ecosystems.

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What this paper is about

We evaluated multiple ecological parameters of streams and rivers within a same watershed for a diagnosis of physical, chemical, and biological conditions. Water quality such as nutrients (N, P), BOD, suspended solids, and specific conductivity were analyzed to detect a chemical pollution. Physical habitat conditions were determined by Qualitative Habitat Evaluation Index (QHEI), and the biological conditions were determined by fish analysis, based on the multi-metric fish model of the Index of Biological Integrity (IBI) for evaluations of the biological stream health. In addition, we analyzed fish fauna and compositions in the streams and rivers along with the analysis of tolerance and trophic guilds. Ecological stream/rivers health were analyzed using the all dataset of physical habitat, chemical, and biological components. These approach may be provide a key data for an ecological restoration of impaired lotic ecosystems.

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Available abstract

We evaluated multiple ecological parameters of streams and rivers within a same watershed for a diagnosis of physical, chemical, and biological conditions. Water quality such as nutrients (N, P), BOD, suspended solids, and specific conductivity were analyzed to detect a chemical pollution. Physical habitat conditions were determined by Qualitative Habitat Evaluation Index (QHEI), and the biological conditions were determined by fish analysis, based on the multi-metric fish model of the Index of Biological Integrity (IBI) for evaluations of the biological stream health. In addition, we analyzed fish fauna and compositions in the streams and rivers along with the analysis of tolerance and trophic guilds. Ecological stream/rivers health were analyzed using the all dataset of physical habitat, chemical, and biological components. These approach may be provide a key data for an ecological restoration of impaired lotic ecosystems.

Key concepts: Index of biological integrity, Biological integrity, STREAMS, River ecosystem, Habitat, Watershed, Environmental science, Trophic level

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