首页> 外文会议>2007 IYRF;International Yellow River Forum on Sustainable Water Resources Management and Delta Ecosystem Maintenance >Eco-based Water Quality Investigations of Jian-Chi-Chei Confluence in Tanshui River
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Eco-based Water Quality Investigations of Jian-Chi-Chei Confluence in Tanshui River

机译:Eco-based water quality investigation so FJ Ian-χ-C黑confluence int氨水river

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The eco-based water quality investigation consists of biotic organisms, e. g. fish, aquatic insect, algae, and the abiotic water quality, e. g., DO, BOD, S. S., electronic conductivity and so on. The eco-based water quality investigation results were examined the current ecological state of Jian-Chi-Chei confluence with modified ISC model. The results show that the scores of hydrology and streamside plant are relatively low which indicate the negative impact on longitudinal continuity because of reservoirs and dams along the river and only very few plants or grassland in the streamside. Among the five sub- indices, water quality reveals the highest score. Tidal effects, which influence the conductivity, may be the reason of this contradictive result. Since the DO and BOD factors, which may be more important, are not considered, the current ISC may not be able to represent the water quality properly.
机译:基于生态的水质调查由生物有机体组成,例如G。鱼,水生昆虫,藻类和非生物水质,例如。例如,DO,BOD,S。S.,电子电导率等。基于生态学的水质调查结果,使用改进的ISC模型检查了建智支流汇合处的当前生态状况。结果表明,水文和河岸植物得分相对较低,这表明由于沿河的水库和水坝以及河岸上仅有很少的植物或草地,对纵向连续性产生了负面影响。在五个子指数中,水质得分最高。影响电导率的潮汐效应可能是造成这种矛盾结果的原因。由于未考虑可能更重要的DO和BOD因素,因此当前的ISC可能无法正确表示水质。

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