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Water exploitation of Karoon River for fish culturing through monitoring and simulation systems

机译:通过监测和模拟系统对喀鲁湖河进行水产养殖

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Heavy metal pollution dispersion simulation in rivers and predicting spatial and temporal variations of pollutants can be used to determine the precise place and to schedule water withdrawal time for drinking, agriculture, aquaculture and ecosystem studies. To study the movement of heavy metal pollution through Karoon flow model, MIKE 11 was employed fpr simulation of the flow model of Karoon River as well as heavy metal moving. The model was run for lead along the 214 km of Karoon River from Ahwaz to Darkhvein. The input data used for this model were river morphology parameters, statistical data of water flow and water contamination. The output of the model conformed to real data collected from different locations along the River. It was concludedthat Karoon River water exploitation for fish culturing (e.g., salmon culture) should be at least 40 km far from Ahwaz (close to Bayoz City) from July to December and 20 km for the rest of the year.
机译:河流中重金属污染扩散模拟和预测污染物的时空变化可用于确定确切的地点并安排饮水,农业,水产养殖和生态系统研究的取水时间。为了通过Karoon流模型研究重金属污染的运动,采用MIKE 11对Karoon河的流模型以及重金属运动进行了模拟。该模型是沿着从阿瓦士(Ahwaz)到达克维因(Darkhvein)的喀伦河(Karoon River)214公里进行铅测试。用于该模型的输入数据是河流形态参数,水流量和水污染的统计数据。该模型的输出与从沿河不同位置收集的真实数据一致。得出的结论是,从7月到12月,Karoon河用于鱼类养殖(例如鲑鱼养殖)的水开发应距阿瓦士(距巴约斯市不远)至少40公里,其余时间应至少20公里。

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