Water exploitation of Karoon River for fish culturing through monitoring and simulation systems
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 for 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 concluded that 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.
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| Format: | article biblioteca |
| Language: | English |
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2010
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| Subjects: | Aquaculture, Fisheries, Pollution, heavy metals, fish, lead, Karoon River, Khuzestan Province, Iran, |
| Online Access: | http://hdl.handle.net/1834/37149 |
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dig-aquadocs-1834-371492021-07-04T03:37:29Z Water exploitation of Karoon River for fish culturing through monitoring and simulation systems Haghighi, S. Arabi, H. Aquaculture Fisheries Pollution Pollution heavy metals fish lead Karoon River Khuzestan Province Iran 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 for 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 concluded that 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. 2021-06-24T18:03:55Z 2021-06-24T18:03:55Z 2010 article TRUE 1562-2916 http://hdl.handle.net/1834/37149 en http://www.ifro.ir application/pdf application/pdf 209-218 http://aquaticcommons.org/id/eprint/22368 18721 2018-03-30 21:20:14 22368 Iranian Fisheries Science Research Institute |
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Aquaculture Fisheries Pollution Pollution heavy metals fish lead Karoon River Khuzestan Province Iran Aquaculture Fisheries Pollution Pollution heavy metals fish lead Karoon River Khuzestan Province Iran |
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Aquaculture Fisheries Pollution Pollution heavy metals fish lead Karoon River Khuzestan Province Iran Aquaculture Fisheries Pollution Pollution heavy metals fish lead Karoon River Khuzestan Province Iran Haghighi, S. Arabi, H. Water exploitation of Karoon River for fish culturing through monitoring and simulation systems |
| description |
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 for 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 concluded that 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. |
| format |
article |
| topic_facet |
Aquaculture Fisheries Pollution Pollution heavy metals fish lead Karoon River Khuzestan Province Iran |
| author |
Haghighi, S. Arabi, H. |
| author_facet |
Haghighi, S. Arabi, H. |
| author_sort |
Haghighi, S. |
| title |
Water exploitation of Karoon River for fish culturing through monitoring and simulation systems |
| title_short |
Water exploitation of Karoon River for fish culturing through monitoring and simulation systems |
| title_full |
Water exploitation of Karoon River for fish culturing through monitoring and simulation systems |
| title_fullStr |
Water exploitation of Karoon River for fish culturing through monitoring and simulation systems |
| title_full_unstemmed |
Water exploitation of Karoon River for fish culturing through monitoring and simulation systems |
| title_sort |
water exploitation of karoon river for fish culturing through monitoring and simulation systems |
| publishDate |
2010 |
| url |
http://hdl.handle.net/1834/37149 |
| work_keys_str_mv |
AT haghighis waterexploitationofkaroonriverforfishculturingthroughmonitoringandsimulationsystems AT arabih waterexploitationofkaroonriverforfishculturingthroughmonitoringandsimulationsystems |
| _version_ |
1756079585971142656 |