MODELING RESULTS ASSESSMENT OF CONFIDENCE INTERVAL BETWEEN PEN CULTURE FISH FARMS IN THE GORGAN BAY

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SHARBATY S.

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Journal: Journal of Aquaculture Development Year:2015 | Volume:9 | Issue:1 Page(s): 53-66

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Title

MODELING RESULTS ASSESSMENT OF CONFIDENCE INTERVAL BETWEEN PEN CULTURE FISH FARMS IN THE GORGAN BAY

Author(s)

SHARBATY S. | Issue Writer Certificate

Keywords

GORGAN BAYQ1

CONFIDENCE INTERVALQ2

PEN CULTUREQ2

MIKE21NSW MODELQ2

MIKE21FM MODELQ2

ADVECTION-DISPERSION MODELQ2

Abstract

Development of fish farms requires of studying about determines the CONFIDENCE INTERVAL between farms. CONFIDENCE INTERVAL indicative the minimum distance required to minimize the adverse effects of spreading pollutants between farms. In this investigation, the result of Mike 21 FM model to determine the CONFIDENCE INTERVAL between culture farms in the GORGAN BAY is discussed. The effects of waves radiation stress induced of dominant wind by implementation of the wave model of MIKE 21 NSW in 7 scenarios are considered in the hydrodynamic model of MIKE 21 FM. Pollution transport and dispersion modeling were done under 14 different scenarios by coupling hydrodynamic Mike21FM with ADVECTION-DISPERSION MODELs. In modeling, average annual precipitation, evaporation and 13 river inlets and the effect of western, northern and west northern winds with two speeds 2.5 and 5 m/s in normal atmospheric conditions and prevailing western wind with speed 15 m/s under storm condition were used. To applying the open boundary at the mouth Ashouradeh-Bandar Turkmen, mean discharge values of input and output of 1, 000 m3/s were used. The modeling results showed that the CONFIDENCE INTERVAL varies from 45 to 1097 m in the GORGAN BAY. The CONFIDENCE INTERVAL and duration of the dilution of pollutants in the bay increased by reducing depth and vice versa. The CONFIDENCE INTERVAL increased with increasing wind speed, but the time needed for dilution of pollutants in the bay by increasing the mixing process decreases and vice versa. Water exit through the mouth of Ashuradeh-Bandar Turkmen caused to increased CONFIDENCE INTERVAL and duration of the dilution of pollution and vice versa.

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APA: Copy

SHARBATY, S.. (2015). MODELING RESULTS ASSESSMENT OF CONFIDENCE INTERVAL BETWEEN PEN CULTURE FISH FARMS IN THE GORGAN BAY. JOURNAL OF AQUACULTURE DEVELOPMENT, 9(1), 53-66. SID. https://sid.ir/paper/242020/en

Vancouver: Copy

SHARBATY S.. MODELING RESULTS ASSESSMENT OF CONFIDENCE INTERVAL BETWEEN PEN CULTURE FISH FARMS IN THE GORGAN BAY. JOURNAL OF AQUACULTURE DEVELOPMENT[Internet]. 2015;9(1):53-66. Available from: https://sid.ir/paper/242020/en

IEEE: Copy

S. SHARBATY, “MODELING RESULTS ASSESSMENT OF CONFIDENCE INTERVAL BETWEEN PEN CULTURE FISH FARMS IN THE GORGAN BAY,” JOURNAL OF AQUACULTURE DEVELOPMENT, vol. 9, no. 1, pp. 53–66, 2015, [Online]. Available: https://sid.ir/paper/242020/en

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