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Dr. Kourosh Mohammadi
Principal Hydrogeological Engineer at HLV2K Engineering, Canada

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Research Keywords & Expertise

0 Groundwater Modeling
0 Surface water-Groundwater interaction
0 Groundwater monitoring
0 Groundwater sustainability assessment
0 Groundwater vulnerability

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Journal article
Published: 03 May 2021 in Land Use Policy
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Drying of Hour Al-Azim wetland, dust storm phenomenon in western and southwestern of Iran in recent years and their effects on human health, social and economic security has led to a crisis in the region. In addition to effects of the transboundary factors, internal factors such as management disputes, contradiction of goals in different organization and ministries has resulted to eliminate some area of Hour Al-Azim wetland and dust storm phenomenon. In this study, the non-cooperative game theoretic and conflict model GMCR II (Graph Model for Conflict Resolution) were used to resolve the internal management conflicts. After determining players, strategies and priorities of each player were identified by using of the AHP-SWOT model (Analytic hierarchy process (AHP), The Strengths, Weaknesses, Opportunities, and Threats (SWOT)). Then, with respect to the required limitations, 120 states were created in the conflict. In the following, appropriate solution approach was selected by running the model and determining equilibrium points. According to the results, endorsing supporting ideas for farmers, improving of crop pattern, imposing crop cultivation limitation by Ministry of Agriculture, preventing from oil field expansion and better agricultural water supply for integrated management of the region were identified as solutions to resolve conflicts among players. On the other hand, Department of Environment should also impose more rigorous regulations on development of oil fields in the region.

ACS Style

Nima Pournabi; Somaye Janatrostami; Afshin Ashrafzadeh; Kourosh Mohammadi. Resolution of Internal conflicts for conservation of the Hour Al-Azim wetland using AHP-SWOT and game theory approach. Land Use Policy 2021, 107, 105495 .

AMA Style

Nima Pournabi, Somaye Janatrostami, Afshin Ashrafzadeh, Kourosh Mohammadi. Resolution of Internal conflicts for conservation of the Hour Al-Azim wetland using AHP-SWOT and game theory approach. Land Use Policy. 2021; 107 ():105495.

Chicago/Turabian Style

Nima Pournabi; Somaye Janatrostami; Afshin Ashrafzadeh; Kourosh Mohammadi. 2021. "Resolution of Internal conflicts for conservation of the Hour Al-Azim wetland using AHP-SWOT and game theory approach." Land Use Policy 107, no. : 105495.

Journal article
Published: 25 May 2017 in Climate
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The SWATDRAIN model was developed by incorporating the subsurface flow model, DRAINMOD, into a watershed scale surface flow model, SWAT (Soil and Water Assessment tool), to simulate the hydrology and water quality of agricultural watersheds. The model is capable of simulating hydrology under different agricultural management and climate scenarios. As an application of the SWATDRAIN model, the impact of climate change on surface/subsurface flow was evaluated in the Canagagigue Creek watershed in southern Ontario, Canada. Using the assumption that there has been no change in land cover and land management, the model was applied to simulate annual, seasonal, and monthly changes in surface and subsurface flows at the outlet of the watershed under current and future climate conditions. The climate scenario under consideration in this study for 2015–2044 was derived from CGCM2 (Canadian Global Circulation Model 2), with A2 scenario for future climatic simulation. The SWATDRAIN model’s ability to predict the impacts of future climate change scenarios in agricultural watersheds due to monthly NSE (Nash Sutcliffe Efficiency), PBIAS (Percent Bias), and RSR (Root Mean Square Error) values of 0.74, 3.67, and 0.37, respectively, for the validation phase. The results showed that general climate change effects more spring and winter hydrology than summer hydrology. The results show that the annual flow is expected to increase in future, which will lead to an increase in the sediment loads in the stream.

ACS Style

Golmar Golmohammadi; Ramesh Rudra; Shiv Prasher; Ali Madani; Kourosh Mohammadi; Pradeep Goel; Prasad Daggupatti. Water Budget in a Tile Drained Watershed under Future Climate Change Using SWATDRAIN Model. Climate 2017, 5, 39 .

AMA Style

Golmar Golmohammadi, Ramesh Rudra, Shiv Prasher, Ali Madani, Kourosh Mohammadi, Pradeep Goel, Prasad Daggupatti. Water Budget in a Tile Drained Watershed under Future Climate Change Using SWATDRAIN Model. Climate. 2017; 5 (2):39.

Chicago/Turabian Style

Golmar Golmohammadi; Ramesh Rudra; Shiv Prasher; Ali Madani; Kourosh Mohammadi; Pradeep Goel; Prasad Daggupatti. 2017. "Water Budget in a Tile Drained Watershed under Future Climate Change Using SWATDRAIN Model." Climate 5, no. 2: 39.