Conflict Resolution of Sefidrud Irrigation and Drainage Network With Games Theory

In recent years the inevitable consequence of increasing demand and decreasing reserves of natural resources, especially water increased conflict. The purposeof this study is to analyze and to provide solutions for solving the conflict of the Sefidrud irrigation and drainage network. In this regard, the game theory was employed. For modeling and analysis of the conflict, Graph Model for Conflict Resolution (GMCR) were used.After determining players and options and inserting them into the model, 64 states were created in this conflict., It uses non-cooperative solution concepts with regard to prioritize strategies by decision-makers,4 situations were identified as equilibrium points. After the final analysis software of the strongest points of equilibrium, quo and the base status is one of the points equilibrium, the other the equilibrium point is situations that farmers take alternative irrigation tout that the favorable situation in the future;Therefore, you have to train farmers and Involving them in decisions as a primary player and the formation of water user associations to improve the condition of their participation in the management of water resources, To reduce the conflict using stability of the resources.