Research On Drip Irrigation Management Model Of LeYuan Agricultural Cooperatives Of Manasi County

The drip irrigation management model of LeYuan Agricultural Cooperatives of Manasi county have achieved good application effect in practice. Therefore, this study takes the drip irrigation management model of LeYuan Agricultural Cooperatives of Manasi county in Xinjiang as the research object, from the perspective of management model, based on the analysis and summary of the literature, consulting experts and field investigation, and via grasping the rigorous logic, and for each part in detail in this paper. Firstly, by introducing the management subject of drip irrigation management model of LeYuan Agricultural Cooperatives in Manasi county, namely: LeYuan Agricultural Cooperatives, summarizes the basic situation of LeYuan Agricultural Cooperatives, aims to address the management subject of management pattern, and to solve the problem of "who to manage", and lay a foundation for further analysis of current management model; Secondly, through the management model's organization structure, management model, operation mechanism, management cost and source, etc., further analyzes the current situation of the drip irrigation management model of LeYuan Agricultural Cooperatives in Manasi county, to solve the problem of how to "manage" and "manage what" of this the management subject: LeYuan Agricultural Cooperatives; meanwhile, by building management effect evaluation index system, to evaluate the comprehensive efficacy of the drip irrigation management model of agricultural cooperatives as the core, respectively from three aspects: management efficiency, the effect of management and sustainability, and on the basis of empirical analysis to verify the Manasi county agricultural cooperative application the actual effect of drip irrigation management model, solved the question of "how's the effect of management"; Finally, through the analysis and summarizes the successful experience of the management pattern and the existing problems, further put forward the optimization and upgrading countermeasures and Suggestions for the sustainable development of the model.