Participatory modelling platform for groundwater irrigation management with local farmers in Iran (K...

مرکز و کتابخانه مطالعات اسلامی به زبان های اروپایی

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" Participatory modelling platform for groundwater irrigation management with local farmers in Iran (Kashan) "
Jafary, Forough

Document Type	:	Latin Dissertation
Record Number	:	806844
Doc. No	:	TLets687571
Main Entry	:	Jafary, Forough
Title & Author	:	Participatory modelling platform for groundwater irrigation management with local farmers in Iran (Kashan)\ Jafary, Forough
College	:	University of Birmingham
Date	:	2016
student score	:	2016
Degree	:	Thesis (Ph.D.)
Abstract	:	This thesis develops a participatory modelling process to study improvement in the management of irrigation efficiency, including physical and social dimensions in the context of arid and semi-arid regions of Iran. This study develops an interdisciplinary and participatory method to understand and strengthen collective decision-making in local Iranian farming systems. Specific attention is given to groundwater irrigated agricultural practices under the Iranian governance system to provide wider context. Kashan City, in central Iran is selected as a case study area for specific reasons, such as historical water use, the farmers’ rich indigenous knowledge, and successful agricultural practices under conditions of water scarcity. The accessibility and willingness of local farmers to engage in a participatory modelling process are considered. The thesis suggests the first use of role-play simulation for irrigation management practices in Iran, is an effective and insightful method of achieving adaptive management solutions. The application of an innovative participatory simulation modelling with farmers revealed their main incentives for collective irrigation practices, their capabilities to learn and evaluate the system. It is argued that management decisions have major impacts on farmers’ livelihoods and therefore it is essential to integrate farmers’ perspectives in local governance to sustain agricultural productivity.
Subject	:	S Agriculture (General); TD Environmental technology. Sanitary engineering
Added Entry	:	University of Birmingham