Title of article :
Evaluation of Crisis Resolution Strategies for Groundwater Revival Plan Using Fuzzy Best - Worst Multi-Criteria Decision Model
Author/Authors :
Donyaii, Alireza Department of Civil Engineering - Islamic Azad University Roudehen Branch, Roudehen, Iran , Sarraf, Amirpouya Department of Civil Engineering - Islamic Azad University Roudehen Branch, Roudehen, Iran , Mardanifar, Mahdi Bargab Consulting Engineers Company, Gorgan, Iran
Abstract :
The importance of the proper implementation of the Groundwater Revival Plan (GRP) as
one of the key approvals of the Supreme Water Council has been doubled due to the
escalation of the groundwater crisis in most of Iran's aquifers. Therefore, the implementation
of GRP principles is the only way to overcome the crisis and the related challenges. In this
study, the management crisis of Iran's groundwater resources is re-evaluated from the
perspective of the administrative, social, and legal system with the GRP challenging
approach. Then, the best-worst fuzzy multi-criteria decision model in Lingo9 software is
developed by collecting the opinions of 23 GRP experts, based on three general criteria of
change in administrative structure (C1), policy structure (C2) and modification of GRP legal
structure (C3), which includes 18 sub-criteria. The results showed that timely and
appropriate allocation of financial resources (S22), creating incentive packages for farmers
to improve the cultivation pattern (S23) and creating serious efforts at all levels of
management in the field of implementation, continuity, and removal of obstacles (S21)
respectively with weights. 0.2247, 0.1098, and 0.0946 - with more than 40% of the total
importance - occupy the first to third ranks.
Keywords :
Groundwater Revival Plan , Best-Worst Fuzzy Multi-Criteria Decision Model , Water Resources Management
Journal title :
Journal of Hydraulic Structures