An Integrated Neutrosophic Regional Management Ranking Method for Agricultural Water Management

Abstract

The development of global warming adaptation principles is a crucial issue to resilience to climate change. Due to the consequences of global warming on land and water management. The persistence to determine the adaptation procedures is a demanded challenging process corresponding to the current climate change issues. Climate change has a direct impact on the water cycle that results in unpredictable cases of pollution and rare of water. In order to provide viable options for enormous-scale water supply structures, the study presents a new planning approach that incorporates multi-criteria decision-making (MCDM). The agriculture water management (AWM) relies on MCDM with various criteria and alternatives. The study ranks regional management alternatives with respect to groundwater resources. In addition, study adopts neutrosophic theory to handle unpredictable cases. The proposed decision-making approach integrates neutrosophic sets with the MARCOS method for achieving optimal solutions. A detailed numerical case study that illustrates eight criteria and ten alternatives to examine the applicability for the proposed method.