Fostering land use sustainability through construction land reduction in China: an analysis of key success factors using fuzzy-AHP and DEMATEL
2022
Li, Qiang | Wang, Lifang | Zhu, Yuming | Mu, Bingxu | Ahmad, Naveed
Construction land reduction (CLR) is an important instrument for achieving environmental sustainability by reducing intensive land use, controlling the unrestrained extension of construction land, and ensuring a balance between construction and arable lands in China. Existing studies on key factors of CLR projects are rare, lacking comprehensive and systematic understanding. In this study, the fuzzy-AHP and fuzzy-DEMATEL methods were used to obtain the comprehensive causality and centrality values, whereby factors with a comprehensive causality value larger than 0 and a comprehensive centrality ranking in the top 20% were identified as key success factors (KSFs). Results indicate that KSFs include the presence of a supportive policy for CLR, coordination with the original landowner, coordination with the surrounding residents, a diversity of enterprises participating in the CLR, a legal environment, and land acceptance and testing standards. This paper lays a theoretical foundation for CLR projects and provides guidelines for achieving successful project implementations.
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