Abstract
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.
Highlights
key success factors (KSFs) is one of the common methods of Information System Development planning, It was proposed by Harvard Professor William Zani in 1970, John F.Rockart(1979)
Proposed framework to identify KSFs of Construction land reduction (CLR) This study proposed a framework comprised of Delphi, Fuzzy Analytic hierarchy process (FAHP), and DEMATEL to identify the KSFs of CLR project in China (Fig 1)
Construction Land Reduction (CLR) is a strategy to improve the intensive use of land and control the unlimited expansion, to ensure the balance between the occupation and compensation of construction land and cultivated land in China
Summary
KSF is one of the common methods of Information System Development planning, It was proposed by Harvard Professor William Zani in 1970, John F.Rockart(1979). A set of KSFs in CLR projects was created based on an analysis of the current construction land literature This set of influencing factors was enriched by interviews with experts from relevant enterprises. CLR is known as land reduction, it means demolishing or reclaiming construction land that does not meet the requirements of the general plan for land use which has poor social, economic, or environmental benefits and low development efficiency. It ensures the restoration of the land for the agricultural production and promotes ecological benefits of construction lands. As one of the ways of land resource management, construction land reduction plays an important role
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