Evaluation Index System for Optimizing Utilization of Rural Construction Land

Abstract

Under the background of the concept of “ecological resilience”, the analytic hierarchy process (AHP) and fuzzy comprehensive evaluation (FCE) were used to establish an evaluation index system for rural construction land in Sancha Town, Jianyang City, the entire assessment system was built from three perspectives: ecological constraints, drivers and normative guiding factors. Among them, ecological constraints refer to the objective constraints affecting the optimal use of rural construction land. Under the constraints of natural ecology, the ability to resist natural risks is crucial; the driving factor refers to the external conditions that promote the optimal use of the intrinsic power of rural construction land. The most important in driving factors is the level of economic development; normative guiding factors refer to the norms The use of rural construction land, guiding the direction of construction and utilization, improving the external conditions for the optimal use of construction land, the most important of which is the land policy conditions; the analysis shows that natural ecological constraints are more important than drivers and normative guiding factors.