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• W3119580730 abstract "• Mineral resources are an important part of the ecosystem. Unreasonable exploitation of mineral resources is very likely to cause serious damage to the ecological environment, thereby affecting the service functions of the ecosystem. Therefore, research on mineral resources is extremely important and urgent. First of all, we must study the spatial distribution. Based on the analysis of the factors and mechanisms that affect the development of mineral resources, the functional zoning of minerals is divided, and the regional discrimination system and matrix discrimination model are constructed through index calculation methods. • After research, this article found that the spatial distribution of China’s mineral resources development is unreasonable. Some ecologically fragile areas have over-exploited mineral resources, exceeding the capacity of resources and the environment. In some nature reserves, the mining rights have not been revoked, which not only leads to the low efficiency and comprehensive benefits of resource space allocation, but also poses a serious threat to the security of the regional ecosystem, leading to land subsidence, water shortage, environmental pollution and many other problems. Some regions have even fallen into the “resource curse”, which severely restricts the healthy and sustainable development of the regional economy and society. • In order to provide a basis for the development of mineral resources and the implementation of spatial division management, this paper studies and analyzes the application of fuzzy recognition method in the allocation of mineral resources to promote the optimal allocation of mineral resources. The results show that, taking the suitability of the spatial development of mineral resources as the evaluation objective, the functional zoning of mineral resources development is constructed on the basis of analyzing the influencing factors and mechanisms of mineral resource development, index system, index calculation method, regional discrimination system and matrix discrimination model. It has important reference value for promoting the optimal allocation system of mineral resources. From the comprehensive perspective of the quantity, quality and concentration of resources, a set of comprehensive evaluation indicators and calculation methods reflecting the basic status of regional mineral resources (resource richness) are proposed. Through empirical research, the indicator system and method for functional zoning of mineral resources development are verified, and a plan for the development of functional zoning of main solid mineral resources in our country is proposed. In order to provide a basis for the development of mineral resources and the implementation of spatial zoning management, the application of fuzzy recognition method in mineral resources allocation is studied and analyzed in this study to promote the optimal allocation of mineral resources and establish a reasonable regional division of labor and cooperation relationship. The results show that, taking the suitability of mineral resources spatial development as the evaluation objective, on the basis of the analysis of influencing factors and mechanism of mineral resources development, the index system, index calculation method, regionalization discriminant system and matrix discriminant model for the functional regionalization of mineral resources development are constructed, which has important reference value for promoting the system of optimum allocation of mineral resources. From the comprehensive perspective of quantity, quality, and concentration of resources, a set of comprehensive evaluation indexes and calculation methods reflecting the basic conditions of regional mineral resources (resource abundance) are proposed. Through empirical research, the index system and method of functional zoning of mineral resources development are verified, and the development function zoning scheme of main solid mineral resources in China is put forward. The results can provide macro decision-making reference for guiding mineral resources exploration, development, utilization and protection according to local conditions, zoning planning, and classification. This suggests that the limited and relatively scarce mineral resources are rationally allocated in order to produce the most suitable commodities and services and obtain the best benefits with the least resource consumption." @default.
• W3119580730 created "2021-01-18" @default.
• W3119580730 creator A5053958450 @default.
• W3119580730 date "2021-06-01" @default.
• W3119580730 modified "2023-09-30" @default.
• W3119580730 title "Application of fuzzy recognition method in mineral resources allocation" @default.
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• W3119580730 doi "https://doi.org/10.1016/j.suscom.2021.100509" @default.
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