基于多种方法的赤峰市撰山子矿区资源环境承载力评价

    Evaluation of resource environmental carrying capacity in Zhuanshanzi mining area in Chifeng City based on various methods

    • 摘要:
      研究目的 在中国大力倡导绿色矿山的背景下,矿产资源开发利用理应受到资源环境的限制,开展矿山资源环境承载力评价是打造绿色矿山、实现矿业高质量发展的重要依据。
      研究方法 为客观分析撰山子矿区资源环境承载力,筛选了内蒙古赤峰市撰山子矿区资源环境承载力评价指标,提出了以“资源+环境+社会”为框架的评价指标体系,并分别进行了撰山子矿区资源环境承载力资源本底、环境本底和状态评价。
      研究结果 根据资源承载本底评价,四矿段承载力最低,六矿段承载力最高,说明四矿段矿产资源可利用量最低;根据环境承载本底评价,四、五、六、七矿段承载力等级相同,说明矿区地质环境、生态环境稳定,为矿区开发打下了良好的环境基础;根据承载状态评价,六矿段承载力最高,四、五、七矿段承载力等级相同,说明矿区承载状态均未发生超载,未对周边环境产生明显的影响。
      结论 本文创新性地将资源禀赋、环境状况和社会发展状态纳入矿区资源环境承载评价体系。根据评价结果,撰山子矿区整体资源环境承载力处于高水平,矿区各矿段资源环境现状良好,评价结果具有真实性、完整性和全面性。开展矿区资源环境承载能力评价,对于促进矿山资源管理、环境治理及矿业开发具有现实意义,也为今后矿业开发前矿区资源环境承载力研究提供重要依据。

       

      Abstract:
      Objective In the context of China's strong advocacy of green mines, the exploitation and utilization of mineral resources should be limited by resources and environment. The evaluation of mine resource and environmental carrying capacity is an important basis for building green mines and realizing high-quality development of mining industry.
      Methods In order to objectively analyze the resource and environmental carrying capacity of Zhuanshanzi mining area, this paper selects the evaluation index of resource and environmental carrying capacity of Zhuanshanzi mining area, puts forward an evaluation index system with "resource + environment + society" as the framework, and evaluates the resource background, environmental background and state of resource and environmental carrying capacity of Zhuanshanzi mining area respectively.
      Results According to the resource carrying capacity assessment, the Fourth Mine Section has the lowest carrying capacity, while the Sixth Mine Section has the highest, indicating that the Fourth Mine Section has the least available mineral resources. Based on the environmental carrying capacity assessment, the carrying capacity levels of the Fourth, Fifth, Sixth, and Seventh Mine Sections are the same, suggesting that the geological and ecological environments of the mining area are stable, providing a solid environmental foundation for development. The carrying state assessment shows that the Sixth Mine Section has the highest carrying capacity, while the Fourth, Fifth, and Seventh Mine Sections have the same level, indicating that none of the mine sections have exceeded their carrying capacity, and there is no significant impact on the surrounding environment.
      Conclusions This paper innovatively incorporates resource endowment, environmental conditions, and social development status into the evaluation system for the resource and environmental carrying capacity of mining areas. The evaluation results indicate that the overall resource and environmental carrying capacity of the Chuanshanzi mining area is at a high level, with all sections of the mining area showing good current conditions. The evaluation results are authentic, comprehensive, and complete. Conducting evaluations of the resource and environmental carrying capacity of mining areas is of practical significance for promoting mine resource management, environmental governance, and mining development. It also provides important evidence for future research on the resource and environmental carrying capacity of mining areas before mining development.

       

    /

    返回文章
    返回