矿业城市占全国城市总数39.6%，煤矿废弃地占矿山总建设面积60%以上，煤矿废弃地再生利用对国民经济及社会具有重大影响。针对煤矿废弃地已有规划体系不完善、研究对象和技术手段单一等问题，以矿业城市“双修”理论为视角,分别以北京市门头沟矿区及周边河北省峰峰矿区区域内若干煤矿废弃地为研究对象，初步构建跨学科融合的煤矿废弃地再生利用理论体系。1.通过城市宏观-区域中观-场地微观三个层次,融合多学科领域成果和交叉研究手段,应用层次分析法综合研究煤矿废弃地再生利用影响要素及权重；2.辅以GIS地理信息系统等手段，从定性和定量两方面探讨和优化煤矿废弃地开发时序、开发数量评价体系和功能选择评价体系。3.与城市规划编制体系接轨，探索煤矿废弃地再生利用专项规划体系：分别以开发时序和开发数量为总体性规划依据，以功能选择模式为控制性详细规划依据，以传统设计方法和可持续场地评估方法为修建性详细规划依据进行研究。

Mining cities account for 39.6% of the total number of our cities, and abandoned mine land (AML) account for more than 60% of the total mine construction area. Therefore, the regeneration of AML has a great impact on the national economy and society. The existing research methods of AML have imperfection issues, such as single study object and single technical means. Hence, based on the theory of Ecological Restoration and Urban Amending (ERUA) of mining cities, the research takes two century-old mines, including the Mentougou mining area, Beijing and Fengfeng mining area, Hebei Province as study objects to compromise the initial interdisciplinary integration theory system of AML's regeneration, respectively..1. Through integration of multidisciplinary field results and by the interlacement of subjects, the paper synthetically studies the Influence factors and weights of AML's regeneration with the analytic hierarchy process. 2. With GIS as the auxiliary mean, the research discusses and optimizes the exploitation sequence and quantity assessment system, and the pattern selection assessment system of AML through both quantitative and qualitative analysis. 3. Integrated with the urban planning system, the paper explores a specialty planning system for the regeneration of AML. The work is utilizing the exploitation sequence and quantity results as general planning basis, pattern selection results as detailed regulatory planning basis, and traditional design methods and sustainable site assessment methods as detailed construction planning basis.