CAJ | 학술논문

针对矿业城市生态基础设施特点，以大气系统、绿地系统和水文系统为依据，建立了3个层次15项具体指标的指标体系，并运用层次分析法和综合指数法构建评价模型，对我国西南山区8个矿业城市的生态基础设施进行评价。结果表明，攀枝花生态基础设施属于较好等级，福泉、开阳、绵竹、江津、南川、个旧属于一般等级，六盘水属于较差等级，说明我国西南山区矿业城市生态基础设施水平总体不容乐观。
침대광업성시생태기출설시특점，이대기계통、록지계통화수문계통위의거，건립료3개층차15항구체지표적지표체계，병운용층차분석법화종합지수법구건평개모형，대아국서남산구8개광업성시적생태기출설시진행평개。결과표명，반지화생태기출설시속우교호등급，복천、개양、면죽、강진、남천、개구속우일반등급，륙반수속우교차등급，설명아국서남산구광업성시생태기출설시수평총체불용악관。
The evaluation indexes system was established on the basis of air system ,greenbelt system and water system from the mining town of the ecological infrastructure characteristics , which includes 3 hierarchies and 15 concrete items . Analytic hierarchy process (AHP) and the method of comprehensive index evaluation are applied to establish the evaluati miodel . T hen , it studied the quality and evolvement characteristic of ecological infrastructure in the case of eight on mining cities of the suthwest muntainous aea in China . Finally , it draw s a conclusion the quality of ecological infrastructure of Panzhihua remained with better grade ;Fuquan , Kaiyang , Mianzhu , Jiangjing , Nanchuang and Gejiu belonged to common grade;Liupanshui remained with poor grade , w hich indicates that overall ecological infrastructure of mning cities of the suthwest muntainous aea in China are relatively severe .