生态经济
生態經濟
생태경제
Ecological Economy
2008年
9期
62~67
,共null页
水资源承载力 入口容量 水资源安全
水資源承載力 入口容量 水資源安全
수자원승재력 입구용량 수자원안전
water resources carrying capacity; population capacity; water resources safety
城市化进程的加快带来了城市空前的繁荣，同时也给城市水资源安全带来了前所未有的压力。本文通过构建以水资源承载力为测度方法的水资源安全保障水平的优化模型，对成都市未来年份的适度入口容量加以预测分析，并在此基础上提出了确保缺水型城市水资源安全的相应措施。
城市化進程的加快帶來瞭城市空前的繁榮，同時也給城市水資源安全帶來瞭前所未有的壓力。本文通過構建以水資源承載力為測度方法的水資源安全保障水平的優化模型，對成都市未來年份的適度入口容量加以預測分析，併在此基礎上提齣瞭確保缺水型城市水資源安全的相應措施。
성시화진정적가쾌대래료성시공전적번영，동시야급성시수자원안전대래료전소미유적압력。본문통과구건이수자원승재력위측도방법적수자원안전보장수평적우화모형，대성도시미래년빈적괄도입구용량가이예측분석，병재차기출상제출료학보결수형성시수자원안전적상응조시。
With the fast process of urbanization, the city becomes more and more prosperity, at same time, it faces with the great pressure of water resources safety. By constructing the optimized model of water resources safety under the measure of water resources carrying capacity in the paper, the optimum population capacity of Chengdu City in the future is forecasted, and the countermeasures for the water resources safety of urban are put forward.
