华南理工大学学报(自然科学版)
華南理工大學學報(自然科學版)
화남리공대학학보(자연과학판)
JOURNAL OF SOUTH CHINA UNIVERSITY OF TECHNOLOGY(NATURAL SCIENCE EDITION)
2007年
z1期
175-178
,共4页
官冬杰%高伟俊%渡利和之%深堀秀敏
官鼕傑%高偉俊%渡利和之%深堀秀敏
관동걸%고위준%도리화지%심굴수민
重庆都市圈%生态系统健康%熵权法%模糊数学法
重慶都市圈%生態繫統健康%熵權法%模糊數學法
중경도시권%생태계통건강%적권법%모호수학법
Chongqing metropolis%ecosystem health%entropy-weighing method%fuzzy mathematics method
文中着重讨论了城市生态系统健康的评价方法及其应用,采用熵权法赋予指标权重,应用模糊数学方法建立评价模型,以重庆市为例进行城市生态系统健康评价.首先,以北京,天津,上海作为参照城市,进行横向评价,评价结果表明4个城市均处于亚健康状态;其次,对重庆市2001~2004年生态系统健康状况进行纵向评价,评价结果表明,重庆市生态系统健康状况正从亚健康状态向健康状态发展;最后,对重庆市都市圈所包括的9个区进行现状评价,运用GIS技术进行等级划分,得出重庆都市圈生态系统健康状态的排序如下:渝北区>南岸区>渝中区>巴南区>九龙坡区>江北区>沙坪坝区>大渡口区>北碚区.
文中著重討論瞭城市生態繫統健康的評價方法及其應用,採用熵權法賦予指標權重,應用模糊數學方法建立評價模型,以重慶市為例進行城市生態繫統健康評價.首先,以北京,天津,上海作為參照城市,進行橫嚮評價,評價結果錶明4箇城市均處于亞健康狀態;其次,對重慶市2001~2004年生態繫統健康狀況進行縱嚮評價,評價結果錶明,重慶市生態繫統健康狀況正從亞健康狀態嚮健康狀態髮展;最後,對重慶市都市圈所包括的9箇區進行現狀評價,運用GIS技術進行等級劃分,得齣重慶都市圈生態繫統健康狀態的排序如下:渝北區>南岸區>渝中區>巴南區>九龍坡區>江北區>沙坪壩區>大渡口區>北碚區.
문중착중토론료성시생태계통건강적평개방법급기응용,채용적권법부여지표권중,응용모호수학방법건립평개모형,이중경시위례진행성시생태계통건강평개.수선,이북경,천진,상해작위삼조성시,진행횡향평개,평개결과표명4개성시균처우아건강상태;기차,대중경시2001~2004년생태계통건강상황진행종향평개,평개결과표명,중경시생태계통건강상황정종아건강상태향건강상태발전;최후,대중경시도시권소포괄적9개구진행현상평개,운용GIS기술진행등급화분,득출중경도시권생태계통건강상태적배서여하:투북구>남안구>투중구>파남구>구룡파구>강북구>사평패구>대도구구>북배구.
An evaluation method of urban ecosystem health and its application were emphatically discussed, in which the entropyweighing method was employed to give indexes weight, and the fuzzy mathematics method is utilized to establish the evaluation model. Subsequently, the situation of urban ecosystem health in Chongqing was selected as a study case, and the ecosystem health towards Chongqing, Beijing, Tianjin and Shanghai was crosswise evaluated, finding that the above-mentioned four cities were all situated in sub-healthy state. Also, a longitudinal evaluation of the ecosystem health of Chongqing from 2001 to 2004 was carried out, showing that the condition of urban ecosystem health was developing from sub-healthy state to healthy state. Finally, the present conditions of ecosystem health state of nine districts in Chongqing Metropolis were investigated, and the rank division of ecosystem health was presented in virtue of GIS-based technology. Thus, an order of the state of ecosystem health was illustrated as: Yubei > Nan'an > Yuzhong > Banan > Jiulongpo > Jiangbei > Shapingba > Dadukou > Beibei.