黔南民族师范学院学报
黔南民族師範學院學報
검남민족사범학원학보
THE LEARNED JOURNAL OF THE QIANNAN NORMAL COLLEGE OF NATIONALITIES
2012年
5期
114-117
,共4页
喀斯特地区%水资源现状承载力%评价指标
喀斯特地區%水資源現狀承載力%評價指標
객사특지구%수자원현상승재력%평개지표
Karst area%the carrying capacity of current water resources%index of evaluation
指标的选取是水资源现状承载力评价的关键之一,特殊的地理环境使得喀斯特地区水资源现状承载力评价指标具有不同于非喀斯特地区的特点。贵州省是典型的喀斯特地貌发育区,本文以贵州省为例,在综合考虑喀斯特地区社会经济、生态、水资源几个方面的基础上,选取了21个影响因子。利用SPSS15.0软件对21个待选指标进行相关分析和主成分分析,得出喀斯特地区水资源现状承载力评价指标为:人均供水量,城镇人均生活用水量,农村人均生活用水量,亩均农田灌溉用水量,万元工业增加值用水量,人均粮食占有量,人均GDP,生态环境用水率,森林覆盖率,石漠化面积比重,污径比。
指標的選取是水資源現狀承載力評價的關鍵之一,特殊的地理環境使得喀斯特地區水資源現狀承載力評價指標具有不同于非喀斯特地區的特點。貴州省是典型的喀斯特地貌髮育區,本文以貴州省為例,在綜閤攷慮喀斯特地區社會經濟、生態、水資源幾箇方麵的基礎上,選取瞭21箇影響因子。利用SPSS15.0軟件對21箇待選指標進行相關分析和主成分分析,得齣喀斯特地區水資源現狀承載力評價指標為:人均供水量,城鎮人均生活用水量,農村人均生活用水量,畝均農田灌溉用水量,萬元工業增加值用水量,人均糧食佔有量,人均GDP,生態環境用水率,森林覆蓋率,石漠化麵積比重,汙徑比。
지표적선취시수자원현상승재력평개적관건지일,특수적지리배경사득객사특지구수자원현상승재력평개지표구유불동우비객사특지구적특점。귀주성시전형적객사특지모발육구,본문이귀주성위례,재종합고필객사특지구사회경제、생태、수자원궤개방면적기출상,선취료21개영향인자。이용SPSS15.0연건대21개대선지표진행상관분석화주성분분석,득출객사특지구수자원현상승재력평개지표위:인균공수량,성진인균생활용수량,농촌인균생활용수량,무균농전관개용수량,만원공업증가치용수량,인균양식점유량,인균GDP,생태배경용수솔,삼림복개솔,석막화면적비중,오경비。
The selection of index is a key of evaluation of the carrying capacity of current water resources. Its evaluation indexes in karst areas is dif- ferent from those in non - karst -area because of their special geographical environment. Guizhou province is. The paper takes C, uizhou province , a typi- cal karst landscape area, as an example to select 21 factors, considering aspects of social economy, ecology and water resources conditions. Correlation a- nalysis and principal component analysis were made by SPSS15.0 software, aiming at 21 candidate indicators. Some assessmental indexes including per ca- pita water supply, urban per capita water consumption, rural per capita water consumption, irrigative water of per mu cropland, industry water consumption of ten thousand increased value, per capita grain output, per capita GDP, the praportion of environmental water consumption, the proportion of forest dis- tTibution, the prortion of rock - desertification area, the ratio of waste water and flow were selected to evaluate the carrying capacity of water resources.