鍦扮悊鐮旂┒ 鈥衡�� 2013, Vol. 32 鈥衡�� Issue (1): 55-63.DOI: 10.11821/yj2013010006

鈥� 鍦熷湴鍒╃敤涓庣敓鎬� 鈥� 涓婁竴绡�    涓嬩竴绡�

鍖哄煙浜哄湴鑰﹀悎绯荤粺鑴嗗急鎬у強鍏惰瘎浠锋寚鏍囦綋绯�

鐢颁簹骞�, 鍚戞竻鎴�, 鐜嬮箯   

  1. 琛¢槼甯堣寖瀛﹂櫌璧勬簮鐜涓庢梾娓哥鐞嗙郴, 琛¢槼421002
  • 鏀剁鏃ユ湡:2012-08-05 淇洖鏃ユ湡:2012-11-10 鍑虹増鏃ユ湡:2013-01-10 鍙戝竷鏃ユ湡:2013-01-10
  • 浣滆�呯畝浠�:鐢颁簹骞�(1958锛�),濂�,娌冲寳鍗㈤緳浜�,鍗氬+,鏁欐巿,涓昏浠庝簨鑷劧鍦扮悊鏁欏鍜屽尯鍩熻祫婧愮幆澧冪鐞嗕笌鍙寔缁彂灞曠爺绌躲�侲-mail:typnj@163.com
  • 鍩洪噾璧勫姪:

    鍥藉鑷劧绉戝鍩洪噾椤圭洰(40971067;41171076);婀栧崡鐪佹暀鑲插巺閲嶇偣绉戠爺璁″垝椤圭洰(09A014);婀栧崡鐪佹櫘閫氶珮鏍′汉鏂囧湴鐞嗗閲嶇偣瀛︾寤鸿鏀寔椤圭洰;婀栧崡鐪佽嚜鐒剁瀛﹀垱鏂扮爺绌剁兢浣撳熀閲戦」鐩�(12JJ7003)

Regional coupled human-natural systems vulnerability and its evaluation indexes

TIAN Yaping, XIANG Qingcheng, WANG Peng   

  1. Department of Resources, Environment and Tourism Management, Hengyang Normal University, Hengyang 421002, Hunan, China
  • Received:2012-08-05 Revised:2012-11-10 Online:2013-01-10 Published:2013-01-10

鎽樿锛� 浠庢蹇电晫瀹氫笌鐩爣瀹氫綅鍏ユ墜,浠ユ皵鍊欏彉鍖栧拰绯荤粺缁撴瀯瑕佺礌涓哄垎鏋愭鏋�,寤虹珛浜嗗寘鎷晱鎰熸�с�佹毚闇叉�у拰閫傚簲鎬х瓑涓夌被鎸囨爣瑕佺礌鍜屾湰搴曡剢寮辨�с�佹綔鍦ㄨ剢寮辨�у拰鐜板疄鑴嗗急鎬х瓑涓変釜璇勪环灞傛鐨勫尯鍩熻剢寮辨�ц瘎浠风郴缁�,骞朵互鍗楁柟涓橀櫟鍦板尯涓轰緥,閽堝娉ョ煶娴併�佹粦鍧°�佸共鏃变笌娲稘绛夊尯鍩熻嚜鐒剁伨瀹�,鏋勫缓浜嗘按鍦熸祦澶辨晱鎰熷尯鐨勪汉鍦拌�﹀悎绯荤粺鑴嗗急鎬ц瘎浠锋寚鏍囦綋绯汇�備綔鑰呰涓�,鍖哄煙浜哄湴鑰﹀悎绯荤粺鑴嗗急鎬т富瑕佹槸閽堝鍏ㄧ悆姘斿�欏彉鍖栨壈鍔ㄤ笅涓庤嚜鐒剁伨瀹虫湁鍏崇殑鑴嗗急鎬�,鏁忔劅鎬т笌鏄撴崯鎬ф槸鍏惰剢寮辨�х殑鏈川灞炴��,鏁忔劅鎬с�佹毚闇叉�у拰閫傚簲鎬ф槸鑴嗗急鎬х殑绯荤粺瑕佺礌銆傝嚜鐒剁伨瀹抽鐜囨寚鏍囧彲浠ヤ綔涓哄弽鏄犵伨瀹崇┖闂撮泦鑱氭�х殑鍖轰綅鏆撮湶鎬ф寚鏍�,鐜板疄鐏惧搴﹀彲浠ユ彁渚涜剢寮辨�ц瘎浠峰洜瀛愬帢瀹氥�佹寚鏍囨潈閲嶇‘瀹氥�佹ā鍨嬪缓绔嬩笌闃堝�煎垎鏋愮殑缁撴灉楠岃瘉銆�

鍏抽敭璇�: 浜哄湴鑰﹀悎绯荤粺, 鑴嗗急鎬�, 姒傚康鍐呮兜, 璇勪环鎸囨爣, 鍗楁柟涓橀櫟鍦板尯

Abstract: Unclear concept and scale positioning as well as imperfect evaluation system are the main obstacles of vulnerability evaluation.Starting from the concept,factor and scale of the coupled human-natural systems vulnerability,this article made it clear that the evaluation objective is in regional scale and the analysis framework is composed by climate change and system structural elements.Based on expounding the features of the coupled human-natural systems vulnerability,the authors established firstly an evaluation system of the coupled human-natural systems vulnerability,including the three series factor indexes of sensitivity, exposure and the adaptability,and three evaluation levels of background vulnerability, potential vulnerability and realistic vulnerability according to system relations of the three series factor indexes.Secondly,taking the hilly areas in southern China as an example,the authors established an evaluation index system of coupled human-environment interaction systems vulnerability in the erosion-prone region,which includes regional natural disasters such as debris flow,landslide,drought and flood,and which relies on the principles including the scientific principle,dominant factors principle,pertinence principle,applied principle and operability principle.Finally,the authors concluded that:(1)the regional coupled human-environment interaction systems vulnerability concerns with natural disasters under global climate change disturbance;(2)the sensitivity and damageability are the essential attribute of the vulnerability,while the sensitivity,exposure and adaptability are system factors of the vulnerability;(3)the natural disaster frequency can be seen as the location exposure indexes to reflect the space concentricity of disaster occurences,while the real disaster degree,as a reference value,can be provided to verify the results of the vulnerability evaluation indexes screening,index weights determinating,model validation and threshold value analysis.The research has some references for improving the theory and method of the research on regional coupled human-environment interaction systems vulnerability in different regions under the consistent framework.

Key words: region, coupled human-environment interaction systems, vulnerability, evaluation index