中国人口资源与环境
中國人口資源與環境
중국인구자원여배경
China Polulation.Resources and Environment
2013年
4期
89~95
,共null页
黄德春 张长征 Upmanu Lall 徐敏
黃德春 張長徵 Upmanu Lall 徐敏
황덕춘 장장정 Upmanu Lall 서민
重大水利工程 社会系统脆弱性 社会稳定风险 社会应对能力
重大水利工程 社會繫統脆弱性 社會穩定風險 社會應對能力
중대수리공정 사회계통취약성 사회은정풍험 사회응대능력
large hydraulic project; social system vulnerability; social stability risk; social adaptability capability
社会系统脆弱性是社会系统稳定风险敏感性的条件。社会系统越脆弱。社会稳定风险就越大。本文从重大水利工程建设的社会风险暴露、社会敏感性和社会应对能力三个维度对重大水利工程建设地区的社会脆弱性成因进行分析。并依据社会系统稳定对重大水利工程建设的响应。构建了重大水利工程社会系统脆弱性评价模型和评价指标体系,将“三峡工程建设——万州地区”作为实证分析对象。结果表明:1999—2011年万州社会系统脆弱性呈现“倒U型”变化趋势,其中万州社会系统风险呈现“增-减-增”的变化、社会系统应对能力不断提升.表明万州社会系统脆弱性的下降不是来自其社会系统风险的下降。而是来自万州社会系统应对能力的提高:万州社会系统应对能力提升主要依靠经济发展、社会保障和社会舆情等因素的改善。因此,建议将社会系统能力建设纳入社会稳定评估范围、加大社会保障体系建设、采取措施推动建设地区经济发展、引入公众参与机制提高群众满意度等,防范和化解重大水利工程社会系统脆弱化和社会稳定风险。
社會繫統脆弱性是社會繫統穩定風險敏感性的條件。社會繫統越脆弱。社會穩定風險就越大。本文從重大水利工程建設的社會風險暴露、社會敏感性和社會應對能力三箇維度對重大水利工程建設地區的社會脆弱性成因進行分析。併依據社會繫統穩定對重大水利工程建設的響應。構建瞭重大水利工程社會繫統脆弱性評價模型和評價指標體繫,將“三峽工程建設——萬州地區”作為實證分析對象。結果錶明:1999—2011年萬州社會繫統脆弱性呈現“倒U型”變化趨勢,其中萬州社會繫統風險呈現“增-減-增”的變化、社會繫統應對能力不斷提升.錶明萬州社會繫統脆弱性的下降不是來自其社會繫統風險的下降。而是來自萬州社會繫統應對能力的提高:萬州社會繫統應對能力提升主要依靠經濟髮展、社會保障和社會輿情等因素的改善。因此,建議將社會繫統能力建設納入社會穩定評估範圍、加大社會保障體繫建設、採取措施推動建設地區經濟髮展、引入公衆參與機製提高群衆滿意度等,防範和化解重大水利工程社會繫統脆弱化和社會穩定風險。
사회계통취약성시사회계통은정풍험민감성적조건。사회계통월취약。사회은정풍험취월대。본문종중대수리공정건설적사회풍험폭로、사회민감성화사회응대능력삼개유도대중대수리공정건설지구적사회취약성성인진행분석。병의거사회계통은정대중대수리공정건설적향응。구건료중대수리공정사회계통취약성평개모형화평개지표체계,장“삼협공정건설——만주지구”작위실증분석대상。결과표명:1999—2011년만주사회계통취약성정현“도U형”변화추세,기중만주사회계통풍험정현“증-감-증”적변화、사회계통응대능력불단제승.표명만주사회계통취약성적하강불시래자기사회계통풍험적하강。이시래자만주사회계통응대능력적제고:만주사회계통응대능력제승주요의고경제발전、사회보장화사회여정등인소적개선。인차,건의장사회계통능력건설납입사회은정평고범위、가대사회보장체계건설、채취조시추동건설지구경제발전、인입공음삼여궤제제고군음만의도등,방범화화해중대수리공정사회계통취약화화사회은정풍험。
Social vulnerability is an important factor determining the sensitivity of social system. The vulnerable social system would give rise to great risk to social stability. In this paper, the contributing factors of social vulnerability in large hydraulic project constructions are analyzed from three dimensions that are social risk exposure, social sensitivity and social adaptability capability. Subsequently, both the assessment model and indices system to the vulnerability of social system in large hydraulic project constructions are established according to the response of social stability to those large hydraulic project constructions. At last, Wanzhou which is a typical area in Three Gorges projection construction is selected as an example for analysis. It is concluded that the vulnerability of social system in Wanzhou during the period of 1999 to 2009 has a trend of inverted u shaped. Since the risk of social system is showed to be ' increase-decrease-increase' and social adaptability capability keeps increasing, the decrease of social is the result of the enhancement of social adaptability capability rather than the decrease of social risk. Additionally, the enhancement of social adaptability capability mainly relies on the economic development and the improvement of social security and public opinion, etc. Therefore, the construction of social system ability is suggested to bring into the assessment of social stability. Besides, the enlargement of social security construction, the development of regional economics and the encouragement of participation in order to improve people satisfaction are also advised to carry out to decrease the vulnerability and the stability risk of social system.