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A system-of-systems approach to participatory water infrastructure decisions.

机译:参与式水基础设施决策的系统体系方法。

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摘要

Water management worldwide is evolving towards integrating social, economic and environmental variables into the decision-making processes to increase the efficiency and sustainability of a decision's outcomes. This study aims to develop a system-of-systems decision support framework and a methodology to aid in efficient participatory decision-making regarding water infrastructure alternatives that allows for insight into stakeholders involved in the decision-making process. Southern and Central California residents and the Sacramento-San Joaquin Delta served as the case study for this thesis. In order to gather data regarding stakeholder beliefs and perceptions, a web-based survey was deployed throughout Southern and Central California that included questions considering new water infrastructure projects and respondent demographics. After modeling the water system as a system-of-systems for problem delineation, a binary probit model was used to gain insight and quantify the effect of peoples' characteristics on the likelihood that they: (1) perceive or do not perceive there to be a need for new water infrastructure, and (2) support or oppose new water infrastructure. The characteristics identified in the binary probit model were further analyzed using qualitative methods to identify project criteria that increased the likelihood of actively opposing or supporting new water infrastructure projects. Also included in the web-based survey were pair-wise comparisons of criteria that were used as input in an analytical hierarchy process. The analytical hierarchy process analysis then was used to measure the relative impact of different water infrastructure alternatives on the stakeholder groups. This approach helped to deduce which alternative, from a selection of alternatives, is ideal for each stakeholder group, and therefore the alternative that each stakeholder group is most likely to support. This insight into the stakeholders involved in the decision-making process may be used to foster conversation and further understand the various points of views of different stakeholder groups and individuals. This may expedite the decision-making process, allowing for an implementable and sustainable alternative with minimal public opposition.
机译:全球范围内的水资源管理正在朝着将社会,经济和环境变量纳入决策过程的方向发展,以提高决策结果的效率和可持续性。这项研究的目的是开发一个系统级的决策支持框架和一种方法,以帮助进行有关水基础设施替代方案的有效参与式决策,从而洞悉参与决策过程的利益相关者。加利福尼亚南部和中部居民以及萨克拉曼多-圣华金三角洲是本论文的案例研究。为了收集有关利益相关者的信念和看法的数据,在整个加利福尼亚南部和中部地区进行了基于网络的调查,其中包括有关新水利基础设施项目和受访人口统计的问题。在将水系统建模为用于描述问题的系统系统之后,使用二进制概率模型来获得洞察力并量化人们的特征对他们的可能性的影响:(1)感知或不感知存在对新的水基础设施的需求,以及(2)支持或反对新的水基础设施。使用定性方法进一步分析了在二元概率模型中确定的特征,以识别出增加积极反对或支持新的水利基础设施项目的可能性的项目标准。基于网络的调查还包括在分析层次结构过程中用作输入的标准的成对比较。然后使用层次分析法进行分析,以衡量不同水利基础设施替代方案对利益相关者群体的相对影响。这种方法有助于从各种选择中推论出哪种选择最适合每个利益相关者群体,因此每个利益相关者群体最有可能支持这一选择。对参与决策过程的利益相关者的这种洞察力可用于促进对话并进一步理解不同利益相关者团体和个人的不同观点。这可以加快决策过程,允许在最小的公众反对的情况下提供可行且可持续的替代方案。

著录项

  • 作者

    Faust, Kasey Mariko.;

  • 作者单位

    Purdue University.;

  • 授予单位 Purdue University.;
  • 学科 Engineering Civil.
  • 学位 M.S.C.E.
  • 年度 2010
  • 页码 157 p.
  • 总页数 157
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

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