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Water over the dam: A qualitative social scientist looks at how biologists, ecologists and engineers negotiate the past, present and future of the St. Lawrence River.

机译:大坝上的水:一位定性的社会科学家研究生物学家,生态学家和工程师如何谈判圣劳伦斯河的过去,现在和未来。

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摘要

This dissertation presents the results of research into the activities of the Environment Technical Work Group (ETWG) of the International Lake Ontario—St. Lawrence River Study, a five-year, {dollar}20 million initiative of the U.S. and Canadian governments (through the Canada-U.S. International Joint Commission) to review and revise the regulation of the weekly outflow of water from Lake Ontario through the Moses-Saunders Power Dam near Massena, NY. Several different engineering, ecological and biological perspectives expressed in the ETWG are analyzed through the words and actions of the participants. The structure of the process is built around a “shared vision model”—a decision support tool based on the U.S. Army Corps of Engineers Principles and Guidelines that locks in the meaning of key concepts such as “interest,” “water level control,” “planning,” “environment” and others. Engineering paradigms embedded in the shared vision model constrain the ability of the ecologists to fully articulate their own perspectives within the context of the regulation review. The decision support tool also presupposes a market model of governance in which government agencies optimize the satisfaction of competing interests. An alternative model is suggested by which agencies accept responsibility for environmental protection and sustainable management of water resources. The ETWG activities are analyzed using a symbolic interactionist approach to qualitative research focusing on the way participants communicate and negotiate meaning through their various interactions. An analysis of the construction of meaning within the work group and its implications for water management is presented and related to other attempts throughout the world to include ecological considerations in decision-making processes typically dominated by economic and engineering paradigms.
机译:本文介绍了安大略国际湖圣约翰湖环境技术工作组(ETWG)活动的研究结果。劳伦斯河研究(Lawrence River Study),是美国和加拿大政府(通过加拿大-美国国际联合委员会)进行的为期五年,耗资2000万美元的计划,旨在审查和修订对每周通过安大略省湖从摩西湖中流出的水的规定,纽约马塞纳附近的桑德斯大坝。通过参与者的话语和动作,分析了ETWG中表达的几种不同的工程,生态和生物学观点。该过程的结构围绕“共享视觉模型”构建—一种基于美国陆军工程兵原则和准则的决策支持工具,该工具锁定了诸如“兴趣”,“水位控制”等关键概念的含义。 “计划”,“环境”等。嵌入在共享视觉模型中的工程范式限制了生态学家在法规审查的背景下充分表达自己的观点的能力。决策支持工具还以治理的市场模型为前提,在这种模型中,政府机构可以优化竞争利益的满意度。提出了一种替代模式,由该机构承担环境保护和水资源可持续管理的责任。 ETWG活动使用象征性互动主义方法进行定性研究,重点是参与者通过各种互动交流和协商含义的方式。提出了对工作组内的意义构建及其对水管理的影响的分析,并与全世界其他尝试将生态因素纳入通常由经济和工程范式主导的决策过程相关联。

著录项

  • 作者

    Manno, Jack P.;

  • 作者单位

    Syracuse University.;

  • 授予单位 Syracuse University.;
  • 学科 Sociology Social Structure and Development.; Sociology Theory and Methods.
  • 学位 Ph.D.
  • 年度 2003
  • 页码 302 p.
  • 总页数 302
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 社会结构和社会关系;社会学理论与方法论;
  • 关键词

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