Abstract In search of an inclusive approach: Measuring non-market values for the effects of complex dam, hydroelectric and river system operations
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In search of an inclusive approach: Measuring non-market values for the effects of complex dam, hydroelectric and river system operations

机译:寻找一种包容性方法:测量非市场价值,以评估复杂的大坝,水力发电和河流系统运营的影响

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AbstractHydroelectric dams have social, cultural, and environmental impacts on society through both alterations of riverine effects (both downstream and in reservoirs) and the production and distribution of hydropower in a broader geographical area. Management of complex dam, hydroelectric, and river systems frequently requires tradeoffs between alternative operational profiles, each with its own set of heterogeneous external effects. Substantial evidence suggests that segments of the public hold non-market values, including non-use values, for both riverine environmental effects and a wide array of external effects of hydropower production and distribution. However, non-market non-use valuation exercises related to re-purposing dam operations continue to focus exclusively on downstream external effects, calling into question their usefulness in decision-making processes. Focusing on the Glen Canyon Dam (GCD), a critical source of hydropower and peaking capacity on the Colorado River, US, we measure non-market values, expected to be significantly composed of non-use values, using the contingent valuation (CV) method for two proposed management options inclusive of multiple social, cultural, and environmental effects of both downstream riverine effects and hydropower production and distribution in the broader basin. To provide a defensible basis for inclusion of relevant external effects in the valuation exercise, we undertook a multi-year study of the GCD policy domain. Using a nationally-representative, address-based CV internet survey, results from an advisory referendum voting format suggest that the average US household has a mediannetwillingness to pay (WTP) to continue existing GCD operations of $21.51 per year [95% CI: $2.98, $40.04] after accounting for WTP to change operations under the US Department of Interior's preferred alternative. Net non-market value for continuing operations is $2.9 billion per year, aggregating across US households.HighlightsOperation of hydroelectric dams generates many non-market effects.A CV survey is used and an “inclusive value approach” is taken.The Glen Canyon Dam on the Colorado River, USA is studied.Net WTP for continuation of current GCD operations is estimated.Inclusive ranges of non-market effects must be considered in hydropower.
机译: 摘要 水电大坝通过改变河流影响(下游和水库)和生产对社会产生社会,文化和环境影响在更广阔的地理区域内进行水力发电。复杂的大坝,水力发电和河流系统的管理经常需要在其他运行方案之间进行权衡,每个方案都有其自己的不同种类的外部影响。大量证据表明,对于河流环境影响和水电生产与分配的广泛外部影响,公众群体具有非市场价值,包括非使用价值。但是,与重新利用大坝作业有关的非市场非使用估价活动继续仅专注于下游外部影响,这质疑了它们在决策过程中的作用。重点关注格伦峡谷大坝(GCD),这是美国科罗拉多河上的水力发电和发电量峰值的关键来源,我们使用或有估值(CV)来衡量非市场价值,该市场价值预计将主要由非使用价值组成两种拟议的管理方案的方法,包括下游河流影响以及整个流域水电生产和分配的多种社会,文化和环境影响。为了为在评估工作中包括相关的外部影响提供可靠的基础,我们对GCD政策领域进行了多年研究。咨询性公投投票格式的结果通过全国代表,基于地址的简历互联网调查显示,美国普通家庭的中位数 net 支付意愿(WTP)可以继续存在GCD运营费用为每年21.51美元(95%CI:2.98美元,40.04美元),其中已计入了根据美国内政部的首选替代方案更改了WTP的费用。持续经营业务的非市场净值每年为29亿美元,在美国家庭中总计。 突出显示 < ce:para id =“ p0225” view =“ all”>水电大坝的运营会产生许多非市场效应。 使用了CV调查并采用了“包含价值法”。 < / ce:list-item> 格伦峡谷大坝在美国科罗拉多河上进行了研究。 用于继续当前GCD操作的净WTP估计为。 非市场的包容范围水电必须考虑影响。

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