多头Hydra:评估哥斯达黎加本土水电循环

IF 4.6 Q2 MATERIALS SCIENCE, BIOMATERIALS ACS Applied Bio Materials Pub Date : 2022-06-21 DOI:10.2458/jpe.2998
E. Hite
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引用次数: 0

摘要

本文探讨了气候治理背景下水电开发与土著权利的交叉点。大坝支持者和反对者之间的历史分歧已经演变成世界各地水力发电行业和土著社区之间有争议的大坝提案抵制潮起潮落。最近,随着大坝作为气候缓解战略的推广,冲突加剧,并越来越多地侵占土著领土。研究分析了哥斯达黎加的一个案例研究,在哥斯达黎加,国家电力研究所(Instituto Costarricense de Electricidad或ICE,发音为E-say)和布伦人之间就Térraba河的开发问题发生了长达50年的争执,由此产生了一个土著水电循环——每次国家提出修建大坝时,布伦人都会击败它,取而代之的是另一个大坝。在这篇文章中,我想问为什么尽管有大量的批评和水电项目对社会生态的负面影响,大坝建设仍在继续。为了解决这个问题,我介绍了自适应循环,它是一个启发式模型,用于研究循环如何以及为什么继续,以及了解气候决策过程中涉及的权力、正义和公平问题。通过政治生态学框架,我评估了相互关联的社会生态、政治和经济因素的混合性,这些因素包括人与水的关系,被概念化为一个水社会领域。分析表明,跨越多个治理规模的僵化陷阱导致了这种循环的重复,鉴于目前气候治理领域对水电的接受,这种循环很可能会继续。
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The Many-headed Hydra: Assessing the Indigenous-hydropower cycle in Costa Rica
This article explores the intersection of hydropower development and Indigenous rights within the context of climate governance. A historical rift between dam supporters and opponents has evolved into a contentious ebb and flow of dam proposal-resistance between hydropower industries and Indigenous communities around the world. Conflicts have recently intensified as dams are promoted as a climate mitigation strategy and are increasingly encroaching on Indigenous territories. Research analyzes a case study in Costa Rica, where an Indigenous-hydropower cycle emerged from a 50-year feud between the national electricity institute (Instituto Costarricense de Electricidad or ICE, pronounced E-say) and the Brörán peoples over development of the Térraba river—each time the state proposed a dam, the Brörán peoples defeated it, and another would emerge in its place. In this article, I ask why dam building continues despite the multitude of critiques and documented negative social-ecological impacts of hydropower projects. To address this question, I introduce the adaptive cycle, which serves as a heuristic model to investigate how and why the cycle continues, as well as to understand the power, justice, and equity issues involved in climate decision-making processes. Through a political ecology framework, I assess the hybridity of interrelated social-ecological, political, and economic factors encompassing the human-water nexus, conceptualized as a hydrosocial territory. Analysis suggests a rigidity trap that spans across multiple scales of governance causes the cycle to repeat, and given the current acceptance of hydropower within the climate governance arena, the cycle is likely to continue. 
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来源期刊
ACS Applied Bio Materials
ACS Applied Bio Materials Chemistry-Chemistry (all)
CiteScore
9.40
自引率
2.10%
发文量
464
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