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The Paris pledges and the energy-water-land nexus in Latin America: Exploring implications of greenhouse gas emission reductions

机译:巴黎的诺言与拉丁美洲的能源-水-土地关系:探索减少温室气体排放的影响

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摘要

In the 2015 Paris Agreement, nations worldwide pledged emissions reductions (Nationally Determined Contributions—NDCs) to avert the threat of climate change, and agreed to periodically review these pledges to strengthen their level of ambition. Previous studies have analyzed NDCs largely in terms of their implied contribution to limit global warming, their implications on the energy sector or on mitigation costs. Nevertheless, a gap in the literature exists regarding the understanding of implications of the NDCs on countries’ Energy-Water-Land nexus resource systems. The present paper explores this angle within the regional context of Latin America by employing the Global Change Assessment Model, a state-of-the-art integrated assessment model capable of representing key system-wide interactions among nexus sectors and mitigation policies. By focusing on Brazil, Mexico, Argentina and Colombia, we stress potential implications on national-level water demands depending on countries’ strategies to enforce energy-related emissions reductions and their interplays with the land sector. Despite the differential implications of the Paris pledges on each country, increased water demands for crop and biomass irrigation and for electricity generation stand out as potential trade-offs that may emerge under the NDC policy. Hence, this study underscores the need of considering a nexus resource planning framework (known as “Nexus Approach”) in the forthcoming NDCs updating cycles as a mean to contribute toward sustainable development.
机译:在2015年的《巴黎协定》中,世界各国承诺减少排放量(国家自主贡献-NDC)以避免气候变化的威胁,并同意定期审查这些承诺以加强其雄心壮志。先前的研究主要从限制国家变暖的隐含贡献,对能源部门或减排成本的影响等方面分析了国家数据中心。尽管如此,在关于国家自主贡献对各国能源水陆关系资源系统的影响的理解方面,文献上仍存在差距。本文通过采用全球变化评估模型(Global Change Assessment Model),探索了这种角度,该模型是一种能够代表关系部门与缓解政策之间的关键系统范围内相互作用的最新技术综合评估模型。通过关注巴西,墨西哥,阿根廷和哥伦比亚,我们强调了对国家级水需求的潜在影响,这取决于各国实施与能源有关的减排的战略及其与土地部门的相互作用。尽管巴黎承诺对每个国家的影响各不相同,但由于NDC政策可能会出现潜在的取舍,因此对农作物和生物质灌溉以及发电的用水需求不断增加。因此,本研究强调在即将到来的国家数据中心更新周期中需要考虑一个联系资源计划框架(称为“ Nexus方法”),以作为对可持续发展做出贡献的手段。

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