综述:建立五大湖对气候变化有益利用的复原力

Sommer Abdel-Fattah, Gail Krantzberg
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引用次数: 7

摘要

为了加强和保护五大湖的恢复能力,预测气候变化的未来结果,特别是在已经退化的地理区域,是成功的关键。这些变化包括空气和水温变暖;降水事件和风暴发生的时间、严重程度和频率的变化;变化的湖面;以及湖泊冰盖的减少。区域气候变化对水资源及其提供的有益利用或服务构成了更大的风险。这篇综述研究了气候变化如何可能影响《五大湖水质协定》中定义的有益用途。提取有益用途退化的驱动因素是降低有益用途损害风险的一种策略。审查的变量包括由空气和水温、降水事件和风暴以及蒸发和水位下降驱动的变化。我们系统地评估了气候变化对有益利用的影响,并提出了针对退化驱动因素的适应策略,以加强大湖区有益利用的复原力。强调了对水质问题的适应、水位下降和水生入侵物种。本综述提供了最新的气候信息,旨在帮助政策制定者、沿海管理者和规划专业人员开始应对气候变化的影响。
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A review: Building the resilience of Great Lakes beneficial uses to climate change

In order to enhance and protect the resilience of the Great Lakes, predicting future outcomes of climatic changes, particularly in already degraded geographical areas is instrumental to success. These changes include warming air and water temperatures; shifts in the timing, severity and frequency of precipitation events and storms; varying lake levels; and reductions in lake ice cover. Changes to regional climate pose increased risks to the water resources and the beneficial uses or services they provide. This review paper examines how a changing climate will likely affect beneficial uses as defined in the Great Lakes Water Quality Agreement. Extracting the drivers of the degradation of the beneficial uses is a strategy to reduce the risk of beneficial use impairment. The variables reviewed include the changes driven by air and water temperatures, precipitation events and storms as well as evaporation and water level declines. We assessed the impacts of climate change on beneficial uses systematically and provide adaptations strategies that target the driver of degradation to strengthen the resilience of beneficial uses in the Great Lakes Areas of Concern. Adaptation to water quality issues, water level declines and aquatic invasive species are highlighted. This review provides up to date climate information and is designed to aid policymakers, coastal managers, and planning professionals as they begin to address the impacts of climate change.

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