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作 者:Garima Gupta Rahul Kotiyal Isabel L.Jones
机构地区:[1]Biological and Environmental Sciences,University of Stirling,Scotland FK94LA,UK [2]Baramasa.in,Narrating Himalaya 248001,India
出 处:《Zoological Research(Diversity and Conservation)》2024年第2期117-120,共4页动物学研究(多样性与保护)(英文)
基 金:supported by a UKRI Future Leaders Fellowship awarded to I.J.(MR/T019018/1)。
摘 要:Climate change and biodiversity loss are pressing global challenges(Pörtner et al.,2021).However,as global energy demand continues to increase(IEA,2021),nations face significant challenges to decarbonization and reaching“net zero”due to trade-offs between the often-competing needs of renewable energy generation and biodiversity conservation.For example,hydropower generates renewable energy(Gibson et al.,2017),yet there are well-documented and severe consequences of dam development for biodiversity(e.g.,Zarfl et al.,2019)and people(e.g.,Bisht,2009)due to reservoir creation and disruption of river flows.Despite such potentially damaging ecological and social trade-offs,hydropower currently contributes 70%of global renewable energy and there are at least 3700 large dams planned or under construction globally(Zhang&Gu,2023).
关 键 词:RESERVOIR consequences globally
分 类 号:TV74[水利工程—水利水电工程] X176[环境科学与工程—环境科学]
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