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How human communities could 'feel' changing ocean biogeochemistry

机译:人类社区如何“感受”不断变化的海洋生物地球化学

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Human-driven changes to ocean biogeochemistry affect multiple marine processes and species, thus altering the diverse array of ecosystem services that benefit human societies.Changes in marine biogeochemistry such as pollution, ocean acidification, and deoxygenation often simultaneously affect marine environments and ecosystem services, often interacting synergistically to enhance one another. These biogeochemical shifts also occur in parallel with other anthropogenically driven changes, like rising temperature and altered circulation or reduced biodiversity and ecological shifts. Ecosystem services that experience multiple stressors could also therefore be more strongly harmed. Initial studies have estimated biogeochemistry-associated losses in some ecosystem services to which monetary values can be assigned, but the methods used fall short for measuring change in many other ecosystem services. Ecosystem assessments will provide a much broader accounting of how changing marine ecosystem services will affect human well-being by examining the natural and social science implications of marine biogeochemical change.
机译:人为驱动的海洋生物地球化学变化会影响多种海洋过程和物种,从而改变有利于人类社会的多样化生态系统服务。海洋生物地球化学变化(例如污染,海洋酸化和脱氧)通常同时影响海洋环境和生态系统服务,协同互动,互相促进。这些生物地球化学变化也与其他人为驱动的变化同时发生,例如温度升高和环流变化或生物多样性减少和生态变化。因此,遭受多种压力的生态系统服务也可能受到更大的损害。最初的研究估计了可以分配货币价值的某些生态系统服务中与生物地球化学有关的损失,但是所用的方法不足以衡量许多其他生态系统服务中的变化。通过检查海洋生物地球化学变化对自然和社会科学的影响,生态系统评估将提供更广泛的核算,以说明不断变化的海洋生态系统服务将如何影响人类福祉。

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