首页> 外文期刊>Ecology and Society: a journal of integrative science for resilience and sustainability >Social-ecological drivers of multiple ecosystem services: what variables explain patterns of ecosystem services across the Norrström drainage basin?
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Social-ecological drivers of multiple ecosystem services: what variables explain patterns of ecosystem services across the Norrström drainage basin?

机译:多种生态系统服务的社会生态驱动力:哪些变量解释了整个Norrström流域的生态系统服务模式?

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In human dominated landscapes many diverse, and often antagonistic, human activities are intentionally and inadvertently determining the supply of various ecosystem services. Understanding how different social and ecological factors shape the availability of ecosystem services is essential for fair and effective policy and management. In this paper, we evaluate how well alternative social-ecological models of human impact on ecosystems explain patterns of 16 ecosystem services (ES) across the 62 municipalities of the Norrström drainage basin in Sweden. We test four models of human impact on ecosystems, land use, ecological modernization, ecological footprint, and location theory, and test their ability to predict both individual ES and bundles of ES. We find that different models do best to predict different types of individual ES. Land use is the best model for predicting provisioning services, standing water quality, biodiversity appreciation, and cross-country skiing, while other models work better for the remaining services. However, this range of models is not able to predict some of the cultural ES. ES bundles are predicted worse than individual ES by these models, but provide a clear picture of variation in multiple ecosystem services based on limited information. Based on our results, we offer suggestions on how social-ecological modeling and assessments of ecosystems can be further developed.
机译:在人类主导的景观中,许多人类活动往往是相互对立的,往往是相互对立的,有意无意地决定了各种生态系统服务的供应。理解不同的社会和生态因素如何影响生态系统服务的可用性对于公平有效的政策和管理至关重要。在本文中,我们评估了人类对生态系统影响的其他社会生态模型如何很好地解释了瑞典Norrström流域内62个城市的16种生态系统服务(ES)的模式。我们测试了人类对生态系统,土地利用,生态现代化,生态足迹和位置理论的四种影响模型,并测试了它们预测单个ES和ES捆绑的能力。我们发现不同的模型最能预测不同类型的个体ES。土地使用是预测供应服务,站水质量,生物多样性升值和越野滑雪的最佳模型,而其他模型则更适合剩余服务。但是,此模型范围无法预测某些文化ES。通过这些模型,ES捆绑的预测比单个ES的糟糕,但是基于有限的信息,可以清楚地了解多种生态系统服务的变化。根据我们的结果,我们就如何进一步发展社会生态模型和生态系统评估提供了建议。

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