A conceptual model for enabling sustainable management of soil-sediment-water ecosystems in support of European policy

IF 0.8 4区 环境科学与生态学 Q4 ENVIRONMENTAL SCIENCES Aquatic Ecosystem Health & Management Pub Date : 2023-04-01 DOI:10.14321/aehm.026.02.063
Jos Brils, Linda Maring
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引用次数: 0

Abstract

The health of soil-sediment-water ecosystems is under pressure from economic activities and a changing climate. This decreases health and hampers the service provision capacity of these ecosystems and thus impacts human well-being. Protecting and where feasible restoring of ecosystem health has currently become the key European environmental policy objective and for this it is needed to take an entire system approach and engage stakeholders. ‘Entire’ means that soil, sediment and water are regarded as closely interlinked environmental matrices that need to be managed by taking a ‘river (or mountain) to sea’ perspective, crossing spatial, discipline, political and cultural boundaries. This paper presents a conceptual model to support that purpose. Essentially, the conceptual model presents an approach for ecosystem-based management aimed to achieve healthy ecosystems, i.e. soil-sediment-water ecosystems that have the continued capacity to support ecosystem services to the benefit of their users. The model proposes a cyclic (iterative, learning-by-doing) approach and integrates soil-sediment-water, ecosystems, ecosystem services, users (stakeholders), pressures, information, management strategy and program of measures as building blocks. To successfully apply the model, it is above all needed to take an entrepreneurial approach, i.e. leave comfort zones, take an adventurous road, learn together to manage together, be adaptive and consider other than only command-and-control solutions. Furthermore, authorities should become facilitative leaders to engage users in co-creation of an ecosystem-based management strategy. Real live and place-based experimenting with multiple stakeholders, such as in the Living Labs and Lighthouses that are proposed in the EU soil mission, may provide an ideal instrument for such application, i.e. where the conceptual model can be used and support the achievement of European environmental policy objectives.
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支持欧洲政策的土壤-沉积物-水生态系统可持续管理的概念模型
经济活动和气候变化给土壤-沉积物-水生态系统的健康带来了压力。这会降低健康水平,阻碍这些生态系统提供服务的能力,从而影响人类福祉。保护和在可行的情况下恢复生态系统健康目前已成为欧洲环境政策的关键目标,为此需要采取整个系统的方法并使利益相关者参与进来。“整体”意味着土壤、沉积物和水被视为紧密相连的环境矩阵,需要通过“从河(或山)到海”的视角来管理,跨越空间、纪律、政治和文化界限。本文提出了一个概念模型来支持这一目的。从本质上讲,概念模型提出了一种基于生态系统的管理方法,旨在实现健康的生态系统,即土壤-沉积物-水生态系统,这些生态系统具有持续支持生态系统服务以造福其用户的能力。该模型提出了一种循环(迭代、边做边学)的方法,并将土壤-沉积物-水、生态系统、生态系统服务、用户(利益相关者)、压力、信息、管理战略和措施方案作为构建模块。要成功应用这一模式,首先需要采取一种企业家的方式,即离开舒适区,走冒险之路,共同学习共同管理,具有适应性,并考虑不仅仅是命令和控制的解决方案。此外,当局应成为促进型领导者,让用户参与共同创建基于生态系统的管理战略。与多个利益相关者进行的真实的现场和基于地点的实验,例如欧盟土壤任务中提出的生活实验室和灯塔,可能为此类应用提供理想的工具,即概念模型可以使用并支持实现欧洲环境政策目标。
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来源期刊
Aquatic Ecosystem Health & Management
Aquatic Ecosystem Health & Management 环境科学-海洋与淡水生物学
CiteScore
1.70
自引率
0.00%
发文量
1
审稿时长
18-36 weeks
期刊介绍: The journal publishes articles on the following themes and topics: • Original articles focusing on ecosystem-based sciences, ecosystem health and management of marine and aquatic ecosystems • Reviews, invited perspectives and keynote contributions from conferences • Special issues on important emerging topics, themes, and ecosystems (climate change, invasive species, HABs, risk assessment, models)
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