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将磷在爱尔兰岛的使用进行转化:建立可持续系统的模型。

Transforming phosphorus use on the island of Ireland: A model for a sustainable system.

机构信息

School of Biological Sciences and the Institute for Global Food Security, The Queen's University of Belfast, United Kingdom.

School of Biological Sciences and the Institute for Global Food Security, The Queen's University of Belfast, United Kingdom.

出版信息

Sci Total Environ. 2019 Mar 15;656:852-861. doi: 10.1016/j.scitotenv.2018.11.389. Epub 2018 Nov 29.

Abstract

Phosphorus is an essential part of the world food web and a non-substitutable nutrient in all biological systems. Losses of phosphorus occur along the food-supply chain and cause environmental degradation and eutrophication. A key global challenge is to meet rising worldwide food demand while protecting water and environmental quality, and seeking to manage uncertainty around potential future phosphorus price or supply shocks. This paper presents a stakeholder-generated conceptual model of potential transformative change for implementing phosphorus sustainability on the island of Ireland via an 'All-Island Phosphorus Sustainability' workshop. Key transition pathways identified by stakeholders included: incentivising phosphorus recovery, developing collaborative networks to facilitate change, developing markets and value chains for recovered products; implementing data-informed practices on-farm to prevent losses and increase efficiencies, and harmonisation of technologies with end-user needs. A comparable model was previously produced for the North American region. We describe consensus and differences around key priorities between the two regions' conceptual models, and assess how the model produced for the island of Ireland can effect system-wide change and policy moving forward. Many of the transitional pathways and future aspirations presented in both models resonate globally and are highly pertinent to other jurisdictions.

摘要

磷是世界食物网的重要组成部分,也是所有生物系统中不可替代的营养物质。磷沿着食物链流失,导致环境恶化和富营养化。一个全球性的关键挑战是,在满足全球不断增长的粮食需求的同时,保护水和环境质量,并寻求管理未来潜在的磷价或供应冲击的不确定性。本文通过“全岛磷可持续性”研讨会,展示了利益相关者提出的概念模型,探讨了如何在爱尔兰岛实现磷的可持续性。利益相关者确定的主要转型途径包括:激励磷回收、发展合作网络以促进变革、开发回收产品的市场和价值链、在农场实施数据驱动的实践以防止损失和提高效率,以及使技术与最终用户的需求相协调。以前曾为北美地区制作过类似的模型。我们描述了两个地区概念模型中关键优先事项的共识和差异,并评估了为爱尔兰岛制作的模型如何在未来推动系统范围的变革和政策。这两个模型中提出的许多转型途径和未来愿望在全球范围内产生共鸣,对其他司法管辖区也具有高度相关性。

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