Reducing commodity-driven forest and biodiversity loss by exploring and filling data gaps for due diligence

通过探索和填补尽职调查的数据空白，减少商品驱动的森林和生物多样性丧失

• 批准号: NE/X016277/1
• 负责人: Jonathan Green
• 金额: $ 4.14万
• 依托单位: University of York
• 依托单位国家: 英国
• 项目类别: Research Grant
• 财政年份: 2023
• 资助国家: 英国
• 起止时间: 2023 至 无数据
• 项目状态: 已结题
• 来源: https://gtr.ukri.org/projects?ref=NE%2FX016277%2F1
• 关键词: Reducing; commodity; driven; forest; biodiversity

The project aims to reduce commodity-driven forest and biodiversity loss and to guide sustainable investments by making untapped data and methods accessible to relevant stakeholders and due diligence processes. Almost half of global deforestation is linked to the production of commodities such as palm oil, soy, beef, rubber, coffee, cocoa and wood fibre. There is increasing pressure on finance and business sectors to invest and source responsibly but, due to complex global supply chains and data gaps, environmentally-sound decision making is non-trivial. While there are increasing data on the impacts of oil palm and soy, the impacts of other commodities like rubber are more challenging to map using satellite-based remote sensing. Rubber, a forest-like tree crop, is planted in a small and scattered fashion by six million smallholders and its complex global rubber supply chains are largely opaque. Consequently, although the production of rubber is known to lead to forest, net carbon and biodiversity loss, these impacts remain uncertain or unquantified and challenging to address. Greenwashing and leakage are widespread, and rubber benefits from both rapidly expanding voluntary carbon credit markets and 'development' concessions. Only a very small fraction of currently produced rubber is credibly certified. Even a coarser location-based deforestation risk approach is hampered by the lack of global spatial data on rubber and forest loss. Given the comparatively lower data availability and public awareness the financial, corporate and policy sectors have mainly focussed on commodities with easier entry points and leverage. However, the situation is now changing with the free availability of high-resolution satellite data and cloud computing, combined with greater demand for deforestation-free finance and commodities. This project will use natural rubber as a pilot to explore how new data and networks can be leveraged to map, quantify and tackle commodity-driven deforestation and biodiversity loss in 'difficult' commodities. The aim is to facilitate better financial and corporate decision making and to support zero-deforestation and biodiversity loss commitments. We will develop a multi-stakeholder network consisting of financial institutions, companies, civil society and science communities to synthesise information gaps and to co-create frameworks and tools for due diligence provisions. We will also facilitate free and high-resolution monitoring of rubber-driven forest loss, via the use of maps and apps. These will build on our recently developed method for mapping rubber and forest loss at unprecedented spatial and temporal resolution, which we will expand to global coverage. The new high-resolution data will also be coupled with existing and developing biodiversity metrics to provide a much-needed assessment of where biodiversity risks are highest within production landscapes. Finally, we will scope a rubber supply chain model to contribute to greater transparency of the sector. The project partners include Global Canopy who, through the Aligned accountability project represent 11 Financial Institutions; the Global Platform for Sustainable Natural Rubber, whose members represent over 50% of the global natural rubber volume; and Forest Stewardship Council who developed a chain of custody rubber certification. The academic partners, Stockholm Environment Institute York and Royal Botanic Garden Edinburgh, contribute extensive experience in remote sensing, biodiversity modelling, biodiversity impact metrics and commodity supply chain models. Combined, the partners have the data and leverage that could transform the natural rubber market, which is timely as currently low global rubber prices are expected to rise again. The network and knowledge gained through this pilot project will enable us to expand to other deforestation-risk commodities (phase 2) where there are comparable information needs and implementation challenges.

该项目旨在减少商品导致的森林和生物多样性损失，并通过向相关利益攸关方提供未利用的数据和方法以及尽职调查程序来指导可持续投资。全球近一半的森林砍伐与棕榈油、大豆、牛肉、橡胶、咖啡、可可和木纤维等商品的生产有关。金融和商业部门在负责任地投资和采购方面面临越来越大的压力，但由于全球供应链复杂和数据缺口，对环境无害的决策并非微不足道。虽然关于油棕榈和大豆影响的数据越来越多，但使用卫星遥感绘制橡胶等其他商品的影响更具挑战性。橡胶是一种类似森林的树木作物，由600万小农以小而分散的方式种植，其复杂的全球橡胶供应链基本上是不透明的。因此，虽然橡胶生产会导致森林、净碳和生物多样性的损失，但这些影响仍然不确定或无法量化，难以解决。绿色清洗和渗漏现象普遍存在，橡胶受益于迅速扩大的自愿碳信用市场和“发展”特许权。目前生产的橡胶中只有很小一部分是经过认证的。由于缺乏关于橡胶和森林损失的全球空间数据，即使是较粗略的基于地点的毁林风险方法也受到阻碍。由于数据可得性和公众意识相对较低，金融、企业和政策部门主要侧重于较容易进入和利用的初级商品。然而，随着高分辨率卫星数据和云计算的免费提供，加上对免毁林融资和商品的需求增加，情况正在发生变化。该项目将以天然橡胶为试点，探索如何利用新的数据和网络来绘制、量化和解决“困难”商品中由商品驱动的森林砍伐和生物多样性丧失问题。其目的是促进更好的财务和企业决策，并支持零森林砍伐和生物多样性损失的承诺。我们将建立一个由金融机构、公司、民间社会和科学界组成的多方利益攸关方网络，以综合信息差距，共同创建尽职调查规定的框架和工具。我们还将通过使用地图和应用程序，促进对橡胶导致的森林损失进行免费和高分辨率的监测。这些将建立在我们最近开发的以前所未有的空间和时间分辨率绘制橡胶和森林损失的方法的基础上，我们将扩大到全球范围。新的高分辨率数据还将与现有的和正在开发的生物多样性指标相结合，以提供急需的评估，评估生产景观中生物多样性风险最高的地方。最后，我们将研究橡胶供应链模型，以提高该行业的透明度。该项目的合作伙伴包括：全球林冠组织，它通过统一问责制项目代表11个金融机构;全球可持续天然橡胶平台，其成员占全球天然橡胶产量的50%以上;以及森林管理理事会，它开发了一个监管链橡胶认证。学术合作伙伴斯德哥尔摩环境研究所、约克和爱丁堡皇家植物园在遥感、生物多样性建模、生物多样性影响指标和商品供应链模型方面贡献了丰富的经验。这些合作伙伴拥有可以改变天然橡胶市场的数据和杠杆，这是及时的，因为目前较低的全球橡胶价格预计将再次上涨。通过这一试点项目获得的网络和知识将使我们能够扩大到其他有毁林风险的商品（第二阶段），在这些商品中，存在着类似的信息需求和执行方面的挑战。

项目成果

High-resolution maps show that rubber causes substantial deforestation.

• DOI: 10.1038/s41586-023-06642-z
• 发表时间: 2023-11
• 期刊: NATURE
• 影响因子: 64.8
• 作者: Wang, Yunxia;Hollingsworth, Peter M.;Zhai, Deli;West, Christopher D.;Green, Jonathan M. H.;Chen, Huafang;Hurni, Kaspar;Su, Yufang;Warren-Thomas, Eleanor;Xu, Jianchu;Ahrends, Antje
• 通讯作者: Ahrends, Antje