
Explore how Earth Observation can support the upscaling of nature-positive activities.
Project LEON aims to enhance and facilitate finance for the benefit of nature by bridging data gaps and improving decision-making.
This pilot focuses on monitoring water pollution linked to critical mineral extraction, helping financial institutions attribute water quality impacts to specific mining companies. Using Earth Observation (EO) data, the pilot will track key water parameters such as turbidity and total suspended solids to identify pollution hotspots. It will also map landfills to enhance traceability in downstream activities and assess biodiversity impacts, particularly the composition of communities and the population status of vulnerable species.
This pilot leverages EO data to monitor land conversion in the agri-food sector, addressing the lack of precise geolocation data on supplier lists. By utilising open-source datasets like Trase and the Universal Mill List, as well as proprietary databases, it aims to improve supply shed tracking and link land conversion events to corporate supply chains. The initiative seeks to move beyond deforestation-focused monitoring, identifying other land conversion types, their biodiversity impacts and their drivers to support financial institutions in engaging with trading companies and promoting sustainable land management practices.
This pilot aims to develop a granular and reliable toolbox for quantifying nature-related financial risks, helping to mitigate the mispricing of environmental degradation and biodiversity loss in global financial systems. By enhancing risk management and disclosures, the toolbox will support financial institutions, central banks, and regulators in reallocating capital from harmful activities to those that protect and restore nature. Leveraging a broad network of stakeholders, including United Nations Environment Finance Initiative (UNEP-FI), Taskforce on Nature-Related Financial Disclosures (TNFD), and the European Space Agency (ESA), the initiative will integrate sector-specific insights, particularly in high-risk industries like energy and manufacturing, to strengthen financial resilience and promote nature recovery.
Biodiversity credit markets are rapidly emerging and expanding worldwide. Key to the quality of credits within these markets is the measurement and monitoring of biodiversity uplift, across a range of scales and for different biodiversity features (e.g. various natural habitat types). In this pilot, the project team will explore existing and potential indicators that could underpin and facilitate credit markets, to ensure credibility and prevent greenwashing. Led by the University of Oxford’s Nature Positive Hub and some key stakeholders, the initiative will assess international biodiversity credit systems, identify gaps in monitoring methodologies, and develop EO-based approaches for tracking biodiversity improvements. The goal is to strengthen investor confidence, support credit market growth, and enable scalable nature investments.
This pilot explores the integration of biodiversity into natural capital accounting (NCA) by leveraging EO data to enhance green net national income (NNI) assessments. While NCA tracks biophysical changes, it lacks a direct economic metric for biodiversity, limiting its role in decision-making. Building on recent efforts in Denmark to include biodiversity in NNI using Red List indicators, the project will develop and test EO-derived metrics such as the Biodiversity Intactness Score to provide high-resolution, real-time biodiversity assessments. This approach aims to improve the accuracy and relevance of green NNI, enabling policymakers to incorporate biodiversity considerations into national economic planning.
This pilot explores how EO data can enhance the credibility, transparency, and impact of sovereign debt instruments for nature finance, such as Debt-for-Nature Swaps (DNS) and sustainability-linked sovereign bonds. While these instruments help mobilise private capital for biodiversity and sustainability, challenges remain in verifying key performance indicators (KPIs), monitoring investments, and ensuring financial viability. EO data offers standardised, verifiable, and comparable insights to improve project selection, track performance, and strengthen investor confidence. Collaborating with stakeholders like the World Bank and the Sustainable Debt Coalition, the project will develop EO-based methodologies to support debt sustainability modelling, parametric insurance, and policy recommendations for integrating EO into sovereign nature financing.
The Kunming-Montreal Global Biodiversity Framework set a target to mobilize $30 billion/year from international finance by 2030. This will require support from Earth Observation to fully enable a range of nature finance mechanisms.
Learn moreProject LEON aims to enhance and facilitate finance for the benefit of nature by bridging data gaps and improving decision-making.
Drive robust biodiversity metrics, risk management, and policy decisions for sustainable outcomes.
Explore and strengthen the role of EO towards leveraging financial mechanisms for environmental sustainability objectives with a focus on nature.
Facilitate informed decision-making and policy formulation.
Bridge data and technology gaps to integration, transfer, and scalability of EO solutions.
Enhance and facilitate communication across the different communities engaged in Nature Finance dialogue and action.
Explore six groundbreaking initiatives addressing global challenges in supply chains, finance, and nature - driving impactful change towards a more sustainable tomorrow.
Uses EO data to monitor water pollution from mineral extraction, helping financial institutions link water quality impacts to mining companies.
Lead:
Susana BaenaUses EO data to track land conversion in the agri-food sector, linking it to corporate supply chains.
Lead:
Marianne HaahrAims to develop a granular and reliable toolbox for quantifying nature-related financial risks, helping mitigate environmental mispricing.
Lead:
Nicola RangerExplores indicators to ensure the credibility of biodiversity credit markets, preventing greenwashing.
Lead:
Joe BullExplores the integration of biodiversity into natural capital accounting by leveraging EO data to enhance green net national income assessments.
Lead:
Niels StrangeExplores how EO data can enhance the credibility, transparency, and impact of sovereign debt instruments for nature finance.
Learn moreFunded by the European Space Agency (ESA) and led by the University of Oxford and Assimila Ltd, supported by other global partners in space, finance, and conservation
Consortium Lead
Nature Finance Lead
Earth Observation Lead
Policy and Frameworks Lead
Project Lead