How Can Natural Asset Profiling Support Landscape-Scale Biodiversity Planning?

Project publishes analysis showing how natural asset profiling reveals the economic and ecological value of ecosystem services at regional scales

Understanding the full impact of biodiversity-friendly farming requires looking beyond individual farms to the natural assets that support entire agricultural landscapes. FRAMEwork has published a new analysis demonstrating how natural asset profiling methods reveal the economic and ecological value of ecosystem services across regions, enabling evidence-based decision-making at multiple governance levels.

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How to Quantify Natural Capital on Farmland?

Natural assets form the foundational basis of all agricultural production and rural wellbeing throughout Europe. Soil health and structure directly enable crop growth whilst simultaneously cycling essential nutrients and storing carbon. Pollinators ensure seed and fruit set for food crops. Natural pest control organisms suppress agricultural pest populations. These ecosystem services have substantial economic value. FRAMEwork's Natural Asset Profiling approach systematically identifies and values these assets.

Avoided soil erosion provides approximately £500/ha in production benefits, with losses reaching £2,000/ha in the most vulnerable farms when erosion control practices are absent. Crop pollination benefits average £84/ha but reach £200/ha in arable lands. Analysis of Cranborne Chase Farmer Cluster demonstrates that natural capital contributes approximately 20% of cereal production. This economic analysis provides concrete evidence of how natural assets underpin farm incomes and regional food security.

How to go from Farm to Regional Forecasting?

The Natural Asset Profiling methodology translates ecosystem services into economic terms, enabling stakeholders to understand natural capital's financial contribution to farm business performance. By analysing impacts through an economic and ecological asset lens, forecasting approaches can predict how landscape interventions implemented by Farmer Clusters will influence biodiversity and ecosystem services at wider regional scales. A single farmer's habitat management decisions have limited individual financial significance.

However, when a Farmer Cluster collectively implements coordinated management across hundreds of hectares, regional impacts become measurable and documented. When multiple clusters coordinate across entire landscape regions, systemic agricultural change delivering both ecological and economic benefits becomes possible and demonstrable. The regional forecasting capability becomes particularly powerful when combined with existing land-use mapping and habitat distribution data from national agencies and environmental organisations, enabling evidence-based decision-making at multiple governance levels.

How to Support Decision-Making at all Scales?

The analysis developed regionally specific forecasting tools demonstrating how changes in natural capital influence crop production, income and biodiversity across diverse European agricultural systems. Many regions possess detailed spatial data on agricultural land classification, protected areas, designated habitats and biodiversity distributions. FRAMEwork's methods show how to integrate Farmer Cluster innovations with this existing information to predict where landscape-scale benefits will be greatest and where conservation effort will deliver maximum financial and environmental return on investment.

Regions can identify priority areas for cluster development based on ecological and economic potential. Policymakers predict which support mechanisms will deliver greatest benefits for regional contexts. Farmers understand their potential contribution to regional conservation goals and quantify natural capital's financial contribution to their business performance. Scientists validate models against real-world implementation results across diverse European contexts, strengthening the evidence base for future interventions.

Read the Natural Assets Profiling protocol at https://zenodo.org/records/8348052 and the report on regional impact forecasting for Farmer Clusters at https://zenodo.org/records/15090415. Access the farmland ecosystem assessment support tool at https://recodo.io/page/farmland-ecosystem-assessment-support-tool. Explore all project publications at https://www.framework-biodiversity.eu/publications.