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EO for Environmental Impacts of Agriculture

Across Europe, the agricultural and environmental sectors are grappling with growing challenges in maintaining a balance between productivity, environmental sustainability, and ecosystem resilience. Despite advances in technology and policy, several structural and operational gaps continue to limit the effectiveness of monitoring and management systems.

A key challenge concerns monitoring and compliance. The implementation of the new Common Agricultural Policy (CAP) eco-schemes depends on accurate, transparent, and cost-effective monitoring of land management practices, including crop rotation, fallow land, and carbon management. Traditional reporting methods, however, remain labour-intensive, inconsistent across Member States, and insufficiently scalable to meet the policy’s evolving demands.

There is also a limited integration of environmental and agricultural data. Current monitoring systems often lack spatially explicit, high-frequency information required to assess ecosystem health, emissions, and biodiversity impacts. This fragmentation constrains the ability of policymakers to design holistic interventions that capture the interconnections between agricultural production and environmental performance.

Image credit: Vietnam mekong delta from sky _ ESA Standard Licence
 

Key examples

1) PEOPLE4NewCAP (Pioneer Earth Observation apPLications for Environment – The New CAP and Agriculture Eco-schemes)

Develops innovative EO-based indicators and tools to monitor eco-schemes under the new CAP, including use cases on crop rotation, fallow land management, permanent grassland use, winter soil cover, carbon footprint calculation, and water demand analysis. Demonstrations with Paying Agencies across multiple EU Member States (CZ, NL, ES, SE) highlight EO’s role in verifying compliance and improving transparency.

2) AGATE (AGricultural ATmospheric Emissions)

Focuses on monitoring agricultural emissions (NOx, NH₃, CH₄) using EO data from Sentinel-5P and other satellite instruments. Working with environmental agencies in Belgium, the Netherlands, Italy, India, and Thailand, the project supports evidence-based emission inventories and climate-smart farming strategies.

3) PEOPLE-Ecosystem Accounting

Demonstrates how EO can be integrated into ecosystem accounting frameworks to map and monitor ecosystem extent, condition, and services. The project collaborates with national statistical offices to co-develop EO-based demonstrator accounts for forests, coastal ecosystems, and ecosystem services such as wood provision, recreation, and tourism.

4) World Ecosystem Extent Dynamics Solution

A follow-up effort to scale EO-based mapping of terrestrial, freshwater, and coastal ecosystems globally. The solution integrates AI-driven analysis (machine learning, contextual reasoning) to produce multi-typology, uncertainty-aware ecosystem extent maps aligned with SEEA-EA and GBF indicators.

Our consortium