What Earth Observation Can Do for Food Systems
Earth observation (EO) provides a unique vantage point for monitoring and managing the full breadth of food systems — from field-level crop dynamics to global supply chain pressures. Satellite data can map agricultural land use and crop types, monitor vegetation health and growth stages, estimate yields, detect soil moisture and drought conditions, and track deforestation linked to agricultural expansion. By delivering timely, spatially consistent information across vast agricultural landscapes, EO supports more sustainable and resilient food production, strengthens food security monitoring, and enables transparent, evidence-based agricultural policy — from farm-level compliance verification to national reporting under international frameworks.
ESA's Role in Food Systems
ESA contributes to sustainable food systems through missions and programmes that generate the satellite data essential for modern agricultural monitoring and policy. Copernicus Sentinel missions provide freely available, high-resolution imagery that underpins a wide range of agri-food applications — including crop mapping, pasture monitoring, irrigation management and land degradation assessment. ESA works with agri-tech companies, research institutions, national agencies and international organisations to develop operational EO services tailored to the needs of the food sector. These efforts support the transition towards more data-driven, transparent and sustainable agricultural systems, in alignment with policy frameworks such as the EU's Common Agricultural Policy (CAP) and the Farm to Fork Strategy.
How the Stakeholder Engagement Facility Supports Food Systems Users
The ESA Stakeholder Engagement Facility (SEF) engages with a wide range of food systems stakeholders to support the practical adoption of Earth observation in their workflows. SEF uses tools such as the Geospatial Explorer to illustrate how satellite data can address real-world challenges in agricultural monitoring, compliance and sustainability reporting.
A key focus of SEF's engagement in this thematic area is working with CAP paying agencies through dedicated deep dive sessions (one-on-one interactions) designed to understand their specific operational requirements and explore how EO solutions can support area monitoring, beneficiary checks and reporting processes under the Common Agricultural Policy. These tailored exchanges help agencies build confidence in integrating satellite data into their established administrative workflows.
SEF also maintains an active presence in the food and agriculture EO community through participation in leading sector events. These include CAPIGI 2025, a premier conference on geospatial innovation for agricultural policy; the IACS Community Exchange 2024, which brings together paying agencies and technical experts to share experiences on monitoring and control systems; and the EU CAP Network workshop 'Sensing the Future: Practical Applications of Proximal and Remote Sensing for Farmers and Advisors', which explores how remote sensing tools can be made accessible and actionable for farmers and their advisory networks. Through these engagements, SEF helps connect the EO community with the agricultural sector and contributes to building a shared understanding of how space data can strengthen food systems governance and sustainability.
