Our work focuses on developing data-based solutions to enhance agricultural sustainability and strengthen the sector's capacity to adapt to climate change.
Through advanced Earth observation (EO) and data analysis, we specialise in spatio-temporal monitoring and performance assessment of key agro-environmental parameters. We conduct analyses of biomass/crop health, land surface temperature, and water resources, explicitly contributing to the effective management of water and carbon cycles in agri-ecosystems.
Utilizing vegetation and moisture indices derived primarily from the Copernicus and Landsat satellite constellations, our analysis is designed to generate vital, actionable input for enhanced Decision Support Systems (DSS) and Farm Management Information Systems (FMIS). This approach is key to achieving a more climate-resilient agriculture by enabling the quantification of local vulnerabilities and supporting data-driven decision-making.

GISARTE is a specialist micro-enterprise dedicated to leveraging advanced geospatial technologies—specifically Geographic Information Systems (GIS) and Remote Sensing—to address pressing environmental and socio-economic challenges within the context of the climate emergency.
GISARTE's project portfolio exhibits a strong, integrated commitment to both agriculture and the environment, positioning the company as a key contributor to sustainable, climate-resilient management. Our work goes beyond simple mapping to include spatio-temporal analysis of key indicators critical for both sectors, such as the evaluation of photosynthetic indices to assess vegetation health in agricultural, industrial and natural surroundings. A central theme is the focus on ecosystem capacity and biodiversity in the face of climate challenges, and the design of conservation strategies aimed at local temperature reduction and the increase of CO2 sequestration through soil organic carbon.