This service integrates Copernicus marine model outputs, specifically ocean colour observations and biogeochemical models, to monitor chlorophyll concentrations, track eutrophication trends, and detect seasonal algal blooms.

To assess sea surface pH, this service makes use of modelled pH fields which are combined with in situ records to enhance accuracy and correct for regional biases.

Focusing first on flood impacts, the service delivers a scalable platform that identifies where hazards meet human presence. Flood-related datasets (precipitation, soil moisture, hydro-modelling from digital elevation models) are combined with exposure layers such as population and infrastructure to estimate how many people and buildings are directly affected.

The Heat Health Risk Assessment is a co-designed service that maps the spatial distribution of heat-related health risks in the city of Turin. By integrating Copernicus climate reanalysis data, health data, urban context and census-derived sociodemographic indicators, it produces a risk indicator that reflects climate hazard, exposure and vulnerability. The service identifies urban areas where heat stress coincides with the presence of at-risk populations.

The service provides policymakers with evidence to achieve land degradation neutrality and implement soil protection policies. It enables timely targeting of conservation measures in erosion hotspots and supports credible national and EU reporting.

The service uses Sentinel-2 satellite data and vegetation indices to produce annual maps of forest loss, degradation, stability, and regeneration. Co-designed with forest and environmental authorities, it provides user-friendly maps and statistics to support enforcement, restoration planning, and SDG/EU forest reporting.