Cases

Sulfur dioxide (SO₂) emissions affect air quality, climate, and aviation safety. With Sentinel-5P TROPOMI, we can track SO₂ plumes globally in unprecedented detail. Discover how satellite data supports air quality monitoring, climate research, and hazard mitigation.

Monitoring and improving our air quality is essential to protect our public health and safeguard the environment. Terrascope offers a series of air quality maps including a daily NO₂ surface concentration. Discover more about this groundbreaking NO₂ product derived with an advanced machine learning (ML) framework to integrate multi-source datasets.

Wind is a key resource to enable the green energy transition and stop the emission of greenhouse gasses that is driving climate change. Discover how the Sentinel-1 wind speed and direction observations provide insights into ocean wind patterns.

Discover how Rijkswaterstaat (the Ministry of Infrastructure and Water Management in The Netherlands) uses remote sensing solutions to monitor water surfaces.

Discover a preview application which combines Sentinel-3-derived Land Surface Temperature and Sentinel-2 reflectance data for Urban Heat Island effects.

Discover more about WorldCover, the global land cover products at 10 m resolution for 2020 and 2021 based on Sentinel-1 and Sentinel-2 data.

In the MOSCI project, IMDC and VITO looked into the feasibility of using InSAR technology to monitor deformation of large structures. This remote sensing technology uses freely available Sentinel-1 data which allows us to monitor e.g. hundreds of bridges at the same time.

Sentinel-1 and Sentinel-2 data for urban planning and land management.

TerraFlood is a Virtual Machine application to provides spatially consistent flood observations independent of weather conditions.

Discover how we can monitor formaldehyde and carbon monoxide, emitted by the Australian and Californian wildfires, by using Sentinel-5P TROPOMI.