Pollution

Pleidas, TerraSar-X, SPOT and Elevation data available commercially from airbus, certain sample data sets at various locations available for free.

The website: https://www.radiant.earth
Help and Tutorials: https://help.radiant.earth/
Demos & Use Cases: https://demos.radiant.earth/

NASA's Earth Observing System Data and Information System (EOSDIS) is a program for archiving and distributing Earth science data from multiple missions to users.

A course from EUMETSAT and the Copernicus Atmosphere Monitoring Service/ECMWF. During the course you will discover the space, air and ground-based technologies we use to monitor and forecast the atmosphere by exploring how we observe and measure the atmosphere with satellites, ground-based and other forms of in-situ measurements, understanding the importance of satellite observations and other forms of measurements for atmospheric monitoring, investigating how atmospheric data is used in policy and decision-making, in a range of arenas, in conjunction with models and recognising the importance of the data for monitoring long-range transportation of pollutants in the atmosphere. You will explore the critical threats affecting the atmosphere and its composition - and how these affect human health, climate change and the ecosystem. You will also see how this all informs policy and international agreements, plus the extensive work needed to predict change and maintain air quality.

The Ocean Virtual Laboratory is a web platform making satellite and in-situ data for ocean monitoring accessible. It presents one of multiple Syntool Web portals that promote the synergistic use of Ocean Remote Sensing data in a wider context of Oceanic and Atmospheric models or in-situ data. , ESA/SEOM Ocean Virtual Laboratory portal:
SAR roughness Sentinel 1:
Ocean Color: From Sentinel-2, Sentinel-3 and Meteosat.
Chlorophyll: From VIIRS and MODIS
Sea Surface Temperature, Sea level, Salinity, Wind, Current, Rain, Mean Square Slope, Sea ice concentration
, ESA/DUE GlobCurrent portal:
SAR roughness, Ocean Color, Chlorophyll, Sea surface temperature, Sea level, Salinity, Wind, Wave, Current, Rain, ESA SMOS Storm portal: Significant Wave height (SWH) Jason 2 and ALTIKA, SAR roughness Sentinel-1, Wind speed SMOS, SMAP, AMSR2 and ASCAT, wind barbs ASCAT, CNES Aviso'VIZ altimetry portal: Sea Surface Height Anomaly (SSHA) Jason-2 and SARAL, Sea Level Anomaly (SLA) Jason-2 and SARAL, Absolute Dynamic Anomaly (ADT) Jason-2 and SARAL, Mean Sea Level RIse, Sea Level Anomaly, Geostrophic current vectors and streamlines., ESA Sentinel3 Viewer: products from OLCI, SLSTR and SRAL sensors., CNES PEPS Sentinel-1 Ocean Viewer: SAR roughness Sentinel-1, ESA Sea Surface Salinity portal: SMOS salinity, SMAP salinity

The Ocean Virtual Laboratory is a web platform making satellite and in-situ data for ocean monitoring accessible. It presents one of multiple Syntool Web portals that promote the synergistic use of Ocean Remote Sensing data in a wider context of Oceanic and Atmospheric models or in-situ data. , ESA/SEOM Ocean Virtual Laboratory portal:
SAR roughness Sentinel 1:
Ocean Color: From Sentinel-2, Sentinel-3 and Meteosat.
Chlorophyll: From VIIRS and MODIS
Sea Surface Temperature, Sea level, Salinity, Wind, Current, Rain, Mean Square Slope, Sea ice concentration
, ESA/DUE GlobCurrent portal:
SAR roughness, Ocean Color, Chlorophyll, Sea surface temperature, Sea level, Salinity, Wind, Wave, Current, Rain, ESA SMOS Storm portal: Significant Wave height (SWH) Jason 2 and ALTIKA, SAR roughness Sentinel-1, Wind speed SMOS, SMAP, AMSR2 and ASCAT, wind barbs ASCAT, CNES Aviso'VIZ altimetry portal: Sea Surface Height Anomaly (SSHA) Jason-2 and SARAL, Sea Level Anomaly (SLA) Jason-2 and SARAL, Absolute Dynamic Anomaly (ADT) Jason-2 and SARAL, Mean Sea Level RIse, Sea Level Anomaly, Geostrophic current vectors and streamlines., ESA Sentinel3 Viewer: products from OLCI, SLSTR and SRAL sensors., CNES PEPS Sentinel-1 Ocean Viewer: SAR roughness Sentinel-1, ESA Sea Surface Salinity portal: SMOS salinity, SMAP salinity

Map Viewer that allows downloading and time series creation of meteosat products.

The World Water Quality Information and Capacity Building Portal (IIWQ) is a webmap that illustrates data on turbidity, chlorophyll-a, total absorption as well as the EOMAP specific harmful algal bloom indicator (HAB indicator). Where access to in-situ data is available station values are presented.

The World Water Quality Information and Capacity Building Portal (IIWQ) is a webmap that illustrates data on turbidity, chlorophyll-a, total absorption as well as the EOMAP specific harmful algal bloom indicator (HAB indicator). Where access to in-situ data is available station values are presented.