- Version 2.0.0 (current): Daily maximum near-surface temperature in degrees Celsius from MARSMet. Spatial resolution: 10 km. Used to compute warm and cold spell duration and intensity datasets. - Version 1.0.0 (outdated): Daily interpolated maximum temperatu...

- Version 2.0.0 (current): Daily minimum near-surface temperature in degrees Celsius from MARSMet. Spatial resolution: 10 km. Used to compute warm and cold spell duration and intensity datasets. - Version 1.0.0 (outdated): Daily interpolated minimum temperatu...

Anomalies of maximum daily temperature are computed based on the interpolated maximum temperature data per day from 1981 and up to and including 2010. The temperature results are being used to compute heat- and cold waves and moments of potentially dangerous t...

Daily minimum near-surface temperature in degrees Celsius (°C). Based on ERA5 data. Spatial resolution: 0.25 decimal degrees.

Daily maximum near-surface temperature in degrees Celsius (°C). Based on ERA5 data. Spatial resolution: 0.25 decimal degrees.

The EMC-BUILT product consists in three datasets, named EMC-BUILT-S (built-up surface), EMC-BUILT-S-NRES (non-residential built-up surface) and EMC-BUILT-GREENNESS (vegetation fraction in the built-up domain. The data is produced for the year 2022 and based on...

The Meteorological Drought Tracking indicator outlines drought areas as discrete events in space and time. The indicator is available at the global scale and at near real-time, updated every ten days (dekad). By providing information on the spatial-temporal de...

These geospatial vector datasets contain the centroids of segments of built-up grid cells derived from the GHS-BUILT-S Arctic Edition R2025A 1km gridded data. All adjacent grid cells with a built-up surface estimate >0 were merged to a vector object, and the c...

This layer provides an early warning of extreme temperature conditions over the world based on accumulated intensity of daily temperature exceedances of the forecast with lead times ranging from 0 to 3 months. These are derived from the forecasted daily maximu...

This layer provides an early warning of extreme temperature conditions over the world based on accumulated intensity of daily temperature exceedances of the forecast with lead times ranging from 0 to 3 months. These are derived from the forecasted daily maximu...

This layer provides an early warning of extreme temperature conditions over the world based on accumulated intensity of daily temperature exceedances of the forecast with lead times ranging from 0 to 3 months. These are derived from the forecasted daily maximu...

This layer provides an early warning of extreme temperature conditions over the world based on accumulated intensity of daily temperature exceedances of the forecast with lead times ranging from 0 to 3 months. These are derived from the forecasted daily maximu...

This layer provides an early warning of extreme temperature conditions over the world based on accumulated intensity of daily temperature exceedances of the forecast with lead times ranging from 0 to 3 months. These are derived from the forecasted daily maximu...

This layer provides an early warning of extreme temperature conditions over the world based on accumulated intensity of daily temperature exceedances of the forecast with lead times ranging from 0 to 3 months. These are derived from the forecasted daily maximu...

This layer provides an early warning of extreme temperature conditions over the world based on accumulated intensity of daily temperature exceedances of the forecast with lead times ranging from 0 to 3 months. These are derived from the forecasted daily maximu...

This layer provides an early warning of extreme temperature conditions over the world based on accumulated intensity of daily temperature exceedances of the forecast with lead times ranging from 0 to 3 months. These are derived from the forecasted daily maximu...

This layer provides an early warning of extreme temperature conditions over the world based on accumulated intensity of daily temperature exceedances of the forecast with lead times ranging from 0 to 3 months. These are derived from the forecasted daily maximu...

This layer provides an early warning of extreme temperature conditions over the world based on accumulated intensity of daily temperature exceedances of the forecast with lead times ranging from 0 to 3 months. These are derived from the forecasted daily maximu...

This layer provides an early warning of extreme temperature conditions over the world based on accumulated intensity of daily temperature exceedances of the forecast with lead times ranging from 0 to 3 months. These are derived from the forecasted daily maximu...