Catalogue Search
Collections
Collections are sets of homogeneous datasets (items), broadly identified by the same provider, theme and use case. Note that the scope of the collection could be smaller than the one originally published by the provider
ERA5, ECMWF fifth generation reanalysis
ERA5 is the fifth generation ECMWF reanalysis for the global climate and weather. Data is available from 1940 onwards. we propose a selection of the original data based on the most popular datasets and variables
DestinE Climate Adaptation DT, activity ScenarioMIP, experiment SSP3-7.0, model IFS-NEMO
The DestinE Digital Twin for Climate Change Adaptation (Climate DT) supports adaptation activities through the provision of innovative climate information on multi-decadal timescales, at km-scale resolutions of 5 to 10km.
DestinE Climate Adaptation DT, activity ScenarioMIP, experiment SSP3-7.0, model ICON
The DestinE Digital Twin for Climate Change Adaptation (Climate DT) supports adaptation activities through the provision of innovative climate information on multi-decadal timescales, at km-scale resolutions of 5 to 10km.
Hybrid gridded demographic data for the world
This is a hybrid gridded dataset of demographic data for the world, given as 5-year population bands at a 0.25 degree grid resolution.
Copernicus Digital Elevation Model (DEM)
The Copernicus DEM is a Digital Surface Model (DSM) that represents the surface of the Earth including buildings, infrastructure and vegetation. Data were acquired through the TanDEM-X mission between 2011 and 2015. The datasets were made available for use in 2019 and will be maintained until 2026. We propose a subset of the whole corpus of data based on the most popular datasets.
Copernicus Digital Elevation Model (DEM) UTM / UPS
The Copernicus DEM is a Digital Surface Model (DSM) that represents the surface of the Earth including buildings, infrastructure and vegetation. We propose a subset of the whole corpus of data based on the most popular datasets.
Datasets
Datasets are provided as an URL for a specific Zarr store; different datasets can come from the very same origin but correspond to different chunks optimised for different use cases
Essential climate variables from 1979 to present
The Essential Climate Variables contains a selection of climatologies, monthly anomalies and monthly mean fields. The dataset is provided in a ARCO Zarr format ideal for time series analysis
ERA5 monthly data on single levels
Subset of ERA5 reanalysis on the surface (single-levels) for atmospheric, ocean-wave and land surface quantities. The dataset is provided in a ARCO Zarr format ideal for time series analysis
ERA5 hourly data on single levels
Subset of ERA5 reanalysis on the surface (single-levels) for atmospheric and land surface quantities. The dataset is provided in a ARCO Zarr format ideal for time series analysis
ERA5 hourly data on single levels, ocean-wave fields
Subset of ERA5 reanalysis single-levels for ocean-wave quantities. The dataset is provided in a ARCO Zarr format ideal for time series analysis
ERA5-Land hourly data
ERA5-Land provides land variables evolution over several decades at an enhanced resolution compared to ERA5. The dataset is provided in a ARCO Zarr format ideal for time series analysis
ERA5 hourly data on pressure levels
Subset of ERA5 reanalysis on the surface (single-levels) for atmospheric, ocean-wave and land surface quantities. The dataset is provided in a ARCO Zarr format ideal for time series analysis
- restricted
Climate DT, ScenarioMIP, SSP3-7.0, IFS-NEMO, hourly data on single-levels
This dataset contains a selection of the variables available from the DestinE Climate DT future projection simulation (activity `ScenarioMIP`, experiment `SSP3-7.0`) from the IFS-NEMO model at high resolution on surface levels
- restricted
Climate DT, ScenarioMIP, SSP3-7.0, IFS-NEMO, monthly data on single-levels
This dataset contains a selection of the variables available from the DestinE Climate DT future projection simulation (activity `ScenarioMIP`, experiment `SSP3-7.0`) from the IFS-NEMO model at high resolution on surface levels
- restricted
Climate DT, ScenarioMIP, SSP3-7.0, IFS-NEMO, daily data on ocean and sea-ice
This dataset contains a selection of the variables available from the DestinE Climate DT future projection simulation (activity `ScenarioMIP`, experiment `SSP3-7.0`) from the IFS-NEMO model at high resolution on ocean variables
- restricted
Climate DT, ScenarioMIP, SSP3-7.0, ICON, hourly data on single-levels
This dataset contains a selection of the variables available from the DestinE Climate DT future projection simulation (activity `ScenarioMIP`, experiment `SSP3-7.0`) from the ICON model at high resolution on surface levels
- restricted
Climate DT, ScenarioMIP, SSP3-7.0, ICON, monthly data on single-levels
This dataset contains a selection of the variables available from the DestinE Climate DT future projection simulation (activity `ScenarioMIP`, experiment `SSP3-7.0`) from the ICON model at high resolution on surface levels
- restricted
Climate DT, ScenarioMIP, SSP3-7.0, IFS-NEMO, hourly data on pressure-levels
This dataset contains a selection of the variables available from the DestinE Climate DT future projection simulation (activity `ScenarioMIP`, experiment `SSP3-7.0`) from the IFS-NEMO model at high resolution on pressure levels
Hybrid gridded demographic data for the world, 1950-2020 0.25 degree resolution
This is a hybrid gridded dataset of demographic data for the world, given as 5-year population bands at a 0.25 degree grid resolution.
Copernicus DEM Global 30m
GLO-30 is a Digital Elevation Model that offers global coverage at a resolution of 30 metres. Surface coverage is ~ 149 M km 2
Copernicus DEM Global 90m
GLO-90 is a Digital Elevation Model that offers global coverage at a resolution of 90 metres. Surface coverage is ~ 149 M km 2
Copernicus DEM Global 30m resampled on a 20m grid on UTM 01N
Copernicus DEM Global 30m resampled on a 20m grid on UTM 01N
Copernicus DEM Global 30m resampled on a 20m grid on UTM 01S
Copernicus DEM Global 30m resampled on a 20m grid on UTM 01S
Copernicus DEM Global 30m resampled on a 20m grid on UTM 02N
Copernicus DEM Global 30m resampled on a 20m grid on UTM 02N
Copernicus DEM Global 30m resampled on a 20m grid on UTM 02S
Copernicus DEM Global 30m resampled on a 20m grid on UTM 02S
Copernicus DEM Global 30m resampled on a 20m grid on UTM 03N
Copernicus DEM Global 30m resampled on a 20m grid on UTM 03N
Copernicus DEM Global 30m resampled on a 20m grid on UTM 03S
Copernicus DEM Global 30m resampled on a 20m grid on UTM 03S
Copernicus DEM Global 30m resampled on a 20m grid on UTM 04N
Copernicus DEM Global 30m resampled on a 20m grid on UTM 04N
Copernicus DEM Global 30m resampled on a 20m grid on UTM 04S
Copernicus DEM Global 30m resampled on a 20m grid on UTM 04S
Copernicus DEM Global 30m resampled on a 20m grid on UTM 05N
Copernicus DEM Global 30m resampled on a 20m grid on UTM 05N
Copernicus DEM Global 30m resampled on a 20m grid on UTM 05S
Copernicus DEM Global 30m resampled on a 20m grid on UTM 05S
Copernicus DEM Global 30m resampled on a 20m grid on UTM 06N
Copernicus DEM Global 30m resampled on a 20m grid on UTM 06N
Copernicus DEM Global 30m resampled on a 20m grid on UTM 06S
Copernicus DEM Global 30m resampled on a 20m grid on UTM 06S
Copernicus DEM Global 30m resampled on a 20m grid on UTM 07N
Copernicus DEM Global 30m resampled on a 20m grid on UTM 07N
Copernicus DEM Global 30m resampled on a 20m grid on UTM 07S
Copernicus DEM Global 30m resampled on a 20m grid on UTM 07S
Copernicus DEM Global 30m resampled on a 20m grid on UTM 08N
Copernicus DEM Global 30m resampled on a 20m grid on UTM 08N
Copernicus DEM Global 30m resampled on a 20m grid on UTM 08S
Copernicus DEM Global 30m resampled on a 20m grid on UTM 08S
Copernicus DEM Global 30m resampled on a 20m grid on UTM 09N
Copernicus DEM Global 30m resampled on a 20m grid on UTM 09N
Copernicus DEM Global 30m resampled on a 20m grid on UTM 09S
Copernicus DEM Global 30m resampled on a 20m grid on UTM 09S
Copernicus DEM Global 30m resampled on a 20m grid on UTM 10N
Copernicus DEM Global 30m resampled on a 20m grid on UTM 10N
Copernicus DEM Global 30m resampled on a 20m grid on UTM 10S
Copernicus DEM Global 30m resampled on a 20m grid on UTM 10S
Copernicus DEM Global 30m resampled on a 20m grid on UTM 11N
Copernicus DEM Global 30m resampled on a 20m grid on UTM 11N
Copernicus DEM Global 30m resampled on a 20m grid on UTM 11S
Copernicus DEM Global 30m resampled on a 20m grid on UTM 11S
Copernicus DEM Global 30m resampled on a 20m grid on UTM 12N
Copernicus DEM Global 30m resampled on a 20m grid on UTM 12N
Copernicus DEM Global 30m resampled on a 20m grid on UTM 12S
Copernicus DEM Global 30m resampled on a 20m grid on UTM 12S
Copernicus DEM Global 30m resampled on a 20m grid on UTM 13N
Copernicus DEM Global 30m resampled on a 20m grid on UTM 13N
Copernicus DEM Global 30m resampled on a 20m grid on UTM 13S
Copernicus DEM Global 30m resampled on a 20m grid on UTM 13S
Copernicus DEM Global 30m resampled on a 20m grid on UTM 14N
Copernicus DEM Global 30m resampled on a 20m grid on UTM 14N
Copernicus DEM Global 30m resampled on a 20m grid on UTM 14S
Copernicus DEM Global 30m resampled on a 20m grid on UTM 14S
Copernicus DEM Global 30m resampled on a 20m grid on UTM 15N
Copernicus DEM Global 30m resampled on a 20m grid on UTM 15N
Copernicus DEM Global 30m resampled on a 20m grid on UTM 15S
Copernicus DEM Global 30m resampled on a 20m grid on UTM 15S
Copernicus DEM Global 30m resampled on a 20m grid on UTM 16N
Copernicus DEM Global 30m resampled on a 20m grid on UTM 16N
Copernicus DEM Global 30m resampled on a 20m grid on UTM 16S
Copernicus DEM Global 30m resampled on a 20m grid on UTM 16S
Copernicus DEM Global 30m resampled on a 20m grid on UTM 17N
Copernicus DEM Global 30m resampled on a 20m grid on UTM 17N
Copernicus DEM Global 30m resampled on a 20m grid on UTM 17S
Copernicus DEM Global 30m resampled on a 20m grid on UTM 17S
Copernicus DEM Global 30m resampled on a 20m grid on UTM 18N
Copernicus DEM Global 30m resampled on a 20m grid on UTM 18N