Showing 1 - 12 of 49 results
The ECPDS (ECMWF Production Data Store) Training

The ECPDS (ECMWF Production Data Store) Training

Format: Videos
This focuses on ECMWF's Production Data Store ECPDS, which: - Enables users to receive and manage real-time forecast...
Online computing training week 2024 - Transition to the new CDS and ADS

Online computing training week 2024 - Transition to the new CDS and ADS

Format: Videos
This session provides an update on the transition to the new Copernicus Data Store (CDS) and Atmospheric Data Store (ADS...
Analysis of September 2020 European heatwave using ERA5 climate reanalysis data from C3S

Analysis of September 2020 European heatwave using ERA5 climate reanalysis data from C3S

Format: Jupyter notebooks

Analyse a heatwave with ERA5 data from the C3S Climate Data Store. Compare temperatures with climatology. Plot figures.

Tutorial on July 2023 record-breaking global surface temperatures using climate data from C3S

Tutorial on July 2023 record-breaking global surface temperatures using climate data from C3S

Format: Jupyter notebooks

View trends in air and sea surface temperatures in ERA5 data from the C3S Climate Data Store. Calculate and plot anomalies.

Visualising a full climate data record of multi-sensor aerosol data

Visualising a full climate data record of multi-sensor aerosol data

Format: Jupyter notebooks

Introduction to the C3S Aerosol properties gridded data derived from satellite. Creation of a full Climate Data Record.

Exploring gridded data on aerosol properties available on C3S

Exploring gridded data on aerosol properties available on C3S

Format: Jupyter notebooks

Introduction to the C3S Aerosol properties gridded data derived from satellite. Use cases for monthly mean single sensor data.

How to access and use a satellite-derived GHG Level 2 data product using XCO2_EMMA as an example

How to access and use a satellite-derived GHG Level 2 data product using XCO2_EMMA as an example

Format: Jupyter notebooks

Access and use of satellite-derived Greenhouse Gas (GHG) atmospheric carbon dioxide (CO2) Level 2 data product.

How to access, read and use satellite XCO2 and XCH4 Level 3 data products

How to access, read and use satellite XCO2 and XCH4 Level 3 data products

Format: Jupyter notebooks

How to access, read and use Greenhouse Gas atmospheric carbon dioxide and methane data: temporal and spatial variation

Exploring an ozone product available through the Climate Data Store (CDS)

Exploring an ozone product available through the Climate Data Store (CDS)

Format: Jupyter notebooks

Spatial and temporal ozone distribution of the total ozone columns. Retrieval of the data and analysis.

Calculation of global climatology and annual cycles of cloud fractional cover from EUMETSAT's CM SAF CLARA-A3 dataset

Calculation of global climatology and annual cycles of cloud fractional cover from EUMETSAT's CM SAF CLARA-A3 dataset

Format: Jupyter notebooks

Cloud and radiation parameters of EUMETSAT's CM SAF CLARA-A3 dataset. Connection between clouds and radiation.

Analysis of the Earth's radiation budget using the CERES product

Analysis of the Earth's radiation budget using the CERES product

Format: Jupyter notebooks

Using Cloud and Earth's Radiant Energy System Energy Balanced and Filled Earth's Radiation Budget data for climate studies