Showing 1 - 12 of 39 results
Introduction to AIFS ENS v1

Introduction to AIFS ENS v1

Format: Videos
On Tuesday 1 July 2025, the first version of the Artificial Intelligence Forecasting System (AIFS) Ensemble model will...
Introduction to AIFS Single v1

Introduction to AIFS Single v1

Format: Videos
On Tuesday 25 February 2025, a new version of the deterministic model of the Artificial Intelligence Forecasting System...
Discover Anemoi: Introduction to Anemoi

Discover Anemoi: Introduction to Anemoi

Format: Videos
Get started with Anemoi, ECMWF's open-source framework for machine learning weather forecasting. In this introductory...
Machine Learning for Operational Forecasters Webinar 3: Case Studies

Machine Learning for Operational Forecasters Webinar 3: Case Studies

This webinar presents a range of case studies comparing the AIFS Single v1 and AIFS ENS v1 models with ECMWF’s IFS and...
Machine Learning for Operational Forecasters Webinar 2: What you need to be aware of

Machine Learning for Operational Forecasters Webinar 2: What you need to be aware of

This webinar explores key considerations for operational forecasters when using forecasts produced by AIFS machine...
Machine Learning for Operational Forecasters Webinar 1: Discover Machine Learning Models

Machine Learning for Operational Forecasters Webinar 1: Discover Machine Learning Models

This webinar briefly describes ECMWF's machine learning work and models - AIFS Single v1 and AIFS ENS v1. How to access...

MLWC MOOC 1: Introduction to Machine Learning in Weather and Climate

Format: Interactive modules (eLearning)

Six modules introducing the main topics in machine learning in the context of weather and climate.

MLWC MOOC 2: Concepts of Machine Learning in Weather and Climate

Format: Interactive modules (eLearning)

Five modules covering decision trees, deep learning, uncertainty and generative models, and physics-guided approaches.

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