IceNet

Machine Learning for Seasonal Sea Ice Forecasting

Philosophy: Simplicity, Best Practices and High Performance

About us

About IceNet

IceNet is a deep learning sea ice forecasting system developed by the British Antarctic Survey and The Alan Turing Institute . The original IceNet research model, published in Nature Communications , was trained on climate simulations and observational data to forecast the next 6 months of monthly-averaged sea ice concentration maps. This version advanced the range of accurate sea ice forecasts, outperforming a state-of-the-art dynamical model (ECMWF SEAS5) in seasonal forecasts of summer sea ice, particularly for extreme sea ice events.

IceNet began in 2019 as a joint initiative between the British Antarctic Survey and the Alan Turing Institute. It was one of the earliest environmental forecasting models to demonstrate that deep learning could outperform traditional physics-based models, in this case producing daily and monthly sea-ice forecasts up to six months in advance. While active development on IceNet ended in 2025, all original research outputs, publications, and core open-source repositories remain fully accessible to the global scientific community.

The teams are now focused on building next-generation, sustainable forecasting models and pipelines through PolarSim at the British Antarctic Survey and CryoCast at The Alan Turing Institute.

Find out more content in our Blog

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The blog contains tutorials, and articles on news and impact of IceNet.

Welcome to IceNet!

Welcome to IceNet!

This is a introductory post to the new website and along with it, the blog itself.

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Team

The IceNet Team

The people who worked on the project.

The IceNet project was a collaboration between British Antarctic Survey and The Alan Turing Institute, made possible thanks to the contributions of many across environmental science and data science. The names here are the team who worked on IceNet over the course of the project, shown with the institutes they were at during their time on the project.

Picture of Tom
Tom Andersson
Original ML Researcher

British Antarctic Survey & University of Cambridge

Picture of Scott
Scott Hosking
Principal Investigator

British Antarctic Survey & Alan Turing Institute

Picture of James Byrne
James Byrne
Principal Software Engineer

British Antarctic Survey

Picture of Bryn
Bryn Noel Ubald
Senior Research Software Engineer

British Antarctic Survey

Picture of Ellie
Ellie Bowler
Ecosystems Researcher

British Antarctic Survey

Picture of James Robinson
James Robinson
Research Software Engineer

Alan Turing Institute

Picture of Oliver
Oliver Strickson
Lead Research Software Engineer

Alan Turing Institute

Picture of Andrew
Andrew McDonald
PhD Candidate

British Antarctic Survey & University of Cambridge

Picture of Lars
Lars Uebbing
PhD Candidate

UiT the Arctic University of Norway

Picture of Ryan
Ryan Chan
Research Software Engineer

Alan Turing Institute

Outputs

IceNet Outputs

A list of publications, videos and presentations around IceNet and it's infrastructure.

AI sea ice forecasts for Arctic conservation: A case study predicting the timing of caribou sea ice migrations

Journal paper on using IceNet to predict sea ice migration times for an endangered caribou population

Alan Turing Institute EDSBook publication

Publication of IceNet usage notebook in the Alan Turing Institute EDSBook

Some reasoning about AI approaches

Scott Hosking of BAS and The Alan Turing Institute highlighting the importance of AI approaches on Al Jazeera.

Climate Informatics

James Byrne described how the IceNet project used software engineering to operationalise research for climate science at Climate Informatics 2023.

AI UK

Demonstration of the original proof of concept pipeline approach online for AI UK 2022 with James Byrne and James Robinson.

Predicting Sea Ice using AI - a general introduction

Tom Andersson describing IceNet.

Seasonal Arctic sea ice forecasting with probabilistic deep learning

A detailed walkthrough the research.

The original research paper

Tom Andersson’s original IceNet research paper, published in Nature Communications