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Weather science technical reports

Weather Science provides the forecasting capabilities that are used for routine operational short to medium range forecasting of the weather, the oceans and their impacts.

Report No. Title Author(s) Year

672

A Potential Method for Forecasting the Maintenance of Convection as it Crosses the English Channel

David L. A. Flack; Thomas Crabtree; Chris Lattimore; Humphrey W. Lean; Steve Willington

2026

671

Machine Learning Techniques and Road Transport Impact data

Caroline Jones

2026

670 A history of ensemble weather prediction at the Met Office - A personal reflection Ken Mylne 2026
669

Sea ice thickness assimilation impacts on the Met Office’s coupled NWP short-range forecasts

Davi M. Carneiro, Matthew Martin

2026
668 Experiments with large number of GNSS-RO observations through the ROMEX collaboration Neill Bowler and Owen Lewis 2025
667 Urban-scale Modelling for WesCon Kirsty Hanley and Humphrey Lean 2025
666 Application of bias correction to the Met Office operational storm surge forecast Clare O'Neill, Andy Saulter, Christopher Stokes, Breogán Gómez 2025
665 Communicating Probability Forecasts – will people understand? Ken Mylne 2024
664

Extracting untapped information from ensembles in support of advice, guidance and storylines

Helen Titley, Steve Willington, Brian Ancell, Daniel Etheridge, Rebekah Hicks, Caroline Jones, Robert Neal, Phil Relton, Nigel Roberts, Adrian Semple and Brent Walker 2024
663 Glossary of terms for Ensembles Ken Mylne, Oak Wells, David Walters, Adam Scaife , Nigel Roberts, Rosa Barciela 2024
662

Can we improve plume dispersal modelling for fire related emergency response operations by utilising short-range dispersion schemes?

Nicola Stebbing, Claire Witham, Frances Beckett, Helen Webster, Lois Huggett, and David Thomson

2024
661

Assessment of the Met Office Global Coupled model version 4 (GC4) configurations

Prince Xavier, Martin Willett, Tim Graham, Paul Earnshaw, Dan Copsey, Charline Marzin, Alistair Sellar, Duncan Ackerley, Oscar Alves, Ed Blockley, Alejandro Bodas-Salcedo, Andrew Bushell, Neal Butchart, Daley Calvert, Jeong-A Cho, Dan Copsey, Catherine de Burgh-Day, John Edwards, Paul Earnshaw, Kalli Furtado, Paul Field, Catherine Guiavarch, Sam Hardy, Chris Harris, Karen Heywood, Julian Heming, Harry Hendon , Helene Hewitt, Pat Hyder, Yu-Kyung Hyun, Seung-Hwon Hyun, Sarah Ineson, Richard Jones, Jiyeong Kim, Ki-Young Kim, Nick Klingaman, Richard Levine, Sang-Min Lee, Kyriaki Lekakou, Adrian Lock, Gill Martin, Pierre Mathiot, Alex Megann, Andrew Meijers, Ja-Yeon Moon, Olaf Morgenstern, Rachel North, George Nurser, Yeon-Hee Park, Leighton Regayre, Malcolm Roberts, Jose Rodriguez, Jeff Ridley, Rick Rawlins, Bablu Sinha, Beoncheol Shin, Adrian Semple, Dave Storkey, David Stephens, Taehyoun Shim, Lorenzo Tomassini, Yoko Tsushima, Helen Titley, Warren Tennant, Vidya Varma, Michael Vellinga, Graham Weedon, Keith Williams, Young-Min Yang, Maggie Zhao, Xiaobing Zhou, Hongyan Zhu

2024
660 Examining the dynamical response to convective heating using an idealised version of the Met Office’s Unified Model.

Stratton, R.A. ; Stirling, A. J.

2024
659 Updates to the global FOAM system including model and data assimilation changes. Carneiro, D.M.; Waters, J.; Lea, D.; Martin, M.; While, J.; Weaver, A.; Vidard, A.; Guiavarc’h, C.; Storkey, D.; Ford, D.; Blockley, E.; Baker, J.; Haines, K.; Price, M.; Bell, M.; Renshaw, R. 2024

You can access the complete series of these technical reports which are available in our Digital Library & Archive:

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All information originating from the Met Office is subject to Crown Copyright and is available under the terms of the Open Government Licence

 

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