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change. © Crown copyright 2025, Met Office Page 10 of 12 OFFICIAL-SENSITIVE References Christidis, N., P. A. Stott, A. Scaife, A. Arribas, G. S. Jones, D. Copsey, J. R. Knight, and W. J. Tennant, 2013: A new HadGEM3-A based system for attribution of weather and climaterelated extreme events, J. Clim

, A. Arribas, G. S. Jones, D. Copsey, J. R. Knight, and W. J. Tennant, 2013: A new HadGEM3-A based system for attribution of weather and climaterelated extreme events, J. Clim., 26, 2756-2783, https://doi.org/10.1175/JCLI-D-12-00169.1. Christidis, N., 2021: Using CMIP6 multi-model ensembles for near real-time

geomagnetic storm, so far, of this solar cycle • Major disturbance of ionosphere: – Night-time ionosphere over S. England heavily depleted, compared to normal – EGNOS (GPS correction system) degraded, see left (red = best performance, blue = worst) • Aurora seen in north of UK • Cause may

Current issue date: 14 August 2023 Original approval(s): Expiry date: 13 August 2026 ISO 14001 - 3 August 2017 Certificate identity number: 10543563 Certificate of Approval This is to certify that the Management System of: Met Office FitzRoy Road, Exeter, EX1 3PB, United Kingdom has been approved

: ……………………………………climatic zone(s) Morning Afternoon Night Rainfall distribution Maximum temperature Minimum temperature Hazards Tuesday Wednesday Thursday Friday Saturday Sunday Monday Key to rainfall distribution symbols: rain likely to fall in few places (less than 33%), rain likely to fall in many places (33% -67

: ……………………………………climatic zone(s) Morning Afternoon Night Rainfall distribution Maximum temperature Minimum temperature Hazards Tuesday Wednesday Thursday Friday Saturday Sunday Monday Key to rainfall distribution symbols: rain likely to fall in few places (less than 33%), rain likely to fall in many places (33% -67

and vegetation Neil Kaye Neil specialises in creating bespoke visualisations and interactive web tools for climate science Dr Fraser Lott Fraser works on the detection and attribution of climate change, particularly of climate-related events. Dr Gareth S Jones Gareth's main research activity