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8.5 +1.14m +0.52m Edinburgh (Leith) RCP 4.5 +0.62m +0.16m RCP 8.5 +0.92m +0.31m London (Sheerness) RCP 4.5 +0.84m +0.38m RCP 8.5 +1.16m +0.54m Scan the QR code to learn more about local and global drivers of sea-level change Scan the QR code to learn more about IPCC’s Sixth Assessment Report (AR6

RCP 8.5 +4.3m +2.6m +0.8m +1.4m London (Sheerness) RCP 4.5 RCP 8.5 +2.6m +4.3m +0.8m +1.4m Scan the QR code to learn more about local and global drivers of sea-level change Scan the QR code to learn more about IPCC’s Sixth Assessment Report (AR6) Scan the QR code to learn more about UKCP18 sea-level projections Produced by the Met Office. Met Office and the Met Office logo are registered trademarks. © Crown Copyright 2023, Met Office 02274

at UCL (University College London) Jenna went on to obtain a PhD in atmospheric physics from the University of Hertfordshire. This thesis explored the effect of meteorological conditions on the properties of ice particles in cirrus cloud using observations made with the FAAM atmospheric-research

over England and Wales. On the 25th, temperatures reached 33° C in the London area, with 34.1 °C at Charlwood, Surrey making this the second-hottest day of July. The 26th saw similar heat in south-east England. As the month drew to a close temperatures declined as Atlantic fronts advanced eastwards

with a noticeable change in tone within the press to reflect the seriousness of the weather and awareness of the warning was high. • There were episodes of thunderstorms and flooding in London during summer; these were unusually common this summer and future prevalence is predicted to increase

almost nationwide, especially so in northern England, and it was provisionally the sunniest May in a series from 1929. The UK monthly extremes were as follows: A maximum temperature of 28.7 °C was recorded at Northolt (Greater London) on the 7th. A minimum temperature of -4.6 °C was recorded at Aboyne

in order to develop techniques for attribution evaluation. Career background Fraser studied for a Physics MSci and a Plasma Physics PhD from Imperial College London. The latter involved experiments using infrared measurements of temperatures and power fluxes from the MAST fusion experiment at Culham

of non-CO2 greenhouse gases in the Met Office Unified Model before moving to work on dust aerosol.   Stephanie's first degree was in Physics from Nottingham University. Her PhD in Nuclear Physics from Imperial College, London was gained whilst working as a CASE student at UKAEA Harwell. She has also

resilience to severe weather by improving forecasts of severe weather and its impacts, and the communication of information to users, especially emergency managers. He is also a co-PI of the MED-MI collaboration, with the Health Protection Agency, the London School of Hygience & Tropical Medicine

of an observational campaign to be wider and more comprehensive with a greater instrument base to be deployed. Career background Amanda received her undergraduate degree in Physics from Imperial College, London, working for the Met Office during her summer holidays as a vacation student in the then Atmospheric