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of how marine probabilistic forecast data can be used and communicated effectively in providing marine probabilistic warning services for various user applications. • Warning for coastal hazard product/service(s) in development (e.g. rip current forecasting). • Workshop/visit(s) to SAWS to train

30.228 (approximately 25 km 3 25 km), with a vertical resolution of 19 atmospheric levels using a hybrid coordinate system (a linear combination of a terrain-following s coordinate and an atmospheric pressure–based coordinate). Using a single GCM projection to drive RCMs can provide us with some

weather@home 1 weather@home - development and validation of a very large ensemble modelling system for probabilistic event attribution N. Massey ∗ab , R. Jones da , F. E. L. Otto a , T. Aina c , S. Wilson d , J. M. Murphy d , D. Hassell f , Y. H. Yamazaki eg , M. R. Allen ae a Environmental Change

-15 o S, 30 o E to Indian Ocean Coast, are presented in Figure 1.1. The statistical forecast is produced by discriminant analysis using indices of worldwide Sea Surface Temperature (SST) as predictors. The dynamical forecast is produced using the Met Office GloSea5 dynamical seasonal prediction

Centre, Exeter, UK PART 1. FORECAST Summary There are elevated probabilities for below average rainfall for the forthcoming October- December season. 1.1 Whole Region Statistical and dynamical forecasts of October-November-December (OND) rainfall for the East Africa region, defined as 5 o N-15 o S, 30

In 2022, the UK Climate Projections (UKCP)’s Development and Knowledge Sharing (DaKS) Network of users were surveyed to identify gaps in what information had been provided so far. Users requested the need for clearer messaging on trends and observations in storminess. This document aims to provide

). Introduction to Coastal Processes Extracted from: Masselink, G. and R. Gehrels (eds), (2014), Coastal Environments & Global Change, AGU-Wiley The multiscale nature of (left) hydrodynamics and (right) sediment transport Extracted from: Vitousek, S. Barnard, P.L. & Limber, P. (2017) Can beaches survive climate

structures and solar activity Magnetograph EUV Imager Solar wind plasma measurement Plasma analyser M IMF vector measurements Magnetometer M X-ray flux measurement X-ray flux meter M Radio burst detection Radio receivers S(econdary) Energetic particles Proton and electron detector • WMO / Met Office

signals received at each site are very similar except for a small time-lag. The cross-correlation function can be used to infer the solar wind velocity(s) across the line of sight (LOS). (Not to scale) Hubble Deep Field – HST (WFPC2) 15/01/96 – Courtesy of R. Williams and the HDF Team and NASA IPS

Climate over the UK, Met Office. www.metoffice.gov.uk Pg 9 of 10 Source: Met Office © Crown Copyright 2019 References Gohar G, Bernie D, Good P and Lowe JA, 2018. UKCP18 Derived Projections of Future Climate over the UK, Met Office. Lowe JA, Bernie D, Bett PE, Bricheno L, Brown S, Calvert D, Clark RT