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and ensuring that the process is transparent and inclusive​​ and encouraged participants to engage with the Call for Evidence.  Questions on the process and closing remarks  The webinar concluded with a Q&A session, where Prof Catherine Senior addressed questions about the Call for Evidence process. Prof

of State. • Minutes of the meeting held on 6 June 2019 were agreed to be a true record of the meeting. • Catherine Quinn (NED and Chair of the Remuneration Committee) reported on the earlier meeting of the Remuneration Committee which considered the development of the new strategy. The Board approved

projections Description Probabilistic changes in future climate based on a assessment of model uncertainties A set of 28 climate futures with detailed data on how it may evolve in the 21 st century • 15 x Hadley Centre Model variants HadGEM3-GC3.05 (PPE-15)‡ • 13 x Other climate models (CMIP5-13

to simulate a wide range of climate outcomes and advanced scenarios (RCP2.6), RCP4.5, RCP6.0 † , RCP8.5 and SRESA1B). • Global (60km) projections - a set of 28 climate futures at 60km grid resolution, showing how the 21 st Century climate may evolve under the highest emission scenario, RCP8.5. They assess

Met Office Board Summary 29 January 2019 • The Board noted apologies from Sir John Beddington and Catherine Quinn. • Minutes of the meeting held on 27 November 2018 were agreed to be an accurate record of the meeting. • The Board noted its thanks to Nick Jobling (Chief Financial Officer) for his

Met Office Board Summary 1 October 2021 Held at the Met Office, Exeter • There were no apologies. • Rob Woodward (Chair) welcomed Catherine Stalker and Jane Hayes from Independent Audit, who would be observing the meeting as part of the Board Effectiveness Review. • The Board agreed that Jordan

experience (20-year horizon?) – Most economic impact arises from geomagnetic activity: power is critical impact politically, (but GNSS is also growing issue) – What are key drivers? Coronal mass ejections! Also stream interaction regions. St Patrick’s Day solar storm 2015 16 Mar 17 Mar • Largest

UKCP Global (60km) – Low emissions scenario (RCP 2.6) This factsheet provides summary information on new UKCP Global (60km) simulations run from 1900-2100, using a low emissions scenario (RCP 2.6) for the 21 st Century. This dataset supplements existing UKCP Global simulations provided for a high

and measurements taken at significant pressure levels are sent back to the receiving centre in the form of a code and this code is then plotted onto a tephigram. Below is an example of a coded message from a radiosonde ascent. This example is from the Camborne (03808) ascent made at 2300z on 1 st May 2006. TTAA

COASTAL ENGINEERING IN THE CARIBBEAN- The need for Climate Predictions Commonwealth Climate Services Demonstrator Workshop Hyatt Regency, POS, November 2019 by Deborah Villarroel-Lamb Department of Civil and Environmental Engineering, Faculty of Engineering, University of the West Indies, St