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............................................................................................................................. 6 2. Data and scenarios ................................................................................................................... 7 a. UKCP-Probabilistic

Deeper discovery Session 2 Climate change and impacts High emissions – temperature Mean temperature change (°C) in Summer for 2080-2098 www.metoffice.gov.uk/schools 2 © Crown Copyright 2024, Met Office Low emissions – temperature Mean temperature change (°C) in Summer for 2080-2098

(e.g. emergency services, local authorities). Category 2 responders are 'co-operating bodies' who, while less likely to be involved in the heart of planning work, will be heavily involved in incidents that affect their sector (e.g. Health and Safety Executive, transport and utility companies). Hazard

studies have employed dynamic methods (i.e. atmosphere–ocean general circulation models, AOGCMs) in predicting RODs (e.g. Cook and Vizy 2006; Djiotang et al. 2010), but AOGCMs usually have coarse horizontal grid resolution (typically 2°×2° long×lat); therefore, they cannot represent well the influence

: © Crown Copyright 2022, Met Office OFFICIAL Contents 1. Introduction .................................................................................................................... 2 2. Core methodology

: Friday 28 th April 2023 12:00noon British Summer Time (BST) Page 1 of 23 OFFICAL CONTENTS Document Section Page Open Call Part 1 Table of Contents Page 2 Section one Introduction Page 3 Section two Key Information Page 4 Section three Terms of Reference / Open Call Requirements Page 6 Section four

/Cloudsat Sentinel 3 JASON HIMAWARI 8 (Japan) 140 °E COMS (South Korea) 128 °E GOES-E (USA) 75 °W METEOR FY-3 S-NPP GPM FY-2 (China) 105 °E METEOSAT 2nd generation (EUMETSAT) 0° METOP METEOSAT-IO (EUMETSAT) 57.5 °E Electro-L (Russia) 76 °E INSAT (India) 82 °E FY-2 (China) 86.5 °E Figure 1

approach ........................................................................................ 1 Climate in context methodological approach........................................................... 2 Climate data and analysis methods

Version: Final 1 ‘A Growing Community Around a Shared Challenge’ Contents 1 Executive Summary ................................................................................ 3 2 Introduction ............................................................................................. 5 3 Output

participants were not solely from these three beaches but also included individuals from up to 40 beaches surrounding them 2 . 2 between 5 and 15 miles around the 3 research sites. Lwanda Nyamasare, Kiumba and Koguna Beaches were 3 of the 10 experimental sites in Homa Bay which have had warning flags