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these naturally vary year-to-year and decade-to-decade. As well as wind damage, windstorms can cause impacts from storm surges and high waves in coastal areas. These are expected to worsen as sea level rises. Most climate projections indicate that winter windstorms will increase slightly in number

in IPCC (2013). The climate data analysis focuses on quantifying projected changes in annual, seasonal and monthly means in the spatial analysis zones. Information on the projected changes in other relevant climate variables and indicators – such as Sea Surface Temperatures (SSTs), Sea Level Rise

run-off (water flowing into rivers), changes in the demand for water for irrigation, the increased temperature of the warmest days, changes in the number of days in drought, changes in flood frequency, the number of people flooded in coastal regions due to sea level rise and sea surface temperature

per year due to sea level rise (millions) 0-4 5-9 10-14 15-19 ≥20 Area of decreased/ increased river flood hazard (%) - only strongest signal shown Future change in average crop yield in production regions Increase/ decrease in wheat yield (%) 0-4 5-9 10-14 15-19 ≥20 Global crop yield changes

2020 (Relief Web, 2020) Sea level rise • Morocco - Saltwater intrusion already experienced (Ouhamdouch, 2021) Storms/cyclones • Iraq - Cyclones associated with extreme precipitation (Naqi et al., 2021). Heavy rain events often associated with cut-off lows (Mutar et al., 2021) • Yemen - Cyclone

be used were demonstrated by Mike Walkden from WSP in relation to UKCP18 sea level rise data can be used to better understand increase in shoreline erosion. While Ben Rabb from University of Leeds spoke about the ICASP pilot with regional stakeholders in Yorkshire in order to make use of UKCP18

some climate models indicate differently. Year-to-year variability in storm frequency and intensity will also continue to be a major factor in the future climate. We can be confident that the coastal impacts of windstorms, from storm surges and high waves, will worsen as the sea level rises. Find full

observational standards as defined by the World Meteorological Organization (WMO). The observations also pass through a range of quality assurance procedures at the Met Office before application for climate monitoring. In addition, time series of near-coast sea-surface temperature and sea-level rise are also

(WMO). The observations also pass through a range of quality assurance procedures at the Met Office before application for climate monitoring. In addition, time series of near-coast seasurface temperature and sea-level rise are also presented. FEEDBACK We would welcome suggestions or recommendations

Typhoon Haiyan � � � Pilot could potentially build on previous UNDP work on preparing contingency plans for storms, storm surges and floods Issues identified around lack knowledge and access to climate information from previous studies Potential opportunity to look at sea level rise (SLR) impacts