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England and Wales overnight 26 to 27 December. The strongest winds were across Wales, south-west and southern England, where this was one of the most powerful storms of the year. Impacts Fallen trees caused disruption to rail services in the south-west, south-east and London, while Dover to Calais

of the storm that was probably most significant. Arriving over the south coast of the UK, it tracked north and east before reaching the Humber estuary at about 5.30am on 16 October. This path included a large built up and densely populated area of the UK, exacerbating its impacts. In southeast England, where

Nadu state in India. In 2013 after completion of a PhD he moved to the United Kingdom, where he initially worked at the University of Leeds and Sussex on different projects. During this time, his main research interests covered climate variability, climate change and drought impact modelling over

will be near or just below average, especially under persistent rain. Met Office presenter and meteorologist, Honor Criswick, said: “It will feel a little cooler and fresher to start the day on Friday. Still a chance of some heavy downpours across the southeast, Sussex, and Kent, and eventually

as it crossed southern England. The strong winds were accompanied by heavy rain, bringing 30-50 mm across parts of Hampshire, Surrey and Sussex. The following rain radar sequence from 0900 UTC 27 to 2100 UTC 28 October 2013 shows the rapid movement of the storm across southern England. The highest gust speeds

Project overview The International Centre for Tropical Agriculture (CIAT) are leading the £1.2 million Enhancing Climate Change Resilience in East Africa (ECREA)  project which aims to improve the resilience of people and the adaptive capacity of Eastern African countries to prepare for and respond

Climate risk report for the East Africa region Supplementary Document: Appendices Authors: Katy Richardson, Roger Calow, Florence Pichon, Stacey New, and Rebecca Osborne Reviewers: Richard Jones, Jane Strachan, Kirsty Lewis, Mandar Trivedi, and Leah Mwai Recommended citation: Richardson, K., Calow

A weather radar in East Anglia will reduce risk to property and life by improving flood and weather warnings throughout the region and will aid the efficient planning and use of water resources in the region. A radar network review recommended the addition of a radar in East Anglia to improve

downpours across the southeast, Sussex, and Kent, and eventually pushing up into parts of East Anglia. Once again, heavy, possibly thundery before this system eventually clears its way into the North Sea. And it's going to be another day of showery outbreaks once again, particularly in the west