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Climate change is shortening the odds on record breaking June monthly temperature in western Europe.

in the year on record. Met Office Climate Change Attribution Scientist, Dr Nikos Christidis, said: “Attribution studies examine the influence of climate change on current events and how they could be more likely in the future, depending on future greenhouse gas emissions. Our latest study has looked

, with no influence from human induced climate change, an event similar or more extreme would be a 1 in 300 year event, it is now a 1 in 100 year event in the current climate. By 2100 under a medium emissions scenario (SSP2 4.5) that level of extreme daily rainfall could be seen every 30 years, making it 10 times

. “Climate change has already influenced the likelihood of temperature extremes in the UK. The chances of seeing 40°C days in the UK could be as much as 10 times more likely in the current climate than under a natural climate unaffected by human influence. The likelihood of exceeding 40°C anywhere in the UK

scientists to provide them with the skills and knowledge they need for conducting their own studies.   Training scientists in extreme event attribution Extreme event attribution investigates the influence of human-induced climate change on extreme weather events. Through using computer models

Indicators Orchards Sea level rise change/mapping East Lincolnshire coast rainfall patterns/extremes Are Butterfly movements observed on the Chilterns Chalk grassland (inc south facing slope influence) related to climate variations? How are Fen wetlands impacted by lack of rainfall, with a view

reflect our weather and climate and have not been adversely influenced by other factors.   Dr Mark McCarthy of the National Climate Information Centre said: “Verification of these record-breaking temperatures confirms what we’ve been saying in the last week, that the UK exceeded 40°C for the first time

when weather records are broken? These dynamic conditions make UK waters a focal point for advanced oceanographic modelling and forecasting. Scientists use coupled ocean-atmosphere models to study how tidal currents influence climate projections. Collaborations with institutions like the Plymouth

averaging period (1991-2020). Some online debate has suggested a cooler than average month dismisses the influence of climate change, though this is fundamentally not the case, as the UK’s variable climate will continue to have some cooler-than-average months.  Mike Kendon added: “Although July 2023

and Analysis method 4.1 Domain Domain size selection has taken into consideration the topographic variation across the country and the large-scale features influencing the local weather and climate system in Ethiopia as discussed under section 1.2.1 and 1.2.2 above. As a result, the model’s domain made large

influences of risk perception to better understand the decision context for climate services. This will be implemented through a survey of climate change risk perceptions; in-country interviews in two case study countries; review of climate services available in WISER to assess alignment with the decision