Brits warned of 5cm hailstones that ‘could damage aircraft and infrastructure’ | Weather | News
Climate change can lead to excessive weather events that may contain full of stones of 5 cm. Climate experts from Met Office, University of Newcastle and the University of Bristol used European simulations to model future changes filled with global warming.
The study shows that under a high emission scenario, potentially becoming less common for very large full. It has a severe full of 2 cm diameter, while 5 cm or more diameters are considered large. Larger stones cause more damage than smaller, and even a small increase in size can generally predominate than the benefits of having less storm.
Chief writer of the study Abdullah Kahraman said: “Our findings show that the effects of climate change on severe storms are more complex than before, and that high -resolution models can produce significant results from previous research.
“The society may need to be prepared for more frequently, but more harmful events in the warmer future of 5 degrees.”
Professor Lizzie Kendon, Head of Climate Procedures in the UK, said, “These results are very interested.
“They imply imply that we need to prepare for tropical type full of storms associated with very large stones that affect Europe in the future, which can cause serious effects.
“This possibility also extends to England, but the risk here is low to the future.”
The team’s analysis shows that the probability of very large stones decreases around Central Europe and remained low in the British islands and Northern Europe land areas. On the other hand, it increases in Southern Europe in autumn and winter, decreases in summer and spring.
The emergence of hot -type storms in southern Europe in a warmer climate in the future can increase the effect of full storms around Italy, which is more often full of frequently important violent storms.
Professor Hayley Fowler, Professor of Climate Change Effects of Newcastle University Engineering School, believes that he should do more to understand the potential of extreme weather events.
He said: ız As a society, we should be prepared better for unprecedented extreme events, and this study shows that future storms in the Mediterranean may be full of destructive effects. The last -full storms caused significant direct damage to the features and infrastructure, even planes and even aircraft. ”
