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Home > Storms

Storms

Climate change increased Typhoon Gaemi’s wind speeds and rainfall, with devastating impacts across the western Pacific region

A satellite image of typhoon Gaemi, pictured as a swirling mass of cloud close to the island of Taiwan

Typhoon Gaemi (known in the Philippines as Super Typhoon Carina) strengthened into a tropical storm on July 20th while tracking northwest towards the Philippines.

29 August, 2024 | Extreme rainfall, Storms | Asia

Autumn and winter storm rainfall in the UK and Ireland was made about 20% heavier by human-caused climate change

A satellite image showing storm Debi, a massive swirl of clouds, over Ireland and the UK.

During the winter half-year of 2023/2024, western Europe experienced a series of damaging storms. These storms led to disruptions and the associated precipitation caused exacerbated flood risks.

22 May, 2024 | Extreme rainfall, Storms | Europe

Climate change increased heavy precipitation associated with impactful Storm Bettina over Black Sea

In late November, countries bordering the Black Sea including Romania, Bulgaria, Moldova, Ukraine, Türkiye and Russia, witnessed exceptionally high rainfall and snowfall, and hurricane-force winds due to Storm Bettina. 

30 January, 2024 | Extreme rainfall, Storms | Europe

Climate change added $4bn to damage of Japan’s Typhoon Hagibis

More than 240 mm of rain fell in the Tokyo region on 12 October 2019, associated with tropical cyclone Hagibis.

18 May, 2022 | Extreme rainfall, Storms | Northern Asia

Rapid attribution of the extreme rainfall in Texas from Tropical Storm Imelda

Flooding in Texas

A new rapid analysis concludes that the extreme rainfall and flooding caused by Tropical Storm Imelda was made more likely and intense due to global warming.

27 September, 2019 | Extreme rainfall, Storms | North America

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Latest analyses

  • Climate change key driver of extreme drought in water scarce Sicily and Sardinia
  • Climate change increased Typhoon Gaemi’s wind speeds and rainfall, with devastating impacts across the western Pacific region
  • Landslide triggering rainfall made more intense by human-induced climate change, devastating highly vulnerable communities in northern Kerala
  • Hot, dry and windy conditions that drove devastating Pantanal wildfires 40% more intense due to climate change
  • Deadly Mediterranean heatwave would not have occurred without human induced climate change

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