Central Europe Floods Kill 24, Climate Change Doubles Rainfall Risk
- Torrential rains from Storm Boris in mid-September caused severe flooding in Central Europe, killing 24 people and damaging infrastructure.
- A study found that climate change doubled the likelihood of such heavy rainfall and increased its intensity by 7% to 20%.
- The floods highlight the urgent need for climate action and improved infrastructure to mitigate the impacts of extreme weather.
In mid-September, Central Europe experienced unprecedented flooding due to torrential rains from Storm Boris, resulting in the deaths of 24 individuals. The affected countries included Romania, Poland, Czechia, Austria, Hungary, Slovakia, and Germany, where infrastructure was severely damaged, with bridges destroyed and towns left without power. The rainfall was reported as the heaviest ever recorded in the region, with climate change significantly increasing the likelihood and intensity of such extreme weather events. A recent study by World Weather Attribution revealed that human-induced climate change doubled the chances of the heavy rainfall that led to the floods. The study indicated that the intensity of the rains was heightened by 7% to 20% due to global warming caused by fossil fuel emissions. This alarming trend underscores the urgent need for addressing climate change and its impacts on weather patterns. The study's authors emphasized that while extreme weather events can occur naturally, the frequency and severity of such occurrences are now heavily influenced by climate change. The research, although not yet peer-reviewed, follows established scientific methods and highlights the pressing need for improved infrastructure and emergency management systems to cope with such disasters. In response to the devastation, European Union chief Ursula von der Leyen announced a commitment of billions of euros in aid to support the recovery of the affected regions. The study also warned that if global temperatures rise by an additional 2 degrees Celsius, the likelihood of similar severe storms could increase by 50%, further stressing the importance of climate action.