The World Weather Attribution team analyzes the influence of climate change on high-impact events like heat waves, heavy rain, fires and droughts. Their research shows that the warming climate has significantly increased extreme fire weather conditions in Canada and made droughts in the Amazon River Basin more likely. Additionally, the team studies the shifting temperatures and determines how much more likely certain temperatures are today compared to the 20th century, revealing the ongoing effects of climate change on our everyday weather.
The World Weather Attribution team analyzes the influence of climate change on high-impact events like heat waves, heavy rain, fires and droughts. Their research shows that the warming climate has significantly increased extreme fire weather conditions in Canada and made droughts in the Amazon River Basin more likely. Additionally, the team studies the shifting temperatures and determines how much more likely certain temperatures are today compared to the 20th century, revealing the ongoing effects of climate change on our everyday weather.
The World Weather Attribution team analyzes the influence of climate change on high-impact events like heat waves, heavy rain, fires and droughts. Their research shows that the warming climate has significantly increased extreme fire weather conditions in Canada and made droughts in the Amazon River Basin more likely. Additionally, the team studies the shifting temperatures and determines how much more likely certain temperatures are today compared to the 20th century, revealing the ongoing effects of climate change on our everyday weather.
(Bloomberg) As heat waves, storms, floods, and droughts intensified over the last several years, so has the ability of scientists to estimate how much likelier or worse climate change made each them.