Tropical storm Chido, which recently devastated Mayotte, was intensified by climate change, becoming over 40 times more likely to occur due to rising ocean temperatures. It reached category four status, whereas it would have been a category three storm without climate change, according to an analysis by Imperial College London.
Recent analyses have attributed a significant influence of climate change to tropical storm Chido, which wreaked havoc on the Mayotte archipelago. The storm’s intensity was exacerbated by rising ocean temperatures, leading it to escalate to a category four storm. Prior evaluations suggest that in the absence of climate change, Chido would have only attained a category three classification. These insights, provided by a swift analysis conducted by Imperial College London, highlight the increasing threats posed by climate change to tropical storm patterns in the region.
The phenomenon of climate change is resulting in heightened ocean temperatures, thereby increasing the frequency and severity of tropical storms. Studies illustrate that global warming is a primary catalyst in altering these natural processes. The recent events surrounding tropical storm Chido serve as a stark reminder of the real-time impacts of climate change, particularly within vulnerable regions such as the French archipelago of Mayotte, which has witnessed devastating storms in recent years.
In summary, the destructive impact of tropical storm Chido on Mayotte underscores the growing influence of climate change on weather events. Current research indicates that climate change has amplified the likelihood of such storms significantly. Without the current trends in global warming, future storms would likely be less severe, shedding light on the urgent need for climate action.
Original Source: table.media
