A significant increase in cases of severe turbulence on flights is alarming pilots and passengers alike. Experts suggest that climate change is exacerbating this issue, leading to potential injuries and economic costs for airlines.**
The Rising Threat of Turbulence: Climate Change's Impact on Air Travel**

The Rising Threat of Turbulence: Climate Change's Impact on Air Travel**
As severe turbulence becomes more frequent and intense, experts warn that climate change is to blame for a bumpy future in air travel.**
The experience of turbulence during flights is becoming increasingly alarming, reminiscent of a rollercoaster ride, as it affects thousands of passengers globally. Andrew Davies, a project manager for a Doctor Who exhibition, recently encountered this firsthand when severe turbulence hit his flight from London to Singapore. He described the shocking experience, which resulted in injuries and chaos in the cabin. While fatalities due to turbulence are extremely rare, the number of injuries is alarming—over 200 severe injuries have been reported since 2009 in the U.S. alone.
Professor Paul Williams, an atmospheric scientist, predicts a doubling or tripling of severe turbulence incidents as shifting climate conditions alter atmospheric dynamics. Currently, around 5,000 severe turbulence incidents are reported annually from a total of more than 35 million global flights each year. Notably, almost 40% of serious passenger injuries reported in 2023 were attributed to turbulence, according to the International Civil Aviation Organization. Regions such as the North Atlantic and parts of East Asia and North Africa are expected to experience increased turbulence due to climate-induced shifts in temperature and wind patterns.
Severe turbulence can stem from convective activity caused by thunderstorms, orographic influences from mountainous terrains, or clear-air disturbances due to unpredictable wind changes. Of particular concern is clear-air turbulence, which cannot be visually detected and often occurs suddenly. Climate change fuels both convective and clear-air turbulence, as a warmer atmosphere can lead to more intense thunderstorms and dramatic air movements.
Recent studies indicate that for every 1°C rise in global temperatures, there is a 12% increase in lightning strikes, signifying intensified storm activity. Airline professionals, including pilots, are noticing more extensive storm cells than ever before, raising concerns for flight safety. Changes in the jet stream caused by climate change exacerbate turbulence as differing temperatures intensify wind strengths, complicating flight conditions.
As turbulence becomes increasingly common, concerns arise about passenger safety and psychological well-being. Recent surveys reveal that a significant portion of the population fears flying, and worsening turbulence may heighten these anxieties. Despite technological advancements ensuring that aircraft can withstand turbulent atmospheres, there is a pressing hidden economic impact for airlines as they navigate around turbulence, potentially increasing operational costs from diversions and maintenance.
Europe's air traffic management organization warns of growing airspace congestion due to rerouted flights around turbulent areas, leading to heightened workload for pilots and air traffic controllers, ultimately raising carbon emissions. Nevertheless, efforts to turbulence-proof flights are underway. The improvement in turbulence forecasting has made it possible to predict and advise pilots about potential bumpy conditions, enhancing passenger safety.
Some airlines are making proactive changes, like Southwest Airlines' decision to adjust cabin service elevations to keep passengers and crew buckled during turbulence. Innovative technologies, such as turbulence-canceling devices for light aircraft and adaptive learning systems being explored by aerospace engineers, could revolutionize future flights, but their implementation on commercial planes might take decades.
In conclusion, while turbulence is expected to become more frequent and severe due to climate change, experts advise that the risks can be managed, albeit with growing caution. Passengers like Andrew Davies are learning to adapt, with safety belts fastened in anticipation of bumpy skies, ready to face the challenges ahead.