London: Andrew Davies, project manager for a Doctor Who exhibition, experienced severe turbulence during his flight to New Zealand, vividly comparing the ordeal to a rollercoaster ride. The turbulence caused his iPad to hit him on the head, coffee to spill, and left the cabin in chaos.

According to BBC, the National Transportation Safety Board reports that since 2009, there have been 207 severe injuries in the US due to turbulence, with the majority of these affecting crew members. With climate change influencing atmospheric conditions, experts are warning of increased frequency and intensity of turbulence. Professor Paul Williams, an atmospheric scientist at the University of Reading, predicts a potential doubling or tripling of severe turbulence incidents in the coming decades due to temperature changes and shifting wind patterns in the upper atmosphere.

Severe turbulence, defined by movements exerting more than 1.5g-force, is already responsible for a significant portion of flight-related injuries. The International Civil Aviation Organization's annual safety report cites turbulence as the cause of nearly 40% of severe injuries to passengers in 2023. Regions like the North Atlantic have seen a 55% rise in severe turbulence over the past 40 years, and similar increases are projected for parts of East Asia, North Africa, and the Middle East.

The rise in turbulence is linked to climate change, which exacerbates convective and clear-air turbulence. As the atmosphere warms, it holds more moisture, leading to more intense thunderstorms, a major source of convective turbulence. Clear-air turbulence, which occurs without visible warning, is influenced by disrupted air currents in the jet stream.

The economic impact of turbulence is significant, with airlines facing costs ranging from £180,000 to £1.5 million annually. These expenses stem from aircraft maintenance, flight diversions, and increased fuel consumption. Eurocontrol highlights that diversions around turbulence-producing storms can lead to crowded airspace and additional CO2 emissions, further driving up costs.

In response, airlines are implementing measures to mitigate turbulence-related risks. Improved forecasting techniques now allow for better prediction of clear-air turbulence, with accuracy rising from 60% to 75% over the past two decades. Some airlines, like Southwest Airlines, have altered cabin service protocols to reduce turbulence-related injuries, while others, like Korean Airlines, have adjusted in-flight services.

Innovative approaches to turbulence-proofing are also being explored. Studies on barn owl flight have inspired new wing designs that could stabilize small aircraft in turbulent conditions. Austrian startup Turbulence Solutions has developed technology that reduces moderate turbulence in light aircraft, and AI-driven solutions are under research to anticipate and counteract turbulence in real-time.

While these advancements offer hope, experts like Captain Nathan Davies reassure that current aircraft are built to withstand turbulence. However, passengers, like Andrew Davies, are advised to keep seat belts fastened to ensure safety during flights.