A Number of Affected as Turbulence Impacts Delta Plane into Sydney, Australia
A number of individuals sustained injuries when a Delta flight traveling from Los Angeles to Sydney encountered rough air Friday morning.
Flight DL41 "went through a short bout of rough air" as it touched down at Sydney Airport, a company official stated. A number of the onboard staff were injured.
The New South Wales Ambulance Service stated they treated five patients, and transported three of them to hospital with non-life-threatening injuries that comprised back pain and migraines. The injured spanned from their 30s up to the 70s.
This marks the most recent case of commercial jets experiencing atmospheric disturbance, with experts pointing out that global warming is a significant contributor.
On board were 245 passengers and fifteen staff members on the Airbus A350, the official said, clarifying that the plane touched down "without further incident" at the airport at 06:48 local time on Friday.
Emergency responders indicated they received a call just a mere three minutes prior to the plane arrived, and ambulances were ready and waiting at the airport.
The reasons turbulence is getting more frequent - and more severe.
In the previous year, 25 people were injured when a separate Delta aircraft, flying from Salt Lake City, Utah to Amsterdam, Netherlands, experienced "considerable" rough air just 120 minutes into the lengthy trip, and had to make an precautionary landing.
Earlier this year, travelers and staff on a Singapore Airlines jet went through a harrowing brief five-second period of extreme instability. One passenger lost their life and many were hurt, as those without seatbelts rose out of their seats and crashed back down.
Bumpy air is fairly routine on aircraft journeys, and while occurrences of strong or severe turbulence seem to be rising, they are still very rare.
Research indicates that there are around 5,000 incidents of severe or worse turbulence every year, out of a overall number of more than 35 million journeys that currently occur globally.
Strong atmospheric disturbance is defined as when the up and down movements of a aircraft passing through rough air masses apply more than a significant G-force on your body - a strong enough force to throw you from your seat if you were not fastened by a safety belt.
As a changing climate alters weather patterns, researchers alert that flying could become less smooth: shifts in temperature and shifting wind patterns in the higher altitudes are projected to boost the occurrence and strength of dangerous in-flight bumps.
