Multiple Hurt as Turbulence Hits Delta Flight into Sydney

A number of individuals sustained injuries following a Delta Airlines aircraft originating in Los Angeles to Sydney was hit by significant turbulence Friday morning.

Delta Flight 41 "went through a short bout of rough air" as it landed at Sydney Airport, a representative for the carrier told. Four flight attendants sustained injuries.

Local paramedics said they treated five individuals, and transported three of them to a medical facility with minor injuries that included back pain and migraines. The injured spanned from their thirties and seventies.

The event represents the newest example of planes encountering turbulence, with experts indicating that global warming is a significant contributor.

There were 245 people and a crew of 15 on the aircraft, the Delta spokesperson noted, stating that the plane touched down "safely and normally" at the airport at 06:48 local time on Friday morning.

Emergency responders said they received a call just a mere three minutes ahead of the plane landed, and emergency vehicles were ready and waiting at the airport.

Why plane turbulence is growing increasingly prevalent - and often stronger.

In the previous year, two dozen individuals sustained injuries when a separate Delta aircraft, on a route from Salt Lake City, Utah to Amsterdam, experienced "considerable" rough air just 120 minutes into the lengthy trip, and had to make an precautionary landing.

Earlier this year, those on board on a Singapore Airlines flight went through a terrifying short but intense period of extreme instability. An individual passed away and many were hurt, as those without seatbelts rose out of their seats and were slammed back.

In-flight turbulence is a common occurrence during flights, and while occurrences of rough conditions seem to be rising, they are still very rare.

Research indicates that there are an estimated five thousand cases of severe-or-greater turbulence annually, out of a sum of over 35 million flights that currently occur around the world.

Strong atmospheric disturbance is defined as when the vertical motions of a aircraft experiencing unstable air generate in excess of 1.5 times the force of gravity on your body - a strong enough force to throw you from your seat if you were not fastened by a seatbelt.

As global warming modifies atmospheric conditions, researchers alert that air travel could become bumpier: shifts in temperature and altered air currents in the jet stream level are likely to increase the regularity and severity of dangerous in-flight bumps.