The dust storm that hit Denham, Western Australia, on Friday turned the sky blood red. Photograph: Janet BassettThe dust storm that hit Denham, Western Australia, on Friday turned the sky blood red. Photograph: Janet BassettHow Tropical Cyclone Narelle turned the sky red in Western AustraliaDry ground, iron-rich earth and strong winds combined to create an eerie dust storm that was filmed in Denham
-
Get our breaking news email, free app or daily news podcast
The skies of Shark Bay in Western Australia turned an eerie blood red before Tropical Cyclone Narelle made landfall, a phenomenon an expert said was caused by an iron-infused dust storm.
Narelle crossed into WA on Friday, hitting the state roughly 900km north of Perth in the food bowl region.
Video filmed at Shark Bay Caravan Park in Denham on Friday and shared via social media showed a dust storm had engulfed the town, colouring the sky a deep red.
0:18Sky turns blood-red in Western Australia’s Shark Bay before arrival of Cyclone Narelle – videoJessica Lingard from the Bureau of Meteorology said high winds and the area’s rust-red, iron-rich soils created the spectacle. Pilbara, the centre of Australia’s iron-ore industry, is less than 400km to Denham’s north east.
“Narelle just whipped, picking up the dust from the landscape and pushing it through places like Shark Bay ahead of the cyclone,” she said.
Sign up for the Breaking News Australia emailLingard explained the footage benefited from the perfect combination of factors: “Strong winds, dry ground and photographers in the right place to experience it all.”
Tracing Tropical Cyclone Narelle’s ‘very unusual’ path to hit Australia on three coastlines Read moreOnslow in the north-west corner of Western Australia experienced a similar phenomenon in January when inland thunderstorms generated strong winds that pushed red dust all the way to the coastline, she said.
Narelle made history by becoming the first storm system in over 20 years to make landfall in three of Australia’s states and territories.
Explore more on these topicsShareReuse this content