'Cyclone Mahina' struck
Bathurst Bay,
Australia and the surrounding region on
March 10,
1899, killing over 400 people. It was the deadliest natural disaster in
Australian history.
Storm history
Mahina hit on
March 4 1899. Mahina was a Category 5 cyclone, the most powerful of the
tropical cyclone severity categories.
Impact
Within an hour, the pearling fleet (at anchor) was either driven onto the shore or onto the Great Barrier Reef. Only 4
sailors survived and over 307 were killed. Just before the eye of the cyclone passed overland to the north a
tidal wave (caused by
storm surge), variously reported as either 13 metres or 48 feet (14.6 meters) high, swept inland for about 5 kilometers, destroying anything that was left of the Bathurst Bay pearling fleet along with the settlement.
Eyewitness Constable J. M. Kenny reported that a 48 ft (14.6 m) storm surge swept over their camp at Barrow Point atop a 40 ft (12 m) high ridge and reached 3 miles (5 km) inland, the largest storm surge ever recorded.
Over 100
Indigenous Australians died, including some who were caught by the back surge and swept into the sea while trying to help shipwrecked men. Thousands of fish and some sharks and dolphins were found 15 m above sea level up to several kilometers inland and rocks were embedded in trees. On
Flinders Island dolphins were found 15.2 meters up on the cliffs.
A memorial stone to 'The Pearlers' who were lost to the hurricane was erected on
Cape Melville. The disaster is also commemorated in the Anglican church on
Thursday Island.
See also
★
List of notable tropical cyclones
★
List of disasters in Australia by death toll
References
★ Whittingham, H. E., (1958), The Bathurst Bay Hurricane and associated storm surge. ''Australian Meteorological Magazine'' '23 14-36'.
External links
★
Natural disasters in Australia
★
Bathurst Bay Cyclone and Storm Surge
★
Australia's worst cyclone disasters - Queensland State Disaster Management Group
★
How high was the storm surge from Tropical Cyclone Mahina? by Jonathan Nott, James Cook University, & Matthew Hayne, Australian Geological Survey Organisation