Bouncing stones
Encyclopedia
The Bouncing Stones Site or beach is in the Daintree National Park
in the far north of Queensland
, Australia
. The site is sacred to the Kuku Yalanji Aboriginals of the area and was an area where the women of the tribe discussed their secret women's business. The site takes its name because stones can be bounced off one another in a similar fashion to bouncing balls. People who take stones from the beach are supposedly cursed.
The Leyland Brothers
TV series visited this beach in one of their episodes.
Daintree National Park
Daintree is a national park in Far North Queensland, Australia, northwest of Brisbane and northwest of Cairns. It was founded in 1981 and is part of the Wet Tropics of Queensland. In 1988 it was granted listing as a World Heritage List...
in the far north of Queensland
Queensland
Queensland is a state of Australia, occupying the north-eastern section of the mainland continent. It is bordered by the Northern Territory, South Australia and New South Wales to the west, south-west and south respectively. To the east, Queensland is bordered by the Coral Sea and Pacific Ocean...
, Australia
Australia
Australia , officially the Commonwealth of Australia, is a country in the Southern Hemisphere comprising the mainland of the Australian continent, the island of Tasmania, and numerous smaller islands in the Indian and Pacific Oceans. It is the world's sixth-largest country by total area...
. The site is sacred to the Kuku Yalanji Aboriginals of the area and was an area where the women of the tribe discussed their secret women's business. The site takes its name because stones can be bounced off one another in a similar fashion to bouncing balls. People who take stones from the beach are supposedly cursed.
The Leyland Brothers
Leyland Brothers
Mike and Mal Leyland , also known as The Leyland Brothers, were Australian explorers and documentary film-makers, best known for their popular television show, Ask the Leyland Brothers...
TV series visited this beach in one of their episodes.