Tully | |
River | |
The Tully River, 2009
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Name origin: In honour of William Alcock Tully | |
Country | Australia |
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State | Queensland |
Regions | Far North Queensland, Wet Tropics of Queensland |
Tributaries | |
- left | Nitchaga Creek, Jarra Creek |
- right | Cochable Creek, Davidson Creek, Echo Creek |
City | Tully |
Landmark | Tully Gorge |
Source | Cardwell Range, Great Dividing Range |
- location | Kirrama State Forest |
- elevation | 800 m (2,625 ft) |
- coordinates | 17°58′53″S 145°37′18″E / 17.98139°S 145.62167°E |
Mouth | Coral Sea |
- location | Tully Heads |
- elevation | 0 m (0 ft) |
- coordinates | 18°01′55″S 146°03′25″E / 18.03194°S 146.05694°ECoordinates: 18°01′55″S 146°03′25″E / 18.03194°S 146.05694°E |
Length | 133 km (83 mi) |
Basin | 1,650 km2 (637 sq mi) |
Waterfalls | Tully Falls |
National park | Tully Gorge National Park |
Reservoir | Lake Koombooloomba |
Power stations | Koombooloomba Hydro Power Station; Kareeya Hydro Power Station |
Location of Tully River mouth in Queensland
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The Tully River is a river located in Far North Queensland, Australia.
The Tully River rises in the Cardwell Range, part of the Great Dividing Range on the northern boundary of the Kirrama State Forest. The river flows generally north through Lake Koombooloomba and flows over the Tully Falls near Ravenshoe and descends through the Tully Gorge within the Tully Gorge National Park, part of the UNESCO World Heritage–listed Wet Tropics site. Below the dam wall, the river is joined by five minor tributaries before emptying into the Coral Sea at Tully Heads. The river descends 800 metres (2,600 ft) over its 133-kilometre (83 mi) course.
The Tully, together with the Herbert and the Burdekin rivers, were part of the proposed Bradfield Scheme to divert the upper reaches of the three rivers west of the Great Dividing Range and into the Thomson River designed to irrigate and drought-proof much of the western Queensland interior, as well as large areas of South Australia. The Scheme was proposed in 1938 and abandoned in 1947.
At the Koombooloomba Dam, the Koombooloomba Hydro Power Station and a little further downriver, the Kareeya Hydro Power Station, generate hydroelectric power from the flow of the river.