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Tumut
Tumut () is a town in the Riverina region of New South Wales, Australia, situated on the banks of the Tumut River. Tumut sits on the north-west foothills of the Snowy Mountains and is located on the traditional lands of the Wiradjuri, Wolgalu and Ngunnawal Aboriginal peoples. Tumut is often referred to as the 'gateway to the snowy' Snowy Mountains Scheme. The former Tumut Shire was administered from offices located in the town. Tumut is approximately south-west of Sydney and north-east of Melbourne. Tumut is home to a number of historic buildings, including an Anglican church designed by Edmund Blacket and a Courthouse designed by James Barnet. Many of the pubs in the town have been in use from the mid to late 1800s. Early settlers established many European deciduous trees throughout the area. The stand of Poplars, Elm and Willow, amongst others, create a well renowned display of colour over autumn. Tumut celebrates this with the yearly Festival of the Falling Leaf. Ety ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
Snowy Mountains Scheme
The Snowy Mountains Scheme or Snowy scheme is a hydroelectricity and irrigation complex in south-east Australia. The Scheme consists of sixteen major dams; nine power stations; two pumping stations; and of tunnels, pipelines and aqueducts that were constructed between 1949 and 1974. The Scheme was completed under the supervision of Chief Engineer, Sir William Hudson. It is the largest engineering project undertaken in Australia. The water of the Snowy River and some of its tributaries, much of which formerly flowed southeast onto the river flats of East Gippsland, and into Bass Strait of the Tasman sea, is captured at high elevations and diverted inland to the Murray and Murrumbidgee Rivers irrigation areas. The Scheme includes two major tunnel systems constructed through the continental divide of the Snowy Mountains, known in Australia as the Great Dividing Range. The water falls and travels through large hydro-electric power stations which generate peak-load power for t ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
