Global Warming Images
 
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20100212_0245.jpg Electricity lines taking power from the Murray 1 power station, part of the Snowy Mountains hydro scheme in New south Wales, Australia with an electric car
 
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IMG_6106_PPE.jpg Gathega Dam supplying the water to power Guthega power station as part of the Snowy mountains hydro scheme, New South Wales, Australia.
 
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IMG_4723_stop.jpg Emissions from the Bluescope steel works at Port Kembla, Wollongong, Australia.
 
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IMG_4743_stop.jpg Emissions from the Bluescope steel works at Port Kembla, Wollongong, Australia.
 
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IMG_6393_clean.jpg Solar panels being used to generate electricity to power scientific equipment as part of a research project by scientists from Sydney University. Snowy mountains, Australia.
 
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IMG_6393_tracker.jpg Solar panels being used to generate electricity to power scientific equipment as part of a research project by scientists from Sydney University. Snowy mountains, Australia.
 
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IMG_6530_clean.jpg Solar voltaic panels in new South Wales, Australia.
 
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IMG_6530_green.jpg Solar voltaic panels in new South Wales, Australia.
 
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IMG_6536_elec.jpg Solar voltaic panels in new South Wales, Australia.
 
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IMG_6536_energy.jpg Solar voltaic panels in new South Wales, Australia.
 
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IMG_5445_p.jpg A lone wind turbine stands defiant pointing to a more sustainable future, in Newcastle, which is the worlds largest coal port, New South Wales, Australia.
 
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IMG_5446_p.jpg A lone wind turbine stands defiant pointing to a more sustainable future, in Newcastle, which is the worlds largest coal port, New South Wales, Australia.
 
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IMG_5449_p.jpg A lone wind turbine stands defiant pointing to a more sustainable future, in Newcastle, which is the worlds largest coal port, New South Wales, Australia.
 
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IMG_5519_p.jpg A lone wind turbine stands defiant pointing to a more sustainable future, in Newcastle, which is the worlds largest coal port, New South Wales, Australia.
 
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IMG_5522_p.jpg A lone wind turbine stands defiant pointing to a more sustainable future, in Newcastle, which is the worlds largest coal port, New South Wales, Australia.
 
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IMG_5527_p.jpg A lone wind turbine stands defiant pointing to a more sustainable future, in Newcastle, which is the worlds largest coal port, New South Wales, Australia.
 
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IMG_5533_p.jpg A lone wind turbine stands defiant pointing to a more sustainable future, in Newcastle, which is the worlds largest coal port, New South Wales, Australia.
 
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IMG_7400_p.jpg Vertical axis wind turbines on the rooftop of the ANZ bank in Melbourne, Australia.
 
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IMG_7406_p.jpg Vertical axis wind turbines on the rooftop of the ANZ bank in Melbourne, Australia.
 
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IMG_7429_p.jpg Vertical axis wind turbines on the rooftop of the ANZ bank in Melbourne, Australia.
 
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IMG_7432_p.jpg Vertical axis wind turbines on the rooftop of the ANZ bank in Melbourne, Australia.
 
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IMG_7433_p.jpg Vertical axis wind turbines on the rooftop of the ANZ bank in Melbourne, Australia.
 
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IMG_7438_P.jpg Vertical axis wind turbines on the rooftop of the ANZ bank in Melbourne, Australia.
 
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IMG_2182_P.jpg A wind turbine on a shop roof in Alexandra, Victoria, Australia
 
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IMG_2393_p.jpg A wind mill water pump in Victoria, Australia.
 
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IMG_4441_p.jpg Trees killed by drought near Lake Eucumbene, New South Wales, Australia and a wind pump.
 
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IMG_3301_hub.jpg Turbines in Murray 1 power station. Murray 1 is the 2nd largest power station in the Snowy mountains hydro scheme. It has 10, 95 megawatt turbine generators. Each turbine can generate enough electricity to power 95,000 homes. The whole snwy hydro scheme generates an average of 4500 gigwatt hours per year and produces 11% of Australias electricity. Sadly nearly all the rest of Australias power generation is from coal fired power stations. The scheme also provides 2360 gigalitres of irrigation water.
 
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IMG_3304_interior.jpg Turbines in Murray 1 power station. Murray 1 is the 2nd largest power station in the Snowy mountains hydro scheme. It has 10, 95 megawatt turbine generators. Each turbine can generate enough electricity to power 95,000 homes. The whole snwy hydro scheme generates an average of 4500 gigwatt hours per year and produces 11% of Australias electricity. Sadly nearly all the rest of Australias power generation is from coal fired power stations. The scheme also provides 2360 gigalitres of irrigation water.
 
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IMG_3307_turbine hall.jpg Turbines in Murray 1 power station. Murray 1 is the 2nd largest power station in the Snowy mountains hydro scheme. It has 10, 95 megawatt turbine generators. Each turbine can generate enough electricity to power 95,000 homes. The whole snwy hydro scheme generates an average of 4500 gigwatt hours per year and produces 11% of Australias electricity. Sadly nearly all the rest of Australias power generation is from coal fired power stations. The scheme also provides 2360 gigalitres of irrigation water.
 
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IMG_3309_electricity generation.jpg Turbines in Murray 1 power station. Murray 1 is the 2nd largest power station in the Snowy mountains hydro scheme. It has 10, 95 megawatt turbine generators. Each turbine can generate enough electricity to power 95,000 homes. The whole snwy hydro scheme generates an average of 4500 gigwatt hours per year and produces 11% of Australias electricity. Sadly nearly all the rest of Australias power generation is from coal fired power stations. The scheme also provides 2360 gigalitres of irrigation water.
 
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IMG_3312_power plant.jpg Turbines in Murray 1 power station. Murray 1 is the 2nd largest power station in the Snowy mountains hydro scheme. It has 10, 95 megawatt turbine generators. Each turbine can generate enough electricity to power 95,000 homes. The whole snwy hydro scheme generates an average of 4500 gigwatt hours per year and produces 11% of Australias electricity. Sadly nearly all the rest of Australias power generation is from coal fired power stations. The scheme also provides 2360 gigalitres of irrigation water.
 
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IMG_3316_orange.jpg Turbines in Murray 1 power station. Murray 1 is the 2nd largest power station in the Snowy mountains hydro scheme. It has 10, 95 megawatt turbine generators. Each turbine can generate enough electricity to power 95,000 homes. The whole snwy hydro scheme generates an average of 4500 gigwatt hours per year and produces 11% of Australias electricity. Sadly nearly all the rest of Australias power generation is from coal fired power stations. The scheme also provides 2360 gigalitres of irrigation water.
 
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