Global Warming Images
 
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366W4293_p.jpg Low carbon living. House boats on the Fossdyke at Lincoln UK. Living in such a way uses a fraction of the energy that a traditional house does.
 
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366W4297_p.jpg Low carbon living. House boats on the Fossdyke at Lincoln UK. Living in such a way uses a fraction of the energy that a traditional house does.
 
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IMG_0572_p.jpg A travellers camper van with a wind turbine used to power a computer and other electrical equipment near Zennor, Cornwall, UK.
 
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IMG_0577_p.jpg A travellers camper van with a wind turbine used to power a computer and other electrical equipment near Zennor, Cornwall, UK.
 
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IMG_0587_p.jpg A travellers camper van with a wind turbine used to power a computer and other electrical equipment near Zennor, Cornwall, UK.
 
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366W0696_poster.jpg A poster at the Bedzed energy efficient housing system complex, london, UK
 
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IMG_4703_green transport.jpg An old Greek farmer using a traditional form of transport, the donkey, near Skala Eresou, Lesbos, Greece. This traditional form of transport and lifestyle is a more sustainable, low carbon way of living.
 
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IMG_4700_plod.jpg An old Greek farmer using a traditional form of transport, the donkey, near Skala Eresou, Lesbos, Greece. This traditional form of transport and lifestyle is a more sustainable, low carbon way of living.
 
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IMG_4702_mule.jpg An old Greek farmer using a traditional form of transport, the donkey, near Skala Eresou, Lesbos, Greece. This traditional form of transport and lifestyle is a more sustainable, low carbon way of living.
 
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IMG_4705_donkey.jpg An old Greek farmer using a traditional form of transport, the donkey, near Skala Eresou, Lesbos, Greece. This traditional form of transport and lifestyle is a more sustainable, low carbon way of living.
 
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366W4292_house boat.jpg Low carbon living. House boats on the Fossdyke at Lincoln UK. Living in such a way uses a fraction of the energy that a traditional house does.
 
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366W4293_house boat.jpg Low carbon living. House boats on the Fossdyke at Lincoln UK. Living in such a way uses a fraction of the energy that a traditional house does.
 
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366W4297_house boat.jpg Low carbon living. House boats on the Fossdyke at Lincoln UK. Living in such a way uses a fraction of the energy that a traditional house does.
 
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IMG_0572_wind turbine.jpg A travellers camper van with a wind turbine used to power a computer and other electrical equipment near Zennor, Cornwall, UK.
 
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IMG_0577_renewable energy.jpg A travellers camper van with a wind turbine used to power a computer and other electrical equipment near Zennor, Cornwall, UK.
 
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IMG_0572_traveller.jpg A travellers camper van with a wind turbine used to power a computer and other electrical equipment near Zennor, Cornwall, UK.
 
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IMG_0577_camper van.jpg A travellers camper van with a wind turbine used to power a computer and other electrical equipment near Zennor, Cornwall, UK.
 
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IMG_0587_camper van.jpg A travellers camper van with a wind turbine used to power a computer and other electrical equipment near Zennor, Cornwall, UK.
 
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IMG_7200_cooling tower.jpg The Yan Lang coal fired power station in the Latrobe Valley, Victoria, Australia. It uses coal from an open cast coal mine across the road from it, as the Latrobe Valley has massive coal reserves close to the surface. The industry is responsible for destruction of the landscape as well as fueling climate change. Around 85% of all Australia's power comes from coal, to power a lifestyle which leaves Australians with the largest carbon footprint on the planet.
 
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IMG_7204_latrobe valley.jpg The Yan Lang coal fired power station in the Latrobe Valley, Victoria, Australia. It uses coal from an open cast coal mine across the road from it, as the Latrobe Valley has massive coal reserves close to the surface. The industry is responsible for destruction of the landscape as well as fueling climate change. Around 85% of all Australia's power comes from coal, to power a lifestyle which leaves Australians with the largest carbon footprint on the planet.
 
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IMG_7214_fossil fuel.jpg The Yan Lang coal fired power station in the Latrobe Valley, Victoria, Australia. It uses coal from an open cast coal mine across the road from it, as the Latrobe Valley has massive coal reserves close to the surface. The industry is responsible for destruction of the landscape as well as fueling climate change. Around 85% of all Australia's power comes from coal, to power a lifestyle which leaves Australians with the largest carbon footprint on the planet.
 
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IMG_7232_coal.jpg The Yan Lang coal fired power station in the Latrobe Valley, Victoria, Australia. It uses coal from an open cast coal mine across the road from it, as the Latrobe Valley has massive coal reserves close to the surface. The industry is responsible for destruction of the landscape as well as fueling climate change. Around 85% of all Australia's power comes from coal, to power a lifestyle which leaves Australians with the largest carbon footprint on the planet.
 
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IMG_7236_power station.jpg The Yan Lang coal fired power station in the Latrobe Valley, Victoria, Australia. It uses coal from an open cast coal mine across the road from it, as the Latrobe Valley has massive coal reserves close to the surface. The industry is responsible for destruction of the landscape as well as fueling climate change. Around 85% of all Australia's power comes from coal, to power a lifestyle which leaves Australians with the largest carbon footprint on the planet.
 
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IMG_7240_coal.jpg The Yan Lang coal fired power station in the Latrobe Valley, Victoria, Australia. It uses coal from this open cast coal mine across the road from it, as the Latrobe Valley has massive coal reserves close to the surface. The industry is responsible for destruction of the landscape as well as fueling climate change. Around 85% of all Australia's power comes from coal, to power a lifestyle which leaves Australians with the largest carbon footprint on the planet.
 
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IMG_7242_drift mining.jpg An open cast coal mine in the Latrobe Valley which has massive coal reserves close to the surface. The industry is responsible for destruction of the landscape as well as fueling climate change. Around 85% of all Australia's power comes from coal, to power a lifestyle which leaves Australians with the largest carbon footprint on the planet.
 
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IMG_7248_hazelwood power station.jpg The Hazelwood coal fired power station in the Latrobe Valley, Victoria, Australia. It uses coal from a nearby open cast coal mine , as the Latrobe Valley has massive coal reserves close to the surface. The Hazelwood power plant is trialling carbon capture and storage. This technology is in its infancy and is as yet unproven on a large scale. The only safe place for coal is to leave it in the ground. The industry is responsible for destruction of the landscape as well as fueling climate change. Around 85% of all Australia's power comes from coal, to power a lifestyle which leaves Australians with the largest carbon footprint on the planet.
 
IMG_7248_hazelwood power station
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IMG_7252_ccs.jpg The Hazelwood coal fired power station in the Latrobe Valley, Victoria, Australia. It uses coal from a nearby open cast coal mine , as the Latrobe Valley has massive coal reserves close to the surface. The Hazelwood power plant is trialling carbon capture and storage. This technology is in its infancy and is as yet unproven on a large scale. The only safe place for coal is to leave it in the ground. The industry is responsible for destruction of the landscape as well as fueling climate change. Around 85% of all Australia's power comes from coal, to power a lifestyle which leaves Australians with the largest carbon footprint on the planet.
 
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IMG_7258_emissions.jpg Emissions from a coal fired power station in the Latrobe Valley, Victoria, Australia. It uses coal from an open cast coal mine across the road from it, as the Latrobe Valley has massive coal reserves close to the surface. The industry is responsible for destruction of the landscape as well as fueling climate change. Around 85% of all Australia's power comes from coal, to power a lifestyle which leaves Australians with the largest carbon footprint on the planet.
 
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IMG_8718_electricity.jpg The Yan Lang coal fired power station in the Latrobe Valley, Victoria, Australia. It uses coal from an open cast coal mine across the road from it, as the Latrobe Valley has massive coal reserves close to the surface. The industry is responsible for destruction of the landscape as well as fueling climate change. Around 85% of all Australia's power comes from coal, to power a lifestyle which leaves Australians with the largest carbon footprint on the planet.
 
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IMG_8733_coal fired power station.jpg The Hazelwood coal fired power station in the Latrobe Valley, Victoria, Australia. It uses coal from a nearby open cast coal mine , as the Latrobe Valley has massive coal reserves close to the surface. The Hazelwood power plant is trialling carbon capture and storage. This technology is in its infancy and is as yet unproven on a large scale. The only safe place for coal is to leave it in the ground. The industry is responsible for destruction of the landscape as well as fueling climate change. Around 85% of all Australia's power comes from coal, to power a lifestyle which leaves Australians with the largest carbon footprint on the planet.
 
IMG_8733_coal fired power station
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IMG_7227_power station.jpg The Yan Lang coal fired power station in the Latrobe Valley, Victoria, Australia. It uses coal from an open cast coal mine across the road from it, as the Latrobe Valley has massive coal reserves close to the surface. The industry is responsible for destruction of the landscape as well as fueling climate change. Around 85% of all Australia's power comes from coal, to power a lifestyle which leaves Australians with the largest carbon footprint on the planet.
 
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IMG_7235_latrobe valley.jpg The Yan Lang coal fired power station in the Latrobe Valley, Victoria, Australia. It uses coal from an open cast coal mine across the road from it, as the Latrobe Valley has massive coal reserves close to the surface. The industry is responsible for destruction of the landscape as well as fueling climate change. Around 85% of all Australia's power comes from coal, to power a lifestyle which leaves Australians with the largest carbon footprint on the planet.
 
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