Global Warming Images
 

 
20130506_IMG_7288.jpg The Netherlands are notoriously flat and low lying, with 50% of the country lying below sea level. Climate change is leading to both sea level rise and increased flooding, both of which threaten poperties. One solution is to build floating houses, that rise and fall with altering water levels. This shot shows the floating offices of Waternet, a water utility company. The building is heated and cooled by a water source heat pump, as well as generating its own electricity from solar panelas on the roof.
 
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20130506_IMG_7299.jpg The Netherlands are notoriously flat and low lying, with 50% of the country lying below sea level. Climate change is leading to both sea level rise and increased flooding, both of which threaten poperties. One solution is to build floating houses, that rise and fall with altering water levels. This shot shows the floating offices of Waternet, a water utility company. The building is heated and cooled by a water source heat pump, as well as generating its own electricity from solar panels on the roof. Here a man points out the level of the water outside.
 
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20130506_IMG_7306.jpg The Netherlands are notoriously flat and low lying, with 50% of the country lying below sea level. Climate change is leading to both sea level rise and increased flooding, both of which threaten poperties. One solution is to build floating houses, that rise and fall with altering water levels. This shot shows the floating offices of Waternet, a water utility company. The building is heated and cooled by a water source heat pump, as well as generating its own electricity from solar panelas on the roof.
 
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20130506_IMG_7313.jpg The Netherlands are notoriously flat and low lying, with 50% of the country lying below sea level. Climate change is leading to both sea level rise and increased flooding, both of which threaten poperties. One solution is to build floating houses, that rise and fall with altering water levels. The floating offices of Waternet, a water utility company. The building is heated and cooled by a water source heat pump, as well as generating its own electricity from solar panelas on the roof. Thi shot shows the water source heat pump.
 
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20130506_IMG_7317.jpg The Netherlands are notoriously flat and low lying, with 50% of the country lying below sea level. Climate change is leading to both sea level rise and increased flooding, both of which threaten poperties. One solution is to build floating houses, that rise and fall with altering water levels. The floating offices of Waternet, a water utility company. The building is heated and cooled by a water source heat pump, as well as generating its own electricity from solar panelas on the roof. Thi shot shows the water source heat pump.
 
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20130506_IMG_7320.jpg The Netherlands are notoriously flat and low lying, with 50% of the country lying below sea level. Climate change is leading to both sea level rise and increased flooding, both of which threaten poperties. One solution is to build floating houses, that rise and fall with altering water levels. The floating offices of Waternet, a water utility company. The building is heated and cooled by a water source heat pump, as well as generating its own electricity from solar panelas on the roof. Thi shot shows the water source heat pump.
 
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20130506_IMG_7325.jpg The Netherlands are notoriously flat and low lying, with 50% of the country lying below sea level. Climate change is leading to both sea level rise and increased flooding, both of which threaten poperties. One solution is to build floating houses, that rise and fall with altering water levels. The floating offices of Waternet, a water utility company. The building is heated and cooled by a water source heat pump, as well as generating its own electricity from solar panelas on the roof. Thi shot shows the water source heat pump.
 
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20130506_IMG_7326.jpg The Netherlands are notoriously flat and low lying, with 50% of the country lying below sea level. Climate change is leading to both sea level rise and increased flooding, both of which threaten poperties. One solution is to build floating houses, that rise and fall with altering water levels. The floating offices of Waternet, a water utility company. The building is heated and cooled by a water source heat pump, as well as generating its own electricity from solar panelas on the roof. Thi shot shows the water source heat pump.
 
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20130506_IMG_7331.jpg The Netherlands are notoriously flat and low lying, with 50% of the country lying below sea level. Climate change is leading to both sea level rise and increased flooding, both of which threaten poperties. One solution is to build floating houses, that rise and fall with altering water levels. The floating offices of Waternet, a water utility company. The building is heated and cooled by a water source heat pump, as well as generating its own electricity from solar panelas on the roof. Thi shot shows the water source heat pump.
 
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20130506_IMG_7342.jpg The Netherlands are notoriously flat and low lying, with 50% of the country lying below sea level. Climate change is leading to both sea level rise and increased flooding, both of which threaten poperties. One solution is to build floating houses, that rise and fall with altering water levels. This shot shows the floating offices of Waternet, a water utility company. The building is heated and cooled by a water source heat pump, as well as generating its own electricity from solar panelas on the roof.
 
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20130506_IMG_7347.jpg The Netherlands are notoriously flat and low lying, with 50% of the country lying below sea level. Climate change is leading to both sea level rise and increased flooding, both of which threaten poperties. One solution is to build floating houses, that rise and fall with altering water levels. This shot shows the floating offices of Waternet, a water utility company. The building is heated and cooled by a water source heat pump, as well as generating its own electricity from solar panelas on the roof.
 
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20130506_IMG_7353.jpg The Netherlands are notoriously flat and low lying, with 50% of the country lying below sea level. Climate change is leading to both sea level rise and increased flooding, both of which threaten poperties. One solution is to build floating houses, that rise and fall with altering water levels. This shot shows the floating offices of Waternet, a water utility company. The building is heated and cooled by a water source heat pump, as well as generating its own electricity from solar panelas on the roof.
 
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20130506_IMG_7377.jpg The Netherlands are notoriously flat and low lying, with 50% of the country lying below sea level. Climate change is leading to both sea level rise and increased flooding, both of which threaten poperties. One solution is to build floating houses, that rise and fall with altering water levels. This shot shows the floating offices of Waternet, a water utility company. The building is heated and cooled by a water source heat pump, as well as generating its own electricity from solar panelas on the roof.
 
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20130506_IMG_7385.jpg The Netherlands are notoriously flat and low lying, with 50% of the country lying below sea level. Climate change is leading to both sea level rise and increased flooding, both of which threaten poperties. One solution is to build floating houses, that rise and fall with altering water levels. This shot shows the floating offices of Waternet, a water utility company. The building is heated and cooled by a water source heat pump, as well as generating its own electricity from solar panelas on the roof.
 
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20130506_B18A0663.jpg The Netherlands are notoriously flat and low lying, with 50% of the country lying below sea level. Climate change is leading to both sea level rise and increased flooding, both of which threaten poperties. One solution is to build floating houses, that rise and fall with altering water levels. This shot shows the floating offices of Waternet, a water utility company. The building is heated and cooled by a water source heat pump, as well as generating its own electricity from solar panelas on the roof.
 
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20130506_IMG_7282.jpg The Netherlands are notoriously flat and low lying, with 50% of the country lying below sea level. Climate change is leading to both sea level rise and increased flooding, both of which threaten poperties. One solution is to build floating houses, that rise and fall with altering water levels. This shot shows the floating offices of Waternet, a water utility company. The building is heated and cooled by a water source heat pump, as well as generating its own electricity from solar panelas on the roof.
 
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20130506_IMG_7295.jpg The Netherlands are notoriously flat and low lying, with 50% of the country lying below sea level. Climate change is leading to both sea level rise and increased flooding, both of which threaten poperties. One solution is to build floating houses, that rise and fall with altering water levels. This shot shows the floating offices of Waternet, a water utility company. The building is heated and cooled by a water source heat pump, as well as generating its own electricity from solar panelas on the roof.
 
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20130506_IMG_7303.jpg The Netherlands are notoriously flat and low lying, with 50% of the country lying below sea level. Climate change is leading to both sea level rise and increased flooding, both of which threaten poperties. One solution is to build floating houses, that rise and fall with altering water levels. This shot shows the floating offices of Waternet, a water utility company. The building is heated and cooled by a water source heat pump, as well as generating its own electricity from solar panels on the roof. Here a man points out the level of the water outside.
 
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20130506_IMG_7349.jpg The Netherlands are notoriously flat and low lying, with 50% of the country lying below sea level. Climate change is leading to both sea level rise and increased flooding, both of which threaten poperties. One solution is to build floating houses, that rise and fall with altering water levels. This shot shows the floating offices of Waternet, a water utility company. The building is heated and cooled by a water source heat pump, as well as generating its own electricity from solar panelas on the roof.
 
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20130506_IMG_7374.jpg The Netherlands are notoriously flat and low lying, with 50% of the country lying below sea level. Climate change is leading to both sea level rise and increased flooding, both of which threaten poperties. One solution is to build floating houses, that rise and fall with altering water levels. This shot shows the floating offices of Waternet, a water utility company. The building is heated and cooled by a water source heat pump, as well as generating its own electricity from solar panelas on the roof. Here one of the pilings that allows the office to move up and own but prevents it from floating away.
 
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20130506_IMG_7380.jpg The Netherlands are notoriously flat and low lying, with 50% of the country lying below sea level. Climate change is leading to both sea level rise and increased flooding, both of which threaten poperties. One solution is to build floating houses, that rise and fall with altering water levels. This shot shows the floating offices of Waternet, a water utility company. The building is heated and cooled by a water source heat pump, as well as generating its own electricity from solar panelas on the roof. Here one of the pilings that allows the office to move up and own but prevents it from floating away.
 
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20130506_IMG_7389.jpg The Netherlands are notoriously flat and low lying, with 50% of the country lying below sea level. Climate change is leading to both sea level rise and increased flooding, both of which threaten poperties. One solution is to build floating houses, that rise and fall with altering water levels. This shot shows the floating offices of Waternet, a water utility company. The building is heated and cooled by a water source heat pump, as well as generating its own electricity from solar panelas on the roof.
 
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20130130_IMG_2635.jpg The new biofuel power plant at the Iggesund paper board manufacturer in Workington, Cumbria, UK. When commissioned the power station will fuel the pant as well as feeding power into the grid.
 
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20130130_IMG_2636.jpg The new biofuel power plant at the Iggesund paper board manufacturer in Workington, Cumbria, UK. When commissioned the power station will fuel the pant as well as feeding power into the grid.
 
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20130130_IMG_2639.jpg The new biofuel power plant at the Iggesund paper board manufacturer in Workington, Cumbria, UK. When commissioned the power station will fuel the pant as well as feeding power into the grid.
 
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20130130_IMG_2641.jpg The new biofuel power plant at the Iggesund paper board manufacturer in Workington, Cumbria, UK with wind turbines behind. When commissioned the power station will fuel the pant as well as feeding power into the grid.
 
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20130130_IMG_2642.jpg The new biofuel power plant at the Iggesund paper board manufacturer in Workington, Cumbria, UK with wind turbines behind. When commissioned the power station will fuel the pant as well as feeding power into the grid.
 
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20130130_IMG_2646.jpg The new biofuel power plant at the Iggesund paper board manufacturer in Workington, Cumbria, UK with wind turbines behind. When commissioned the power station will fuel the pant as well as feeding power into the grid.
 
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20130130_IMG_2648.jpg The new biofuel power plant at the Iggesund paper board manufacturer in Workington, Cumbria, UK with wind turbines behind. When commissioned the power station will fuel the pant as well as feeding power into the grid.
 
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20130130_IMG_2655.jpg The new biofuel power plant at the Iggesund paper board manufacturer in Workington, Cumbria, UK with wind turbines behind. When commissioned the power station will fuel the pant as well as feeding power into the grid.
 
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20130130_IMG_2663.jpg The new biofuel power plant at the Iggesund paper board manufacturer in Workington, Cumbria, UK with wind turbines behind. When commissioned the power station will fuel the pant as well as feeding power into the grid.
 
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20130130_IMG_2671.jpg The new biofuel power plant at the Iggesund paper board manufacturer in Workington, Cumbria, UK. When commissioned the power station will fuel the pant as well as feeding power into the grid.
 
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20130105_B18A8120.jpg Locals queueing to fill up containers with water at a well in Patan Durbar Square in Kathmandu, Nepal. The square is a UNESCO World Heritage Site.
 
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20130105_B18A8121.jpg Locals queueing to fill up containers with water at a well in Patan Durbar Square in Kathmandu, Nepal. The square is a UNESCO World Heritage Site.
 
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20070315_366W6994.jpg Funafuti atol, Tuvalu, on the front line of the battle against global warming. Only 15 feet above sea level at the highest point (with many parts of the island lying at or barely above current sea levels) rising sea levels are increasingly putting the island population of 10,000 Tuvaluans at risk. It seems likely that this island nation will be the first country to disapear completely as a result of climate change/global warming. Sea levels in the Pacific have risen slowly over the last 20 years and the rate of rise seems likely to increase as ice sheets and glaciers melt more rapidly with ever warming temperatures. Tuvalu is the smallest country in the world, only 26 Km2, and most vulnerable to sea level rise. It lies close to the equator and virtually on the international date line. Ever rising seas threaten to make the island uninhabitable. Already during the highest tides, sea water is forced up through the porous coral atol and floods many low lying areas of the island during the highest tides. This salt water incursion poisons the thin soils and makes growing crops increasingly difficult, leaving the Tuvaluans increasingly dependant on expensive imports. As well as sea level rise the weather patterns are altering with a shift in the cyclone period by a month and an increase in stormy weather. The stormy weather is creating greater wave erosion and many parts of the island are suffering land loss, as palm trees are washed into the sea as the island is undercut by wave action.
 
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20100304_IMG_7200.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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20100304_IMG_7204.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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20100304_IMG_7214.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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20100304_IMG_7232.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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20100304_IMG_7235.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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20100304_IMG_7240.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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20100305_IMG_7249.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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20100305_IMG_7257.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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20100305_IMG_7258.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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20100305_IMG_8723.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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20100905_IMG_6108.jpg Capturing geothermal steam from boreholes to power the Svartsengi geothermal power station in Keflavik near Reykjavik in Iceland. The power station produces 76.5 MW of electricity as well as 475 litres per second of hot water for household heating. Icelands electricity is 100% renewable, made up of about 70% hydro and 30% geothermal.
 
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20100905_IMG_6112.jpg Capturing geothermal steam from boreholes to power the Svartsengi geothermal power station in Keflavik near Reykjavik in Iceland. The power station produces 76.5 MW of electricity as well as 475 litres per second of hot water for household heating. Icelands electricity is 100% renewable, made up of about 70% hydro and 30% geothermal.
 
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20100905_IMG_6134.jpg Capturing geothermal steam from boreholes to power the Svartsengi geothermal power station in Keflavik near Reykjavik in Iceland. The power station produces 76.5 MW of electricity as well as 475 litres per second of hot water for household heating. Icelands electricity is 100% renewable, made up of about 70% hydro and 30% geothermal.
 
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20100911_IMG_6590 (1).jpg Krafla gwothermal power station near Myvatn, Iceland, it has an installed capacity of 60 MW of renewable electricity production, as well as supplying hot space heating water to the surrounding area. Iceland's electricity is produced 100% from renewables with aprox 70% from Hydro and 30% from geothermal.
 
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20100911_IMG_6622 (1).jpg Krafla gwothermal power station near Myvatn, Iceland, it has an installed capacity of 60 MW of renewable electricity production, as well as supplying hot space heating water to the surrounding area. Iceland's electricity is produced 100% from renewables with aprox 70% from Hydro and 30% from geothermal.
 
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20100911_IMG_6624.jpg Krafla gwothermal power station near Myvatn, Iceland, it has an installed capacity of 60 MW of renewable electricity production, as well as supplying hot space heating water to the surrounding area. Iceland's electricity is produced 100% from renewables with aprox 70% from Hydro and 30% from geothermal.
 
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20100911_IMG_7646.jpg Krafla gwothermal power station near Myvatn, Iceland, it has an installed capacity of 60 MW of renewable electricity production, as well as supplying hot space heating water to the surrounding area. Iceland's electricity is produced 100% from renewables with aprox 70% from Hydro and 30% from geothermal.
 
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20100911_IMG_7649.jpg Krafla gwothermal power station near Myvatn, Iceland, it has an installed capacity of 60 MW of renewable electricity production, as well as supplying hot space heating water to the surrounding area. Iceland's electricity is produced 100% from renewables with aprox 70% from Hydro and 30% from geothermal.
 
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20100911_IMG_7655.jpg Krafla gwothermal power station near Myvatn, Iceland, it has an installed capacity of 60 MW of renewable electricity production, as well as supplying hot space heating water to the surrounding area. Iceland's electricity is produced 100% from renewables with aprox 70% from Hydro and 30% from geothermal.
 
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IMG_4266.jpg The Bacton gas terminal at Bacton in Norfolk, UK. It contains five gas terminals and feeds into the National Grid as well as being connected to both Belgium and Holland via pipelines.
 
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IMG_4270.jpg The Bacton gas terminal at Bacton in Norfolk, UK. It contains five gas terminals and feeds into the National Grid as well as being connected to both Belgium and Holland via pipelines.
 
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20120808IMG_5112.jpg An oil company sponsored leisure centre in Fort McMurray which is the centre of the Athabasca tar sands, the world's third largest oil reserves, and the most environmentally damaging project on the planet. The tar sands have around three times the carbon footprint of conventional oil supplies, are responsible for the second largest rate of deforestation on the planet and are hugely toxic and polluting of the environment, as well as a disaster from a climate change perspective.
 
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20120810IMG_0617.jpg Housing in Fort McMurray which is the centre of the Athabasca tar sands, the world's third largest oil reserves, and the most environmentally damaging project on the planet. The tar sands have around three times the carbon footprint of conventional oil supplies, are responsible for the second largest rate of deforestation on the planet and are hugely toxic and polluting of the environment, as well as a disaster from a climate change perspective.
 
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20120810IMG_0755.jpg An air quality monitoring board in Fort McMurray which is the centre of the Athabasca tar sands, the world's third largest oil reserves, and the most environmentally damaging project on the planet. The tar sands have around three times the carbon footprint of conventional oil supplies, are responsible for the second largest rate of deforestation on the planet and are hugely toxic and polluting of the environment, as well as a disaster from a climate change perspective.
 
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20120810IMG_0759.jpg A leisure centre in Fort McMurray which is the centre of the Athabasca tar sands, the world's third largest oil reserves, and the most environmentally damaging project on the planet. The tar sands have around three times the carbon footprint of conventional oil supplies, are responsible for the second largest rate of deforestation on the planet and are hugely toxic and polluting of the environment, as well as a disaster from a climate change perspective.
 
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20120810IMG_0767.jpg A leisure centre in Fort McMurray which is the centre of the Athabasca tar sands, the world's third largest oil reserves, and the most environmentally damaging project on the planet. The tar sands have around three times the carbon footprint of conventional oil supplies, are responsible for the second largest rate of deforestation on the planet and are hugely toxic and polluting of the environment, as well as a disaster from a climate change perspective.
 
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20120810IMG_5548.jpg An oil company leisure centre in Fort McMurray which is the centre of the Athabasca tar sands, the world's third largest oil reserves, and the most environmentally damaging project on the planet. The tar sands have around three times the carbon footprint of conventional oil supplies, are responsible for the second largest rate of deforestation on the planet and are hugely toxic and polluting of the environment, as well as a disaster from a climate change perspective.
 
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20120811IMG_5584.jpg Helicopters used n the oil industry in Fort McMurray which is the centre of the Athabasca tar sands, the world's third largest oil reserves, and the most environmentally damaging project on the planet. The tar sands have around three times the carbon footprint of conventional oil supplies, are responsible for the second largest rate of deforestation on the planet and are hugely toxic and polluting of the environment, as well as a disaster from a climate change perspective.
 
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20120811IMG_5586.jpg Helicopters used n the oil industry in Fort McMurray which is the centre of the Athabasca tar sands, the world's third largest oil reserves, and the most environmentally damaging project on the planet. The tar sands have around three times the carbon footprint of conventional oil supplies, are responsible for the second largest rate of deforestation on the planet and are hugely toxic and polluting of the environment, as well as a disaster from a climate change perspective.
 
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