Global Warming Images
 
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20130502_B18A8145.jpg Sun city a suberb of Heerhugowaard in the Netherlands that has develped as a solar hot spot, with the majority of the houses powered by solar panels and is the largest CO2-neutral residential area in the world. The City of the Sun generates 10 MW of energy from wind and solar power, and uses natural water-filtration systems.
 
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20130502_B18A8160.jpg Sun city a suberb of Heerhugowaard in the Netherlands that has develped as a solar hot spot, with the majority of the houses powered by solar panels and is the largest CO2-neutral residential area in the world. The City of the Sun generates 10 MW of energy from wind and solar power, and uses natural water-filtration systems.
 
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20130502_B18A8167.jpg Sun city a suberb of Heerhugowaard in the Netherlands that has develped as a solar hot spot, with the majority of the houses powered by solar panels and is the largest CO2-neutral residential area in the world. The City of the Sun generates 10 MW of energy from wind and solar power, and uses natural water-filtration systems.
 
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20130502_B18A8180.jpg Sun city a suberb of Heerhugowaard in the Netherlands that has develped as a solar hot spot, with the majority of the houses powered by solar panels and is the largest CO2-neutral residential area in the world. The City of the Sun generates 10 MW of energy from wind and solar power, and uses natural water-filtration systems.
 
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20130502_B18A8187.jpg Sun city a suberb of Heerhugowaard in the Netherlands that has develped as a solar hot spot, with the majority of the houses powered by solar panels and is the largest CO2-neutral residential area in the world. The City of the Sun generates 10 MW of energy from wind and solar power, and uses natural water-filtration systems.
 
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20130502_B18A8197.jpg Sun city a suberb of Heerhugowaard in the Netherlands that has develped as a solar hot spot, with the majority of the houses powered by solar panels and is the largest CO2-neutral residential area in the world. The City of the Sun generates 10 MW of energy from wind and solar power, and uses natural water-filtration systems.
 
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20130502_B18A8203.jpg Sun city a suberb of Heerhugowaard in the Netherlands that has develped as a solar hot spot, with the majority of the houses powered by solar panels and is the largest CO2-neutral residential area in the world. The City of the Sun generates 10 MW of energy from wind and solar power, and uses natural water-filtration systems.
 
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20130502_B18A8209.jpg Sun city a suberb of Heerhugowaard in the Netherlands that has develped as a solar hot spot, with the majority of the houses powered by solar panels and is the largest CO2-neutral residential area in the world. The City of the Sun generates 10 MW of energy from wind and solar power, and uses natural water-filtration systems.
 
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20130502_B18A8221.jpg Sun city a suberb of Heerhugowaard in the Netherlands that has develped as a solar hot spot, with the majority of the houses powered by solar panels and is the largest CO2-neutral residential area in the world. The City of the Sun generates 10 MW of energy from wind and solar power, and uses natural water-filtration systems.
 
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20130502_B18A8224.jpg Sun city a suberb of Heerhugowaard in the Netherlands that has develped as a solar hot spot, with the majority of the houses powered by solar panels and is the largest CO2-neutral residential area in the world. The City of the Sun generates 10 MW of energy from wind and solar power, and uses natural water-filtration systems.
 
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20130502_B18A8230.jpg Sun city a suberb of Heerhugowaard in the Netherlands that has develped as a solar hot spot, with the majority of the houses powered by solar panels and is the largest CO2-neutral residential area in the world. The City of the Sun generates 10 MW of energy from wind and solar power, and uses natural water-filtration systems.
 
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20130502_B18A8233.jpg Sun city a suberb of Heerhugowaard in the Netherlands that has develped as a solar hot spot, with the majority of the houses powered by solar panels and is the largest CO2-neutral residential area in the world. The City of the Sun generates 10 MW of energy from wind and solar power, and uses natural water-filtration systems.
 
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20130502_B18A8238.jpg Sun city a suberb of Heerhugowaard in the Netherlands that has develped as a solar hot spot, with the majority of the houses powered by solar panels and is the largest CO2-neutral residential area in the world. The City of the Sun generates 10 MW of energy from wind and solar power, and uses natural water-filtration systems.
 
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20130502_B18A8250.jpg Sun city a suberb of Heerhugowaard in the Netherlands that has develped as a solar hot spot, with the majority of the houses powered by solar panels and is the largest CO2-neutral residential area in the world. The City of the Sun generates 10 MW of energy from wind and solar power, and uses natural water-filtration systems.
 
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20130502_B18A8255.jpg Sun city a suberb of Heerhugowaard in the Netherlands that has develped as a solar hot spot, with the majority of the houses powered by solar panels and is the largest CO2-neutral residential area in the world. The City of the Sun generates 10 MW of energy from wind and solar power, and uses natural water-filtration systems.
 
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20130502_B18A8274.jpg Sun city a suberb of Heerhugowaard in the Netherlands that has develped as a solar hot spot, with the majority of the houses powered by solar panels and is the largest CO2-neutral residential area in the world. The City of the Sun generates 10 MW of energy from wind and solar power, and uses natural water-filtration systems.
 
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20130502_B18A8278.jpg Sun city a suberb of Heerhugowaard in the Netherlands that has develped as a solar hot spot, with the majority of the houses powered by solar panels and is the largest CO2-neutral residential area in the world. The City of the Sun generates 10 MW of energy from wind and solar power, and uses natural water-filtration systems.
 
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20130502_B18A8288.jpg Sun city a suberb of Heerhugowaard in the Netherlands that has develped as a solar hot spot, with the majority of the houses powered by solar panels and is the largest CO2-neutral residential area in the world. The City of the Sun generates 10 MW of energy from wind and solar power, and uses natural water-filtration systems.
 
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20130502_B18A8302.jpg Sun city a suberb of Heerhugowaard in the Netherlands that has develped as a solar hot spot, with the majority of the houses powered by solar panels and is the largest CO2-neutral residential area in the world. The City of the Sun generates 10 MW of energy from wind and solar power, and uses natural water-filtration systems.
 
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20130502_IMG_6337.jpg Sun city a suberb of Heerhugowaard in the Netherlands that has develped as a solar hot spot, with the majority of the houses powered by solar panels and is the largest CO2-neutral residential area in the world. The City of the Sun generates 10 MW of energy from wind and solar power, and uses natural water-filtration systems.
 
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20130502_IMG_6345.jpg Sun city a suberb of Heerhugowaard in the Netherlands that has develped as a solar hot spot, with the majority of the houses powered by solar panels and is the largest CO2-neutral residential area in the world. The City of the Sun generates 10 MW of energy from wind and solar power, and uses natural water-filtration systems.
 
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20130502_IMG_6348.jpg Sun city a suberb of Heerhugowaard in the Netherlands that has develped as a solar hot spot, with the majority of the houses powered by solar panels and is the largest CO2-neutral residential area in the world. The City of the Sun generates 10 MW of energy from wind and solar power, and uses natural water-filtration systems.
 
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20130502_IMG_6357.jpg Sun city a suberb of Heerhugowaard in the Netherlands that has develped as a solar hot spot, with the majority of the houses powered by solar panels and is the largest CO2-neutral residential area in the world. The City of the Sun generates 10 MW of energy from wind and solar power, and uses natural water-filtration systems.
 
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20130502_IMG_6363.jpg Sun city a suberb of Heerhugowaard in the Netherlands that has develped as a solar hot spot, with the majority of the houses powered by solar panels and is the largest CO2-neutral residential area in the world. The City of the Sun generates 10 MW of energy from wind and solar power, and uses natural water-filtration systems.
 
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20130502_IMG_6371.jpg Sun city a suberb of Heerhugowaard in the Netherlands that has develped as a solar hot spot, with the majority of the houses powered by solar panels and is the largest CO2-neutral residential area in the world. The City of the Sun generates 10 MW of energy from wind and solar power, and uses natural water-filtration systems.
 
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20130502_IMG_6379.jpg Danielle Fer Morslinen and daughter outside her solar house in Sun city a suberb of Heerhugowaard in the Netherlands that has develped as a solar hot spot, with the majority of the houses powered by solar panels and is the largest CO2-neutral residential area in the world. The City of the Sun generates 10 MW of energy from wind and solar power, and uses natural water-filtration systems.
 
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20130502_IMG_6383.jpg Danielle Fer Morslinen and daughter outside her solar house in Sun city a suberb of Heerhugowaard in the Netherlands that has develped as a solar hot spot, with the majority of the houses powered by solar panels and is the largest CO2-neutral residential area in the world. The City of the Sun generates 10 MW of energy from wind and solar power, and uses natural water-filtration systems.
 
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20130502_IMG_6387.jpg Sun city a suberb of Heerhugowaard in the Netherlands that has develped as a solar hot spot, with the majority of the houses powered by solar panels and is the largest CO2-neutral residential area in the world. The City of the Sun generates 10 MW of energy from wind and solar power, and uses natural water-filtration systems.
 
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20130502_IMG_6413.jpg Sun city a suberb of Heerhugowaard in the Netherlands that has develped as a solar hot spot, with the majority of the houses powered by solar panels and is the largest CO2-neutral residential area in the world. The City of the Sun generates 10 MW of energy from wind and solar power, and uses natural water-filtration systems.
 
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20130502_IMG_6416.jpg Residents of Sun city a suberb of Heerhugowaard in the Netherlands that has develped as a solar hot spot, with the majority of the houses powered by solar panels and is the largest CO2-neutral residential area in the world. The City of the Sun generates 10 MW of energy from wind and solar power, and uses natural water-filtration systems.
 
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20130502_IMG_6424.jpg Residents of Sun city a suberb of Heerhugowaard in the Netherlands that has develped as a solar hot spot, with the majority of the houses powered by solar panels and is the largest CO2-neutral residential area in the world. The City of the Sun generates 10 MW of energy from wind and solar power, and uses natural water-filtration systems.
 
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20130502_IMG_6436.jpg Sun city a suberb of Heerhugowaard in the Netherlands that has develped as a solar hot spot, with the majority of the houses powered by solar panels and is the largest CO2-neutral residential area in the world. The City of the Sun generates 10 MW of energy from wind and solar power, and uses natural water-filtration systems.
 
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20130502_IMG_6446.jpg Sun city a suberb of Heerhugowaard in the Netherlands that has develped as a solar hot spot, with the majority of the houses powered by solar panels and is the largest CO2-neutral residential area in the world. The City of the Sun generates 10 MW of energy from wind and solar power, and uses natural water-filtration systems.
 
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20130423_B18A5631.jpg Blackfriars Bridge across the River Thames in London, UK, is the world's largest solar bridge. Its parapet contains over 4400 solar photo voltaic panels, generating 50% of the stations electricity needs and around 900,000 KWh per year.
 
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20130423_B18A5634.jpg Blackfriars Bridge across the River Thames in London, UK, is the world's largest solar bridge. Its parapet contains over 4400 solar photo voltaic panels, generating 50% of the stations electricity needs and around 900,000 KWh per year.
 
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20130423_B18A5637.jpg Blackfriars Bridge across the River Thames in London, UK, is the world's largest solar bridge. Its parapet contains over 4400 solar photo voltaic panels, generating 50% of the stations electricity needs and around 900,000 KWh per year.
 
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20130423_B18A5639.jpg Blackfriars Bridge across the River Thames in London, UK, is the world's largest solar bridge. Its parapet contains over 4400 solar photo voltaic panels, generating 50% of the stations electricity needs and around 900,000 KWh per year.
 
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20130423_B18A5648.jpg Blackfriars Bridge across the River Thames in London, UK, is the world's largest solar bridge. Its parapet contains over 4400 solar photo voltaic panels, generating 50% of the stations electricity needs and around 900,000 KWh per year.
 
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20130423_B18A5658.jpg Blackfriars Bridge across the River Thames in London, UK, is the world's largest solar bridge. Its parapet contains over 4400 solar photo voltaic panels, generating 50% of the stations electricity needs and around 900,000 KWh per year.
 
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20130423_B18A5665.jpg Blackfriars Bridge across the River Thames in London, UK, is the world's largest solar bridge. Its parapet contains over 4400 solar photo voltaic panels, generating 50% of the stations electricity needs and around 900,000 KWh per year.
 
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20130423_B18A5747.jpg City Hall at More London on the Thames South Bank, London, UK. The Mayors office has solar panels on the apex.
 
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20130423_B18A5834.jpg A Victorian plaque on Blackfriars Bridge across the River Thames in London, UK, which is the world's largest solar bridge. Its parapet contains over 4400 solar photo voltaic panels, generating 50% of the stations electricity needs and around 900,000 KWh per year.
 
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20130423_B18A5835.jpg Blackfriars Bridge across the River Thames in London, UK, is the world's largest solar bridge. Its parapet contains over 4400 solar photo voltaic panels, generating 50% of the stations electricity needs and around 900,000 KWh per year.
 
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20130423_B18A5837.jpg Blackfriars Bridge across the River Thames in London, UK, is the world's largest solar bridge. Its parapet contains over 4400 solar photo voltaic panels, generating 50% of the stations electricity needs and around 900,000 KWh per year.
 
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20130423_B18A5876.jpg Blackfriars Bridge across the River Thames in London, UK, is the world's largest solar bridge. Its parapet contains over 4400 solar photo voltaic panels, generating 50% of the stations electricity needs and around 900,000 KWh per year.
 
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20130423_B18A5881.jpg Blackfriars Bridge across the River Thames in London, UK, is the world's largest solar bridge. Its parapet contains over 4400 solar photo voltaic panels, generating 50% of the stations electricity needs and around 900,000 KWh per year.
 
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20130423_B18A5885.jpg Blackfriars Bridge across the River Thames in London, UK, is the world's largest solar bridge. Its parapet contains over 4400 solar photo voltaic panels, generating 50% of the stations electricity needs and around 900,000 KWh per year.
 
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20130423_B18A5896.jpg A Victorian plaque on Blackfriars Bridge across the River Thames in London, UK, which is the world's largest solar bridge. Its parapet contains over 4400 solar photo voltaic panels, generating 50% of the stations electricity needs and around 900,000 KWh per year.
 
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20130423_B18A5900.jpg Blackfriars Bridge across the River Thames in London, UK, is the world's largest solar bridge. Its parapet contains over 4400 solar photo voltaic panels, generating 50% of the stations electricity needs and around 900,000 KWh per year.
 
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20130423_B18A5901.jpg Blackfriars Bridge across the River Thames in London, UK, is the world's largest solar bridge. Its parapet contains over 4400 solar photo voltaic panels, generating 50% of the stations electricity needs and around 900,000 KWh per year.
 
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20130423_B18A5902.jpg Blackfriars Bridge across the River Thames in London, UK, is the world's largest solar bridge. Its parapet contains over 4400 solar photo voltaic panels, generating 50% of the stations electricity needs and around 900,000 KWh per year.
 
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20130423_B18A5908.jpg Blackfriars Bridge across the River Thames in London, UK, is the world's largest solar bridge. Its parapet contains over 4400 solar photo voltaic panels, generating 50% of the stations electricity needs and around 900,000 KWh per year.
 
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20130423_B18A5910.jpg Blackfriars Bridge across the River Thames in London, UK, is the world's largest solar bridge. Its parapet contains over 4400 solar photo voltaic panels, generating 50% of the stations electricity needs and around 900,000 KWh per year.
 
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20130423_B18A5912.jpg Blackfriars Bridge across the River Thames in London, UK, is the world's largest solar bridge. Its parapet contains over 4400 solar photo voltaic panels, generating 50% of the stations electricity needs and around 900,000 KWh per year.
 
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20130423_B18A5928.jpg Blackfriars Bridge across the River Thames in London, UK, is the world's largest solar bridge. Its parapet contains over 4400 solar photo voltaic panels, generating 50% of the stations electricity needs and around 900,000 KWh per year.
 
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20130423_B18A5934.jpg Blackfriars Bridge across the River Thames in London, UK, is the world's largest solar bridge. Its parapet contains over 4400 solar photo voltaic panels, generating 50% of the stations electricity needs and around 900,000 KWh per year.
 
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20130423_B18A5938.jpg A Victorian plaque on Blackfriars Bridge across the River Thames in London, UK, which is the world's largest solar bridge. Its parapet contains over 4400 solar photo voltaic panels, generating 50% of the stations electricity needs and around 900,000 KWh per year.
 
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20130423_B18A5954.jpg Blackfriars Bridge across the River Thames in London, UK, is the world's largest solar bridge. Its parapet contains over 4400 solar photo voltaic panels, generating 50% of the stations electricity needs and around 900,000 KWh per year. St Pauls Cathedral in the background.
 
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20130423_B18A5956.jpg Blackfriars Bridge across the River Thames in London, UK, is the world's largest solar bridge. Its parapet contains over 4400 solar photo voltaic panels, generating 50% of the stations electricity needs and around 900,000 KWh per year. St Pauls Cathedral in the background.
 
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20130423_IMG_4733.jpg Blackfriars Bridge across the River Thames in London, UK, is the world's largest solar bridge. Its parapet contains over 4400 solar photo voltaic panels, generating 50% of the stations electricity needs and around 900,000 KWh per year.
 
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20130423_IMG_4736.jpg Blackfriars Bridge across the River Thames in London, UK, is the world's largest solar bridge. Its parapet contains over 4400 solar photo voltaic panels, generating 50% of the stations electricity needs and around 900,000 KWh per year.
 
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20130423_IMG_4740.jpg Blackfriars Bridge across the River Thames in London, UK, is the world's largest solar bridge. Its parapet contains over 4400 solar photo voltaic panels, generating 50% of the stations electricity needs and around 900,000 KWh per year.
 
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20130423_IMG_4747.jpg Blackfriars Bridge across the River Thames in London, UK, is the world's largest solar bridge. Its parapet contains over 4400 solar photo voltaic panels, generating 50% of the stations electricity needs and around 900,000 KWh per year.
 
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20130423_IMG_4753.jpg Blackfriars Bridge across the River Thames in London, UK, is the world's largest solar bridge. Its parapet contains over 4400 solar photo voltaic panels, generating 50% of the stations electricity needs and around 900,000 KWh per year.
 
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