Global Warming Images
 

 
IMG_3406_roof panel.jpg The Alan Turing building, named after the mathemetician, is a green build construction on the campus of Manchester University. Its rooftop solar panels are designed to generate around 41 Megawatt hours of clean electricity per year.
 
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IMG_3415_roof.jpg The Alan Turing building, named after the mathemetician, is a green build construction on the campus of Manchester University. Its rooftop solar panels are designed to generate around 41 Megawatt hours of clean electricity per year.
 
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IMG_5146_green build.jpg The Alan Turing building, named after the mathemetician, is a green build construction on the campus of Manchester University. Its rooftop solar panels are designed to generate around 41 Megawatt hours of clean electricity per year.
 
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IMG_5147_maths building.jpg The Alan Turing building, named after the mathemetician, is a green build construction on the campus of Manchester University. Its rooftop solar panels are designed to generate around 41 Megawatt hours of clean electricity per year.
 
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IMG_5156_Alan Turing.jpg The Alan Turing building, named after the mathemetician, is a green build construction on the campus of Manchester University. Its rooftop solar panels are designed to generate around 41 Megawatt hours of clean electricity per year.
 
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IMG_5163_alan Turing.jpg The Alan Turing building, named after the mathemetician, is a green build construction on the campus of Manchester University. Its rooftop solar panels are designed to generate around 41 Megawatt hours of clean electricity per year.
 
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IMG_5166_solar roof.jpg The Alan Turing building, named after the mathemetician, is a green build construction on the campus of Manchester University. Its rooftop solar panels are designed to generate around 41 Megawatt hours of clean electricity per year.
 
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IMG_5173_Manchester university.jpg The Alan Turing building, named after the mathemetician, is a green build construction on the campus of Manchester University. Its rooftop solar panels are designed to generate around 41 Megawatt hours of clean electricity per year.
 
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IMG_5180_Alan turing.jpg The Alan Turing building, named after the mathemetician, is a green build construction on the campus of Manchester University. Its rooftop solar panels are designed to generate around 41 Megawatt hours of clean electricity per year.
 
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IMG_3403_solar panels.jpg The Alan Turing building, named after the mathemetician, is a green build construction on the campus of Manchester University. Its rooftop solar panels are designed to generate around 41 Megawatt hours of clean electricity per year.
 
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IMG_3407_Manchester University.jpg The Alan Turing building, named after the mathemetician, is a green build construction on the campus of Manchester University. Its rooftop solar panels are designed to generate around 41 Megawatt hours of clean electricity per year.
 
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IMG_3411_green university.jpg The Alan Turing building, named after the mathemetician, is a green build construction on the campus of Manchester University. Its rooftop solar panels are designed to generate around 41 Megawatt hours of clean electricity per year.
 
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IMG_3412_green campus.jpg The Alan Turing building, named after the mathemetician, is a green build construction on the campus of Manchester University. Its rooftop solar panels are designed to generate around 41 Megawatt hours of clean electricity per year.
 
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IMG_3418_Alan Turing.jpg The Alan Turing building, named after the mathemetician, is a green build construction on the campus of Manchester University. Its rooftop solar panels are designed to generate around 41 Megawatt hours of clean electricity per year.
 
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IMG_5152_alan Turing.jpg The Alan Turing building, named after the mathemetician, is a green build construction on the campus of Manchester University. Its rooftop solar panels are designed to generate around 41 Megawatt hours of clean electricity per year.
 
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IMG_5153_Alan turing.jpg The Alan Turing building, named after the mathemetician, is a green build construction on the campus of Manchester University. Its rooftop solar panels are designed to generate around 41 Megawatt hours of clean electricity per year.
 
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IMG_5178_Alan Turing.jpg The Alan Turing building, named after the mathemetician, is a green build construction on the campus of Manchester University. Its rooftop solar panels are designed to generate around 41 Megawatt hours of clean electricity per year.
 
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IMG_0241_p.jpg A geysir at Geysir in Iceland, the place after which all the worlds geysirs are named.
 
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IMG_0262_p.jpg A Geysir a split second before its eruption at Geysir in Iceland, the place after which all the worlds geysirs are named.
 
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IMG_0263_p.jpg A geysir at Geysir in Iceland, the place after which all the worlds geysirs are named.
 
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IMG_0271_p.jpg A Geysir a split second before its eruption at Geysir in Iceland, the place after which all the worlds geysirs are named.
 
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IMG_0272_p.jpg A geysir at Geysir in Iceland, the place after which all the worlds geysirs are named.
 
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IMG_7783_p.jpg A geysir eruptiong at Geysir in Iceland, the place after which all the worlds geysirs are named.
 
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IMG_7786_p.jpg A geysir eruptiong at Geysir in Iceland, the place after which all the worlds geysirs are named.
 
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IMG_7797_p.jpg A geysir eruptiong at Geysir in Iceland, the place after which all the worlds geysirs are named.
 
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IMG_7808_p.jpg A geysir eruptiong at Geysir in Iceland, the place after which all the worlds geysirs are named.
 
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IMG_7819_p.jpg A geysir eruptiong at Geysir in Iceland, the place after which all the worlds geysirs are named.
 
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IMG_7834_p.jpg A geysir eruptiong at Geysir in Iceland, the place after which all the worlds geysirs are named.
 
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IMG_2044_p.jpg Wind turbines at Lambrigg wind farm, owned by Npower, near Sedburgh, Cumbria, UK.
 
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IMG_2059_p.jpg Wind turbines at Lambrigg wind farm, owned by Npower, near Sedburgh, Cumbria, UK.
 
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IMG_2069_p.jpg Wind turbines at Lambrigg wind farm, owned by Npower, near Sedburgh, Cumbria, UK.
 
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IMG_7297_name.jpg The jack up barge, Kraken, loaded with wind turbines for the Walney Offshore windfarm project, off Barrow in Furness, Cumbria, UK. When finished it will have 102, 3.6 MW turbines, giving a total capacity of the Walney project of 367.2 MW, enough to power 320,000 homes. The rotor diameter of the turbines is 107m for Walney 1 and 120 m for Walney 2. The wind farm is owned and constructed by Dong Energy.
 
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