Global Warming Images
 
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20120330_IMG_3499.jpg The Steven's Croft biofuel power station in Lockerbie, Scotland, UK, witha delivery of timber entering the site.
 
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20120330_IMG_3526.jpg The Steven's Croft biofuel power station in Lockerbie, Scotland, UK, witha delivery of timber entering the site.
 
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20120330_IMG_7261.jpg The Steven's Croft biofuel power station in Lockerbie, Scotland, UK, witha delivery of timber entering the site.
 
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20120330_IMG_7267.jpg The Steven's Croft biofuel power station in Lockerbie, Scotland, UK, witha delivery of timber entering the site.
 
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20120330_IMG_7270.jpg The Steven's Croft biofuel power station in Lockerbie, Scotland, UK, witha delivery of timber entering the site.
 
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20120330_IMG_7275.jpg The Steven's Croft biofuel power station in Lockerbie, Scotland, UK, witha delivery of timber entering the site.
 
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20120330_IMG_7281.jpg The Steven's Croft biofuel power station in Lockerbie, Scotland, UK, witha delivery of timber entering the site.
 
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20120330_IMG_7291.jpg The Steven's Croft biofuel power station in Lockerbie, Scotland, UK, witha delivery of timber entering the site.
 
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20120330_IMG_7294.jpg The Steven's Croft biofuel power station in Lockerbie, Scotland, UK, witha delivery of timber entering the site.
 
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20120330_IMG_7297.jpg The Steven's Croft biofuel power station in Lockerbie, Scotland, UK, witha delivery of timber entering the site.
 
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20120330_IMG_7305.jpg The Stevens Croft biofuel power station in Lockerbie, Scotland, UK.
 
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20120330_IMG_3680.jpg A welcome to Scotland sign on the side of the M74 at Gretna Green, Dumfries and Galloway, Scotland, UK.
 
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20120330_IMG_7399.jpg A welcome to Scotland sign on the side of the M74 at Gretna Green, Dumfries and Galloway, Scotland, UK.
 
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20120330_IMG_7402.jpg A welcome to Scotland sign on the side of the M74 at Gretna Green, Dumfries and Galloway, Scotland, UK.
 
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IMG_4088_p.jpg In 2008 China became the worlds largest emitter of greenouse gases, fuelled by high levels of economic growth and electricity mainly being generated by dirty, highly polluting coal fired power stations. The Chinese are also investing heavily in renewable energy projects. Here a wind farm produces renewable energy in Inner Mongolia
 
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IMG_4090_p.jpg In 2008 China became the worlds largest emitter of greenouse gases, fuelled by high levels of economic growth and electricity mainly being generated by dirty, highly polluting coal fired power stations. The Chinese are also investing heavily in renewable energy projects. Here a wind farm produces renewable energy in Inner Mongolia
 
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IMG_1661_p.jpg Photo voltaic panels in part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_1663_p.jpg Photo voltaic panels in part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_1664_p.jpg Photo voltaic panels in part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_1670_p.jpg Photo voltaic panels in part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_1663_truck.jpg Photo voltaic panels in part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_2860_dusty.jpg Rubbish on a landfill site in Alicante, Costa Blanca, Murcia, Spain. The site captures bio methane from rotting organic waste. This prevents the gas which is a powerful greenhouse gas from escaping to the atmsphere, which can then be used to power turbines to generate electricity.
 
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IMG_2868_tipping.jpg Rubbish on a landfill site in Alicante, Costa Blanca, Murcia, Spain. The site captures bio methane from rotting organic waste. This prevents the gas which is a powerful greenhouse gas from escaping to the atmsphere, which can then be used to power turbines to generate electricity.
 
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IMG_2872_landfill.jpg Rubbish on a landfill site in Alicante, Costa Blanca, Murcia, Spain. The site captures bio methane from rotting organic waste. This prevents the gas which is a powerful greenhouse gas from escaping to the atmsphere, which can then be used to power turbines to generate electricity.
 
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IMG_1661_solar layout.jpg Photo voltaic panels in part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_1664_lorry.jpg Photo voltaic panels in part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_1670_tracking.jpg Photo voltaic panels in part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_2861_landfill.jpg Rubbish on a landfill site in Alicante, Costa Blanca, Murcia, Spain. The site captures bio methane from rotting organic waste. This prevents the gas which is a powerful greenhouse gas from escaping to the atmsphere, which can then be used to power turbines to generate electricity.
 
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IMG_2151_picking.jpg Lettuce crops being harvested in a field near Sorbas in Southern Spain. In this dry part of Spain, much agricultural production would not be possible without irrigation, water which is increasingly difficult to source.
 
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IMG_2157_harvesting.jpg Lettuce crops being harvested in a field near Sorbas in Southern Spain. In this dry part of Spain, much agricultural production would not be possible without irrigation, water which is increasingly difficult to source.
 
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IMG_2177_crop.jpg Lettuce crops being harvested in a field near Sorbas in Southern Spain. In this dry part of Spain, much agricultural production would not be possible without irrigation, water which is increasingly difficult to source.
 
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IMG_2186_lettuce.jpg Lettuce crops being harvested in a field near Sorbas in Southern Spain. In this dry part of Spain, much agricultural production would not be possible without irrigation, water which is increasingly difficult to source.
 
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