Global Warming Images
 
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20130430_IMG_5564.jpg The modern Palace of Justice building in Amsterdam, Netherlands, with walls planted with greenery.
 
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20130430_IMG_5565.jpg The modern Palace of Justice building in Amsterdam, Netherlands, with walls planted with greenery.
 
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20130430_IMG_5576.jpg The modern Palace of Justice building in Amsterdam, Netherlands, with walls planted with greenery.
 
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20130504_B18A9088.jpg The ultra trendy, modern train station in Zaanstadt, which is designed to look like the traditional house style of the area, Netherlands.
 
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20130504_B18A9097.jpg An ultra trendy, modern hotel in Zaanstadt, which is designed to look like the traditional house style of the area, Netherlands.
 
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20130504_B18A9107.jpg The ultra trendy, modern train station in Zaanstadt, which is designed to look like the traditional house style of the area, Netherlands.
 
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20130504_B18A9116.jpg The ultra trendy, modern train station in Zaanstadt, which is designed to look like the traditional house style of the area, Netherlands.
 
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20130504_IMG_6948.jpg The ultra trendy, modern train station in Zaanstadt, which is designed to look like the traditional house style of the area, Netherlands.
 
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20130504_IMG_6953.jpg The ultra trendy, modern train station in Zaanstadt, which is designed to look like the traditional house style of the area, Netherlands.
 
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20130504_IMG_6956.jpg The ultra trendy, modern train station in Zaanstadt, which is designed to look like the traditional house style of the area, Netherlands.
 
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20130504_IMG_6963.jpg The ultra trendy, modern train station in Zaanstadt, which is designed to look like the traditional house style of the area, Netherlands.
 
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20130504_IMG_6969.jpg The ultra trendy, modern train station in Zaanstadt, which is designed to look like the traditional house style of the area, Netherlands.
 
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20130504_IMG_6980.jpg An ultra trendy, modern hotel in Zaanstadt, which is designed to look like the traditional house style of the area, Netherlands.
 
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20130504_IMG_6987.jpg An ultra trendy, modern hotel in Zaanstadt, which is designed to look like the traditional house style of the area, Netherlands.
 
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20130504_IMG_6996.jpg The ultra trendy, modern train station in Zaanstadt, which is designed to look like the traditional house style of the area, Netherlands.
 
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20130504_IMG_7006.jpg The ultra trendy, modern train station in Zaanstadt, which is designed to look like the traditional house style of the area, Netherlands.
 
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20111203_IMG_3819_van.jpg Gentoo house builder's Hutton Rise housing development in Sunderland, UK. Hutton Roof sets new standards in green build. Many of the houses are zero carbon, highly thermally efficient and incur minimal running costs. All of the houses have either solar thermal water heating or solar electric panels, some have both,
 
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20130223_P2230018.jpg A floating house in Pillings Lock marina on the River Soar, Leicestershire, UK. Climate change is leading to increased flood risk, which means floating houses are one way of living on flood plains in safety.
 
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20130223_P2230020.jpg A floating house in Pillings Lock marina on the River Soar, Leicestershire, UK. Climate change is leading to increased flood risk, which means floating houses are one way of living on flood plains in safety.
 
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20121205_B18A2867.jpg A timber built bird hide at Caelaverock on the Scottish side of the Solway Firth, UK.
 
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20121205_B18A2868.jpg A timber built bird hide at Caelaverock on the Scottish side of the Solway Firth, UK.
 
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20121205_B18A2872.jpg A timber built bird hide at Caelaverock on the Scottish side of the Solway Firth, UK.
 
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PB180188.jpg A modern green house near Treyarnon on the North Cornish coast, UK.
 
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PB180189.jpg A modern green house near Treyarnon on the North Cornish coast, UK.
 
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PB180191.jpg A modern green house near Treyarnon on the North Cornish coast, UK.
 
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20110926_IMG_1281.jpg Construction work on fitting two archimedes screws on a new hydro electric project on the River Leven, at Low Wood near Haverthwaite, Cumbria, UK. When operational they will generate over 400 Kw of green electricity. When operational they will be the largest archimedes screws in the UK. The project uses the old mill race that used to power the gunpowder factory. Heat generated by the turbines, that is usually lost to the atmosphere is going to be pumped directly into a nearby office building. At times when the hydro is not working the offices will be heated by 4 air source heat pumps.
 
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20110926_IMG_1286.jpg Construction work on fitting two archimedes screws on a new hydro electric project on the River Leven, at Low Wood near Haverthwaite, Cumbria, UK. When operational they will generate over 400 Kw of green electricity. When operational they will be the largest archimedes screws in the UK. The project uses the old mill race that used to power the gunpowder factory. Heat generated by the turbines, that is usually lost to the atmosphere is going to be pumped directly into a nearby office building. At times when the hydro is not working the offices will be heated by 4 air source heat pumps.
 
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20110926_IMG_1323 (1).jpg Construction work on fitting two archimedes screws on a new hydro electric project on the River Leven, at Low Wood near Haverthwaite, Cumbria, UK. When operational they will generate over 400 Kw of green electricity. When operational they will be the largest archimedes screws in the UK. The project uses the old mill race that used to power the gunpowder factory. Heat generated by the turbines, that is usually lost to the atmosphere is going to be pumped directly into a nearby office building. At times when the hydro is not working the offices will be heated by 4 air source heat pumps.
 
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20110926_IMG_1324.jpg Construction work on fitting two archimedes screws on a new hydro electric project on the River Leven, at Low Wood near Haverthwaite, Cumbria, UK. When operational they will generate over 400 Kw of green electricity. When operational they will be the largest archimedes screws in the UK. The project uses the old mill race that used to power the gunpowder factory. Heat generated by the turbines, that is usually lost to the atmosphere is going to be pumped directly into a nearby office building. At times when the hydro is not working the offices will be heated by 4 air source heat pumps.
 
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20110926_IMG_1331.jpg Construction work on fitting two archimedes screws on a new hydro electric project on the River Leven, at Low Wood near Haverthwaite, Cumbria, UK. When operational they will generate over 400 Kw of green electricity. When operational they will be the largest archimedes screws in the UK. The project uses the old mill race that used to power the gunpowder factory. Heat generated by the turbines, that is usually lost to the atmosphere is going to be pumped directly into a nearby office building. At times when the hydro is not working the offices will be heated by 4 air source heat pumps.
 
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20110926_IMG_1346.jpg Construction work on fitting two archimedes screws on a new hydro electric project on the River Leven, at Low Wood near Haverthwaite, Cumbria, UK. When operational they will generate over 400 Kw of green electricity. When operational they will be the largest archimedes screws in the UK. The project uses the old mill race that used to power the gunpowder factory. Heat generated by the turbines, that is usually lost to the atmosphere is going to be pumped directly into a nearby office building. At times when the hydro is not working the offices will be heated by 4 air source heat pumps.
 
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20110926_IMG_1397.jpg Construction work on fitting two archimedes screws on a new hydro electric project on the River Leven, at Low Wood near Haverthwaite, Cumbria, UK. When operational they will generate over 400 Kw of green electricity. When operational they will be the largest archimedes screws in the UK. The project uses the old mill race that used to power the gunpowder factory. Heat generated by the turbines, that is usually lost to the atmosphere is going to be pumped directly into a nearby office building. At times when the hydro is not working the offices will be heated by 4 air source heat pumps.
 
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20110926_IMG_1401 (1).jpg Construction work on fitting two archimedes screws on a new hydro electric project on the River Leven, at Low Wood near Haverthwaite, Cumbria, UK. When operational they will generate over 400 Kw of green electricity. When operational they will be the largest archimedes screws in the UK. The project uses the old mill race that used to power the gunpowder factory. Heat generated by the turbines, that is usually lost to the atmosphere is going to be pumped directly into a nearby office building. At times when the hydro is not working the offices will be heated by 4 air source heat pumps.
 
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20120612_IMG_0280.jpg An old barn being re thatched in the Dorset village of Symondsbury, Dorset UK, with wheat. Thatch is the ultimate green roofing material. It is renewable, light to transport, and provides fantastic insulating properties, helping to reduce the carbon footprint of any thatched property. A well thatched roof should be watertight and last for at least 25 years.
 
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20120612_IMG_0288.jpg An old barn being re thatched in the Dorset village of Symondsbury, Dorset UK, with wheat. Thatch is the ultimate green roofing material. It is renewable, light to transport, and provides fantastic insulating properties, helping to reduce the carbon footprint of any thatched property. A well thatched roof should be watertight and last for at least 25 years.
 
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20120612_IMG_0292.jpg An old barn being re thatched in the Dorset village of Symondsbury, Dorset UK, with wheat. Thatch is the ultimate green roofing material. It is renewable, light to transport, and provides fantastic insulating properties, helping to reduce the carbon footprint of any thatched property. A well thatched roof should be watertight and last for at least 25 years.
 
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20120612_IMG_0293.jpg An old barn being re thatched in the Dorset village of Symondsbury, Dorset UK, with wheat. Thatch is the ultimate green roofing material. It is renewable, light to transport, and provides fantastic insulating properties, helping to reduce the carbon footprint of any thatched property. A well thatched roof should be watertight and last for at least 25 years.
 
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20120612_IMG_0307.jpg An old barn being re thatched in the Dorset village of Symondsbury, Dorset UK, with wheat. Thatch is the ultimate green roofing material. It is renewable, light to transport, and provides fantastic insulating properties, helping to reduce the carbon footprint of any thatched property. A well thatched roof should be watertight and last for at least 25 years.
 
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20120612_IMG_0314.jpg An old barn being re thatched in the Dorset village of Symondsbury, Dorset UK, with wheat. Thatch is the ultimate green roofing material. It is renewable, light to transport, and provides fantastic insulating properties, helping to reduce the carbon footprint of any thatched property. A well thatched roof should be watertight and last for at least 25 years.
 
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20120612_IMG_0318.jpg An old barn being re thatched in the Dorset village of Symondsbury, Dorset UK, with wheat. Thatch is the ultimate green roofing material. It is renewable, light to transport, and provides fantastic insulating properties, helping to reduce the carbon footprint of any thatched property. A well thatched roof should be watertight and last for at least 25 years.
 
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20120612_IMG_0323.jpg An old barn being re thatched in the Dorset village of Symondsbury, Dorset UK, with wheat. Thatch is the ultimate green roofing material. It is renewable, light to transport, and provides fantastic insulating properties, helping to reduce the carbon footprint of any thatched property. A well thatched roof should be watertight and last for at least 25 years.
 
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20120612_IMG_0330.jpg An old barn being re thatched in the Dorset village of Symondsbury, Dorset UK, with wheat. Thatch is the ultimate green roofing material. It is renewable, light to transport, and provides fantastic insulating properties, helping to reduce the carbon footprint of any thatched property. A well thatched roof should be watertight and last for at least 25 years.
 
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20120612_IMG_0332.jpg An old barn being re thatched in the Dorset village of Symondsbury, Dorset UK, with wheat. Thatch is the ultimate green roofing material. It is renewable, light to transport, and provides fantastic insulating properties, helping to reduce the carbon footprint of any thatched property. A well thatched roof should be watertight and last for at least 25 years.
 
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20120612_IMG_0337.jpg An old barn being re thatched in the Dorset village of Symondsbury, Dorset UK, with wheat. Thatch is the ultimate green roofing material. It is renewable, light to transport, and provides fantastic insulating properties, helping to reduce the carbon footprint of any thatched property. A well thatched roof should be watertight and last for at least 25 years.
 
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20120612_IMG_0352.jpg An old barn being re thatched in the Dorset village of Symondsbury, Dorset UK, with wheat. Thatch is the ultimate green roofing material. It is renewable, light to transport, and provides fantastic insulating properties, helping to reduce the carbon footprint of any thatched property. A well thatched roof should be watertight and last for at least 25 years.
 
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20120612_IMG_0361.jpg An old barn being re thatched in the Dorset village of Symondsbury, Dorset UK, with wheat. Thatch is the ultimate green roofing material. It is renewable, light to transport, and provides fantastic insulating properties, helping to reduce the carbon footprint of any thatched property. A well thatched roof should be watertight and last for at least 25 years.
 
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20120612_IMG_0363.jpg An old barn being re thatched in the Dorset village of Symondsbury, Dorset UK, with wheat. Thatch is the ultimate green roofing material. It is renewable, light to transport, and provides fantastic insulating properties, helping to reduce the carbon footprint of any thatched property. A well thatched roof should be watertight and last for at least 25 years.
 
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20120612_IMG_0366.jpg An old barn being re thatched in the Dorset village of Symondsbury, Dorset UK, with wheat. Thatch is the ultimate green roofing material. It is renewable, light to transport, and provides fantastic insulating properties, helping to reduce the carbon footprint of any thatched property. A well thatched roof should be watertight and last for at least 25 years.
 
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20120612_IMG_0370.jpg An old barn being re thatched in the Dorset village of Symondsbury, Dorset UK, with wheat. Thatch is the ultimate green roofing material. It is renewable, light to transport, and provides fantastic insulating properties, helping to reduce the carbon footprint of any thatched property. A well thatched roof should be watertight and last for at least 25 years.
 
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20120612_IMG_0373.jpg An old barn being re thatched in the Dorset village of Symondsbury, Dorset UK, with wheat. Thatch is the ultimate green roofing material. It is renewable, light to transport, and provides fantastic insulating properties, helping to reduce the carbon footprint of any thatched property. A well thatched roof should be watertight and last for at least 25 years.
 
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20120612_IMG_0380.jpg An old barn being re thatched in the Dorset village of Symondsbury, Dorset UK, with wheat. Thatch is the ultimate green roofing material. It is renewable, light to transport, and provides fantastic insulating properties, helping to reduce the carbon footprint of any thatched property. A well thatched roof should be watertight and last for at least 25 years.
 
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20120612_IMG_0383.jpg An old barn being re thatched in the Dorset village of Symondsbury, Dorset UK, with wheat. Thatch is the ultimate green roofing material. It is renewable, light to transport, and provides fantastic insulating properties, helping to reduce the carbon footprint of any thatched property. A well thatched roof should be watertight and last for at least 25 years.
 
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20120612_IMG_0391.jpg An old barn being re thatched in the Dorset village of Symondsbury, Dorset UK, with wheat. Thatch is the ultimate green roofing material. It is renewable, light to transport, and provides fantastic insulating properties, helping to reduce the carbon footprint of any thatched property. A well thatched roof should be watertight and last for at least 25 years.
 
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20120612_IMG_0395.jpg An old barn being re thatched in the Dorset village of Symondsbury, Dorset UK, with wheat. Thatch is the ultimate green roofing material. It is renewable, light to transport, and provides fantastic insulating properties, helping to reduce the carbon footprint of any thatched property. A well thatched roof should be watertight and last for at least 25 years.
 
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20120612_IMG_0416.jpg An old barn being re thatched in the Dorset village of Symondsbury, Dorset UK, with wheat. Thatch is the ultimate green roofing material. It is renewable, light to transport, and provides fantastic insulating properties, helping to reduce the carbon footprint of any thatched property. A well thatched roof should be watertight and last for at least 25 years.
 
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20120612_IMG_0419.jpg An old barn being re thatched in the Dorset village of Symondsbury, Dorset UK, with wheat. Thatch is the ultimate green roofing material. It is renewable, light to transport, and provides fantastic insulating properties, helping to reduce the carbon footprint of any thatched property. A well thatched roof should be watertight and last for at least 25 years.
 
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20120612_IMG_0429.jpg An old barn being re thatched in the Dorset village of Symondsbury, Dorset UK, with wheat. Thatch is the ultimate green roofing material. It is renewable, light to transport, and provides fantastic insulating properties, helping to reduce the carbon footprint of any thatched property. A well thatched roof should be watertight and last for at least 25 years.
 
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20120612_IMG_0433.jpg An old barn being re thatched in the Dorset village of Symondsbury, Dorset UK, with wheat. Thatch is the ultimate green roofing material. It is renewable, light to transport, and provides fantastic insulating properties, helping to reduce the carbon footprint of any thatched property. A well thatched roof should be watertight and last for at least 25 years.
 
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20120612_IMG_0444.jpg An old barn being re thatched in the Dorset village of Symondsbury, Dorset UK, with wheat. Thatch is the ultimate green roofing material. It is renewable, light to transport, and provides fantastic insulating properties, helping to reduce the carbon footprint of any thatched property. A well thatched roof should be watertight and last for at least 25 years.
 
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20120612_IMG_0458.jpg An old barn being re thatched in the Dorset village of Symondsbury, Dorset UK, with wheat. Thatch is the ultimate green roofing material. It is renewable, light to transport, and provides fantastic insulating properties, helping to reduce the carbon footprint of any thatched property. A well thatched roof should be watertight and last for at least 25 years.
 
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20120612_IMG_0459.jpg An old barn being re thatched in the Dorset village of Symondsbury, Dorset UK, with wheat. Thatch is the ultimate green roofing material. It is renewable, light to transport, and provides fantastic insulating properties, helping to reduce the carbon footprint of any thatched property. A well thatched roof should be watertight and last for at least 25 years.
 
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20120612_IMG_0462.jpg An old barn being re thatched in the Dorset village of Symondsbury, Dorset UK, with wheat. Thatch is the ultimate green roofing material. It is renewable, light to transport, and provides fantastic insulating properties, helping to reduce the carbon footprint of any thatched property. A well thatched roof should be watertight and last for at least 25 years.
 
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20120612_IMG_0465.jpg An old barn being re thatched in the Dorset village of Symondsbury, Dorset UK, with wheat. Thatch is the ultimate green roofing material. It is renewable, light to transport, and provides fantastic insulating properties, helping to reduce the carbon footprint of any thatched property. A well thatched roof should be watertight and last for at least 25 years.
 
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20120612_IMG_0472.jpg An old barn being re thatched in the Dorset village of Symondsbury, Dorset UK, with wheat. Thatch is the ultimate green roofing material. It is renewable, light to transport, and provides fantastic insulating properties, helping to reduce the carbon footprint of any thatched property. A well thatched roof should be watertight and last for at least 25 years.
 
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