Global Warming Images
 

 
IMG_6076_p.jpg The Perlan building in Reykjavik, Icleand. The structure was designed around 5 huge water tanks that hold geothermally heated water. This hot water is used to provide household heating as well as heating, schools, municipal buildings, and even used for keeping the capitals pavements ice and snow free in winter via a network or under pavement pipes. The geothermal water helps icelanders to have a much reduced carbon footprint, as their heating is carbon free.
 
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IMG_8222_viewpoint.jpg Karahnjukar dam and Halslon reservoir, a massive new contorversial hydro electricity project in North East Iceland, in the wilderness area of Vatnajokull, created by damming the Jokuls a Dal river. Controversial as it flooded a huge area of one of Europes last wilderness areas, that was home to nesting Whooper Swans and Pink Footed Geese. The project does however produce 40% of Icelands electricity from renewables. The projects statistics are as follows, power generation, 700MW, gross head, 600 metres, Max flow 144 M/sec, Halslon Lake area 57KM squared, storage volume 2.1 million metres, damheight 198m (the tallest in Europe) headrace tunnels 73km. 100 % of Icelands electricity is generated from renewables, 70% from hydro and 30% from geothermal. This shots shows a mountaineer by the overspill from the dam.
 
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IMG_9217_viewpoint.jpg A health and safety executive at the Walney offshore wind farm taken from the top of one of the turbines, it consists of 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. Cumbria, UK.
 
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IMG_9001_mountains.jpg Sunset over the Lake district mountains from Windermere, UK.
 
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IMG_9003_Lake District.jpg Sunset over the Lake district mountains from Windermere, UK.
 
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366W5919_melting.jpg An Inuit fishing boat sails through Icebergs from the Jacobshavn glacier or Sermeq Kujalleq drains 7% of the Greenland ice sheet and is the largest glacier outside of Antarctica. It calves enough ice in one day to supply New York with water for one year. It is one of the fastest moving glaciers in the world at up to 40 metres per day (19 metres per day before 2002) and has also receeded rapidly (40 km since 1850) due to human induced climate change as temperatures have risen in Greenland by 9 degrees fahrenheit in the last 60 years. An underwater moraine at the mouth of the fjord grounds the largest icebergs causing a backlog of ice completely blocking the entire length of the fjord with ice.
 
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IMG_5329_window.jpg Fairfield muntain through a house window in Amblesdie, with a reflection of sunset in the window from a window on the opposite side of the house.
 
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IMG_5884_balloon.jpg The Perlan building in Reykjavik, Icleand. The structure was designed around 5 huge water tanks that hold geothermally heated water. This hot water is used to provide household heating as well as heating, schools, municipal buildings, and even used for keeping the capitals pavements ice and snow free in winter via a network or under pavement pipes. The geothermal water helps icelanders to have a much reduced carbon footprint, as their heating is carbon free.
 
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IMG_5885_perlan.jpg The Perlan building in Reykjavik, Icleand. The structure was designed around 5 huge water tanks that hold geothermally heated water. This hot water is used to provide household heating as well as heating, schools, municipal buildings, and even used for keeping the capitals pavements ice and snow free in winter via a network or under pavement pipes. The geothermal water helps icelanders to have a much reduced carbon footprint, as their heating is carbon free.
 
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IMG_5898_geothermal space heating.jpg The Perlan building in Reykjavik, Icleand. The structure was designed around 5 huge water tanks that hold geothermally heated water. This hot water is used to provide household heating as well as heating, schools, municipal buildings, and even used for keeping the capitals pavements ice and snow free in winter via a network or under pavement pipes. The geothermal water helps icelanders to have a much reduced carbon footprint, as their heating is carbon free.
 
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IMG_5900_perlan geothermal.jpg The Perlan building in Reykjavik, Icleand. The structure was designed around 5 huge water tanks that hold geothermally heated water. This hot water is used to provide household heating as well as heating, schools, municipal buildings, and even used for keeping the capitals pavements ice and snow free in winter via a network or under pavement pipes. The geothermal water helps icelanders to have a much reduced carbon footprint, as their heating is carbon free.
 
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IMG_6076_perlan geothermal.jpg The Perlan building in Reykjavik, Icleand. The structure was designed around 5 huge water tanks that hold geothermally heated water. This hot water is used to provide household heating as well as heating, schools, municipal buildings, and even used for keeping the capitals pavements ice and snow free in winter via a network or under pavement pipes. The geothermal water helps icelanders to have a much reduced carbon footprint, as their heating is carbon free.
 
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IMG_5891_geothermal space heating.jpg The Perlan building in Reykjavik, Icleand. The structure was designed around 5 huge water tanks that hold geothermally heated water. This hot water is used to provide household heating as well as heating, schools, municipal buildings, and even used for keeping the capitals pavements ice and snow free in winter via a network or under pavement pipes. The geothermal water helps icelanders to have a much reduced carbon footprint, as their heating is carbon free.
 
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IMG_5896_geothermal heating.jpg The Perlan building in Reykjavik, Icleand. The structure was designed around 5 huge water tanks that hold geothermally heated water. This hot water is used to provide household heating as well as heating, schools, municipal buildings, and even used for keeping the capitals pavements ice and snow free in winter via a network or under pavement pipes. The geothermal water helps icelanders to have a much reduced carbon footprint, as their heating is carbon free.
 
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IMG_5905_reykjavik.jpg The Perlan building in Reykjavik, Icleand. The structure was designed around 5 huge water tanks that hold geothermally heated water. This hot water is used to provide household heating as well as heating, schools, municipal buildings, and even used for keeping the capitals pavements ice and snow free in winter via a network or under pavement pipes. The geothermal water helps icelanders to have a much reduced carbon footprint, as their heating is carbon free.
 
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IMG_7307_electricity.jpg Melbourne city at night from the viewing platform in the Eureka Tower, the highest viewing platform in the Southern hemisphere, Victoria, Australia. Like all modern cities it is utterly dependant on electricity, in Australia, nealry 90% of this is generated from coal fired power plants.
 
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IMG_7288_power consumption.jpg Melbourne city at night from the viewing platform in the Eureka Tower, the highest viewing platform in the Southern hemisphere, Victoria, Australia. Like all modern cities it is utterly dependant on electricity, in Australia, nealry 90% of this is generated from coal fired power plants.
 
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IMG_7309_energy use.jpg Melbourne city at night from the viewing platform in the Eureka Tower, the highest viewing platform in the Southern hemisphere, Victoria, Australia. Like all modern cities it is utterly dependant on electricity, in Australia, nealry 90% of this is generated from coal fired power plants.
 
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IMG_7313_eureka tower.jpg A couple viewing Melbourne city at night from the viewing platform in the Eureka Tower, the highest viewing platform in the Southern hemisphere, Victoria, Australia. Like all modern cities it is utterly dependant on electricity, in Australia, nealry 90% of this is generated from coal fired power plants.
 
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IMG_7283_power consumption.jpg Melbourne city at night from the viewing platform in the Eureka Tower, the highest viewing platform in the Southern hemisphere, Victoria, Australia. Like all modern cities it is utterly dependant on electricity, in Australia, nealry 90% of this is generated from coal fired power plants.
 
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IMG_7310_energy use.jpg Melbourne city at night from the viewing platform in the Eureka Tower, the highest viewing platform in the Southern hemisphere, Victoria, Australia. Like all modern cities it is utterly dependant on electricity, in Australia, nealry 90% of this is generated from coal fired power plants.
 
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IMG_7314_eureka tower.jpg A couple viewing Melbourne city at night from the viewing platform in the Eureka Tower, the highest viewing platform in the Southern hemisphere, Victoria, Australia. Like all modern cities it is utterly dependant on electricity, in Australia, nealry 90% of this is generated from coal fired power plants.
 
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IMG_5464_sunset.jpg A walker on Red Screes in the Lake District at sunset, UK
 
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IMG_7351_cloud.jpg The view west from the summit of Caudale Moor in the Lake District UK
 
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IMG_7356_temperature inversion.jpg A walker on the summit of Caudale Moor in the Lake District UK
 
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IMG_7370_sunset.jpg A walker on the summit of Caudale Moor at sunset in the Lake District UK
 
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IMG_7379_frost.jpg A walker on the summit of Caudale Moor at sunset in the Lake District UK
 
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IMG_7383_frost.jpg A walker on the summit of Caudale Moor at sunset in the Lake District UK
 
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IMG_7394_sunset.jpg A walker on the summit of Caudale Moor at sunset in the Lake District UK
 
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IMG_7409_mist.jpg A walker on the summit of Caudale Moor at sunset in the Lake District UK
 
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366W9789_Big Ben.jpg Big Ben and the Houses of Parliament London UK
 
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IMG_6111_parliament.jpg The Thames South Bank with Big Ben and the Houses of Parliament UK
 
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