Global Warming Images
 
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IMG_4243_steps.jpg Happisburgh in North Norfolk is one of the most rapidly eroding coastlines in the British Isles. Already several houses have been lost to the sea. Though it has been eroding since Roman times, sea level rise and an increase in stormy weather, both driven by climate change has resulted in an increase in the rate of erosion. These steps are from the last house that fell into the sea, and are now lying on the beach.
 
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IMG_4244_cycling.jpg Happisburgh in North Norfolk is one of the most rapidly eroding coastlines in the British Isles. Already several houses have been lost to the sea. Though it has been eroding since Roman times, sea level rise and an increase in stormy weather, both driven by climate change has resulted in an increase in the rate of erosion. This family have stopped where the house, now ends, having fallen into the sea.
 
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IMG_4944_collapse.jpg Happisburgh in North Norfolk is one of the most rapidly eroding coastlines in the British Isles. Already several houses have been lost to the sea. Though it has been eroding since Roman times, sea level rise and an increase in stormy weather, both driven by climate change has resulted in an increase in the rate of erosion. The ramp in the foreground used to be the lifeboat launching ramp until it was destroyed by coastal erosion.
 
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IMG_4953_cliff collapse.jpg Happisburgh in North Norfolk is one of the most rapidly eroding coastlines in the British Isles. Already several houses have been lost to the sea. Though it has been eroding since Roman times, sea level rise and an increase in stormy weather, both driven by climate change has resulted in an increase in the rate of erosion. The ramp in the foreground used to be the lifeboat launching ramp until it was destroyed by coastal erosion.
 
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IMG_4959_coastal erosion.jpg Happisburgh in North Norfolk is one of the most rapidly eroding coastlines in the British Isles. Already several houses have been lost to the sea. Though it has been eroding since Roman times, sea level rise and an increase in stormy weather, both driven by climate change has resulted in an increase in the rate of erosion. The ramp in the foreground used to be the lifeboat launching ramp until it was destroyed by coastal erosion.
 
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IMG_4975_washed away.jpg Happisburgh in North Norfolk is one of the most rapidly eroding coastlines in the British Isles. Already several houses have been lost to the sea. Though it has been eroding since Roman times, sea level rise and an increase in stormy weather, both driven by climate change has resulted in an increase in the rate of erosion. This shot shows tarmac hanging into space as the road was washed away.
 
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IMG_4977_property damage.jpg Happisburgh in North Norfolk is one of the most rapidly eroding coastlines in the British Isles. Already several houses have been lost to the sea. Though it has been eroding since Roman times, sea level rise and an increase in stormy weather, both driven by climate change has resulted in an increase in the rate of erosion. This shots shows the foundations of a house that was demolished before it fell into the sea.
 
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IMG_4983_collapse.jpg Happisburgh in North Norfolk is one of the most rapidly eroding coastlines in the British Isles. Already several houses have been lost to the sea. Though it has been eroding since Roman times, sea level rise and an increase in stormy weather, both driven by climate change has resulted in an increase in the rate of erosion. This shots shows the foundations of a house that was demolished before it fell into the sea.
 
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IMG_4986_vulnerable.jpg Happisburgh in North Norfolk is one of the most rapidly eroding coastlines in the British Isles. Already several houses have been lost to the sea. Though it has been eroding since Roman times, sea level rise and an increase in stormy weather, both driven by climate change has resulted in an increase in the rate of erosion. This house was built at least 200 yards from the sea, but has now lost half its garden to the sea.
 
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IMG_4989_coastal defences.jpg Happisburgh in North Norfolk is one of the most rapidly eroding coastlines in the British Isles. Already several houses have been lost to the sea. Though it has been eroding since Roman times, sea level rise and an increase in stormy weather, both driven by climate change has resulted in an increase in the rate of erosion. This shot shows scrap metal and boulders being used to try to slow the coastal erosion
 
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IMG_4992_retreat.jpg Happisburgh in North Norfolk is one of the most rapidly eroding coastlines in the British Isles. Already several houses have been lost to the sea. Though it has been eroding since Roman times, sea level rise and an increase in stormy weather, both driven by climate change has resulted in an increase in the rate of erosion. This shot shows a house that was demolished before it fell into the sea. The front steps of the house have fallen and are visible on the beach.
 
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IMG_4999_cliff erosion.jpg Happisburgh in North Norfolk is one of the most rapidly eroding coastlines in the British Isles. Already several houses have been lost to the sea. Though it has been eroding since Roman times, sea level rise and an increase in stormy weather, both driven by climate change has resulted in an increase in the rate of erosion. This shots shows the foundations of a house that was demolished before it fell into the sea, with the front steps to the house, visible on the beach.
 
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IMG_5003_coastal erosion.jpg Happisburgh in North Norfolk is one of the most rapidly eroding coastlines in the British Isles. Already several houses have been lost to the sea. Though it has been eroding since Roman times, sea level rise and an increase in stormy weather, both driven by climate change has resulted in an increase in the rate of erosion. This shots shows the foundations of a house that was demolished before it fell into the sea, with the front steps to the house, visible on the beach.
 
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IMG_5006_road collapse.jpg Happisburgh in North Norfolk is one of the most rapidly eroding coastlines in the British Isles. Already several houses have been lost to the sea. Though it has been eroding since Roman times, sea level rise and an increase in stormy weather, both driven by climate change has resulted in an increase in the rate of erosion. This shot shows tarmac hanging into space as the road was washed away.
 
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IMG_5013_Happisburgh.jpg Happisburgh in North Norfolk is one of the most rapidly eroding coastlines in the British Isles. Already several houses have been lost to the sea. Though it has been eroding since Roman times, sea level rise and an increase in stormy weather, both driven by climate change has resulted in an increase in the rate of erosion. This shots shows the foundations of a house that was demolished before it fell into the sea.
 
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IMG_3259_renewable energy.jpg The Rhyl Flats offshore wind farm is situated about 7 Km off the North Wales coast, in Liverpool bay, between Prestatyn and Rhyl. It consists of 25 turbines, and has a total capacity of 90 MW, enough to power 60,000 homes annualy.
 
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IMG_3272_holiday park.jpg The area of the North Wales coast between Prestatyn and Abergele was reclaimed from an ancient salt marsh. As such it is flat, low lying and susceptible to coastal flooding. Climate change driven sea level rise increases the risk making it one of the most at risk coastal areas in the British Isles. In 1990 a combination of strong westerly winds a high tide and a 1.5m storm surge breached 400 metres of the sea wall and inundated 2800 properties in Towyn and Kinmel Bay. The rocks have been placed to try and strengthen the sea wall.
 
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IMG_3280_caravan park.jpg The area of the North Wales coast between Prestatyn and Abergele was reclaimed from an ancient salt marsh. As such it is flat, low lying and susceptible to coastal flooding. Climate change driven sea level rise increases the risk making it one of the most at risk coastal areas in the British Isles. In 1990 a combination of strong westerly winds a high tide and a 1.5m storm surge breached 400 metres of the sea wall and inundated 2800 properties in Towyn and Kinmel Bay. The rocks have been placed to try and strengthen the sea wall.
 
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IMG_3283_wind farm.jpg The Rhyl Flats offshore wind farm is situated about 7 Km off the North Wales coast, in Liverpool bay, between Prestatyn and Rhyl. It consists of 25 turbines, and has a total capacity of 90 MW, enough to power 60,000 homes annualy.
 
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IMG_3285_wind farm.jpg The Rhyl Flats offshore wind farm is situated about 7 Km off the North Wales coast, in Liverpool bay, between Prestatyn and Rhyl. It consists of 25 turbines, and has a total capacity of 90 MW, enough to power 60,000 homes annualy.
 
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IMG_3289_cloud.jpg The Rhyl Flats offshore wind farm is situated about 7 Km off the North Wales coast, in Liverpool bay, between Prestatyn and Rhyl. It consists of 25 turbines, and has a total capacity of 90 MW, enough to power 60,000 homes annualy.
 
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IMG_3291_Irish Sea.jpg The Rhyl Flats offshore wind farm is situated about 7 Km off the North Wales coast, in Liverpool bay, between Prestatyn and Rhyl. It consists of 25 turbines, and has a total capacity of 90 MW, enough to power 60,000 homes annualy.
 
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IMG_3293_Liverpool Bay.jpg The Rhyl Flats offshore wind farm is situated about 7 Km off the North Wales coast, in Liverpool bay, between Prestatyn and Rhyl. It consists of 25 turbines, and has a total capacity of 90 MW, enough to power 60,000 homes annualy.
 
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IMG_3296_Rhyl.jpg The Rhyl Flats offshore wind farm is situated about 7 Km off the North Wales coast, in Liverpool bay, between Prestatyn and Rhyl. It consists of 25 turbines, and has a total capacity of 90 MW, enough to power 60,000 homes annualy.
 
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IMG_3297_offshore wind turbine.jpg The Rhyl Flats offshore wind farm is situated about 7 Km off the North Wales coast, in Liverpool bay, between Prestatyn and Rhyl. It consists of 25 turbines, and has a total capacity of 90 MW, enough to power 60,000 homes annualy.
 
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IMG_3299_beach.jpg The Rhyl Flats offshore wind farm is situated about 7 Km off the North Wales coast, in Liverpool bay, between Prestatyn and Rhyl. It consists of 25 turbines, and has a total capacity of 90 MW, enough to power 60,000 homes annualy.
 
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IMG_3308_offshore wind farm.jpg The Rhyl Flats offshore wind farm is situated about 7 Km off the North Wales coast, in Liverpool bay, between Prestatyn and Rhyl. It consists of 25 turbines, and has a total capacity of 90 MW, enough to power 60,000 homes annualy.
 
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IMG_3310_sunset.jpg The Rhyl Flats offshore wind farm is situated about 7 Km off the North Wales coast, in Liverpool bay, between Prestatyn and Rhyl. It consists of 25 turbines, and has a total capacity of 90 MW, enough to power 60,000 homes annualy.
 
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IMG_3312_groyne.jpg The Rhyl Flats offshore wind farm is situated about 7 Km off the North Wales coast, in Liverpool bay, between Prestatyn and Rhyl. It consists of 25 turbines, and has a total capacity of 90 MW, enough to power 60,000 homes annualy.
 
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IMG_3316_Rhyl Flats.jpg The Rhyl Flats offshore wind farm is situated about 7 Km off the North Wales coast, in Liverpool bay, between Prestatyn and Rhyl. It consists of 25 turbines, and has a total capacity of 90 MW, enough to power 60,000 homes annualy.
 
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IMG_3341_turbine.jpg The Walney Offshore Windfarm project is located 15km off Barrow in Furness in Cumbria. The project consists of Walney 1 and Walney 2 each with 51 turbines. 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. The Turbines are manufactured by Siemens in Denmark, then shipped to the port of Mostyn in north Wales, where they are put together before being shipped up the the Walney site.
 
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IMG_3344_.jpg The Walney Offshore Windfarm project is located 15km off Barrow in Furness in Cumbria. The project consists of Walney 1 and Walney 2 each with 51 turbines. 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. The Turbines are manufactured by Siemens in Denmark, then shipped to the port of Mostyn in north Wales, where they are put together before being shipped up the the Walney site.
 
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