Global Warming Images
 
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20111214_0046.jpg After 2 days of storm force winds the Irish sea on the West coast of Cumbria at Whitehaven was whipped up into a fury, with waves crashing over the tall harbour wall.
 
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20111214_0047.jpg After 2 days of storm force winds the Irish sea on the West coast of Cumbria at Whitehaven was whipped up into a fury, with waves crashing over the tall harbour wall.
 
20111214_0047
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20111214_0048.jpg After 2 days of storm force winds the Irish sea on the West coast of Cumbria at Whitehaven was whipped up into a fury, with waves crashing over the tall harbour wall.
 
20111214_0048
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20111214_0050.jpg After 2 days of storm force winds the Irish sea on the West coast of Cumbria at Whitehaven was whipped up into a fury, with waves crashing over the tall harbour wall.
 
20111214_0050
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20111214_0051.jpg After 2 days of storm force winds the Irish sea on the West coast of Cumbria at Whitehaven was whipped up into a fury, with waves crashing over the tall harbour wall.
 
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20111214_0052.jpg After 2 days of storm force winds the Irish sea on the West coast of Cumbria at Whitehaven was whipped up into a fury, with waves crashing over the tall harbour wall.
 
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20111214_0053.jpg After 2 days of storm force winds the Irish sea on the West coast of Cumbria at Whitehaven was whipped up into a fury, with waves crashing over the tall harbour wall, with a flock of Cormorants battling the wind.
 
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20111214_0054.jpg After 2 days of storm force winds the Irish sea on the West coast of Cumbria at Whitehaven was whipped up into a fury, with waves crashing over the tall harbour wall.
 
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20111214_0055.jpg After 2 days of storm force winds the Irish sea on the West coast of Cumbria at Whitehaven was whipped up into a fury, with waves crashing over the tall harbour wall.
 
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20111214_0056.jpg After 2 days of storm force winds the Irish sea on the West coast of Cumbria at Whitehaven was whipped up into a fury, with waves crashing over the tall harbour wall.
 
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20111214_0057.jpg After 2 days of storm force winds the Irish sea on the West coast of Cumbria at Whitehaven was whipped up into a fury, with waves crashing over the tall harbour wall.
 
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20111214_0058.jpg After 2 days of storm force winds the Irish sea on the West coast of Cumbria at Whitehaven was whipped up into a fury, with waves crashing over the tall harbour wall.
 
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20111214_0060.jpg After 2 days of storm force winds the Irish sea on the West coast of Cumbria at Whitehaven was whipped up into a fury, with waves crashing over the tall harbour wall.
 
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20111214_0061.jpg After 2 days of storm force winds the Irish sea on the West coast of Cumbria at Whitehaven was whipped up into a fury, with waves crashing over the tall harbour wall.
 
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20111214_0062.jpg After 2 days of storm force winds the Irish sea on the West coast of Cumbria at Whitehaven was whipped up into a fury, with waves crashing over the tall harbour wall. With a flock of cormorants battling the wind
 
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IMG_3262_p.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_3272_p.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_3275_p.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_p.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_1256_concrete.jpg Repairing the sea wall which had been damged and breached by storms on the coast road near Barrow in furness, between Rampside and Baycliff. Climate change is causing sea level rise and increased stormy weather which is accelerating rates of coastal erosion.
 
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IMG_1255_sea wall.jpg Repairing the sea wall which had been damged and breached by storms on the coast road near Barrow in furness, between Rampside and Baycliff. Climate change is causing sea level rise and increased stormy weather which is accelerating rates of coastal erosion.
 
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IMG_1257_limestone.jpg Repairing the sea wall which had been damged and breached by storms on the coast road near Barrow in furness, between Rampside and Baycliff. Climate change is causing sea level rise and increased stormy weather which is accelerating rates of coastal erosion.
 
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IMG_6765_construction.jpg Repairing the sea wall which had been damged and breached by storms on the coast road near Barrow in furness, between Rampside and Baycliff. Climate change is causing sea level rise and increased stormy weather which is accelerating rates of coastal erosion.
 
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IMG_6762_JCB.jpg Repairing the sea wall which had been damged and breached by storms on the coast road near Barrow in furness, between Rampside and Baycliff. Climate change is causing sea level rise and increased stormy weather which is accelerating rates of coastal erosion.
 
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IMG_6965_coast.jpg Repairing the sea wall which had been damged and breached by storms on the coast road near Barrow in furness, between Rampside and Baycliff. Climate change is causing sea level rise and increased stormy weather which is accelerating rates of coastal erosion.
 
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IMG_6968_reinforcement.jpg Repairing the sea wall which had been damged and breached by storms on the coast road near Barrow in furness, between Rampside and Baycliff. Climate change is causing sea level rise and increased stormy weather which is accelerating rates of coastal erosion.
 
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IMG_6973_re-building.jpg Repairing the sea wall which had been damged and breached by storms on the coast road near Barrow in furness, between Rampside and Baycliff. Climate change is causing sea level rise and increased stormy weather which is accelerating rates of coastal erosion.
 
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IMG_6977_morecambe bay.jpg Repairing the sea wall which had been damged and breached by storms on the coast road near Barrow in furness, between Rampside and Baycliff. Climate change is causing sea level rise and increased stormy weather which is accelerating rates of coastal erosion.
 
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IMG_6984_digger.jpg Repairing the sea wall which had been damged and breached by storms on the coast road near Barrow in furness, between Rampside and Baycliff. Climate change is causing sea level rise and increased stormy weather which is accelerating rates of coastal erosion.
 
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IMG_4244_family.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_4067_storm beach.jpg Much of the North Norfolk coast around Cley is protected by a shingle storm beach. Climate change is driving both sea level rise and increased stormy weather, leading to a great incidence of storms breaching the shinlge barrier. In the past, the council used buldozers to rebuild the shingle barrier, but have now abandoned it. This shot shows where the shingle barrier has been breached by a recent storm.
 
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IMG_4074_sea level rise.jpg Much of the North Norfolk coast around Cley is protected by a shingle storm beach. Climate change is driving both sea level rise and increased stormy weather, leading to a great incidence of storms breaching the shinlge barrier. In the past, the council used buldozers to rebuild the shingle barrier, but have now abandoned it. This shot shows where the shingle barrier has been breached by a recent storm, revealing some of the old coastal defences.
 
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