Global Warming Images
 
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IMG_3090_landslide.jpg Riverbank erosion in the Southern uplands above Moffat, Scotland, UK.
 
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IMG_3093_landslip.jpg Riverbank erosion in the Southern uplands above Moffat, Scotland, UK.
 
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IMG_3096_erosion.jpg Riverbank erosion in the Southern uplands above Moffat, Scotland, UK.
 
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IMG_8016_landslip.jpg A large section of road collapsed betwwen Skelwyth and Elterwater in the Langdale Valley, Lake District, UK. Two sections of road collapsed following extreme rainfall events. Climate change is resulting in an increase in infrastructure damage as rain sodden slopes fail and collapse.
 
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IMG_1214_landslide.jpg A landslide in the Copper Mines Valley that happened when the ground was super saturated during the november 2009 floods, Coniston, Lake District, UK.
 
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IMG_1216_landslip.jpg A landslide in the Copper Mines Valley that happened when the ground was super saturated during the november 2009 floods, Coniston, Lake District, UK.
 
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IMG_1218_landslide.jpg A landslide in the Copper Mines Valley that happened when the ground was super saturated during the november 2009 floods, Coniston, Lake District, UK.
 
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IMG_1229_landslip.jpg A landslide in the Copper Mines Valley that happened when the ground was super saturated during the november 2009 floods, Coniston, Lake District, UK.
 
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IMG_1230_landslide.jpg A landslide in the Copper Mines Valley that happened when the ground was super saturated during the november 2009 floods, Coniston, Lake District, UK.
 
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IMG_4923_landslide.jpg A landslide on the side of Wythburn in the Lake District, UK. These failure features are becoming more common as climate change leads to heavier rainfall events that saturate the ground and load the slope, leading to failure.
 
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IMG_4924_lanslide.jpg A landslide on the side of Wythburn in the Lake District, UK. These failure features are becoming more common as climate change leads to heavier rainfall events that saturate the ground and load the slope, leading to failure.
 
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IMG_4926_landslide.jpg A landslide on the side of Wythburn in the Lake District, UK. These failure features are becoming more common as climate change leads to heavier rainfall events that saturate the ground and load the slope, leading to failure.
 
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IMG_4928_landslip.jpg A landslide on the side of Wythburn in the Lake District, UK. These failure features are becoming more common as climate change leads to heavier rainfall events that saturate the ground and load the slope, leading to failure.
 
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IMG_4930_landslide.jpg A landslide on the side of Wythburn in the Lake District, UK. These failure features are becoming more common as climate change leads to heavier rainfall events that saturate the ground and load the slope, leading to failure.
 
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66w99441.jpg Landslides are becoming more common as more frequent extreme rainfall events waterlog the ground leading to failures like this one in the Lake district, UK
 
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174_landslide.jpg The A591 road blocked by severe weather and landslides at Thirlmere, Cumbria, UK. Climate change is leading to mre extreme weather events and more damage.
 
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IMG_0432_landslide.jpg Landslides caused by flash floods near Zennor in Cornwall, UK. As climate change accelerates, extreme weather events are getting more common. Heavy rainfall events are causing more landslides as the weight of saturated ground causes failures.
 
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IMG_0433_landslip.jpg Landslides caused by flash floods near Zennor in Cornwall, UK. As climate change accelerates, extreme weather events are getting more common. Heavy rainfall events are causing more landslides as the weight of saturated ground causes failures.
 
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IMG_0434_flash flood.jpg Landslides caused by flash floods near Zennor in Cornwall, UK. As climate change accelerates, extreme weather events are getting more common. Heavy rainfall events are causing more landslides as the weight of saturated ground causes failures.
 
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366W1964_climate change_landslide.jpg A landslip caused by exccesive rainfall saturating the ground on Red Screes in the Lake District UK
 
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366W4220.jpg Landslide on Cairngorm mountains, Scotland, caused by increased heavy rain events saturating the ground
 
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366W9944.jpg Landslides are becoming more common as more frequent extreme rainfall events waterlog the ground leading to failures like this one in the Lake district, UK
 
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366W3812.jpg A landslide on the side of Crinkle Crags, Lake district, UK. these dramatic failures are becoming more common as extreme weather saturates the ground more frequently.
 
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IMG_0520.jpg On Friday 20th July 2007 up to 5 inches of rain fell across central and southern England on already saturated ground. Rivers rose rapidly and by saturday flooding started to occur along the Severn corridor. Tewkesbury in Gloucestershire was particularly badly hit where the rivers Severn and Avon meet. River's rose to unprecedented levels causing the worst ever floods. Thousands of homes were inundated with people haing to be evacuated, many by boat or by Sea King helicopter. The Myth water treatment plant in the town was also flooded, cutting off water supplies to around 350,000 people, with the water predicted to be off for up to 2 weeks. Many also had their electricity supplies cut off as sub stations were affected by the floods. Estimates for the cost of the devastating and unprecedented summer floods are around £5 billion. A landslide careered down as a steep embankment failed due to the weight of water in the saturated ground, blocking the A44 west of Worcester.
 
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IMG_0522.jpg On Friday 20th July 2007 up to 5 inches of rain fell across central and southern England on already saturated ground. Rivers rose rapidly and by saturday flooding started to occur along the Severn corridor. Tewkesbury in Gloucestershire was particularly badly hit where the rivers Severn and Avon meet. River's rose to unprecedented levels causing the worst ever floods. Thousands of homes were inundated with people haing to be evacuated, many by boat or by Sea King helicopter. The Myth water treatment plant in the town was also flooded, cutting off water supplies to around 350,000 people, with the water predicted to be off for up to 2 weeks. Many also had their electricity supplies cut off as sub stations were affected by the floods. Estimates for the cost of the devastating and unprecedented summer floods are around £5 billion. A landslide careered down as a steep embankment failed due to the weight of water in the saturated ground, blocking the A44 west of Worcester.
 
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IMG_0526.jpg On Friday 20th July 2007 up to 5 inches of rain fell across central and southern England on already saturated ground. Rivers rose rapidly and by saturday flooding started to occur along the Severn corridor. Tewkesbury in Gloucestershire was particularly badly hit where the rivers Severn and Avon meet. River's rose to unprecedented levels causing the worst ever floods. Thousands of homes were inundated with people haing to be evacuated, many by boat or by Sea King helicopter. The Myth water treatment plant in the town was also flooded, cutting off water supplies to around 350,000 people, with the water predicted to be off for up to 2 weeks. Many also had their electricity supplies cut off as sub stations were affected by the floods. Estimates for the cost of the devastating and unprecedented summer floods are around £5 billion. A landslide careered down as a steep embankment failed due to the weight of water in the saturated ground, blocking the A44 west of Worcester.
 
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IMG_0528.jpg On Friday 20th July 2007 up to 5 inches of rain fell across central and southern England on already saturated ground. Rivers rose rapidly and by saturday flooding started to occur along the Severn corridor. Tewkesbury in Gloucestershire was particularly badly hit where the rivers Severn and Avon meet. River's rose to unprecedented levels causing the worst ever floods. Thousands of homes were inundated with people haing to be evacuated, many by boat or by Sea King helicopter. The Myth water treatment plant in the town was also flooded, cutting off water supplies to around 350,000 people, with the water predicted to be off for up to 2 weeks. Many also had their electricity supplies cut off as sub stations were affected by the floods. Estimates for the cost of the devastating and unprecedented summer floods are around £5 billion. A landslide careered down as a steep embankment failed due to the weight of water in the saturated ground, blocking the A44 west of Worcester.
 
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366W6915.jpg Happisburgh, the most rapidly eroding section of coast in the British Isles, Norfolk, UK
 
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366W6925.jpg Happisburgh, the most rapidly eroding section of coast in the British Isles, Norfolk, UK
 
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366W6934.jpg Happisburgh, the most rapidly eroding section of coast in the British Isles, Norfolk, UK
 
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366W6943.jpg Happisburgh, the most rapidly eroding section of coast in the British Isles, Norfolk, UK
 
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