Global Warming Images
 
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20120623_IMG_8964.jpg High water levels in Stock Ghyll, Ambleside, Lake District, UK, during the wet summer of 2012.
 
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20120623_IMG_8962.jpg High water levels in Stock Ghyll, Ambleside, Lake District, UK, during the wet summer of 2012.
 
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20120623_IMG_1468.jpg High water levels in Stock Ghyll, Ambleside, Lake District, UK, during the wet summer of 2012.
 
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20120623_IMG_1458.jpg High water levels in Stock Ghyll, Ambleside, Lake District, UK, during the wet summer of 2012.
 
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20120623_IMG_1454.jpg High water levels in Stock Ghyll, Ambleside, Lake District, UK, during the wet summer of 2012.
 
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20120623_IMG_1444.jpg High water levels in Stock Ghyll, Ambleside, Lake District, UK, during the wet summer of 2012.
 
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20120623_IMG_1441.jpg High water levels in Stock Ghyll, Ambleside, Lake District, UK, during the wet summer of 2012.
 
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20120609_IMG_9700.jpg A landslip on the South West Coast Path at Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heav rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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20120609_IMG_9705.jpg A landslip on the South West Coast Path at Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heav rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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20120609_IMG_9713.jpg A landslip on the South West Coast Path at Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heav rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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20120609_IMG_9719.jpg A landslip on the South West Coast Path at Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heav rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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20120609_IMG_9694.jpg A sign about a diversion due to landslips on the South West Coast Path between Lyme Regis and Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heav rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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20120609_IMG_9698.jpg A sign about a diversion due to landslips on the South West Coast Path at Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heav rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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20120609_IMG_9702.jpg A landslip on the South West Coast Path at Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heav rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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20120609_IMG_9709.jpg A landslip on the South West Coast Path at Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heav rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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20120609_IMG_9717.jpg A landslip on the South West Coast Path at Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heav rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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20120609_IMG_9720.jpg A landslip on the South West Coast Path at Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heav rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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20120609_IMG_9727.jpg A landslip on the South West Coast Path at Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heav rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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20120609_IMG_9728.jpg A landslip on the South West Coast Path at Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heav rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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20120609_IMG_9734.jpg A landslip on the South West Coast Path at Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heav rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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20120609_IMG_9740.jpg A landslip on the South West Coast Path at Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heav rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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20120609_IMG_9746.jpg A landslip on the South West Coast Path at Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heav rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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20120609_IMG_9755.jpg A tear in the ground showing where the next landslip will take place on the South West Coast Path near Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heav rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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20120609_IMG_9756.jpg A landslip on the South West Coast Path at Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heav rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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20120609_IMG_9757.jpg A tear in the ground showing where the next landslip will take place on the South West Coast Path near Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heav rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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20120609_IMG_9758.jpg A tear in the ground showing where the next landslip will take place on the South West Coast Path near Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heav rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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20120609_IMG_9759.jpg A tear in the ground showing where the next landslip will take place on the South West Coast Path near Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heav rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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File0333.jpg A sign about a diversion due to landslips on the South West Coast Path between Lyme Regis and Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heav rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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File0349.jpg A massive landslip at Black Ven between Lyme Regis and Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heavy rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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File0354.jpg A massive landslip at Black Ven between Lyme Regis and Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heavy rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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IMG_0659.jpg A massive landslip at Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heavy rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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IMG_0673.jpg A wellingotn boot trapped in the mud of a massive landslip at Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heavy rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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IMG_0684.jpg A landslip at Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heavy rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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IMG_0686.jpg A landslip at Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heavy rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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IMG_0691.jpg A landslip at Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heavy rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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IMG_0696.jpg A landslip at Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heavy rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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IMG_0697.jpg A landslip at Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heavy rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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IMG_0703.jpg A landslip at Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heavy rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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IMG_0706.jpg A landslip at Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heavy rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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IMG_0708.jpg A landslip at Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heavy rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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IMG_0710.jpg A landslip at Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heavy rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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IMG_0713.jpg A landslip at Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heavy rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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IMG_0716.jpg A landslip at Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heavy rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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IMG_0717.jpg A landslip at Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heavy rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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IMG_0749.jpg A landslip at Charmouth. This section of the Jurassic Coast has always been prone to landslips due to the unstable nature of the Jurassic clays and shales, but increased heavy rainfall events and rising sea levels driven by climate change are starting to lead to an increased incidence of coastal erosion.
 
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20120408_IMG_4136.jpg A Berber village in the Anti Atlas mountains of Morocco, North Africa. In recent years, rainfall totals have reduced by around 75% as a result of climate change. This has led to many villagers abandoning their fields and migrating to the cities to try and find work, as they can no longer grow food to support themselves.
 
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20120408_IMG_4149.jpg Trekkers cross a dried up river bed in the Anti Atlas mountains of Morocco, North Africa. In recent years, rainfall totals have reduced by around 75% as a result of climate change. This has led to many Berber villagers abandoning their fields and migrating to the cities to try and find work, as they can no longer grow food to support themselves.
 
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20120408_IMG_7482.jpg A dried up river bed in the Anti Atlas mountains of Morocco, North Africa. In recent years, rainfall totals have reduced by around 75% as a result of climate change. This has led to many Berber villagers abandoning their fields and migrating to the cities to try and find work, as they can no longer grow food to support themselves.
 
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20120408_IMG_7490.jpg A dried up river bed in the Anti Atlas mountains of Morocco, North Africa. In recent years, rainfall totals have reduced by around 75% as a result of climate change. This has led to many Berber villagers abandoning their fields and migrating to the cities to try and find work, as they can no longer grow food to support themselves.
 
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20120409_IMG_4355.jpg A pool in a river bed in the Anti Atlas mountains of Morocco, North Africa. In recent years, rainfall totals have reduced by around 75% as a result of climate change. This has led to many Berber villagers abandoning their fields and migrating to the cities to try and find work, as they can no longer grow food to support themselves.
 
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20120409_IMG_4360.jpg A pool in a river bed in the Anti Atlas mountains of Morocco, North Africa. In recent years, rainfall totals have reduced by around 75% as a result of climate change. This has led to many Berber villagers abandoning their fields and migrating to the cities to try and find work, as they can no longer grow food to support themselves.
 
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20120409_IMG_4383.jpg A pool in a river bed in the Anti Atlas mountains of Morocco, North Africa. In recent years, rainfall totals have reduced by around 75% as a result of climate change. This has led to many Berber villagers abandoning their fields and migrating to the cities to try and find work, as they can no longer grow food to support themselves.
 
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20120409_IMG_4386.jpg A dried up river bed in the Anti Atlas mountains of Morocco, North Africa. In recent years, rainfall totals have reduced by around 75% as a result of climate change. This has led to many Berber villagers abandoning their fields and migrating to the cities to try and find work, as they can no longer grow food to support themselves.
 
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20120409_IMG_4390.jpg A dried up river bed in the Anti Atlas mountains of Morocco, North Africa. In recent years, rainfall totals have reduced by around 75% as a result of climate change. This has led to many Berber villagers abandoning their fields and migrating to the cities to try and find work, as they can no longer grow food to support themselves.
 
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20120409_IMG_4394.jpg A dried up river bed in the Anti Atlas mountains of Morocco, North Africa. In recent years, rainfall totals have reduced by around 75% as a result of climate change. This has led to many Berber villagers abandoning their fields and migrating to the cities to try and find work, as they can no longer grow food to support themselves.
 
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20120409_IMG_4398.jpg A dried up river bed in the Anti Atlas mountains of Morocco, North Africa. In recent years, rainfall totals have reduced by around 75% as a result of climate change. This has led to many Berber villagers abandoning their fields and migrating to the cities to try and find work, as they can no longer grow food to support themselves.
 
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20120409_IMG_4401.jpg A dried up river bed in the Anti Atlas mountains of Morocco, North Africa. In recent years, rainfall totals have reduced by around 75% as a result of climate change. This has led to many Berber villagers abandoning their fields and migrating to the cities to try and find work, as they can no longer grow food to support themselves.
 
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20120409_IMG_4414.jpg Trekkers pass a dried up river bed in the Anti Atlas mountains of Morocco, North Africa. In recent years, rainfall totals have reduced by around 75% as a result of climate change. This has led to many Berber villagers abandoning their fields and migrating to the cities to try and find work, as they can no longer grow food to support themselves.
 
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20120409_IMG_4417.jpg A dried up river bed in the Anti Atlas mountains of Morocco, North Africa. In recent years, rainfall totals have reduced by around 75% as a result of climate change. This has led to many Berber villagers abandoning their fields and migrating to the cities to try and find work, as they can no longer grow food to support themselves.
 
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20120409_IMG_4421.jpg A well next to a dried up river bed in the Anti Atlas mountains of Morocco, North Africa. In recent years, rainfall totals have reduced by around 75% as a result of climate change. This has led to many Berber villagers abandoning their fields and migrating to the cities to try and find work, as they can no longer grow food to support themselves.
 
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20120409_IMG_4422.jpg A well next to a dried up river bed in the Anti Atlas mountains of Morocco, North Africa. In recent years, rainfall totals have reduced by around 75% as a result of climate change. This has led to many Berber villagers abandoning their fields and migrating to the cities to try and find work, as they can no longer grow food to support themselves.
 
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20120409_IMG_4426.jpg A well next to a dried up river bed in the Anti Atlas mountains of Morocco, North Africa. In recent years, rainfall totals have reduced by around 75% as a result of climate change. This has led to many Berber villagers abandoning their fields and migrating to the cities to try and find work, as they can no longer grow food to support themselves.
 
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20120409_IMG_4429.jpg Barely fields near a Berber village in the Anti Atlas mountains of Morocco, North Africa. In recent years, rainfall totals have reduced by around 75% as a result of climate change. This has led to many villagers abandoning their fields and migrating to the cities to try and find work, as they can no longer grow food to support themselves.
 
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20120409_IMG_4431.jpg Barely fields near a Berber village in the Anti Atlas mountains of Morocco, North Africa. In recent years, rainfall totals have reduced by around 75% as a result of climate change. This has led to many villagers abandoning their fields and migrating to the cities to try and find work, as they can no longer grow food to support themselves.
 
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