Global Warming Images
 
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IMG_4528_ice age.jpg Drumlins in Swindale in the North East Lake District, Cumbria, UK. Drumlins are composed of glacial till and were deposited when the glaciers retreated at the end of the last ice age, and are evidence of past climate change events.
 
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IMG_4530_drumlin.jpg Drumlins in Swindale in the North East Lake District, Cumbria, UK. Drumlins are composed of glacial till and were deposited when the glaciers retreated at the end of the last ice age, and are evidence of past climate change events.
 
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IMG_0533_porlock weir.jpg Tree trunks preserved in a submarine forest revealed at low tide at Porlock Weir in Somerset, UK. The submarine forest is evidence of a lower sea level caused by water being locked on the land as ice during the last ice age. Since then the sea level has risen submeriging the forest remains which are only visible at low tides. As climate change accelerates, sea levels are rising around the world.
 
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IMG_0534_submarine forest.jpg Tree trunks preserved in a submarine forest revealed at low tide at Porlock Weir in Somerset, UK. The submarine forest is evidence of a lower sea level caused by water being locked on the land as ice during the last ice age. Since then the sea level has risen submeriging the forest remains which are only visible at low tides. As climate change accelerates, sea levels are rising around the world.
 
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IMG_0535_porlock weir.jpg Tree trunks preserved in a submarine forest revealed at low tide at Porlock Weir in Somerset, UK. The submarine forest is evidence of a lower sea level caused by water being locked on the land as ice during the last ice age. Since then the sea level has risen submeriging the forest remains which are only visible at low tides. As climate change accelerates, sea levels are rising around the world.
 
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IMG_0537_geomorphology.jpg Tree trunks preserved in a submarine forest revealed at low tide at Porlock Weir in Somerset, UK. The submarine forest is evidence of a lower sea level caused by water being locked on the land as ice during the last ice age. Since then the sea level has risen submeriging the forest remains which are only visible at low tides. As climate change accelerates, sea levels are rising around the world.
 
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IMG_0541_preserved.jpg Tree trunks preserved in a submarine forest revealed at low tide at Porlock Weir in Somerset, UK. The submarine forest is evidence of a lower sea level caused by water being locked on the land as ice during the last ice age. Since then the sea level has risen submeriging the forest remains which are only visible at low tides. As climate change accelerates, sea levels are rising around the world.
 
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IMG_0542_sunken forest.jpg Tree trunks preserved in a submarine forest revealed at low tide at Porlock Weir in Somerset, UK. The submarine forest is evidence of a lower sea level caused by water being locked on the land as ice during the last ice age. Since then the sea level has risen submeriging the forest remains which are only visible at low tides. As climate change accelerates, sea levels are rising around the world.
 
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IMG_0545_submarine forest.jpg Tree trunks preserved in a submarine forest revealed at low tide at Porlock Weir in Somerset, UK. The submarine forest is evidence of a lower sea level caused by water being locked on the land as ice during the last ice age. Since then the sea level has risen submeriging the forest remains which are only visible at low tides. As climate change accelerates, sea levels are rising around the world.
 
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IMG_0546_sunken forest.jpg Tree trunks preserved in a submarine forest revealed at low tide at Porlock Weir in Somerset, UK. The submarine forest is evidence of a lower sea level caused by water being locked on the land as ice during the last ice age. Since then the sea level has risen submeriging the forest remains which are only visible at low tides. As climate change accelerates, sea levels are rising around the world.
 
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IMG_0547_porlock weir.jpg Tree trunks preserved in a submarine forest revealed at low tide at Porlock Weir in Somerset, UK. The submarine forest is evidence of a lower sea level caused by water being locked on the land as ice during the last ice age. Since then the sea level has risen submeriging the forest remains which are only visible at low tides. As climate change accelerates, sea levels are rising around the world.
 
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IMG_1121_sea level rise.jpg Tree trunks preserved in a submarine forest revealed at low tide at Porlock Weir in Somerset, UK. The submarine forest is evidence of a lower sea level caused by water being locked on the land as ice during the last ice age. Since then the sea level has risen submeriging the forest remains which are only visible at low tides. As climate change accelerates, sea levels are rising around the world.
 
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IMG_1123_porlock weir.jpg Tree trunks preserved in a submarine forest revealed at low tide at Porlock Weir in Somerset, UK. The submarine forest is evidence of a lower sea level caused by water being locked on the land as ice during the last ice age. Since then the sea level has risen submeriging the forest remains which are only visible at low tides. As climate change accelerates, sea levels are rising around the world.
 
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IMG_1124_historic.jpg Tree trunks preserved in a submarine forest revealed at low tide at Porlock Weir in Somerset, UK. The submarine forest is evidence of a lower sea level caused by water being locked on the land as ice during the last ice age. Since then the sea level has risen submeriging the forest remains which are only visible at low tides. As climate change accelerates, sea levels are rising around the world.
 
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IMG_1128_fossil.jpg Tree trunks preserved in a submarine forest revealed at low tide at Porlock Weir in Somerset, UK. The submarine forest is evidence of a lower sea level caused by water being locked on the land as ice during the last ice age. Since then the sea level has risen submeriging the forest remains which are only visible at low tides. As climate change accelerates, sea levels are rising around the world.
 
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IMG_1131_fossil tree.jpg Tree trunks preserved in a submarine forest revealed at low tide at Porlock Weir in Somerset, UK. The submarine forest is evidence of a lower sea level caused by water being locked on the land as ice during the last ice age. Since then the sea level has risen submeriging the forest remains which are only visible at low tides. As climate change accelerates, sea levels are rising around the world.
 
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IMG_1133_sea level rise.jpg Tree trunks preserved in a submarine forest revealed at low tide at Porlock Weir in Somerset, UK. The submarine forest is evidence of a lower sea level caused by water being locked on the land as ice during the last ice age. Since then the sea level has risen submeriging the forest remains which are only visible at low tides. As climate change accelerates, sea levels are rising around the world.
 
IMG_1133_sea level rise
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IMG_1134_fossilized tree.jpg Tree trunks preserved in a submarine forest revealed at low tide at Porlock Weir in Somerset, UK. The submarine forest is evidence of a lower sea level caused by water being locked on the land as ice during the last ice age. Since then the sea level has risen submeriging the forest remains which are only visible at low tides. As climate change accelerates, sea levels are rising around the world.
 
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IMG_1135_porlock weir.jpg Tree trunks preserved in a submarine forest revealed at low tide at Porlock Weir in Somerset, UK. The submarine forest is evidence of a lower sea level caused by water being locked on the land as ice during the last ice age. Since then the sea level has risen submeriging the forest remains which are only visible at low tides. As climate change accelerates, sea levels are rising around the world.
 
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IMG_1138_tree.jpg Tree trunks preserved in a submarine forest revealed at low tide at Porlock Weir in Somerset, UK. The submarine forest is evidence of a lower sea level caused by water being locked on the land as ice during the last ice age. Since then the sea level has risen submeriging the forest remains which are only visible at low tides. As climate change accelerates, sea levels are rising around the world.
 
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IMG_1140_submarine forest.jpg Tree trunks preserved in a submarine forest revealed at low tide at Porlock Weir in Somerset, UK. The submarine forest is evidence of a lower sea level caused by water being locked on the land as ice during the last ice age. Since then the sea level has risen submeriging the forest remains which are only visible at low tides. As climate change accelerates, sea levels are rising around the world.
 
IMG_1140_submarine forest
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IMG_1141_sunken forest.jpg Tree trunks preserved in a submarine forest revealed at low tide at Porlock Weir in Somerset, UK. The submarine forest is evidence of a lower sea level caused by water being locked on the land as ice during the last ice age. Since then the sea level has risen submeriging the forest remains which are only visible at low tides. As climate change accelerates, sea levels are rising around the world.
 
IMG_1141_sunken forest
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IMG_1146_porlock weir.jpg Tree trunks preserved in a submarine forest revealed at low tide at Porlock Weir in Somerset, UK. The submarine forest is evidence of a lower sea level caused by water being locked on the land as ice during the last ice age. Since then the sea level has risen submeriging the forest remains which are only visible at low tides. As climate change accelerates, sea levels are rising around the world.
 
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IMG_1150_remains.jpg Tree trunks preserved in a submarine forest revealed at low tide at Porlock Weir in Somerset, UK. The submarine forest is evidence of a lower sea level caused by water being locked on the land as ice during the last ice age. Since then the sea level has risen submeriging the forest remains which are only visible at low tides. As climate change accelerates, sea levels are rising around the world.
 
IMG_1150_remains
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IMG_1152_geology.jpg Tree trunks preserved in a submarine forest revealed at low tide at Porlock Weir in Somerset, UK. The submarine forest is evidence of a lower sea level caused by water being locked on the land as ice during the last ice age. Since then the sea level has risen submeriging the forest remains which are only visible at low tides. As climate change accelerates, sea levels are rising around the world.
 
IMG_1152_geology
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IMG_1153_fossil soil.jpg Tree trunks preserved in a submarine forest revealed at low tide at Porlock Weir in Somerset, UK. The submarine forest is evidence of a lower sea level caused by water being locked on the land as ice during the last ice age. Since then the sea level has risen submeriging the forest remains which are only visible at low tides. As climate change accelerates, sea levels are rising around the world.
 
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IMG_9979_raised beach.jpg Remains of a raised beach near Sennen Cove, Cornwall, UK. Raised beaches are evidence of higher sea levels than today caused by isostatic rebound after tyhe weight of cie was removed from the land when it melted after the last ice age.
 
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IMG_9982_raised beach.jpg Remains of a raised beach near Sennen Cove, Cornwall, UK. Raised beaches are evidence of higher sea levels than today caused by isostatic rebound after tyhe weight of cie was removed from the land when it melted after the last ice age.
 
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IMG_9983_raised beach.jpg Remains of a raised beach near Sennen Cove, Cornwall, UK. Raised beaches are evidence of higher sea levels than today caused by isostatic rebound after tyhe weight of cie was removed from the land when it melted after the last ice age.
 
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IMG_9985_raised beach.jpg Remains of a raised beach near Sennen Cove, Cornwall, UK. Raised beaches are evidence of higher sea levels than today caused by isostatic rebound after tyhe weight of cie was removed from the land when it melted after the last ice age.
 
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366W8385_science.jpg Scientists Anthony Long and Sarah Woodroffe of Durham University geography department looking at glacial marine sediments near Ilulissat on Greenland. For the last 4 years they have been studying isostatic rebound or how the land is rising after the weight of ice is taken off it. If they can understand how the relative sea levels were affected by the changeing climate of the past they should be able to greater understand how the melting of the Greenland ice sheet will affect global sea levels. This understanding is crucial as the Greenland ice sheet contains enough warter to raise global sea levels by nine metres.
 
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366W8390_scientist.jpg Scientists Anthony Long of Durham University geography department looking at glacial marine sediments near Ilulissat on Greenland. For the last 4 years they have been studying isostatic rebound or how the land is rising after the weight of ice is taken off it. If they can understand how the relative sea levels were affected by the changeing climate of the past they should be able to greater understand how the melting of the Greenland ice sheet will affect global sea levels. This understanding is crucial as the Greenland ice sheet contains enough warter to raise global sea levels by nine metres.
 
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