Global Warming Images
 
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IMG_3756_sand.jpg on November 11th 2010 a deep low pressure crossed the Atlantic and slammed into the north west coastline. Winds of 100 mph battered the coast. In Lytham St Annes sand was blown from the coastal dunes inland and covered many roads and gardens.
 
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IMG_3759_sand storm.jpg on November 11th 2010 a deep low pressure crossed the Atlantic and slammed into the north west coastline. Winds of 100 mph battered the coast. In Lytham St Annes sand was blown from the coastal dunes inland and covered many roads and gardens.
 
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IMG_8768_coastal erosion.jpg on November 11th 2010 a deep low pressure crossed the Atlantic and slammed into the north west coastline. Winds of 100 mph battered the coast. In Lytham St Annes sand was blown from the coastal dunes inland and covered many roads and gardens.
 
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IMG_8779_sand dune.jpg on November 11th 2010 a deep low pressure crossed the Atlantic and slammed into the north west coastline. Winds of 100 mph battered the coast. In Lytham St Annes sand was blown from the coastal dunes inland and covered many roads and gardens.
 
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IMG_8782_wind blown.jpg on November 11th 2010 a deep low pressure crossed the Atlantic and slammed into the north west coastline. Winds of 100 mph battered the coast. In Lytham St Annes sand was blown from the coastal dunes inland and covered many roads and gardens.
 
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IMG_8788_storm damage.jpg on November 11th 2010 a deep low pressure crossed the Atlantic and slammed into the north west coastline. Winds of 100 mph battered the coast. In Lytham St Annes sand was blown from the coastal dunes inland and covered many roads and gardens.
 
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IMG_8796_sand storm.jpg on November 11th 2010 a deep low pressure crossed the Atlantic and slammed into the north west coastline. Winds of 100 mph battered the coast. In Lytham St Annes sand was blown from the coastal dunes inland and covered many roads and gardens.
 
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IMG_8808_Lytham St Annes.jpg on November 11th 2010 a deep low pressure crossed the Atlantic and slammed into the north west coastline. Winds of 100 mph battered the coast. In Lytham St Annes sand was blown from the coastal dunes inland and covered many roads and gardens.
 
IMG_8808_Lytham St Annes
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IMG_1599_Tresco.jpg Tresco, one of the Scilly Isles, off South West Cornwall, UK, renowned for its tropical plants which are able to grow due to the Gulf Stream, or North Atlantic Drift. This is a warm ocean current which keeps the island warmer than they would otherwise be for their latitude, and also frost free. Scientists have already recorded a slowing down of the Gulf Stream caused by climate change. As cold fresh water pours off the arctic ice sheets, it prevents the denser salty water from sinking, which is the start of the conveyor.
 
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IMG_1666_wharf.jpg Tresco, one of the Scilly Isles, off South West Cornwall, UK, renowned for its tropical plants which are able to grow due to the Gulf Stream, or North Atlantic Drift. This is a warm ocean current which keeps the island warmer than they would otherwise be for their latitude, and also frost free. Scientists have already recorded a slowing down of the Gulf Stream caused by climate change. As cold fresh water pours off the arctic ice sheets, it prevents the denser salty water from sinking, which is the start of the conveyor.
 
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IMG_1668_jetty.jpg Tresco, one of the Scilly Isles, off South West Cornwall, UK, renowned for its tropical plants which are able to grow due to the Gulf Stream, or North Atlantic Drift. This is a warm ocean current which keeps the island warmer than they would otherwise be for their latitude, and also frost free. Scientists have already recorded a slowing down of the Gulf Stream caused by climate change. As cold fresh water pours off the arctic ice sheets, it prevents the denser salty water from sinking, which is the start of the conveyor.
 
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IMG_1670_Tresco.jpg Tresco, one of the Scilly Isles, off South West Cornwall, UK, renowned for its tropical plants which are able to grow due to the Gulf Stream, or North Atlantic Drift. This is a warm ocean current which keeps the island warmer than they would otherwise be for their latitude, and also frost free. Scientists have already recorded a slowing down of the Gulf Stream caused by climate change. As cold fresh water pours off the arctic ice sheets, it prevents the denser salty water from sinking, which is the start of the conveyor.
 
IMG_1670_Tresco
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IMG_1674_low tide.jpg Tresco, one of the Scilly Isles, off South West Cornwall, UK, renowned for its tropical plants which are able to grow due to the Gulf Stream, or North Atlantic Drift. This is a warm ocean current which keeps the island warmer than they would otherwise be for their latitude, and also frost free. Scientists have already recorded a slowing down of the Gulf Stream caused by climate change. As cold fresh water pours off the arctic ice sheets, it prevents the denser salty water from sinking, which is the start of the conveyor.
 
IMG_1674_low tide
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IMG_1676_beach.jpg Tresco, one of the Scilly Isles, off South West Cornwall, UK, renowned for its tropical plants which are able to grow due to the Gulf Stream, or North Atlantic Drift. This is a warm ocean current which keeps the island warmer than they would otherwise be for their latitude, and also frost free. Scientists have already recorded a slowing down of the Gulf Stream caused by climate change. As cold fresh water pours off the arctic ice sheets, it prevents the denser salty water from sinking, which is the start of the conveyor.
 
IMG_1676_beach
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IMG_1677_Gulf Stream.jpg Tresco, one of the Scilly Isles, off South West Cornwall, UK, renowned for its tropical plants which are able to grow due to the Gulf Stream, or North Atlantic Drift. This is a warm ocean current which keeps the island warmer than they would otherwise be for their latitude, and also frost free. Scientists have already recorded a slowing down of the Gulf Stream caused by climate change. As cold fresh water pours off the arctic ice sheets, it prevents the denser salty water from sinking, which is the start of the conveyor.
 
IMG_1677_Gulf Stream
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IMG_1725_island.jpg Tresco, one of the Scilly Isles, off South West Cornwall, UK, renowned for its tropical plants which are able to grow due to the Gulf Stream, or North Atlantic Drift. This is a warm ocean current which keeps the island warmer than they would otherwise be for their latitude, and also frost free. Scientists have already recorded a slowing down of the Gulf Stream caused by climate change. As cold fresh water pours off the arctic ice sheets, it prevents the denser salty water from sinking, which is the start of the conveyor.
 
IMG_1725_island
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IMG_1729_Tresco.jpg Tresco, one of the Scilly Isles, off South West Cornwall, UK, renowned for its tropical plants which are able to grow due to the Gulf Stream, or North Atlantic Drift. This is a warm ocean current which keeps the island warmer than they would otherwise be for their latitude, and also frost free. Scientists have already recorded a slowing down of the Gulf Stream caused by climate change. As cold fresh water pours off the arctic ice sheets, it prevents the denser salty water from sinking, which is the start of the conveyor.
 
IMG_1729_Tresco
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IMG_1732_aquamarine.jpg Tresco, one of the Scilly Isles, off South West Cornwall, UK, renowned for its tropical plants which are able to grow due to the Gulf Stream, or North Atlantic Drift. This is a warm ocean current which keeps the island warmer than they would otherwise be for their latitude, and also frost free. Scientists have already recorded a slowing down of the Gulf Stream caused by climate change. As cold fresh water pours off the arctic ice sheets, it prevents the denser salty water from sinking, which is the start of the conveyor.
 
IMG_1732_aquamarine
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IMG_1733_foxglove.jpg Tresco, one of the Scilly Isles, off South West Cornwall, UK, renowned for its tropical plants which are able to grow due to the Gulf Stream, or North Atlantic Drift. This is a warm ocean current which keeps the island warmer than they would otherwise be for their latitude, and also frost free. Scientists have already recorded a slowing down of the Gulf Stream caused by climate change. As cold fresh water pours off the arctic ice sheets, it prevents the denser salty water from sinking, which is the start of the conveyor.
 
IMG_1733_foxglove
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IMG_1739_Gulf Stream.jpg Tresco, one of the Scilly Isles, off South West Cornwall, UK, renowned for its tropical plants which are able to grow due to the Gulf Stream, or North Atlantic Drift. This is a warm ocean current which keeps the island warmer than they would otherwise be for their latitude, and also frost free. Scientists have already recorded a slowing down of the Gulf Stream caused by climate change. As cold fresh water pours off the arctic ice sheets, it prevents the denser salty water from sinking, which is the start of the conveyor.
 
IMG_1739_Gulf Stream
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IMG_1745_beach.jpg Tresco, one of the Scilly Isles, off South West Cornwall, UK, renowned for its tropical plants which are able to grow due to the Gulf Stream, or North Atlantic Drift. This is a warm ocean current which keeps the island warmer than they would otherwise be for their latitude, and also frost free. Scientists have already recorded a slowing down of the Gulf Stream caused by climate change. As cold fresh water pours off the arctic ice sheets, it prevents the denser salty water from sinking, which is the start of the conveyor.
 
IMG_1745_beach
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IMG_1750_beach.jpg Tresco, one of the Scilly Isles, off South West Cornwall, UK, renowned for its tropical plants which are able to grow due to the Gulf Stream, or North Atlantic Drift. This is a warm ocean current which keeps the island warmer than they would otherwise be for their latitude, and also frost free. Scientists have already recorded a slowing down of the Gulf Stream caused by climate change. As cold fresh water pours off the arctic ice sheets, it prevents the denser salty water from sinking, which is the start of the conveyor.
 
IMG_1750_beach
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IMG_1753_sailing.jpg Tresco, one of the Scilly Isles, off South West Cornwall, UK, renowned for its tropical plants which are able to grow due to the Gulf Stream, or North Atlantic Drift. This is a warm ocean current which keeps the island warmer than they would otherwise be for their latitude, and also frost free. Scientists have already recorded a slowing down of the Gulf Stream caused by climate change. As cold fresh water pours off the arctic ice sheets, it prevents the denser salty water from sinking, which is the start of the conveyor.
 
IMG_1753_sailing
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IMG_1757_tidal.jpg Tresco, one of the Scilly Isles, off South West Cornwall, UK, renowned for its tropical plants which are able to grow due to the Gulf Stream, or North Atlantic Drift. This is a warm ocean current which keeps the island warmer than they would otherwise be for their latitude, and also frost free. Scientists have already recorded a slowing down of the Gulf Stream caused by climate change. As cold fresh water pours off the arctic ice sheets, it prevents the denser salty water from sinking, which is the start of the conveyor.
 
IMG_1757_tidal
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IMG_1776_yacht.jpg Tresco, one of the Scilly Isles, off South West Cornwall, UK, renowned for its tropical plants which are able to grow due to the Gulf Stream, or North Atlantic Drift. This is a warm ocean current which keeps the island warmer than they would otherwise be for their latitude, and also frost free. Scientists have already recorded a slowing down of the Gulf Stream caused by climate change. As cold fresh water pours off the arctic ice sheets, it prevents the denser salty water from sinking, which is the start of the conveyor.
 
IMG_1776_yacht
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IMG_1796_Tresco.jpg Tresco, one of the Scilly Isles, off South West Cornwall, UK, renowned for its tropical plants which are able to grow due to the Gulf Stream, or North Atlantic Drift. This is a warm ocean current which keeps the island warmer than they would otherwise be for their latitude, and also frost free. Scientists have already recorded a slowing down of the Gulf Stream caused by climate change. As cold fresh water pours off the arctic ice sheets, it prevents the denser salty water from sinking, which is the start of the conveyor.
 
IMG_1796_Tresco
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IMG_3330_Isles of Scilly.jpg Tresco, one of the Scilly Isles, off South West Cornwall, UK, renowned for its tropical plants which are able to grow due to the Gulf Stream, or North Atlantic Drift. This is a warm ocean current which keeps the island warmer than they would otherwise be for their latitude, and also frost free. Scientists have already recorded a slowing down of the Gulf Stream caused by climate change. As cold fresh water pours off the arctic ice sheets, it prevents the denser salty water from sinking, which is the start of the conveyor.
 
IMG_3330_Isles of Scilly
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IMG_3331_Scilly Isles.jpg Tresco, one of the Scilly Isles, off South West Cornwall, UK, renowned for its tropical plants which are able to grow due to the Gulf Stream, or North Atlantic Drift. This is a warm ocean current which keeps the island warmer than they would otherwise be for their latitude, and also frost free. Scientists have already recorded a slowing down of the Gulf Stream caused by climate change. As cold fresh water pours off the arctic ice sheets, it prevents the denser salty water from sinking, which is the start of the conveyor.
 
IMG_3331_Scilly Isles
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IMG_3331_warm_aquamarine.jpg Tresco, one of the Scilly Isles, off South West Cornwall, UK, renowned for its tropical plants which are able to grow due to the Gulf Stream, or North Atlantic Drift. This is a warm ocean current which keeps the island warmer than they would otherwise be for their latitude, and also frost free. Scientists have already recorded a slowing down of the Gulf Stream caused by climate change. As cold fresh water pours off the arctic ice sheets, it prevents the denser salty water from sinking, which is the start of the conveyor.
 
IMG_3331_warm_aquamarine
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IMG_3332_Tresco.jpg Tresco, one of the Scilly Isles, off South West Cornwall, UK, renowned for its tropical plants which are able to grow due to the Gulf Stream, or North Atlantic Drift. This is a warm ocean current which keeps the island warmer than they would otherwise be for their latitude, and also frost free. Scientists have already recorded a slowing down of the Gulf Stream caused by climate change. As cold fresh water pours off the arctic ice sheets, it prevents the denser salty water from sinking, which is the start of the conveyor.
 
IMG_3332_Tresco
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IMG_3349_North Atlantic Drift.jpg Tresco, one of the Scilly Isles, off South West Cornwall, UK, renowned for its tropical plants which are able to grow due to the Gulf Stream, or North Atlantic Drift. This is a warm ocean current which keeps the island warmer than they would otherwise be for their latitude, and also frost free. Scientists have already recorded a slowing down of the Gulf Stream caused by climate change. As cold fresh water pours off the arctic ice sheets, it prevents the denser salty water from sinking, which is the start of the conveyor.
 
IMG_3349_North Atlantic Drift
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IMG_3383_Gulf Stream.jpg Tresco, one of the Scilly Isles, off South West Cornwall, UK, renowned for its tropical plants which are able to grow due to the Gulf Stream, or North Atlantic Drift. This is a warm ocean current which keeps the island warmer than they would otherwise be for their latitude, and also frost free. Scientists have already recorded a slowing down of the Gulf Stream caused by climate change. As cold fresh water pours off the arctic ice sheets, it prevents the denser salty water from sinking, which is the start of the conveyor.
 
IMG_3383_Gulf Stream
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