Global Warming Images
 
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20080723_366W8947.jpg Icebergs from the Jacobshavn glacier or Sermeq Kujalleq drains 7% of the Greenland ice sheet and is the largest glacier outside of Antarctica. It calves enough ice in one day to supply New York with water for one year. It is one of the fastest moving glaciers in the world at up to 40 metres per day (19 metres per day before 2002) and has also receeded rapidly (40 km since 1850) due to human induced climate change as temperatures have risen in Greenland by 9 degrees fahrenheit in the last 60 years. An underwater moraine at the mouth of the fjord grounds the largest icebergs causing a backlog of ice completely blocking the entire length of the fjord with ice. with solar panels in the foreground.
 
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20120511_IMG_7822.jpg Rock formations and sea weed at the Bay of Laig at Cleadale on the Isle of Eigg, looking towards the Isle of Rhum, Scotland, UK.
 
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20120511_IMG_7889.jpg Rock formations and sea weed at the Bay of Laig at Cleadale on the Isle of Eigg, looking towards the Isle of Rhum, Scotland, UK.
 
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20120511_IMG_7890.jpg Rock formations and sea weed at the Bay of Laig at Cleadale on the Isle of Eigg, looking towards the Isle of Rhum, Scotland, UK.
 
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20120511_IMG_7902.jpg Rock formations and sea weed at the Bay of Laig at Cleadale on the Isle of Eigg, looking towards the Isle of Rhum, Scotland, UK.
 
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20120511_IMG_7909.jpg Rock formations and sea weed at the Bay of Laig at Cleadale on the Isle of Eigg, looking towards the Isle of Rhum, Scotland, UK.
 
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20120511_IMG_7918.jpg Rock formations and sea weed at the Bay of Laig at Cleadale on the Isle of Eigg, Scotland, UK.
 
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20120511_IMG_7921.jpg Rock formations and sea weed at the Bay of Laig at Cleadale on the Isle of Eigg, Scotland, UK.
 
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20120511_IMG_7970.jpg Rock formations and sea weed at the Bay of Laig at Cleadale on the Isle of Eigg, Scotland, UK.
 
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20120511_IMG_8042.jpg A fishing net washed up at the singing sands on the west coast of the Isle of Eigg, Scotland, UK.
 
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20120511_IMG_8045.jpg A fishing net washed up at the singing sands on the west coast of the Isle of Eigg, Scotland, UK.
 
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20120511_IMG_8048.jpg Plastic rubbish washed up at the singing sands on the west coast of the Isle of Eigg, Scotland, UK.
 
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20120511_IMG_8052.jpg Plastic rubbish washed up at the singing sands on the west coast of the Isle of Eigg, Scotland, UK.
 
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20120511_IMG_8054.jpg Plastic rubbish washed up at the singing sands on the west coast of the Isle of Eigg, Scotland, UK.
 
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20120511_IMG_8058.jpg Plastic rubbish washed up at the singing sands on the west coast of the Isle of Eigg, Scotland, UK.
 
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20120511_IMG_8064.jpg Plastic rubbish washed up at the singing sands on the west coast of the Isle of Eigg, Scotland, UK.
 
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20120511_IMG_8089.jpg The Bay of Laig at Cleadale on the Isle of Eigg, looking towards the Isle of Rhum, Scotland, UK at sunset.
 
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20120511_IMG_9509.jpg Rock formations and sea weed at the Bay of Laig at Cleadale on the Isle of Eigg, looking towards the Isle of Rhum, Scotland, UK.
 
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20120511_IMG_9534.jpg Rock formations and sea weed at the Bay of Laig at Cleadale on the Isle of Eigg, Scotland, UK.
 
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20120508_IMG_7000.jpg The tide rip at Glenelg between the Isle of Skye and the mainland. The tide rip here is vey powerful, and there are plans to site a tidal energy device to generate electricity from this natural, reliable renewable energy source.
 
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20120508_IMG_7002.jpg The tide rip at Glenelg between the Isle of Skye and the mainland. The tide rip here is vey powerful, and there are plans to site a tidal energy device to generate electricity from this natural, reliable renewable energy source.
 
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20120508_IMG_7005.jpg The tide rip at Glenelg between the Isle of Skye and the mainland. The tide rip here is vey powerful, and there are plans to site a tidal energy device to generate electricity from this natural, reliable renewable energy source.
 
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20120508_IMG_7026.jpg The tide rip at Glenelg between the Isle of Skye and the mainland. The tide rip here is vey powerful, and there are plans to site a tidal energy device to generate electricity from this natural, reliable renewable energy source.
 
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20120508_IMG_7029.jpg The tide rip at Glenelg between the Isle of Skye and the mainland. The tide rip here is vey powerful, and there are plans to site a tidal energy device to generate electricity from this natural, reliable renewable energy source.
 
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IMG_4293_River Tees.jpg Archimedes screws, hydro power generation at the Tees barrage on the River Tees at Middlesbrough, UK.
 
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IMG_4295_turbine.jpg Archimedes screws, hydro power generation at the Tees barrage on the River Tees at Middlesbrough, UK.
 
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IMG_4298_barrage.jpg Archimedes screws, hydro power generation at the Tees barrage on the River Tees at Middlesbrough, UK.
 
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IMG_4303_drop.jpg Archimedes screws, hydro power generation at the Tees barrage on the River Tees at Middlesbrough, UK.
 
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IMG_4306_tidal barrage.jpg Archimedes screws, hydro power generation at the Tees barrage on the River Tees at Middlesbrough, UK.
 
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IMG_4311_screw thread.jpg Archimedes screws, hydro power generation at the Tees barrage on the River Tees at Middlesbrough, UK.
 
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IMG_6581_turbine.jpg Archimedes screws, hydro power generation at the Tees barrage on the River Tees at Middlesbrough, UK.
 
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IMG_6587_turbine.jpg Archimedes screws, hydro power generation at the Tees barrage on the River Tees at Middlesbrough, UK.
 
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IMG_6588_screw.jpg Archimedes screws, hydro power generation at the Tees barrage on the River Tees at Middlesbrough, UK.
 
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IMG_6589_screw.jpg Archimedes screws, hydro power generation at the Tees barrage on the River Tees at Middlesbrough, UK.
 
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IMG_6590_hydro.jpg Archimedes screws, hydro power generation at the Tees barrage on the River Tees at Middlesbrough, UK.
 
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IMG_6591_archimedes screw.jpg Archimedes screws, hydro power generation at the Tees barrage on the River Tees at Middlesbrough, UK.
 
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IMG_6593_archimedes.jpg Archimedes screws, hydro power generation at the Tees barrage on the River Tees at Middlesbrough, UK.
 
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IMG_6595_hydro.jpg Archimedes screws, hydro power generation at the Tees barrage on the River Tees at Middlesbrough, UK.
 
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IMG_6603_Tees Barrage.jpg Archimedes screws, hydro power generation at the Tees barrage on the River Tees at Middlesbrough, UK.
 
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IMG_6614_Stockton.jpg Archimedes screws, hydro power generation at the Tees barrage on the River Tees at Middlesbrough, UK.
 
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IMG_7752_seal sands.jpg Seal Sands petrochemical works from the river Tees at Teesmouth, UK.
 
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IMG_7688_water quality.jpg The River tees near Middlesbrough, Teeside, UK.
 
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IMG_7689_pollution.jpg Rubbish thrown into intertidal mud on the side of the river Tees at Middlesbrough, Teeside, UK.
 
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IMG_7691_fly tipping.jpg Rubbish thrown into intertidal mud on the side of the river Tees at Middlesbrough, Teeside, UK.
 
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IMG_7692_tyre.jpg Rubbish thrown into intertidal mud on the side of the river Tees at Middlesbrough, Teeside, UK.
 
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IMG_7694_rubbish.jpg Rubbish thrown into intertidal mud on the side of the river Tees at Middlesbrough, Teeside, UK.
 
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IMG_6756_heysham.jpg Heysham Nuclear power station across Morecambe Bay from near Baycliff, Cumbria, UK.
 
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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.
 
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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.
 
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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.
 
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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.
 
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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.
 
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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.
 
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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.
 
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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.
 
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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.
 
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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.
 
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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.
 
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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.
 
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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.
 
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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.
 
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