Global Warming Images
 
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IMG_3570_coral reef.jpg Coral reef in the Blue Hole off Dahab in the Red Sea in Egypt. Like many areas of coral around the world they are increasingly threatened by global warming indiuced coral bleaching. Bleaching is caused when the water temperature rises to a point that the Zooxanthellae cant tolerate. These symbiotic algaes can recover if the water temperatures drop but prolonged heat will eventually kill the coral.
 
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IMG_3574_coral reef.jpg Coral reef in the Blue Hole off Dahab in the Red Sea in Egypt. Like many areas of coral around the world they are increasingly threatened by global warming indiuced coral bleaching. Bleaching is caused when the water temperature rises to a point that the Zooxanthellae cant tolerate. These symbiotic algaes can recover if the water temperatures drop but prolonged heat will eventually kill the coral.
 
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IMG_3577_coral reef.jpg Coral reef in the Blue Hole off Dahab in the Red Sea in Egypt. Like many areas of coral around the world they are increasingly threatened by global warming indiuced coral bleaching. Bleaching is caused when the water temperature rises to a point that the Zooxanthellae cant tolerate. These symbiotic algaes can recover if the water temperatures drop but prolonged heat will eventually kill the coral.
 
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IMG_3583_coral reef.jpg Coral reef in the Blue Hole off Dahab in the Red Sea in Egypt. Like many areas of coral around the world they are increasingly threatened by global warming indiuced coral bleaching. Bleaching is caused when the water temperature rises to a point that the Zooxanthellae cant tolerate. These symbiotic algaes can recover if the water temperatures drop but prolonged heat will eventually kill the coral.
 
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IMG_3604_coral reef.jpg Coral reef in the Blue Hole off Dahab in the Red Sea in Egypt. Like many areas of coral around the world they are increasingly threatened by global warming indiuced coral bleaching. Bleaching is caused when the water temperature rises to a point that the Zooxanthellae cant tolerate. These symbiotic algaes can recover if the water temperatures drop but prolonged heat will eventually kill the coral.
 
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IMG_3605_coral reef.jpg Coral reef in the Blue Hole off Dahab in the Red Sea in Egypt. Like many areas of coral around the world they are increasingly threatened by global warming indiuced coral bleaching. Bleaching is caused when the water temperature rises to a point that the Zooxanthellae cant tolerate. These symbiotic algaes can recover if the water temperatures drop but prolonged heat will eventually kill the coral.
 
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IMG_3606_coral reef.jpg Coral reef in the Blue Hole off Dahab in the Red Sea in Egypt. Like many areas of coral around the world they are increasingly threatened by global warming indiuced coral bleaching. Bleaching is caused when the water temperature rises to a point that the Zooxanthellae cant tolerate. These symbiotic algaes can recover if the water temperatures drop but prolonged heat will eventually kill the coral.
 
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IMG_3608_coral reef.jpg Coral reef in the Blue Hole off Dahab in the Red Sea in Egypt. Like many areas of coral around the world they are increasingly threatened by global warming indiuced coral bleaching. Bleaching is caused when the water temperature rises to a point that the Zooxanthellae cant tolerate. These symbiotic algaes can recover if the water temperatures drop but prolonged heat will eventually kill the coral.
 
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IMG_3610_coral reef.jpg Coral reef in the Blue Hole off Dahab in the Red Sea in Egypt. Like many areas of coral around the world they are increasingly threatened by global warming indiuced coral bleaching. Bleaching is caused when the water temperature rises to a point that the Zooxanthellae cant tolerate. These symbiotic algaes can recover if the water temperatures drop but prolonged heat will eventually kill the coral.
 
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IMG_3615_coral reef.jpg Coral reef in the Blue Hole off Dahab in the Red Sea in Egypt. Like many areas of coral around the world they are increasingly threatened by global warming indiuced coral bleaching. Bleaching is caused when the water temperature rises to a point that the Zooxanthellae cant tolerate. These symbiotic algaes can recover if the water temperatures drop but prolonged heat will eventually kill the coral.
 
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IMG_3618_coral reef.jpg Coral reef in the Blue Hole off Dahab in the Red Sea in Egypt. Like many areas of coral around the world they are increasingly threatened by global warming indiuced coral bleaching. Bleaching is caused when the water temperature rises to a point that the Zooxanthellae cant tolerate. These symbiotic algaes can recover if the water temperatures drop but prolonged heat will eventually kill the coral.
 
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IMG_3619_coral reef.jpg Coral reef in the Blue Hole off Dahab in the Red Sea in Egypt. Like many areas of coral around the world they are increasingly threatened by global warming indiuced coral bleaching. Bleaching is caused when the water temperature rises to a point that the Zooxanthellae cant tolerate. These symbiotic algaes can recover if the water temperatures drop but prolonged heat will eventually kill the coral.
 
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12620024.jpg Whooper Swans feeding at Martin Mere bird reserve, Lancashire UK. The UK has had a network of Wildfowl (ducks, swans and geese) counters for many years who record the numbers of wildfowl that migrate to the UK in winter to escape the harsh winter conditions on their breeding grounds in Iceland. Greenland, Scandinavia and Siberia. Due to warmer winters fewer birds are now making the hazardous journey as they find more favourable conditions further north as the climate warms.
 
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12620025.jpg Whooper Swans at Martin Mere Lancashire UK. For years the UK has had a network of wildfowl(ducks, swans and geese) counters who record the numbers of wildfowl that migrate to the UK in winter to escape the harsh winter conditions on their breeding grounds in Iceland. Greenland. siberia, scandinavia. As temperatures warm further north fewer birds are making the hazardous journey as they find more favourale condions further north than before
 
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12620026.jpg Brent Geese flying over the norfolk saltmarshes. For years the UK has had a network of wildfowl conuters (ducks, swans and geese) who record the numbers of birds migrating to the UK to escape the harsh winter conditions further north on their breeding grounds in Iceland and Greenland, Scandinavia and Siberia. As temperatures warm fewer birds are making the journey as they find favourable conditions for over wintering further north than ever before.
 
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12620030.jpg Whooper Swans at Martin Mere Lancashire UK. For years the UK has had a network of wildfowl (ducks, geese and swans) counters who record the numbers of wildfowl migrating to the UK for the winter from their breeding grounds in Siberia, Scandinavia, Iceland and Greenland. As temperatures warm fewer birds are making the journey as they find favourable conditions for over wintering further north than ever before.
 
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12630020.jpg Whooper Swans feeding at Martin Mere wildlife reserve in Lancashire, UK. Numbers of these wild birds that migrate to the UK for winter have decreased as they find more favourable conditions for overwintering closer to their breeding grounds in the Arctic, as conditions there warm up.
 
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366W4969.jpg A skein of geese flying, UK. Fewer numbers of Geese are migrating to the UK now as favourable conditions can be found closer to their breeding grounds as the arctic warms up rapidly.
 
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366W8597.jpg Oystercatchers roosting at high tide at Hest Bank Morecambe Bay UK. Research has revealed that as temperatures start to warm numbers of shorebirds that overwinter in the UK are declining as conditions become more favourable for them to overwinter nearer to their breeding grounds.
 
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366W8607.jpg Oystercatchers roosting at high tide at Hest Bank Morecambe Bay UK. Research has revealed that as temperatures start to warm numbers of shorebirds that overwinter in the UK are declining as conditions become more favourable for them to overwinter nearer to their breeding grounds.
 
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366W8615.jpg Oystercatchers roosting at high tide at Hest Bank Morecambe Bay UK. Research has revealed that as temperatures start to warm numbers of shorebirds that overwinter in the UK are declining as conditions become more favourable for them to overwinter nearer to their breeding grounds.
 
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366W8629.jpg Oystercatchers roosting at high tide at Hest Bank Morecambe Bay UK. Research has revealed that as temperatures start to warm numbers of shorebirds that overwinter in the UK are declining as conditions become more favourable for them to overwinter nearer to their breeding grounds.
 
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366W8634.jpg Oystercatchers roosting at high tide at Hest Bank Morecambe Bay UK. Research has revealed that as temperatures start to warm numbers of shorebirds that overwinter in the UK are declining as conditions become more favourable for them to overwinter nearer to their breeding grounds.
 
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366W8638.jpg Oystercatchers roosting at high tide at Hest Bank Morecambe Bay UK. Research has revealed that as temperatures start to warm numbers of shorebirds that overwinter in the UK are declining as conditions become more favourable for them to overwinter nearer to their breeding grounds.
 
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366W8644.jpg Oystercatchers roosting at high tide at Hest Bank Morecambe Bay UK. Research has revealed that as temperatures start to warm numbers of shorebirds that overwinter in the UK are declining as conditions become more favourable for them to overwinter nearer to their breeding grounds.
 
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366W8646.jpg Oystercatchers roosting at high tide at Hest Bank Morecambe Bay UK. Research has revealed that as temperatures start to warm numbers of shorebirds that overwinter in the UK are declining as conditions become more favourable for them to overwinter nearer to their breeding grounds.
 
366W8646
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366W8648.jpg Oystercatchers roosting at high tide at Hest Bank Morecambe Bay UK. Research has revealed that as temperatures start to warm numbers of shorebirds that overwinter in the UK are declining as conditions become more favourable for them to overwinter nearer to their breeding grounds.
 
366W8648
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366W8649.jpg Oystercatchers roosting at high tide at Hest Bank Morecambe Bay UK. Research has revealed that as temperatures start to warm numbers of shorebirds that overwinter in the UK are declining as conditions become more favourable for them to overwinter nearer to their breeding grounds.
 
366W8649
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366W8658.jpg Oystercatchers roosting at high tide at Hest Bank Morecambe Bay UK. Research has revealed that as temperatures start to warm numbers of shorebirds that overwinter in the UK are declining as conditions become more favourable for them to overwinter nearer to their breeding grounds.
 
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