Global Warming Images
 
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AAA129_pollution.jpg Pollution from the isle of man ferry leaving Heysham port, Lancashire, UK
 
AAA129_pollution
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IMG_5140_fell pony.jpg Fell Pony's on Caudale Moor above Ambleside in the Lake District UK
 
IMG_5140_fell pony
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IMG_5144_pony.jpg Fell Pony's on Caudale Moor above Ambleside in the Lake District UK
 
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IMG_5173_fell pony.jpg Fell Pony's on Caudale Moor above Ambleside in the Lake District UK
 
IMG_5173_fell pony
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IMG_5177_fell pony.jpg Fell Pony's on Caudale Moor above Ambleside in the Lake District UK
 
IMG_5177_fell pony
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IMG_2287_ice sheet melt.jpg Melt water lakes on the Greenland ice sheet in West Greenland from the air. The icesheet is up to 250 000 years old and up to 3200 metres thick. Global warming is currently leading to rapid melt of the ice sheet which if it were to melt entirely would raise global sea levels by 9 metres swamping most major cities of the world and displacing hundreds of millions of people.
 
IMG_2287_ice sheet melt
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IMG_2308_east greenland.jpg Nunataks on the Greenland ice sheet in East Greenland from the air. The icesheet is up to 250 000 years old and up to 3200 metres thick. Global warming is currently leading to rapid melt of the ice sheet which if it were to melt entirely would raise global sea levels by 9 metres swamping most major cities of the world and displacing hundreds of millions of people.
 
IMG_2308_east greenland
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IMG_2322_sea ice.jpg Ice bergs and sea ice of the Greenland ice sheet in East Greenland from the air. The icesheet is up to 250 000 years old and up to 3200 metres thick. Global warming is currently leading to rapid melt of the ice sheet which if it were to melt entirely would raise global sea levels by 9 metres swamping most major cities of the world and displacing hundreds of millions of people.
 
IMG_2322_sea ice
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366W9234_melt water lake.jpg Melt water lakes on the Greenland ice sheet in West Greenland from the air. The icesheet is up to 250 000 years old and up to 3200 metres thick. Global warming is currently leading to rapid melt of the ice sheet which if it were to melt entirely would raise global sea levels by 9 metres swamping most major cities of the world and displacing hundreds of millions of people.
 
366W9234_melt water lake
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IMG_0132_ice sheet.jpg The western edge of the Greenland ice sheet in West Greenland from the air. The icesheet is up to 250 000 years old and up to 3200 metres thick. Global warming is currently leading to rapid melt of the ice sheet which if it were to melt entirely would raise global sea levels by 9 metres swamping most major cities of the world and displacing hundreds of millions of people.
 
IMG_0132_ice sheet
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IMG_2283_melt water lake.jpg Melt water lakes on the Greenland ice sheet in West Greenland from the air. The icesheet is up to 250 000 years old and up to 3200 metres thick. Global warming is currently leading to rapid melt of the ice sheet which if it were to melt entirely would raise global sea levels by 9 metres swamping most major cities of the world and displacing hundreds of millions of people.
 
IMG_2283_melt water lake
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IMG_2284_melting.jpg Melt water lakes on the Greenland ice sheet in West Greenland from the air. The icesheet is up to 250 000 years old and up to 3200 metres thick. Global warming is currently leading to rapid melt of the ice sheet which if it were to melt entirely would raise global sea levels by 9 metres swamping most major cities of the world and displacing hundreds of millions of people.
 
IMG_2284_melting
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IMG_2285_ice sheet melt.jpg Melt water lakes on the Greenland ice sheet in West Greenland from the air. The icesheet is up to 250 000 years old and up to 3200 metres thick. Global warming is currently leading to rapid melt of the ice sheet which if it were to melt entirely would raise global sea levels by 9 metres swamping most major cities of the world and displacing hundreds of millions of people.
 
IMG_2285_ice sheet melt
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IMG_2312_east greenland.jpg Nunataks on the Greenland ice sheet in East Greenland from the air. The icesheet is up to 250 000 years old and up to 3200 metres thick. Global warming is currently leading to rapid melt of the ice sheet which if it were to melt entirely would raise global sea levels by 9 metres swamping most major cities of the world and displacing hundreds of millions of people.
 
IMG_2312_east greenland
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IMG_2316_iceberg.jpg Nunataks on the Greenland ice sheet in East Greenland from the air. The icesheet is up to 250 000 years old and up to 3200 metres thick. Global warming is currently leading to rapid melt of the ice sheet which if it were to melt entirely would raise global sea levels by 9 metres swamping most major cities of the world and displacing hundreds of millions of people.
 
IMG_2316_iceberg
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IMG_2317_glacier.jpg Nunataks on the Greenland ice sheet in East Greenland from the air. The icesheet is up to 250 000 years old and up to 3200 metres thick. Global warming is currently leading to rapid melt of the ice sheet which if it were to melt entirely would raise global sea levels by 9 metres swamping most major cities of the world and displacing hundreds of millions of people.
 
IMG_2317_glacier
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IMG_2324_ice flow.jpg Ice bergs and sea ice of the Greenland ice sheet in East Greenland from the air. The icesheet is up to 250 000 years old and up to 3200 metres thick. Global warming is currently leading to rapid melt of the ice sheet which if it were to melt entirely would raise global sea levels by 9 metres swamping most major cities of the world and displacing hundreds of millions of people.
 
IMG_2324_ice flow
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IMG_9917_nunatak.jpg Nunataks on the Greenland ice sheet in East Greenland from the air. The icesheet is up to 250 000 years old and up to 3200 metres thick. Global warming is currently leading to rapid melt of the ice sheet which if it were to melt entirely would raise global sea levels by 9 metres swamping most major cities of the world and displacing hundreds of millions of people.
 
IMG_9917_nunatak
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IMG_9926_cie sheet.jpg The western edge of the Greenland ice sheet in West Greenland from the air. The icesheet is up to 250 000 years old and up to 3200 metres thick. Global warming is currently leading to rapid melt of the ice sheet which if it were to melt entirely would raise global sea levels by 9 metres swamping most major cities of the world and displacing hundreds of millions of people.
 
IMG_9926_cie sheet
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IMG_9927_ice sheet edge.jpg The western edge of the Greenland ice sheet in West Greenland from the air. The icesheet is up to 250 000 years old and up to 3200 metres thick. Global warming is currently leading to rapid melt of the ice sheet which if it were to melt entirely would raise global sea levels by 9 metres swamping most major cities of the world and displacing hundreds of millions of people.
 
IMG_9927_ice sheet edge
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IMG_9928_ice sheet edge.jpg The western edge of the Greenland ice sheet in West Greenland from the air. The icesheet is up to 250 000 years old and up to 3200 metres thick. Global warming is currently leading to rapid melt of the ice sheet which if it were to melt entirely would raise global sea levels by 9 metres swamping most major cities of the world and displacing hundreds of millions of people.
 
IMG_9928_ice sheet edge
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366W5361_NUNATAK.jpg Nunataks on the Greenland ice sheet in East Greenland from the air. The icesheet is up to 250 000 years old and up to 3200 metres thick. Global warming is currently leading to rapid melt of the ice sheet which if it were to melt entirely would raise global sea levels by 9 metres swamping most major cities of the world and displacing hundreds of millions of people.
 
366W5361_NUNATAK
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366W5362_NUNATAK.jpg Nunataks on the Greenland ice sheet in East Greenland from the air. The icesheet is up to 250 000 years old and up to 3200 metres thick. Global warming is currently leading to rapid melt of the ice sheet which if it were to melt entirely would raise global sea levels by 9 metres swamping most major cities of the world and displacing hundreds of millions of people.
 
366W5362_NUNATAK
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366W5363_NUNATAK.jpg Nunataks on the Greenland ice sheet in East Greenland from the air. The icesheet is up to 250 000 years old and up to 3200 metres thick. Global warming is currently leading to rapid melt of the ice sheet which if it were to melt entirely would raise global sea levels by 9 metres swamping most major cities of the world and displacing hundreds of millions of people.
 
366W5363_NUNATAK
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366W1681_global warming_melting.jpg In March 2008 strong northerly winds coincided with a period of cold weather over the British Isles. The gale force northerly winds blew water from a waterfall in Stake Pass back up the hill coating all the surrounding rocks and vegetation in thick ice. Lake District UK
 
366W1681_global warming_melting
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366W1673_climate change_riverbed.jpg In March 2008 strong northerly winds coincided with a period of cold weather over the British Isles. The gale force northerly winds blew water from a waterfall in Stake Pass back up the hill coating all the surrounding rocks and vegetation in thick ice. Lake District UK
 
366W1673_climate change_riverbed
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366W1668_climate change_frozen.jpg In March 2008 strong northerly winds coincided with a period of cold weather over the British Isles. The gale force northerly winds blew water from a waterfall in Stake Pass back up the hill coating all the surrounding rocks and vegetation in thick ice. Lake District UK
 
366W1668_climate change_frozen
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366W1662_global warming_windy.jpg In March 2008 strong northerly winds coincided with a period of cold weather over the British Isles. The gale force northerly winds blew water from a waterfall in Stake Pass back up the hill coating all the surrounding rocks and vegetation in thick ice. Lake District UK
 
366W1662_global warming_windy
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366W1651_global warming_icing.jpg In March 2008 strong northerly winds coincided with a period of cold weather over the British Isles. The gale force northerly winds blew water from a waterfall in Stake Pass back up the hill coating all the surrounding rocks and vegetation in thick ice. Lake District UK
 
366W1651_global warming_icing
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366W1640_global warming_river.jpg In March 2008 strong northerly winds coincided with a period of cold weather over the British Isles. The gale force northerly winds blew water from a waterfall in Stake Pass back up the hill coating all the surrounding rocks and vegetation in thick ice. Lake District UK
 
366W1640_global warming_river
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366W1636_global warming_boulder.jpg In March 2008 strong northerly winds coincided with a period of cold weather over the British Isles. The gale force northerly winds blew water from a waterfall in Stake Pass back up the hill coating all the surrounding rocks and vegetation in thick ice. Lake District UK
 
366W1636_global warming_boulder
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366W1630_climate change_ice.jpg In March 2008 strong northerly winds coincided with a period of cold weather over the British Isles. The gale force northerly winds blew water from a waterfall in Stake Pass back up the hill coating all the surrounding rocks and vegetation in thick ice. Lake District UK
 
366W1630_climate change_ice
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