Global Warming Images
 
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366W5383_measurement.jpg Scientific equipment measuring the meltwater from the Russell Galcier that drains the Greenland Ice Sheet 26 km inland from Kangerlussuaq. Like most Greenland glaciers it is both receeding and speeding up as a result of global warming and the rivers that drain them are becoming more swollen by greater quantities of melt water
 
366W5383_measurement
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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.
 
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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.
 
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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_0087_outflow.jpg Meltwater from the Russell Galcier that drains the Greenland Ice Sheet 26 km inland from Kangerlussuaq. Like most Greenland glaciers it is both receeding and speeding up as a result of global warming and the rivers that drain them are becoming more swollen by greater quantities of melt water
 
IMG_0087_outflow
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IMG_0089_turbulent.jpg Meltwater from the Russell Galcier that drains the Greenland Ice Sheet 26 km inland from Kangerlussuaq. Like most Greenland glaciers it is both receeding and speeding up as a result of global warming and the rivers that drain them are becoming more swollen by greater quantities of melt water
 
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IMG_0096_river.jpg Meltwater from the Russell Galcier that drains the Greenland Ice Sheet 26 km inland from Kangerlussuaq. Like most Greenland glaciers it is both receeding and speeding up as a result of global warming and the rivers that drain them are becoming more swollen by greater quantities of melt water
 
IMG_0096_river
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IMG_0112_river.jpg Meltwater from the Russell Galcier that drains the Greenland Ice Sheet 26 km inland from Kangerlussuaq. Like most Greenland glaciers it is both receeding and speeding up as a result of global warming and the rivers that drain them are becoming more swollen by greater quantities of melt water
 
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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_0141_ice fjord.jpg A plane flying over the Jacobshavn ice fjord in Ilulissat on Greenland. Ilulissat is a UNESCO World Heritage Site because of the Jacobshavn Glacier or Sermeq Kujalleq which is the largest glacier outside Antarctica. The glacier drains 7% of the Greenland ice sheet and produces enough water from calving icebergs in one day to provide New York with water for 1 year. Climate change has meant the glacier has speeded up and is now one of the fastest glaciers in the world at up to 40 metres per day and is also receeding rapidly
 
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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.
 
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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.
 
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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.
 
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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.
 
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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.
 
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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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IMG_9954_melt water.jpg Meltwater from the Russell Galcier that drains the Greenland Ice Sheet 26 km inland from Kangerlussuaq. Like most Greenland glaciers it is both receeding and speeding up as a result of global warming and the rivers that drain them are becoming more swollen by greater quantities of melt water
 
IMG_9954_melt water
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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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366W5374_meltwater.jpg Meltwater from the Russell Galcier that drains the Greenland Ice Sheet 26 km inland from Kangerlussuaq. Like most Greenland glaciers it is both receeding and speeding up as a result of global warming and the rivers that drain them are becoming more swollen by greater quantities of melt water
 
366W5374_meltwater
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366W5375_cascade.jpg Meltwater from the Russell Galcier that drains the Greenland Ice Sheet 26 km inland from Kangerlussuaq. Like most Greenland glaciers it is both receeding and speeding up as a result of global warming and the rivers that drain them are becoming more swollen by greater quantities of melt water
 
366W5375_cascade
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366W5382_river.jpg Meltwater from the Russell Galcier that drains the Greenland Ice Sheet 26 km inland from Kangerlussuaq. Like most Greenland glaciers it is both receeding and speeding up as a result of global warming and the rivers that drain them are becoming more swollen by greater quantities of melt water
 
366W5382_river
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