Global Warming Images
 
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IMG_a9936_o.jpg PHD scientist Ian Bartholomew taking measurements as part of a study to measure the speed of the Russell Glacier near Kangerlussuag Greenland. The study is looking at how increasing quantities of melt water caused by climate change are affecting the glaciers speed which like most glaciers in Greenland has speeded up considerably in the last 20 years. It is thought that the meltwater helps lubricates the glaciers base enabling it to flow faster. As part of the study reflective poles were drilled 4 metres into the ice to measure their speed at various positions on the glacier. Within a month all the poles had fallen over as the glacier melted down over 4 metres
 
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IMG_3829_low carbon.jpg A low carbon conference held by the Lake District National Park Authority, Cumbria, UK.
 
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IMG_6299_research scientist.jpg Robert Simpson conducts a scientific experiment by Sydney University, Australia, in the Snowy mountains. The study is monitoring C02 exchange between the atmosphere and the soil on a grassland plot.
 
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IMG_6306_download.jpg Robert Simpson conducts a scientific experiment by Sydney University, Australia, in the Snowy mountains. The study is monitoring C02 exchange between the atmosphere and the soil on a grassland plot.
 
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IMG_6316_research results.jpg Robert Simpson conducts a scientific experiment by Sydney University, Australia, in the Snowy mountains. The study is monitoring C02 exchange between the atmosphere and the soil on a grassland plot.
 
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IMG_6447_field science.jpg A scientific experiment by scientists from Sydney University, Australia, in the Snowy mountains. The study is monitoring C02 exchange between the atmosphere and the soil on a grassland plot.
 
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IMG_6448_laptop.jpg A scientific experiment by scientists from Sydney University, Australia, in the Snowy mountains. The study is monitoring C02 exchange between the atmosphere and the soil on a grassland plot.
 
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IMG_9687_scientist.jpg PHD student Ian Bartholomew from Edinburgh University taking readings from the meltwater river at the snout of the Russell Glacier near Kangerlussuaq in Greenland. The study is looking at how increasing quantities of melt water caused by climate change are affecting the glaciers speed which like most glaciers in Greenland has speeded up considerably in the last 20 years. It is thought that the meltwater helps lubricates the glaciers base enabling it to flow faster.
 
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IMG_a9936_research.jpg PHD scientist Ian Bartholomew taking measurements as part of a study to measure the speed of the Russell Glacier near Kangerlussuag Greenland. The study is looking at how increasing quantities of melt water caused by climate change are affecting the glaciers speed which like most glaciers in Greenland has speeded up considerably in the last 20 years. It is thought that the meltwater helps lubricates the glaciers base enabling it to flow faster. As part of the study reflective poles were drilled 4 metres into the ice to measure their speed at various positions on the glacier. Within a month all the poles had fallen over as the glacier melted down over 4 metres
 
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366W5603_laptop.jpg PHD scientist Ian Bartholomew taking measurements as part of a study to measure the speed of the Russell Glacier near Kangerlussuag Greenland. The study is looking at how increasing quantities of melt water caused by climate change are affecting the glaciers speed which like most glaciers in Greenland has speeded up considerably in the last 20 years. It is thought that the meltwater helps lubricates the glaciers base enabling it to flow faster. As part of the study reflective poles were drilled 4 metres into the ice to measure their speed at various positions on the glacier. Within a month all the poles had fallen over as the glacier melted down over 4 metres
 
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366W5605_computer.jpg PHD scientist Ian Bartholomew taking measurements as part of a study to measure the speed of the Russell Glacier near Kangerlussuag Greenland. The study is looking at how increasing quantities of melt water caused by climate change are affecting the glaciers speed which like most glaciers in Greenland has speeded up considerably in the last 20 years. It is thought that the meltwater helps lubricates the glaciers base enabling it to flow faster. As part of the study reflective poles were drilled 4 metres into the ice to measure their speed at various positions on the glacier. Within a month all the poles had fallen over as the glacier melted down over 4 metres
 
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IMG_9687_science.jpg PHD student Ian Bartholomew from Edinburgh University taking readings from the meltwater river at the snout of the Russell Glacier near Kangerlussuaq in Greenland. The study is looking at how increasing quantities of melt water caused by climate change are affecting the glaciers speed which like most glaciers in Greenland has speeded up considerably in the last 20 years. It is thought that the meltwater helps lubricates the glaciers base enabling it to flow faster.
 
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IMG_9688_scientist.jpg PHD scientist Ian Bartholomew taking readings from the meltwater river at the snout of the Russelll Glacier near Kangerlussuag Greenland. The study is looking at how increasing quantities of melt water caused by climate change are affecting the glaciers speed which like most glaciers in Greenland has speeded up considerably in the last 20 years. It is thought that the meltwater helps lubricates the glaciers base enabling it to flow faster.
 
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IMG_a9936_science.jpg PHD scientist Ian Bartholomew taking measurements as part of a study to measure the speed of the Russell Glacier near Kangerlussuag Greenland. The study is looking at how increasing quantities of melt water caused by climate change are affecting the glaciers speed which like most glaciers in Greenland has speeded up considerably in the last 20 years. It is thought that the meltwater helps lubricates the glaciers base enabling it to flow faster. As part of the study reflective poles were drilled 4 metres into the ice to measure their speed at various positions on the glacier. Within a month all the poles had fallen over as the glacier melted down over 4 metres
 
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IMG_a9949_field science.jpg PHD scientist Ian Bartholomew taking measurements as part of a study to measure the speed of the Russell Glacier near Kangerlussuag Greenland. The study is looking at how increasing quantities of melt water caused by climate change are affecting the glaciers speed which like most glaciers in Greenland has speeded up considerably in the last 20 years. It is thought that the meltwater helps lubricates the glaciers base enabling it to flow faster. As part of the study reflective poles were drilled 4 metres into the ice to measure their speed at various positions on the glacier. Within a month all the poles had fallen over as the glacier melted down over 4 metres
 
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IMG_a9954_laptop.jpg PHD scientist Ian Bartholomew taking measurements as part of a study to measure the speed of the Russell Glacier near Kangerlussuag Greenland. The study is looking at how increasing quantities of melt water caused by climate change are affecting the glaciers speed which like most glaciers in Greenland has speeded up considerably in the last 20 years. It is thought that the meltwater helps lubricates the glaciers base enabling it to flow faster. As part of the study reflective poles were drilled 4 metres into the ice to measure their speed at various positions on the glacier. Within a month all the poles had fallen over as the glacier melted down over 4 metres
 
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IMG_a9941_science.jpg PHD scientist Ian Bartholomew taking measurements as part of a study to measure the speed of the Russell Glacier near Kangerlussuag Greenland. The study is looking at how increasing quantities of melt water caused by climate change are affecting the glaciers speed which like most glaciers in Greenland has speeded up considerably in the last 20 years. It is thought that the meltwater helps lubricates the glaciers base enabling it to flow faster. As part of the study reflective poles were drilled 4 metres into the ice to measure their speed at various positions on the glacier. Within a month all the poles had fallen over as the glacier melted down over 4 metres
 
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366W2923.jpg Dr Jeff Warburton of Durham University downloads data from a bed load logger from a river in Moor House National Nature Reserve in Upper Teesdale Cumbria UK. This experiment measures the movement of bed load materials over time. Most movement and erosion occurs during peak flows following wet weather. An increase in stormy weather due to global warming will lead to more frequent erosion events.
 
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366W2926.jpg Dr Jeff Warburton of Durham University downloads data from a bed load logger from a river in Moor House National Nature Reserve in Upper Teesdale Cumbria UK. This experiment measures the movement of bed load materials over time. Most movement and erosion occurs during peak flows following wet weather. An increase in stormy weather due to global warming will lead to more frequent erosion events.
 
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366W2928.jpg Dr Jeff Warburton of Durham University downloads data from a bed load logger from a river in Moor House National Nature Reserve in Upper Teesdale Cumbria UK. This experiment measures the movement of bed load materials over time. Most movement and erosion occurs during peak flows following wet weather. An increase in stormy weather due to global warming will lead to more frequent erosion events.
 
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366W2934.jpg Dr Jeff Warburton of Durham University downloads data from a bed load logger from a river in Moor House National Nature Reserve in Upper Teesdale Cumbria UK. This experiment measures the movement of bed load materials over time. Most movement and erosion occurs during peak flows following wet weather. An increase in stormy weather due to global warming will lead to more frequent erosion events.
 
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366W2937.jpg Dr Jeff Warburton of Durham University downloads data from a bed load logger from a river in Moor House National Nature Reserve in Upper Teesdale Cumbria UK. This experiment measures the movement of bed load materials over time. Most movement and erosion occurs during peak flows following wet weather. An increase in stormy weather due to global warming will lead to more frequent erosion events.
 
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366W2942.jpg Dr Jeff Warburton of Durham University downloads data from a bed load logger from a river in Moor House National Nature Reserve in Upper Teesdale Cumbria UK. This experiment measures the movement of bed load materials over time. Most movement and erosion occurs during peak flows following wet weather. An increase in stormy weather due to global warming will lead to more frequent erosion events.
 
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366W2945.jpg Dr Jeff Warburton of Durham University downloads data from a bed load logger from a river in Moor House National Nature Reserve in Upper Teesdale Cumbria UK. This experiment measures the movement of bed load materials over time. Most movement and erosion occurs during peak flows following wet weather. An increase in stormy weather due to global warming will lead to more frequent erosion events.
 
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366W2948.jpg Dr Jeff Warburton of Durham University downloads data from a bed load logger from a river in Moor House National Nature Reserve in Upper Teesdale Cumbria UK. This experiment measures the movement of bed load materials over time. Most movement and erosion occurs during peak flows following wet weather. An increase in stormy weather due to global warming will lead to more frequent erosion events.
 
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366W2952.jpg Dr Jeff Warburton of Durham University downloads data from a bed load logger from a river in Moor House National Nature Reserve in Upper Teesdale Cumbria UK. This experiment measures the movement of bed load materials over time. Most movement and erosion occurs during peak flows following wet weather. An increase in stormy weather due to global warming will lead to more frequent erosion events.
 
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366W2955.jpg Dr Jeff Warburton of Durham University downloads data from a bed load logger from a river in Moor House National Nature Reserve in Upper Teesdale Cumbria UK. This experiment measures the movement of bed load materials over time. Most movement and erosion occurs during peak flows following wet weather. An increase in stormy weather due to global warming will lead to more frequent erosion events.
 
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IMG_0333.jpg On Friday 20th July 2007 up to 5 inches of rain fell across central and southern England on already saturated ground. Rivers rose rapidly and by saturday flooding started to occur along the Severn corridor. Tewkesbury in Gloucestershire was particularly badly hit where the rivers Severn and Avon meet. River's rose to unprecedented levels causing the worst ever floods. Thousands of homes were inundated with people haing to be evacuated, many by boat or by Sea King helicopter. The Myth water treatment plant in the town was also flooded, cutting off water supplies to around 350,000 people, with the water predicted to be off for up to 2 weeks. Many also had their electricity supplies cut off as sub stations were affected by the floods. Estimates for the cost of the devastating and unprecedented summer floods are arounf £5 billion. The Tewkesbury floods made news around the world. Here the Germans put their towel down first
 
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366W2931.jpg Dr Jeff Warburton of Durham University downloads data from a bed load logger from a river in Moor House National Nature Reserve in Upper Teesdale Cumbria UK. This experiment measures the movement of bed load materials over time. Most movement and erosion occurs during peak flows following wet weather. An increase in stormy weather due to global warming will lead to more frequent erosion events.
 
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366W2932.jpg Dr Jeff Warburton of Durham University downloads data from a bed load logger from a river in Moor House National Nature Reserve in Upper Teesdale Cumbria UK. This experiment measures the movement of bed load materials over time. Most movement and erosion occurs during peak flows following wet weather. An increase in stormy weather due to global warming will lead to more frequent erosion events.
 
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