Global Warming Images
 
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20120113_IMG_7796.jpg Stone stripes on Coniston Old Man in the Lake district, UK. These patterned ground features are caused by freeze thaw cycles which heaves the larger stones into lines down slope. Such patterned ground has become less common as winters have become milder.
 
20120113_IMG_7796
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20120113_IMG_7801.jpg Stone stripes on Coniston Old Man in the Lake district, UK. These patterned ground features are caused by freeze thaw cycles which heaves the larger stones into lines down slope. Such patterned ground has become less common as winters have become milder.
 
20120113_IMG_7801
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20120113_IMG_7803.jpg Stone stripes on Coniston Old Man in the Lake district, UK. These patterned ground features are caused by freeze thaw cycles which heaves the larger stones into lines down slope. Such patterned ground has become less common as winters have become milder.
 
20120113_IMG_7803
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20120113_IMG_7804.jpg Stone stripes on Coniston Old Man in the Lake district, UK. These patterned ground features are caused by freeze thaw cycles which heaves the larger stones into lines down slope. Such patterned ground has become less common as winters have become milder.
 
20120113_IMG_7804
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20120113_IMG_7806.jpg Stone stripes on Coniston Old Man in the Lake district, UK. These patterned ground features are caused by freeze thaw cycles which heaves the larger stones into lines down slope. Such patterned ground has become less common as winters have become milder.
 
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IMG_7849_sand bar.jpg Just downstream of Dettifoss waterfall, clean spring water that has been filtered through lava mixes with glacial meltwater of the the river Jokulsa a Fjollum from the Vatnajokull ice sheet.
 
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IMG_7852_spring water.jpg Just downstream of Dettifoss waterfall, clean spring water that has been filtered through lava mixes with glacial meltwater of the the river Jokulsa a Fjollum from the Vatnajokull ice sheet.
 
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IMG_7841_spring water.jpg Just downstream of Dettifoss waterfall, clean spring water that has been filtered through lava mixes with glacial meltwater of the the river Jokulsa a Fjollum from the Vatnajokull ice sheet.
 
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IMG_7848_mixing.jpg Just downstream of Dettifoss waterfall, clean spring water that has been filtered through lava mixes with glacial meltwater of the the river Jokulsa a Fjollum from the Vatnajokull ice sheet.
 
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IMG_7850_mixing.jpg Just downstream of Dettifoss waterfall, clean spring water that has been filtered through lava mixes with glacial meltwater of the the river Jokulsa a Fjollum from the Vatnajokull ice sheet.
 
IMG_7850_mixing
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IMG_1746_soil erosion.jpg On saturday 18th July 2009 70 mm of rain fell over the north East UK onto already saturated ground. The river Wear burst its banks, innundating the floodplain around the city of Durham and flooding many properties. As the water in the river started to drop, a section of the banking collapsed into the river. The flood water that was held back on the floodplain now suddenly had a shortcut back into the river. As the floodwaters tore back into the river channel they eroded a huge gully that has been called the Durham Canyon. The erosion feature is up to 15 feet deep, up to 100 feet across and 200 yards long. 12,000 cubic metres of soil were washed into the river from a field of Barley at Shincliffe near Durham. As climate change accelerates such damage from severe weather events will increase.
 
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IMG_1938_crop damage.jpg On saturday 18th July 2009 70 mm of rain fell over the north East UK onto already saturated ground. The river Wear burst its banks, innundating the floodplain around the city of Durham and flooding many properties. As the water in the river started to drop, a section of the banking collapsed into the river. The flood water that was held back on the floodplain now suddenly had a shortcut back into the river. As the floodwaters tore back into the river channel they eroded a huge gully that has been called the Durham Canyon. The erosion feature is up to 15 feet deep, up to 100 feet across and 200 yards long. 12,000 cubic metres of soil were washed into the river from a field of Barley at Shincliffe near Durham. As climate change accelerates such damage from severe weather events will increase.
 
IMG_1938_crop damage
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IMG_1958_soil erosion.jpg On saturday 18th July 2009 70 mm of rain fell over the north East UK onto already saturated ground. The river Wear burst its banks, innundating the floodplain around the city of Durham and flooding many properties. As the water in the river started to drop, a section of the banking collapsed into the river. The flood water that was held back on the floodplain now suddenly had a shortcut back into the river. As the floodwaters tore back into the river channel they eroded a huge gully that has been called the Durham Canyon. The erosion feature is up to 15 feet deep, up to 100 feet across and 200 yards long. 12,000 cubic metres of soil were washed into the river from a field of Barley at Shincliffe near Durham. As climate change accelerates such damage from severe weather events will increase.
 
IMG_1958_soil erosion
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IMG_1964_soil loss.jpg On saturday 18th July 2009 70 mm of rain fell over the north East UK onto already saturated ground. The river Wear burst its banks, innundating the floodplain around the city of Durham and flooding many properties. As the water in the river started to drop, a section of the banking collapsed into the river. The flood water that was held back on the floodplain now suddenly had a shortcut back into the river. As the floodwaters tore back into the river channel they eroded a huge gully that has been called the Durham Canyon. The erosion feature is up to 15 feet deep, up to 100 feet across and 200 yards long. 12,000 cubic metres of soil were washed into the river from a field of Barley at Shincliffe near Durham. As climate change accelerates such damage from severe weather events will increase.
 
IMG_1964_soil loss
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IMG_1967_soil erosion.jpg On saturday 18th July 2009 70 mm of rain fell over the north East UK onto already saturated ground. The river Wear burst its banks, innundating the floodplain around the city of Durham and flooding many properties. As the water in the river started to drop, a section of the banking collapsed into the river. The flood water that was held back on the floodplain now suddenly had a shortcut back into the river. As the floodwaters tore back into the river channel they eroded a huge gully that has been called the Durham Canyon. The erosion feature is up to 15 feet deep, up to 100 feet across and 200 yards long. 12,000 cubic metres of soil were washed into the river from a field of Barley at Shincliffe near Durham. As climate change accelerates such damage from severe weather events will increase.
 
IMG_1967_soil erosion
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IMG_1564_eroded.jpg On saturday 18th July 2009 70 mm of rain fell over the north East UK onto already saturated ground. The river Wear burst its banks, innundating the floodplain around the city of Durham and flooding many properties. As the water in the river started to drop, a section of the banking collapsed into the river. The flood water that was held back on the floodplain now suddenly had a shortcut back into the river. As the floodwaters tore back into the river channel they eroded a huge gully that has been called the Durham Canyon. The erosion feature is up to 15 feet deep, up to 100 feet across and 200 yards long. 12,000 cubic metres of soil were washed into the river from a field of Barley at Shincliffe near Durham. As climate change accelerates such damage from severe weather events will increase.
 
IMG_1564_eroded
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IMG_1583_gps.jpg A differential GPS being used in real time kinematic survey, to survey the extent of the Durham canyon flooding feature, UK.
 
IMG_1583_gps
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IMG_1628_soil erosion.jpg On saturday 18th July 2009 70 mm of rain fell over the north East UK onto already saturated ground. The river Wear burst its banks, innundating the floodplain around the city of Durham and flooding many properties. As the water in the river started to drop, a section of the banking collapsed into the river. The flood water that was held back on the floodplain now suddenly had a shortcut back into the river. As the floodwaters tore back into the river channel they eroded a huge gully that has been called the Durham Canyon. The erosion feature is up to 15 feet deep, up to 100 feet across and 200 yards long. 12,000 cubic metres of soil were washed into the river from a field of Barley at Shincliffe near Durham. As climate change accelerates such damage from severe weather events will increase. This shot shows Dr Jeff Warburton from Durham University investigating the unusual feature
 
IMG_1628_soil erosion
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IMG_1632_study.jpg On saturday 18th July 2009 70 mm of rain fell over the north East UK onto already saturated ground. The river Wear burst its banks, innundating the floodplain around the city of Durham and flooding many properties. As the water in the river started to drop, a section of the banking collapsed into the river. The flood water that was held back on the floodplain now suddenly had a shortcut back into the river. As the floodwaters tore back into the river channel they eroded a huge gully that has been called the Durham Canyon. The erosion feature is up to 15 feet deep, up to 100 feet across and 200 yards long. 12,000 cubic metres of soil were washed into the river from a field of Barley at Shincliffe near Durham. As climate change accelerates such damage from severe weather events will increase. This shot shows Dr Jeff Warburton from Durham University investigating the unusual feature
 
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IMG_1675_flood level.jpg Dr Jeff Warburton from Durham University Geography Department points out the level the flood waters reached in the July 2009 floods that created the Durham Canyon.
 
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IMG_1974_accurate.jpg A differential GPS being used in real time kinematic survey, to survey the extent of the Durham canyon flooding feature, UK.
 
IMG_1974_accurate
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IMG_1975_soil erosion.jpg A differential GPS being used in real time kinematic survey, to survey the extent of the Durham canyon flooding feature, UK.
 
IMG_1975_soil erosion
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IMG_1978_survey.jpg A differential GPS being used in real time kinematic survey, to survey the extent of the Durham canyon flooding feature, UK.
 
IMG_1978_survey
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IMG_1980_scientist.jpg A differential GPS being used in real time kinematic survey, to survey the extent of the Durham canyon flooding feature, UK.
 
IMG_1980_scientist
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IMG_1983_surveying.jpg A differential GPS being used in real time kinematic survey, to survey the extent of the Durham canyon flooding feature, UK.
 
IMG_1983_surveying
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IMG_1985_gps.jpg A differential GPS being used in real time kinematic survey, to survey the extent of the Durham canyon flooding feature, UK.
 
IMG_1985_gps
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IMG_1584_erosion.jpg On saturday 18th July 2009 70 mm of rain fell over the north East UK onto already saturated ground. The river Wear burst its banks, innundating the floodplain around the city of Durham and flooding many properties. As the water in the river started to drop, a section of the banking collapsed into the river. The flood water that was held back on the floodplain now suddenly had a shortcut back into the river. As the floodwaters tore back into the river channel they eroded a huge gully that has been called the Durham Canyon. The erosion feature is up to 15 feet deep, up to 100 feet across and 200 yards long. 12,000 cubic metres of soil were washed into the river from a field of Barley at Shincliffe near Durham. As climate change accelerates such damage from severe weather events will increase.
 
IMG_1584_erosion
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IMG_1588_flooding.jpg On saturday 18th July 2009 70 mm of rain fell over the north East UK onto already saturated ground. The river Wear burst its banks, innundating the floodplain around the city of Durham and flooding many properties. As the water in the river started to drop, a section of the banking collapsed into the river. The flood water that was held back on the floodplain now suddenly had a shortcut back into the river. As the floodwaters tore back into the river channel they eroded a huge gully that has been called the Durham Canyon. The erosion feature is up to 15 feet deep, up to 100 feet across and 200 yards long. 12,000 cubic metres of soil were washed into the river from a field of Barley at Shincliffe near Durham. As climate change accelerates such damage from severe weather events will increase.
 
IMG_1588_flooding
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IMG_1599_flood damage.jpg On saturday 18th July 2009 70 mm of rain fell over the north East UK onto already saturated ground. The river Wear burst its banks, innundating the floodplain around the city of Durham and flooding many properties. As the water in the river started to drop, a section of the banking collapsed into the river. The flood water that was held back on the floodplain now suddenly had a shortcut back into the river. As the floodwaters tore back into the river channel they eroded a huge gully that has been called the Durham Canyon. The erosion feature is up to 15 feet deep, up to 100 feet across and 200 yards long. 12,000 cubic metres of soil were washed into the river from a field of Barley at Shincliffe near Durham. As climate change accelerates such damage from severe weather events will increase.
 
IMG_1599_flood damage
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IMG_1604_gully.jpg On saturday 18th July 2009 70 mm of rain fell over the north East UK onto already saturated ground. The river Wear burst its banks, innundating the floodplain around the city of Durham and flooding many properties. As the water in the river started to drop, a section of the banking collapsed into the river. The flood water that was held back on the floodplain now suddenly had a shortcut back into the river. As the floodwaters tore back into the river channel they eroded a huge gully that has been called the Durham Canyon. The erosion feature is up to 15 feet deep, up to 100 feet across and 200 yards long. 12,000 cubic metres of soil were washed into the river from a field of Barley at Shincliffe near Durham. As climate change accelerates such damage from severe weather events will increase.
 
IMG_1604_gully
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IMG_1611_gully.jpg On saturday 18th July 2009 70 mm of rain fell over the north East UK onto already saturated ground. The river Wear burst its banks, innundating the floodplain around the city of Durham and flooding many properties. As the water in the river started to drop, a section of the banking collapsed into the river. The flood water that was held back on the floodplain now suddenly had a shortcut back into the river. As the floodwaters tore back into the river channel they eroded a huge gully that has been called the Durham Canyon. The erosion feature is up to 15 feet deep, up to 100 feet across and 200 yards long. 12,000 cubic metres of soil were washed into the river from a field of Barley at Shincliffe near Durham. As climate change accelerates such damage from severe weather events will increase.
 
IMG_1611_gully
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IMG_1622_durham canyon.jpg On saturday 18th July 2009 70 mm of rain fell over the north East UK onto already saturated ground. The river Wear burst its banks, innundating the floodplain around the city of Durham and flooding many properties. As the water in the river started to drop, a section of the banking collapsed into the river. The flood water that was held back on the floodplain now suddenly had a shortcut back into the river. As the floodwaters tore back into the river channel they eroded a huge gully that has been called the Durham Canyon. The erosion feature is up to 15 feet deep, up to 100 feet across and 200 yards long. 12,000 cubic metres of soil were washed into the river from a field of Barley at Shincliffe near Durham. As climate change accelerates such damage from severe weather events will increase.
 
IMG_1622_durham canyon
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