Global Warming Images
 
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20121226_B18A5648.jpg Trekkers relaxing in a geothermal hot spring in the Himalayan foothills on the Annapuran Base Camp trek, Nepal.
 
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20121226_B18A5656.jpg Trekkers relaxing in a geothermal hot spring in the Himalayan foothills on the Annapuran Base Camp trek, Nepal.
 
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20130102_B18A7286.jpg Subsistence farming in the Annapurna Himalayas in Nepal, with rice drying, and the Fish Tail peak or Machapuchare in the back ground.
 
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20121229_B18A6198.jpg An avalanche on Machapuchare or Fishtail Peak in the Annapurna Himalaya, Nepal. It was caused by a massive block of glacial ice detaching from the summit cliffs of this 6993 metre tall peak on 29th December 2012. Such ice avalanches are more common in Spring and summer, as in winter, the ice is normally frozen and more stable. The avalanche descended around 12,000 feet, and covered trekkers on the valley path below in a dusting of snow.
 
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20121229_B18A6204.jpg An avalanche on Machapuchare or Fishtail Peak in the Annapurna Himalaya, Nepal. It was caused by a massive block of glacial ice detaching from the summit cliffs of this 6993 metre tall peak on 29th December 2012. Such ice avalanches are more common in Spring and summer, as in winter, the ice is normally frozen and more stable. The avalanche descended around 12,000 feet, and covered trekkers on the valley path below in a dusting of snow.
 
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20121229_B18A6207.jpg An avalanche on Machapuchare or Fishtail Peak in the Annapurna Himalaya, Nepal. It was caused by a massive block of glacial ice detaching from the summit cliffs of this 6993 metre tall peak on 29th December 2012. Such ice avalanches are more common in Spring and summer, as in winter, the ice is normally frozen and more stable. The avalanche descended around 12,000 feet, and covered trekkers on the valley path below in a dusting of snow.
 
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20121229_B18A6211.jpg An avalanche on Machapuchare or Fishtail Peak in the Annapurna Himalaya, Nepal. It was caused by a massive block of glacial ice detaching from the summit cliffs of this 6993 metre tall peak on 29th December 2012. Such ice avalanches are more common in Spring and summer, as in winter, the ice is normally frozen and more stable. The avalanche descended around 12,000 feet, and covered trekkers on the valley path below in a dusting of snow.
 
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20121229_B18A6218.jpg An avalanche on Machapuchare or Fishtail Peak in the Annapurna Himalaya, Nepal. It was caused by a massive block of glacial ice detaching from the summit cliffs of this 6993 metre tall peak on 29th December 2012. Such ice avalanches are more common in Spring and summer, as in winter, the ice is normally frozen and more stable. The avalanche descended around 12,000 feet, and covered trekkers on the valley path below in a dusting of snow.
 
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20121229_B18A6221.jpg An avalanche on Machapuchare or Fishtail Peak in the Annapurna Himalaya, Nepal. It was caused by a massive block of glacial ice detaching from the summit cliffs of this 6993 metre tall peak on 29th December 2012. Such ice avalanches are more common in Spring and summer, as in winter, the ice is normally frozen and more stable. The avalanche descended around 12,000 feet, and covered trekkers on the valley path below in a dusting of snow.
 
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20121229_B18A6224.jpg An avalanche on Machapuchare or Fishtail Peak in the Annapurna Himalaya, Nepal. It was caused by a massive block of glacial ice detaching from the summit cliffs of this 6993 metre tall peak on 29th December 2012. Such ice avalanches are more common in Spring and summer, as in winter, the ice is normally frozen and more stable. The avalanche descended around 12,000 feet, and covered trekkers on the valley path below in a dusting of snow.
 
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20121229_PC290076.jpg A gaping hole left where a massive block of ice detached causing an avalanche on Machapuchare or Fishtail Peak in the Annapurna Himalaya, Nepal. It was caused by a massive block of glacial ice detaching from the summit cliffs of this 6993 metre tall peak on 29th December 2012. Such ice avalanches are more common in Spring and summer, as in winter, the ice is normally frozen and more stable. The avalanche descended around 12,000 feet, and covered trekkers on the valley path below in a dusting of snow.
 
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20121229_PC290080.jpg A gaping hole left where a massive block of ice detached causing an avalanche on Machapuchare or Fishtail Peak in the Annapurna Himalaya, Nepal. It was caused by a massive block of glacial ice detaching from the summit cliffs of this 6993 metre tall peak on 29th December 2012. Such ice avalanches are more common in Spring and summer, as in winter, the ice is normally frozen and more stable. The avalanche descended around 12,000 feet, and covered trekkers on the valley path below in a dusting of snow.
 
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20121230_B18A6645.jpg Trekkers at Annapurna base camp at 4130 metres looking towards Annapurna South, Annapurna Sanctuary, Himalayas, Nepal.
 
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20121230_B18A6671.jpg The rapidly retreating South Annapurna glacier in the Annapurna sanctuary, Nepalese Himalayas. The retreating glacier has left a huge empty chasm that until recent times was filled with ice. All of the Himalaya's glaciers are retreating rapidly due to climate change. The glaciers feed many of Asias largest rivers that billions of people rely on for water. As these reservoirs disappear, it will have disastrous consequences for water supplies.
 
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20121230_B18A6681.jpg The rapidly retreating South Annapurna glacier in the Annapurna sanctuary, Nepalese Himalayas. The retreating glacier has left a huge empty chasm that until recent times was filled with ice. All of the Himalaya's glaciers are retreating rapidly due to climate change. The glaciers feed many of Asias largest rivers that billions of people rely on for water. As these reservoirs disappear, it will have disastrous consequences for water supplies.
 
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20121230_B18A6688.jpg The rapidly retreating South Annapurna glacier in the Annapurna sanctuary, Nepalese Himalayas. The retreating glacier has left a huge empty chasm that until recent times was filled with ice. All of the Himalaya's glaciers are retreating rapidly due to climate change. The glaciers feed many of Asias largest rivers that billions of people rely on for water. As these reservoirs disappear, it will have disastrous consequences for water supplies.
 
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20121230_B18A6692.jpg The rapidly retreating South Annapurna glacier in the Annapurna sanctuary, Nepalese Himalayas. The retreating glacier has left a huge empty chasm that until recent times was filled with ice. All of the Himalaya's glaciers are retreating rapidly due to climate change. The glaciers feed many of Asias largest rivers that billions of people rely on for water. As these reservoirs disappear, it will have disastrous consequences for water supplies.
 
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20121230_B18A6753.jpg Trekkers at Annapurna base camp at 4130 metres looking towards Machapuchare, Annapurna Sanctuary, Himalayas, Nepal.
 
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20121230_B18A6778.jpg An avalanche on Machapuchare or Fishtail Peak in the Annapurna Himalaya, Nepal. It was caused by a massive block of glacial ice detaching from the summit cliffs of this 6993 metre tall peak on 29th December 2012. Such ice avalanches are more common in Spring and summer, as in winter, the ice is normally frozen and more stable. The avalanche descended around 12,000 feet, and covered trekkers on the valley path below in a dusting of snow.
 
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20121230_PC300115.jpg An avalanche on Machapuchare or Fishtail Peak in the Annapurna Himalaya, Nepal. It was caused by a massive block of glacial ice detaching from the summit cliffs of this 6993 metre tall peak on 29th December 2012. Such ice avalanches are more common in Spring and summer, as in winter, the ice is normally frozen and more stable. The avalanche descended around 12,000 feet, and covered trekkers on the valley path below in a dusting of snow.
 
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20121230_PC300117.jpg An avalanche on Machapuchare or Fishtail Peak in the Annapurna Himalaya, Nepal. It was caused by a massive block of glacial ice detaching from the summit cliffs of this 6993 metre tall peak on 29th December 2012. Such ice avalanches are more common in Spring and summer, as in winter, the ice is normally frozen and more stable. The avalanche descended around 12,000 feet, and covered trekkers on the valley path below in a dusting of snow.
 
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20121230_PC300122.jpg An avalanche on Machapuchare or Fishtail Peak in the Annapurna Himalaya, Nepal. It was caused by a massive block of glacial ice detaching from the summit cliffs of this 6993 metre tall peak on 29th December 2012. Such ice avalanches are more common in Spring and summer, as in winter, the ice is normally frozen and more stable. The avalanche descended around 12,000 feet, and covered trekkers on the valley path below in a dusting of snow.
 
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20121231_B18A6978.jpg Debris from an avalanche on Machapuchare or Fishtail Peak in the Annapurna Himalaya, Nepal. It was caused by a massive block of glacial ice detaching from the summit cliffs of this 6993 metre tall peak on 29th December 2012. Such ice avalanches are more common in Spring and summer, as in winter, the ice is normally frozen and more stable. The avalanche descended around 12,000 feet, and covered trekkers on the valley path below in a dusting of snow.
 
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20121231_B18A6979.jpg Debris from an avalanche on Machapuchare or Fishtail Peak in the Annapurna Himalaya, Nepal. It was caused by a massive block of glacial ice detaching from the summit cliffs of this 6993 metre tall peak on 29th December 2012. Such ice avalanches are more common in Spring and summer, as in winter, the ice is normally frozen and more stable. The avalanche descended around 12,000 feet, and covered trekkers on the valley path below in a dusting of snow.
 
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20121225_B18A5306.jpg Trekkers crossing a suspension bridge crossing on the Annapurna Base Camp trek, Himalayas, Nepal.
 
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20121226_B18A5605.jpg Trekkers crossing a suspension bridge crossing on the Annapurna Base Camp trek, Himalayas, Nepal.
 
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20121226_B18A5653.jpg Trekkers relaxing in a geothermal hot spring in the Himalayan foothills on the Annapuran Base Camp trek, Nepal.
 
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20121229_B18A6116.jpg A tea house lodge on the Annapurna Base Camp trek at Machapuchare Base Camp, Himalayas, Nepal.
 
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20121229_B18A6117.jpg A tea house lodge on the Annapurna Base Camp trek at Machapuchare Base Camp, Himalayas, Nepal.
 
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20121229_B18A6127.jpg A tea house lodge on the Annapurna Base Camp trek at Machapuchare Base Camp, Himalayas, Nepal.
 
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20121229_B18A6210.jpg An avalanche on Machapuchare or Fishtail Peak in the Annapurna Himalaya, Nepal. It was caused by a massive block of glacial ice detaching from the summit cliffs of this 6993 metre tall peak on 29th December 2012. Such ice avalanches are more common in Spring and summer, as in winter, the ice is normally frozen and more stable. The avalanche descended around 12,000 feet, and covered trekkers on the valley path below in a dusting of snow.
 
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20121229_B18A6216.jpg An avalanche on Machapuchare or Fishtail Peak in the Annapurna Himalaya, Nepal. It was caused by a massive block of glacial ice detaching from the summit cliffs of this 6993 metre tall peak on 29th December 2012. Such ice avalanches are more common in Spring and summer, as in winter, the ice is normally frozen and more stable. The avalanche descended around 12,000 feet, and covered trekkers on the valley path below in a dusting of snow.
 
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20121229_B18A6220.jpg An avalanche on Machapuchare or Fishtail Peak in the Annapurna Himalaya, Nepal. It was caused by a massive block of glacial ice detaching from the summit cliffs of this 6993 metre tall peak on 29th December 2012. Such ice avalanches are more common in Spring and summer, as in winter, the ice is normally frozen and more stable. The avalanche descended around 12,000 feet, and covered trekkers on the valley path below in a dusting of snow.
 
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20121229_B18A6222.jpg An avalanche on Machapuchare or Fishtail Peak in the Annapurna Himalaya, Nepal. It was caused by a massive block of glacial ice detaching from the summit cliffs of this 6993 metre tall peak on 29th December 2012. Such ice avalanches are more common in Spring and summer, as in winter, the ice is normally frozen and more stable. The avalanche descended around 12,000 feet, and covered trekkers on the valley path below in a dusting of snow.
 
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20121229_B18A6227.jpg An avalanche on Machapuchare or Fishtail Peak in the Annapurna Himalaya, Nepal. It was caused by a massive block of glacial ice detaching from the summit cliffs of this 6993 metre tall peak on 29th December 2012. Such ice avalanches are more common in Spring and summer, as in winter, the ice is normally frozen and more stable. The avalanche descended around 12,000 feet, and covered trekkers on the valley path below in a dusting of snow.
 
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20121230_B18A6569.jpg A trekking group atAnnapurna base camp at 4130 metres in front of Annapurna South summit, Annapurna Sanctuary, Himalayas, Nepal.
 
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20121230_B18A6638.jpg Trekkers at Annapurna base camp at 4130 metres looking towards Machapuchare, Annapurna Sanctuary, Himalayas, Nepal.
 
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20121230_B18A6670.jpg The rapidly retreating South Annapurna glacier in the Annapurna sanctuary, Nepalese Himalayas. The retreating glacier has left a huge empty chasm that until recent times was filled with ice. All of the Himalaya's glaciers are retreating rapidly due to climate change. The glaciers feed many of Asias largest rivers that billions of people rely on for water. As these reservoirs disappear, it will have disastrous consequences for water supplies.
 
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20121230_B18A6675.jpg The rapidly retreating South Annapurna glacier in the Annapurna sanctuary, Nepalese Himalayas. The retreating glacier has left a huge empty chasm that until recent times was filled with ice. All of the Himalaya's glaciers are retreating rapidly due to climate change. The glaciers feed many of Asias largest rivers that billions of people rely on for water. As these reservoirs disappear, it will have disastrous consequences for water supplies.
 
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20121230_B18A6684.jpg The rapidly retreating South Annapurna glacier in the Annapurna sanctuary, Nepalese Himalayas. The retreating glacier has left a huge empty chasm that until recent times was filled with ice. All of the Himalaya's glaciers are retreating rapidly due to climate change. The glaciers feed many of Asias largest rivers that billions of people rely on for water. As these reservoirs disappear, it will have disastrous consequences for water supplies.
 
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20121230_B18A6690.jpg The rapidly retreating South Annapurna glacier in the Annapurna sanctuary, Nepalese Himalayas. The retreating glacier has left a huge empty chasm that until recent times was filled with ice. All of the Himalaya's glaciers are retreating rapidly due to climate change. The glaciers feed many of Asias largest rivers that billions of people rely on for water. As these reservoirs disappear, it will have disastrous consequences for water supplies.
 
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20121230_B18A6776.jpg Trekkers at Annapurna base camp at 4130 metres looking towards Machapuchare, Annapurna Sanctuary, Himalayas, Nepal.
 
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20121230_PC300116.jpg An avalanche on Machapuchare or Fishtail Peak in the Annapurna Himalaya, Nepal. It was caused by a massive block of glacial ice detaching from the summit cliffs of this 6993 metre tall peak on 29th December 2012. Such ice avalanches are more common in Spring and summer, as in winter, the ice is normally frozen and more stable. The avalanche descended around 12,000 feet, and covered trekkers on the valley path below in a dusting of snow.
 
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20121230_PC300121.jpg An avalanche on Machapuchare or Fishtail Peak in the Annapurna Himalaya, Nepal. It was caused by a massive block of glacial ice detaching from the summit cliffs of this 6993 metre tall peak on 29th December 2012. Such ice avalanches are more common in Spring and summer, as in winter, the ice is normally frozen and more stable. The avalanche descended around 12,000 feet, and covered trekkers on the valley path below in a dusting of snow.
 
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20121231_B18A6999.jpg Porters carying heavy loads on the Annapurna Base Camp Trek, Himalayas, Nepal.
 
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20121231_B18A7009.jpg A Porters carying a heavy load of timber on the Annapurna Base Camp Trek, Himalayas, Nepal.
 
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20121231_B18A7014.jpg A Porters carying a heavy load of timber on the Annapurna Base Camp Trek, Himalayas, Nepal.
 
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20121231_B18A7020.jpg A Porters carying a heavy load of timber on the Annapurna Base Camp Trek, Himalayas, Nepal.
 
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20121230_B18A6469.jpg Annapurna South with vegetation burned in the foreground, Annapurna Sanctuary, Himalayas, Nepal.
 
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20120408_IMG_4149.jpg Trekkers cross a dried up river bed in the Anti Atlas mountains of Morocco, North Africa. In recent years, rainfall totals have reduced by around 75% as a result of climate change. This has led to many Berber villagers abandoning their fields and migrating to the cities to try and find work, as they can no longer grow food to support themselves.
 
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20120408_IMG_7489.jpg Trekkers in the Jebel Sirwa region of the Anti Atlas mountains of Morocco, North Africa.
 
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20120409_IMG_4347.jpg Trekkers in the Jebel Sirwa region of the Anti Atlas mountains of Morocco, North Africa.
 
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20120409_IMG_4365.jpg Trekkers in the Jebel Sirwa region of the Anti Atlas mountains of Morocco, North Africa.
 
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20120409_IMG_4414.jpg Trekkers pass a dried up river bed in the Anti Atlas mountains of Morocco, North Africa. In recent years, rainfall totals have reduced by around 75% as a result of climate change. This has led to many Berber villagers abandoning their fields and migrating to the cities to try and find work, as they can no longer grow food to support themselves.
 
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20120410_IMG_4576.jpg Trekkers in the Jebel Sirwa region of the Anti Atlas mountains of Morocco, North Africa.
 
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20120410_IMG_4579.jpg Trekkers in the Jebel Sirwa region of the Anti Atlas mountains of Morocco, North Africa.
 
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20120410_IMG_4601.jpg Trekkers in the Jebel Sirwa region of the Anti Atlas mountains of Morocco, North Africa.
 
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20120410_IMG_4643.jpg Trekkers on Guiliz peak in the Jebel Sirwa region of the Anti Atlas mountains of Morocco, North Africa.
 
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20120411_IMG_4689.jpg Trekkers camping in the Jebel Sirwa region of the Anti Atlas mountains of Morocco, North Africa.
 
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20120411_IMG_4695.jpg Trekkers camping in the Jebel Sirwa region of the Anti Atlas mountains of Morocco, North Africa.
 
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20120411_IMG_4698.jpg Trekkers camping in the Jebel Sirwa region of the Anti Atlas mountains of Morocco, North Africa.
 
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20120411_IMG_4776.jpg Trekkers near the 10,000 foot summit of Jebel Sirwa region of the Anti Atlas mountains of Morocco, North Africa.
 
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20120411_IMG_4781.jpg Trekkers near the 10,000 foot summit of Jebel Sirwa region of the Anti Atlas mountains of Morocco, North Africa.
 
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20120411_IMG_4845.jpg Trekkers near the 10,000 foot summit of Jebel Sirwa region of the Anti Atlas mountains of Morocco, North Africa.
 
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