Global Warming Images
 
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IMG_1556_pot hole.jpg A very badly potholed section of road at Troutbeck Bridge in South Cumbria, UK.
 
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IMG_1562_road damage.jpg A very badly potholed section of road at Troutbeck Bridge in South Cumbria, UK.
 
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IMG_1573_eroded.jpg A very badly potholed section of road at Troutbeck Bridge in South Cumbria, UK.
 
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IMG_7088_tarmac.jpg A very badly potholed section of road at Troutbeck Bridge in South Cumbria, UK.
 
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IMG_7090_pot hole.jpg A very badly potholed section of road at Troutbeck Bridge in South Cumbria, UK.
 
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IMG_7093_cyclist.jpg A very badly potholed section of road at Troutbeck Bridge in South Cumbria, UK.
 
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IMG_7096_pot holed.jpg A very badly potholed section of road at Troutbeck Bridge in South Cumbria, UK.
 
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IMG_0051_high vis.jpg Workmen replacing the road surface in Ambleside which had become potholed and eroded by extrem weather events, namely flooding and extreme low temperatures. Extreme weather events caused by climate change are resulting in both more frequent and costly infrastructure damage.
 
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IMG_0059_steam roller.jpg Workmen replacing the road surface in Ambleside which had become potholed and eroded by extrem weather events, namely flooding and extreme low temperatures. Extreme weather events caused by climate change are resulting in both more frequent and costly infrastructure damage.
 
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IMG_0066_tarmac laying.jpg Workmen replacing the road surface in Ambleside which had become potholed and eroded by extrem weather events, namely flooding and extreme low temperatures. Extreme weather events caused by climate change are resulting in both more frequent and costly infrastructure damage.
 
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IMG_0068_shovel.jpg Workmen replacing the road surface in Ambleside which had become potholed and eroded by extrem weather events, namely flooding and extreme low temperatures. Extreme weather events caused by climate change are resulting in both more frequent and costly infrastructure damage.
 
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IMG_0071_steaming.jpg Workmen replacing the road surface in Ambleside which had become potholed and eroded by extrem weather events, namely flooding and extreme low temperatures. Extreme weather events caused by climate change are resulting in both more frequent and costly infrastructure damage.
 
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IMG_0086_road surface.jpg Workmen replacing the road surface in Ambleside which had become potholed and eroded by extrem weather events, namely flooding and extreme low temperatures. Extreme weather events caused by climate change are resulting in both more frequent and costly infrastructure damage.
 
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IMG_0088_re-surfacing.jpg Workmen replacing the road surface in Ambleside which had become potholed and eroded by extrem weather events, namely flooding and extreme low temperatures. Extreme weather events caused by climate change are resulting in both more frequent and costly infrastructure damage.
 
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IMG_0092_council worker.jpg Workmen replacing the road surface in Ambleside which had become potholed and eroded by extrem weather events, namely flooding and extreme low temperatures. Extreme weather events caused by climate change are resulting in both more frequent and costly infrastructure damage.
 
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IMG_0097_tarmac laying.jpg Workmen replacing the road surface in Ambleside which had become potholed and eroded by extrem weather events, namely flooding and extreme low temperatures. Extreme weather events caused by climate change are resulting in both more frequent and costly infrastructure damage.
 
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IMG_0111_road laying.jpg Workmen replacing the road surface in Ambleside which had become potholed and eroded by extrem weather events, namely flooding and extreme low temperatures. Extreme weather events caused by climate change are resulting in both more frequent and costly infrastructure damage.
 
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IMG_0118_re-surfacing.jpg Workmen replacing the road surface in Ambleside which had become potholed and eroded by extrem weather events, namely flooding and extreme low temperatures. Extreme weather events caused by climate change are resulting in both more frequent and costly infrastructure damage.
 
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IMG_0126_tarmac.jpg Workmen replacing the road surface in Ambleside which had become potholed and eroded by extrem weather events, namely flooding and extreme low temperatures. Extreme weather events caused by climate change are resulting in both more frequent and costly infrastructure damage.
 
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IMG_0025_cost.jpg Resurfacing work taking place in Ambleside after floods and harsh winter weather caused serious erosion of the road surface leading to many potholes.
 
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IMG_0028_storm damage.jpg Resurfacing work taking place in Ambleside after floods and harsh winter weather caused serious erosion of the road surface leading to many potholes.
 
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IMG_0031_road closed.jpg Resurfacing work taking place in Ambleside after floods and harsh winter weather caused serious erosion of the road surface leading to many potholes.
 
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IMG_0043_resurfacing.jpg Resurfacing work taking place in Ambleside after floods and harsh winter weather caused serious erosion of the road surface leading to many potholes.
 
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IMG_2227_blood.jpg Blood on a tarmac road.
 
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IMG_2229_blood.jpg Blood on a tarmac road.
 
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IMG_8662_pot hole.jpg A hole opening up in the road in Ambleside, due to being undermined by flood waters. Climate change causes more extreme weather events, which leads to increased costs for repairing damage to infrastructure.
 
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IMG_8665_pot hole.jpg A hole opening up in the road in Ambleside, due to being undermined by flood waters. Climate change causes more extreme weather events, which leads to increased costs for repairing damage to infrastructure.
 
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IMG_9608_pot hole.jpg A hole opening up in the road in Ambleside, due to being undermined by flood waters. Climate change causes more extreme weather events, which leads to increased costs for repairing damage to infrastructure.
 
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IMG_7463_destruction.jpg On Thursday 19th November 2009 over 31cm of rain fell in 24 hours on the Cumbrian mountains. The single largest rainfall total in the British Isles since records began. It caused unprecedented flooding, with Cockermouth being particularly badly hit after both the Cocker and Derwent burst their banks. The main street was 5 feet underwater and £millions worth of damage was caused. This shot shows tarmac ripped from a road surface by the flood waters near Cockermouths Main street, after the water receeded, UK.
 
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IMG_7465_cockermouth.jpg On Thursday 19th November 2009 over 31cm of rain fell in 24 hours on the Cumbrian mountains. The single largest rainfall total in the British Isles since records began. It caused unprecedented flooding, with Cockermouth being particularly badly hit after both the Cocker and Derwent burst their banks. The main street was 5 feet underwater and £millions worth of damage was caused. This shot shows tarmac ripped from a road surface by the flood waters near Cockermouths Main street, after the water receeded, UK.
 
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IMG_7468_flooding.jpg On Thursday 19th November 2009 over 31cm of rain fell in 24 hours on the Cumbrian mountains. The single largest rainfall total in the British Isles since records began. It caused unprecedented flooding, with Cockermouth being particularly badly hit after both the Cocker and Derwent burst their banks. The main street was 5 feet underwater and £millions worth of damage was caused. This shot shows tarmac ripped from a road surface by the flood waters near Cockermouths Main street, after the water receeded, UK.
 
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IMG_7472_flood damage.jpg On Thursday 19th November 2009 over 31cm of rain fell in 24 hours on the Cumbrian mountains. The single largest rainfall total in the British Isles since records began. It caused unprecedented flooding, with Cockermouth being particularly badly hit after both the Cocker and Derwent burst their banks. The main street was 5 feet underwater and £millions worth of damage was caused. This shot shows tarmac ripped from a road surface by the flood waters near Cockermouths Main street, after the water receeded, UK.
 
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