Global Warming Images
 
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IMG_4757_foamy.jpg Patterns in scum floating on the River Ribble near Clitheroe, Lancashire, UK.
 
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IMG_4759_spume.jpg Patterns in scum floating on the River Ribble near Clitheroe, Lancashire, UK.
 
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IMG_4762_river Ribble.jpg Patterns in scum floating on the River Ribble near Clitheroe, Lancashire, UK.
 
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IMG_4763_foam.jpg Patterns in scum floating on the River Ribble near Clitheroe, Lancashire, UK.
 
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IMG_4769_water resource.jpg An urban river running through the centre of Burnley in Lancashire, UK, that has been channelised.
 
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IMG_4771_stream.jpg An urban river running through the centre of Burnley in Lancashire, UK, that has been channelised.
 
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IMG_4785_water quality.jpg An urban river running through the centre of Burnley in Lancashire, UK, that has been channelised, with rubbish thrown in it.
 
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IMG_4787_shopping trolley.jpg An urban river running through the centre of Burnley in Lancashire, UK, that has been channelised, with rubbish thrown in it.
 
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IMG_4789_channelised.jpg An urban river running through the centre of Burnley in Lancashire, UK, that has been channelised, with rubbish thrown in it.
 
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IMG_5170_water quality.jpg Scum floating on the River Ribble near Clitheroe, Lancashire, UK.
 
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IMG_5202_canalised.jpg A straightened, channelised water course through Burnley Town centre between old buildings and the modern job centre,
 
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IMG_5209_urban waterway.jpg A straightened, channelised water course through Burnley Town centre between old buildings and the modern job centre,
 
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IMG_3095_water tower.jpg Thirlmere reservoir in the Lake District UK, the day before the hosepipe ban comes into affect in the North West. United Utilities applied for the drought order, after the driest start to the year since 1929, with less than 50% of normal rainfall. The drought comes hot on the heals of the worst floods that Cumbria has ever seen, when in November 2009, United Utilities had to open the emergency valves to let water out, as the dam was in danger of collapsing when the water reached unprecendented high levels. Climate modelling shows that as the atmosphere warms we are more likely to move to a cycle of flood followed by drought. This water intake tower was almost submerged during the November 2009 floods.
 
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IMG_3133_Thirlmere.jpg Thirlmere reservoir in the Lake District UK, with a hosepipe ban in affect in the North West. United Utilities applied for the drought order, after the driest start to the year since 1929, with less than 50% of normal rainfall. The drought comes hot on the heals of the worst floods that Cumbria has ever seen, when in November 2009, United Utilities had to open the emergency valves to let water out, as the dam was in danger of collapsing when the water reached unprecendented high levels. Climate modelling shows that as the atmosphere warms we are more likely to move to a cycle of flood followed by drought.
 
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IMG_3135_dam.jpg Haweswater reservoir in the Lake District UK, with a hosepipe ban in affect in the North West. United Utilities applied for the drought order, after the driest start to the year since 1929, with less than 50% of normal rainfall. The drought comes hot on the heals of the worst floods that Cumbria has ever seen, when in November 2009, United Utilities had to open the emergency valves to let water out, as the dam was in danger of collapsing when the water reached unprecendented high levels. Climate modelling shows that as the atmosphere warms we are more likely to move to a cycle of flood followed by drought.
 
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IMG_3147_weir.jpg Peat staining in water as a stream goes over a weir before entering Haweswater Reservoir in the Lake district, UK.
 
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IMG_3151_peat staining.jpg Peat staining in water as a stream goes over a weir before entering Haweswater Reservoir in the Lake district, UK.
 
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IMG_3161_sediment load.jpg Peat staining in water as a stream goes over a weir before entering Haweswater Reservoir in the Lake district, UK.
 
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IMG_3179_waterfall.jpg Peat staining in water as a stream goes over a weir before entering Haweswater Reservoir in the Lake district, UK.
 
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IMG_3182_cascade.jpg Peat staining in water as a stream goes over a weir before entering Haweswater Reservoir in the Lake district, UK.
 
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IMG_3186_peat staining.jpg Peat staining in water as a stream goes over a weir before entering Haweswater Reservoir in the Lake district, UK.
 
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IMG_3187_peat.jpg Peat staining in water as a stream goes over a weir before entering Haweswater Reservoir in the Lake district, UK.
 
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IMG_3194_staining.jpg Peat staining in water as a stream goes over a weir before entering Haweswater Reservoir in the Lake district, UK.
 
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IMG_3203_weir.jpg Peat staining in water as a stream goes over a weir before entering Haweswater Reservoir in the Lake district, UK.
 
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IMG_3216_Haweswater.jpg Old walls being revealed either side of the road into Mardale village that was flooded when Haweswater reservoir in the Lake District UK was created, with a hosepipe ban in affect in the North West. United Utilities applied for the drought order, after the driest start to the year since 1929, with less than 50% of normal rainfall. The drought comes hot on the heals of the worst floods that Cumbria has ever seen, when in November 2009, United Utilities had to open the emergency valves to let water out, as the dam was in danger of collapsing when the water reached unprecendented high levels. Climate modelling shows that as the atmosphere warms we are more likely to move to a cycle of flood followed by drought.
 
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IMG_3227_Mardale village.jpg Old walls and buildings being revealed of Mardale village that was flooded when Haweswater reservoir in the Lake District UK was created, with a hosepipe ban in affect in the North West. United Utilities applied for the drought order, after the driest start to the year since 1929, with less than 50% of normal rainfall. The drought comes hot on the heals of the worst floods that Cumbria has ever seen, when in November 2009, United Utilities had to open the emergency valves to let water out, as the dam was in danger of collapsing when the water reached unprecendented high levels. Climate modelling shows that as the atmosphere warms we are more likely to move to a cycle of flood followed by drought.
 
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IMG_3230_revealed.jpg Old walls and buildings being revealed of Mardale village that was flooded when Haweswater reservoir in the Lake District UK was created, with a hosepipe ban in affect in the North West. United Utilities applied for the drought order, after the driest start to the year since 1929, with less than 50% of normal rainfall. The drought comes hot on the heals of the worst floods that Cumbria has ever seen, when in November 2009, United Utilities had to open the emergency valves to let water out, as the dam was in danger of collapsing when the water reached unprecendented high levels. Climate modelling shows that as the atmosphere warms we are more likely to move to a cycle of flood followed by drought.
 
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IMG_3234_sunken.jpg Old walls and buildings being revealed of Mardale village that was flooded when Haweswater reservoir in the Lake District UK was created, with a hosepipe ban in affect in the North West. United Utilities applied for the drought order, after the driest start to the year since 1929, with less than 50% of normal rainfall. The drought comes hot on the heals of the worst floods that Cumbria has ever seen, when in November 2009, United Utilities had to open the emergency valves to let water out, as the dam was in danger of collapsing when the water reached unprecendented high levels. Climate modelling shows that as the atmosphere warms we are more likely to move to a cycle of flood followed by drought.
 
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IMG_3250_Mardale.jpg Old walls being revealed at the side of the road into Mardale village that was flooded when Haweswater reservoir in the Lake District UK was created, with a hosepipe ban in affect in the North West. United Utilities applied for the drought order, after the driest start to the year since 1929, with less than 50% of normal rainfall. The drought comes hot on the heals of the worst floods that Cumbria has ever seen, when in November 2009, United Utilities had to open the emergency valves to let water out, as the dam was in danger of collapsing when the water reached unprecendented high levels. Climate modelling shows that as the atmosphere warms we are more likely to move to a cycle of flood followed by drought.
 
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IMG_4116_mud cracks.jpg Thirlmere reservoir in the Lake District UK, the day before the hosepipe ban comes into affect in the North West. United Utilities applied for the drought order, after the driest start to the year since 1929, with less than 50% of normal rainfall. The drought comes hot on the heals of the worst floods that Cumbria has ever seen, when in November 2009, United Utilities had to open the emergency valves to let water out, as the dam was in danger of collapsing when the water reached unprecendented high levels. Climate modelling shows that as the atmosphere warms we are more likely to move to a cycle of flood followed by drought.
 
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IMG_4173_Thirlmere reservoir.jpg Thirlmere reservoir in the Lake District UK, with a hosepipe ban in affect in the North West. United Utilities applied for the drought order, after the driest start to the year since 1929, with less than 50% of normal rainfall. The drought comes hot on the heals of the worst floods that Cumbria has ever seen, when in November 2009, United Utilities had to open the emergency valves to let water out, as the dam was in danger of collapsing when the water reached unprecendented high levels. Climate modelling shows that as the atmosphere warms we are more likely to move to a cycle of flood followed by drought.
 
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IMG_4178_low water.jpg Thirlmere reservoir in the Lake District UK, with a hosepipe ban in affect in the North West. United Utilities applied for the drought order, after the driest start to the year since 1929, with less than 50% of normal rainfall. The drought comes hot on the heals of the worst floods that Cumbria has ever seen, when in November 2009, United Utilities had to open the emergency valves to let water out, as the dam was in danger of collapsing when the water reached unprecendented high levels. Climate modelling shows that as the atmosphere warms we are more likely to move to a cycle of flood followed by drought.
 
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