Global Warming Images
 
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20120307_IMG_6687.jpg Growing with Grace is an organic fruit and vegetable growing co-operative based in Clapham in the Yorkshire Dales, UK. They grow organic veg which is sold via a box scheme to local people. The delivery van is powered by bio diesel which is made on site from waste vegetable oil from local restaurants. They take green waste from the local council and turn it into organic compost, which is used on their own crops and sold to local gardeners.
 
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20120307_IMG_6688.jpg Growing with Grace is an organic fruit and vegetable growing co-operative based in Clapham in the Yorkshire Dales, UK. They grow organic veg which is sold via a box scheme to local people. The delivery van is powered by bio diesel which is made on site from waste vegetable oil from local restaurants. They take green waste from the local council and turn it into organic compost, which is used on their own crops and sold to local gardeners.
 
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IMG_3299_mistletoe.jpg Mistletoew parasatising an apple tree in an orchard at Acorn Bank, Cumbria, UK.
 
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IMG_3370_cocoon.jpg Nests of the Pine Processionary Caterpiller (Thaumetopoea pityocampa) in pine trees in the Sierra Nevada mountains of southern Spain. These moth caterpillars attack and eat the pine needles, damaging the trees. They are responding to climate change by surviving at ever higher altitudes in the mountains as temperatures rise, allowing them to damage more trees. These caterpillars have a very effective defence mechanism. They are covered in thousands of tiny poisonous hairs called Trichomes. If handled these minute hairs cause irritation. They even release these trichomes into the air if the nest is approached.
 
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IMG_3414_pine processionary moth.jpg Nests of the Pine Processionary Caterpiller (Thaumetopoea pityocampa) in pine trees in the Sierra Nevada mountains of southern Spain. These moth caterpillars attack and eat the pine needles, damaging the trees. They are responding to climate change by surviving at ever higher altitudes in the mountains as temperatures rise, allowing them to damage more trees. These caterpillars have a very effective defence mechanism. They are covered in thousands of tiny poisonous hairs called Trichomes. If handled these minute hairs cause irritation. They even release these trichomes into the air if the nest is approached.
 
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IMG_3363_moth.jpg Nests of the Pine Processionary Caterpiller (Thaumetopoea pityocampa) in pine trees in the Sierra Nevada mountains of southern Spain. These moth caterpillars attack and eat the pine needles, damaging the trees. They are responding to climate change by surviving at ever higher altitudes in the mountains as temperatures rise, allowing them to damage more trees. These caterpillars have a very effective defence mechanism. They are covered in thousands of tiny poisonous hairs called Trichomes. If handled these minute hairs cause irritation. They even release these trichomes into the air if the nest is approached.
 
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IMG_3366_cocoon.jpg Nests of the Pine Processionary Caterpiller (Thaumetopoea pityocampa) in pine trees in the Sierra Nevada mountains of southern Spain. These moth caterpillars attack and eat the pine needles, damaging the trees. They are responding to climate change by surviving at ever higher altitudes in the mountains as temperatures rise, allowing them to damage more trees. These caterpillars have a very effective defence mechanism. They are covered in thousands of tiny poisonous hairs called Trichomes. If handled these minute hairs cause irritation. They even release these trichomes into the air if the nest is approached.
 
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IMG_3376_pest.jpg Nests of the Pine Processionary Caterpiller (Thaumetopoea pityocampa) in pine trees in the Sierra Nevada mountains of southern Spain. These moth caterpillars attack and eat the pine needles, damaging the trees. They are responding to climate change by surviving at ever higher altitudes in the mountains as temperatures rise, allowing them to damage more trees. These caterpillars have a very effective defence mechanism. They are covered in thousands of tiny poisonous hairs called Trichomes. If handled these minute hairs cause irritation. They even release these trichomes into the air if the nest is approached.
 
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IMG_3385_damage.jpg Nests of the Pine Processionary Caterpiller (Thaumetopoea pityocampa) in pine trees in the Sierra Nevada mountains of southern Spain. These moth caterpillars attack and eat the pine needles, damaging the trees. They are responding to climate change by surviving at ever higher altitudes in the mountains as temperatures rise, allowing them to damage more trees. These caterpillars have a very effective defence mechanism. They are covered in thousands of tiny poisonous hairs called Trichomes. If handled these minute hairs cause irritation. They even release these trichomes into the air if the nest is approached.
 
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IMG_1340_beeswax.jpg A beehive in Cockermouth, Cumbria, UK that has been infected and damaged by the Varoa mite. The Varoa mite is a parasite of honeybees that has increased hugely in recent years as a result of milder winters caused by climate change. The mite attacks both the adults and brood bees, sucking their blood and causing damage. Many bee colonies around the world, have collapsed due to the mite, deeply worrying as honeybees are resposible for pollinating the majority of food crops that humas rely on for food.
 
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IMG_2159_pest control.jpg A vineyard at Buxton Ridge, Victoria, Australia with the vines protected from birds.
 
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IMG_2383_pest control.jpg Grape vines in near Shepperton in Victoria covered up to protect them from birds.
 
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366W8342_crop damage.jpg Cabbage damaged by caterpillsrs of the Cabbage white Butterfly on an allotment in Cumbria UK
 
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366W8371_crop damage.jpg Cabbage damaged by caterpillsrs of the Cabbage white Butterfly on an allotment in Cumbria UK
 
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366W8374_pest.jpg Cabbage damaged by caterpillsrs of the Cabbage white Butterfly on an allotment in Cumbria UK
 
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366W8376_caterpillar.jpg Cabbage damaged by caterpillsrs of the Cabbage white Butterfly on an allotment in Cumbria UK
 
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IMG_1683_alien.jpg Dr Jeff Warburton from Durham University Geography Department walks through a stand of the highly invasive foreign plant, Himalayan Balsam on the banks of the River Wear in Durham, UK. Warming temperatures are allowing many plant and animal species to shift their range into areas where they out compete with the native fauna and flora.
 
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IMG_1686_invasive.jpg Dr Jeff Warburton from Durham University Geography Department walks through a stand of the highly invasive foreign plant, Himalayan Balsam on the banks of the River Wear in Durham, UK. Warming temperatures are allowing many plant and animal species to shift their range into areas where they out compete with the native fauna and flora.
 
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IMG_0083_varoa mite.jpg Apiguard being used to combat the Vaoa mite in hives in Cockermouth Cumbria, UK. The Varoa mite is a parasite of honeybees that has increased hugely in recent years as a result of milder winters caused by climate change. The mite attacks both the adults and brood bees, sucking their blood and causing damage. Many bee colonies around the world, have collapsed due to the mite, deeply worrying as honeybees are resposible for pollinating the majority of food crops that humas rely on for food.
 
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IMG_0085_varoa.jpg Apiguard being used to combat the Vaoa mite in hives in Cockermouth Cumbria, UK. The Varoa mite is a parasite of honeybees that has increased hugely in recent years as a result of milder winters caused by climate change. The mite attacks both the adults and brood bees, sucking their blood and causing damage. Many bee colonies around the world, have collapsed due to the mite, deeply worrying as honeybees are resposible for pollinating the majority of food crops that humas rely on for food.
 
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IMG_0089_varoa mite.jpg Apiguard being used to combat the Vaoa mite in hives in Cockermouth Cumbria, UK. The Varoa mite is a parasite of honeybees that has increased hugely in recent years as a result of milder winters caused by climate change. The mite attacks both the adults and brood bees, sucking their blood and causing damage. Many bee colonies around the world, have collapsed due to the mite, deeply worrying as honeybees are resposible for pollinating the majority of food crops that humas rely on for food.
 
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IMG_0097_beekeeper.jpg Bill Mackereth, a beekeeper from Cockermouth, Cumbria, UK, checks his hives for signs of Varoa mite damage. The Varoa mite is a parasite of honeybees that has increased hugely in recent years as a result of milder winters caused by climate change. The mite attacks both the adults and brood bees, sucking their blood and causing damage. Many bee colonies around the world, have collapsed due to the mite, deeply worrying as honeybees are resposible for pollinating the majority of food crops that humas rely on for food.
 
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IMG_0101_beekeeper.jpg Bill Mackereth, a beekeeper from Cockermouth, Cumbria, UK, checks his hives for signs of Varoa mite damage. The Varoa mite is a parasite of honeybees that has increased hugely in recent years as a result of milder winters caused by climate change. The mite attacks both the adults and brood bees, sucking their blood and causing damage. Many bee colonies around the world, have collapsed due to the mite, deeply worrying as honeybees are resposible for pollinating the majority of food crops that humas rely on for food.
 
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IMG_0102_bees.jpg Bill Mackereth, a beekeeper from Cockermouth, Cumbria, UK, checks his hives for signs of Varoa mite damage. The Varoa mite is a parasite of honeybees that has increased hugely in recent years as a result of milder winters caused by climate change. The mite attacks both the adults and brood bees, sucking their blood and causing damage. Many bee colonies around the world, have collapsed due to the mite, deeply worrying as honeybees are resposible for pollinating the majority of food crops that humas rely on for food.
 
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IMG_0107_bees.jpg Bill Mackereth, a beekeeper from Cockermouth, Cumbria, UK, checks his hives for signs of Varoa mite damage. The Varoa mite is a parasite of honeybees that has increased hugely in recent years as a result of milder winters caused by climate change. The mite attacks both the adults and brood bees, sucking their blood and causing damage. Many bee colonies around the world, have collapsed due to the mite, deeply worrying as honeybees are resposible for pollinating the majority of food crops that humas rely on for food.
 
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IMG_0116_honey bee.jpg A beehive in Cockermouth, Cumbria, UK that has been infected and damaged by the Varoa mite. The Varoa mite is a parasite of honeybees that has increased hugely in recent years as a result of milder winters caused by climate change. The mite attacks both the adults and brood bees, sucking their blood and causing damage. Many bee colonies around the world, have collapsed due to the mite, deeply worrying as honeybees are resposible for pollinating the majority of food crops that humas rely on for food.
 
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IMG_0118_honey.jpg Bill Mackereth, a beekeeper from Cockermouth, Cumbria, UK, checks his hives for signs of Varoa mite damage. The Varoa mite is a parasite of honeybees that has increased hugely in recent years as a result of milder winters caused by climate change. The mite attacks both the adults and brood bees, sucking their blood and causing damage. Many bee colonies around the world, have collapsed due to the mite, deeply worrying as honeybees are resposible for pollinating the majority of food crops that humas rely on for food.
 
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IMG_0123_beekeeper.jpg Bill Mackereth, a beekeeper from Cockermouth, Cumbria, UK, checks his hives for signs of Varoa mite damage. The Varoa mite is a parasite of honeybees that has increased hugely in recent years as a result of milder winters caused by climate change. The mite attacks both the adults and brood bees, sucking their blood and causing damage. Many bee colonies around the world, have collapsed due to the mite, deeply worrying as honeybees are resposible for pollinating the majority of food crops that humas rely on for food.
 
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IMG_0137_apiguard.jpg Apiguard being used to combat the Vaoa mite in hives in Cockermouth Cumbria, UK. The Varoa mite is a parasite of honeybees that has increased hugely in recent years as a result of milder winters caused by climate change. The mite attacks both the adults and brood bees, sucking their blood and causing damage. Many bee colonies around the world, have collapsed due to the mite, deeply worrying as honeybees are resposible for pollinating the majority of food crops that humas rely on for food.
 
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IMG_0140_varoa mite.jpg Apistan being used to combat the Vaoa mite in hives in Cockermouth Cumbria, UK. The Varoa mite is a parasite of honeybees that has increased hugely in recent years as a result of milder winters caused by climate change. The mite attacks both the adults and brood bees, sucking their blood and causing damage. Many bee colonies around the world, have collapsed due to the mite, deeply worrying as honeybees are resposible for pollinating the majority of food crops that humas rely on for food.
 
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IMG_0141_varoa.jpg Apistan being used to combat the Vaoa mite in hives in Cockermouth Cumbria, UK. The Varoa mite is a parasite of honeybees that has increased hugely in recent years as a result of milder winters caused by climate change. The mite attacks both the adults and brood bees, sucking their blood and causing damage. Many bee colonies around the world, have collapsed due to the mite, deeply worrying as honeybees are resposible for pollinating the majority of food crops that humas rely on for food.
 
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IMG_0144_treatment.jpg Apistan being used to combat the Vaoa mite in hives in Cockermouth Cumbria, UK. The Varoa mite is a parasite of honeybees that has increased hugely in recent years as a result of milder winters caused by climate change. The mite attacks both the adults and brood bees, sucking their blood and causing damage. Many bee colonies around the world, have collapsed due to the mite, deeply worrying as honeybees are resposible for pollinating the majority of food crops that humas rely on for food.
 
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