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  • A middle-age husband pours thermal healing spa waters on to his wife in Budapests famous Szechenyi thermal bath, on 18th June 1990, in Budapest, Hungary. Budapest is especially known for its spas. The Széchenyi Medicinal Bath  Szechenyi-gyogyfurdo is the largest medicinal bath in Europe. Its water is supplied by two thermal springs, their temperature is 74°C/165°F and 77°C/171°F, respectively. The bath can be found in the City Park, and was built in 1913 in Neo-baroque style to the design of Gyozo Czigler.
    hungary_people07-18-06-1990.jpg
  • Three Hungarian men stand at the thermal poolside wearing hygienic hats in Budapest's famous Széchenyi thermal bath. Having bathed in thermal waters that are piped through this health resort in the middle of the capital city, the men wear swimming costumes in the warm summer morning where hundreds flock to. Budapest is especially known for its spas just as Germany is. The Széchenyi Medicinal Bath  (Széchenyi-gyógyfürdő) is the largest medicinal bath in Europe. Its water is supplied by two thermal springs, their temperature is 74°C/165°F and 77°C/171°F, respectively. The bath can be found in the City Park, and was built in 1913 in Neo-baroque style to the design of Győző Czigler.
    spa_men01-13-06-1990_1_1.jpg
  • Hungarian gentlemen play chess in the thermal healing spa waters of Budapests famous Szechenyi thermal bath, on 18th June 1990, in Budapest, Hungary. Budapest is especially known for its spas. The Széchenyi Medicinal Bath  Szechenyi-gyogyfurdo is the largest medicinal bath in Europe. Its water is supplied by two thermal springs, their temperature is 74°C/165°F and 77°C/171°F, respectively. The bath can be found in the City Park, and was built in 1913 in Neo-baroque style to the design of Gyozo Czigler.
    hungary_people09-18-06-1990.jpg
  • A middle-age husband pours thermal healing spa waters on to his wife in Budapests famous Szechenyi thermal bath, on 18th June 1990, in Budapest, Hungary. Budapest is especially known for its spas. The Széchenyi Medicinal Bath  Szechenyi-gyogyfurdo is the largest medicinal bath in Europe. Its water is supplied by two thermal springs, their temperature is 74°C/165°F and 77°C/171°F, respectively. The bath can be found in the City Park, and was built in 1913 in Neo-baroque style to the design of Gyozo Czigler.
    hungary_people06-18-06-1990.jpg
  • Hungarian spa customers enjoy warm pavement and thermal healing spa waters on to his wife in Budapests famous Széchenyi thermal bath, on 18th June 1990, in Budapest, Hungary. Budapest is especially known for its spas. The Szechenyi Medicinal Bath  Szechenyi-gyogyfurdo is the largest medicinal bath in Europe. Its water is supplied by two thermal springs, their temperature is 74°C/165°F and 77°C/171°F, respectively. The bath can be found in the City Park, and was built in 1913 in Neo-baroque style to the design of Gyozo Czigler.
    hungary_people04-18-06-1990.jpg
  • By a Neo-baroque ornamental pillar and vase, a Hungarian couple are seated on beach chairs, not at the seaside but in Budapest's famous Széchenyi thermal bath. Having bathed in thermal waters that are piped through this health resort in the middle of the capital city, the man and woman wear swimming costumes in the warm summer morning where hundreds flock to. Budapest is especially known for its spas just as Germany is. The Széchenyi Medicinal Bath  (Széchenyi-gyógyfürdő) is the largest medicinal bath in Europe. Its water is supplied by two thermal springs, their temperature is 74°C/165°F and 77°C/171°F, respectively. The bath can be found in the City Park, and was built in 1913 in Neo-baroque style to the design of Győző Czigler.
    budapest_spa-13-06-1990_1.jpg
  • Steam hangs over the blue water from the thermal ponds created by the power station at Svartsengi. The Blue Lagoon, Iceland.
    140209_iceland_020.jpg
  • At Krisuvik, Iceland, where a 3,000 h.p. thermal generator powers farms and town of HAFNAFJORDUR, the steam is visible for miles.
    _O7F2002.jpg
  • Bathers enjoy the healing thermal spa waters in the Gellert Hotel in Budapest, on 18th June 1990, in Budapest, Hungary.
    hungary_people11-18-06-1990.jpg
  • Steam hangs over the blue water from the thermal ponds created by the power station at Svartsengi. The Blue Lagoon, Iceland.
    140209_iceland_036.jpg
  • Steam hangs over the blue water from the thermal ponds created by the power station at Svartsengi. The Blue Lagoon, Iceland.
    140209_iceland_017.jpg
  • Steam hangs over the blue water from the thermal ponds created by the power station at Svartsengi. The Blue Lagoon, Iceland.
    140209_iceland_039.jpg
  • Steam hangs over the blue water from the thermal ponds created by the power station at Svartsengi. The Blue Lagoon, Iceland.
    140209_iceland_028.jpg
  • Steam hangs over the blue water from the thermal ponds created by the power station at Svartsengi. The Blue Lagoon, Iceland.
    140209_iceland_026.jpg
  • Crashed car used in  road safety campagn in  South Iceland. In the background is a 3,000 h.p. thermal generator power farm near the town of Hafnafjordur, the steam is visible for miles.
    _O7F2025_1.jpg
  • Cyclists drink thermal spring water at Fonte de Sao Joao, on 17th July 2016, in the spa resort of Luso, Portugal. In the 11th century, Luso was a sleepy village linked to a monastery in the hills near Coimbra but it became a lively spa resort in the 1700s as its hot water springs became a focus for tourism. The waters here are said to have therapeutic value in the treatment for bad circulation, muscle tone, rheumatism and renal problems.
    portugal_luso-01-17-07-2016.jpg
  • Workmen installing a solar thermal panel on the roof of Pinmore ceramics gallery, they have received advice from the Energy agency, Ayrshire.<br />
Solar water heating systems use heat from the sun to work alongside your conventional water heater
    08-energyagency_2613.jpg
  • Foamglas Perinsul HL used for thermal insulation in the foundations of a new house on a home building construction site in Norwich. Norfolk. United Kingdom.
    UK-House-Building-3474.jpg
  • A box of Foamglas Perinsul HL used for thermal insulation in the foundations of a new house on a home building construction site in Norwich. Norfolk. United Kingdom.
    UK-House-Building-3469.jpg
  • Using recycled bottles, locals collect thermal spring water at Fonte de Sao Joao, on 17th July 2016, in the spa resort of Luso, Portugal. In the 11th century, Luso was a sleepy village linked to a monastery in the hills near Coimbra but it became a lively spa resort in the 1700s as its hot water springs became a focus for tourism. The waters here are said to have therapeutic value in the treatment for bad circulation, muscle tone, rheumatism and renal problems.
    portugal_luso-05-17-07-2016.jpg
  • A solar thermal panel on the roof of Pinmore ceramics gallery. Solar water heating systems use heat from the sun to work alongside your conventional water heater
    08-pv_2730.jpg
  • Great Fountain Geyser at Lower Geyser Basin Yellowstone National Park. The Lower Geyser Basin possess a large variety of thermal features, including mud pots, geysers, pools, springs, and fumaroles. This is one of the grand geysers of Yellowstone. It has the distinction of having the first written description recorded by the 1869 Folsom-Cook Expedition. But it remained unnamed until the 1872 Hayden Survey. The intricately terraced sinter cone is 150 feet in diameter with a 14x20 foot crater.
    2007_08_07_Lower Geyser Basin_P.jpg
  • Dead trees in the waters of the Lower Geyser Basin, west Yellowstone National Park. The Lower Geyser Basin possess a large variety of thermal features, including mud pots, geysers, pools, springs, and fumaroles. Great Fountain Geyser is one of the grand geysers in the Lower Geyser Basin. It erupts from a large, terraced platform with massive bursts exploding up to 150 feet high. White Dome Geyser does not have spectacular eruptive displays, but it does have one of the largest pink and white streaked cones in the Park.
    2007_08_07_Lower Geyser Basin_A.jpg
  • Foamglas Perinsul HL used for thermal insulation in the foundations of a new house on a home building construction site in Norwich. Norfolk. United Kingdom.
    UK-House-Building-3453.jpg
  • Using recycled bottles, locals collect thermal spring water at Fonte de Sao Joao, on 17th July 2016, in the spa resort of Luso, Portugal. In the 11th century, Luso was a sleepy village linked to a monastery in the hills near Coimbra but it became a lively spa resort in the 1700s as its hot water springs became a focus for tourism. The waters here are said to have therapeutic value in the treatment for bad circulation, muscle tone, rheumatism and renal problems.
    portugal_luso-02-17-07-2016.jpg
  • A close-up of sun reflecting off  a solar thermal panel. Solar water heating systems use heat from the sun to work alongside your conventional water heater
    08-pvpanel_2516.jpg
  • Great Fountain Geyser at Lower Geyser Basin Yellowstone National Park. The Lower Geyser Basin possess a large variety of thermal features, including mud pots, geysers, pools, springs, and fumaroles. This is one of the grand geysers of Yellowstone. It has the distinction of having the first written description recorded by the 1869 Folsom-Cook Expedition. But it remained unnamed until the 1872 Hayden Survey. The intricately terraced sinter cone is 150 feet in diameter with a 14x20 foot crater.
    2007_08_07_Lower Geyser Basin_R.jpg
  • Silex Spring at Lower Geyser Basin, west Yellowstone National Park. The Lower Geyser Basin possess a large variety of thermal features, including mud pots, geysers, pools, springs, and fumaroles. Great Fountain Geyser is one of the grand geysers in the Lower Geyser Basin. It erupts from a large, terraced platform with massive bursts exploding up to 150 feet high. White Dome Geyser does not have spectacular eruptive displays, but it does have one of the largest pink and white streaked cones in the Park.
    2007_08_07_Lower Geyser Basin_G.jpg
  • Using recycled bottles, locals collect thermal spring water at Fonte de Sao Joao, on 17th July 2016, in the spa resort of Luso, Portugal. In the 11th century, Luso was a sleepy village linked to a monastery in the hills near Coimbra but it became a lively spa resort in the 1700s as its hot water springs became a focus for tourism. The waters here are said to have therapeutic value in the treatment for bad circulation, muscle tone, rheumatism and renal problems.
    portugal_luso-04-17-07-2016.jpg
  • The Strokkur geyser erupting hurling boiling water some 20 metres high. Strokkur (Icelandic for "churn") is a fountain geyser in the geothermal area beside the Hvita River in Iceland in the southwest part of the country, east of Reykjavik. It is one of Iceland's most famous geysers, erupting about every 4–8 minutes 15 – 20m high, sometimes up to 40m high.
    140209_iceland_116.jpg
  • Bathers in the steamy waters created by the Geothermal Power Station Svartsengi. The Blue Lagoon. The water is vented from the ground near a lava flow that generates electricity via the turbines in the plant.  It is then passed into the lagoon where bathers enjoy temperatures of 38 degrees Centigrade.
    140209_iceland_071.jpg
  • Bathers in the steamy waters created by the Geothermal Power Station Svartsengi. The Blue Lagoon. The water is vented from the ground near a lava flow that generates electricity via the turbines in the plant.  It is then passed into the lagoon where bathers enjoy temperatures of 38 degrees Centigrade.
    140209_iceland_063.jpg
  • A piece of lava in the pool at the entrance to the Blue Lagoon resort. Iceland.
    140209_iceland_041.jpg
  • Bathers in the steamy waters created by the Geothermal Power Station Svartsengi. The Blue Lagoon. The water is vented from the ground near a lava flow that generates electricity via the turbines in the plant.  It is then passed into the lagoon where bathers enjoy temperatures of 38 degrees Centigrade.
    140209_iceland_015.jpg
  • Bathers in the steamy waters created by the Geothermal Power Station Svartsengi. The Blue Lagoon. The water is vented from the ground near a lava flow that generates electricity via the turbines in the plant.  It is then passed into the lagoon where bathers enjoy temperatures of 38 degrees Centigrade.
    140209_iceland_008.jpg
  • Bathers in the steamy waters created by the Geothermal Power Station Svartsengi. The Blue Lagoon. The water is vented from the ground near a lava flow that generates electricity via the turbines in the plant.  It is then passed into the lagoon where bathers enjoy temperatures of 38 degrees Centigrade.
    140209_iceland_001.jpg
  • Bathers in the steamy waters created by the Geothermal Power Station Svartsengi. The Blue Lagoon. The water is vented from the ground near a lava flow that generates electricity via the turbines in the plant.  It is then passed into the lagoon where bathers enjoy temperatures of 38 degrees Centigrade.
    140209_iceland_073.jpg
  • Bathers in the steamy waters created by the Geothermal Power Station Svartsengi. The Blue Lagoon. The water is vented from the ground near a lava flow that generates electricity via the turbines in the plant.  It is then passed into the lagoon where bathers enjoy temperatures of 38 degrees Centigrade.
    140209_iceland_069.jpg
  • Bathers in the steamy waters created by the Geothermal Power Station Svartsengi. The Blue Lagoon. The water is vented from the ground near a lava flow that generates electricity via the turbines in the plant.  It is then passed into the lagoon where bathers enjoy temperatures of 38 degrees Centigrade.
    140209_iceland_059.jpg
  • Bathers in the steamy waters created by the Geothermal Power Station Svartsengi. The Blue Lagoon. The water is vented from the ground near a lava flow that generates electricity via the turbines in the plant.  It is then passed into the lagoon where bathers enjoy temperatures of 38 degrees Centigrade.
    140209_iceland_055.jpg
  • Steam from Geothermal springs in volcanic landscape. Iceland.
    140209_iceland_024.jpg
  • Bathers in the steamy waters created by the Geothermal Power Station Svartsengi. The Blue Lagoon. The water is vented from the ground near a lava flow that generates electricity via the turbines in the plant.  It is then passed into the lagoon where bathers enjoy temperatures of 38 degrees Centigrade.
    140209_iceland_014.jpg
  • Bathers in the steamy waters created by the Geothermal Power Station Svartsengi. The Blue Lagoon. The water is vented from the ground near a lava flow that generates electricity via the turbines in the plant.  It is then passed into the lagoon where bathers enjoy temperatures of 38 degrees Centigrade.
    140209_iceland_011.jpg
  • Bathers in the steamy waters created by the Geothermal Power Station Svartsengi. The Blue Lagoon. The water is vented from the ground near a lava flow that generates electricity via the turbines in the plant.  It is then passed into the lagoon where bathers enjoy temperatures of 38 degrees Centigrade.
    140209_iceland_005.jpg
  • The Strokkur geyser erupting hurling boiling water some 20 metres high. Strokkur (Icelandic for "churn") is a fountain geyser in the geothermal area beside the Hvita River in Iceland in the southwest part of the country, east of Reykjavik. It is one of Iceland's most famous geysers, erupting about every 4–8 minutes 15 – 20m high, sometimes up to 40m high.
    140209_iceland_123.jpg
  • Spectators watch the documentary artwork entitled Incoming by Richard Mosse on giant screens, on 5th March 2017, at the Barbican in the City of London, England. Mosse is a conceptual documentary photographer and Deutsche Börse Photography Prize winner, created an immersive multi-channel video installation in the Curve. In collaboration with composer Ben Frost and cinematographer Trevor Tweeten, Mosse has been working with an advanced new thermographic weapons and border imaging technology that can see beyond 30km, registering a heat signature of relative temperature difference.
    richard_mosse-09-05-03-2017.jpg
  • Families relaxing at Gasa tsachhu (hot springs) in Jigme Dorji National Park, Western Bhutan. At Gasa hot springs there are five pools with water temperature ranging from mild to extremely hot. During the winter months when farming work is done, families from all over Bhutan come here to relax in the restorative pools for many days.
    A0028631cc_1.jpg
  • Rolls of loft insulation ready to install in homes in Kirklees, UK.
    09-kirklees-1562.jpg
  • Cavity Wall insulation between the external brickwork and internal windowsill of a 1930’s house on the 23rd of January 2020 in Folkestone, Kent, United Kingdom. Cavity Wall insulation is a process used to retrospectively fill the cavity of an external wall with a cotton type foam providing insulation and improving the heat retention of a property, offering savings on the cost of heating that property and saving energy.
    UK-Cavity-Wall-Insulation-5735.jpg
  • Cavity Wall insulation between the external brickwork and internal windowsill of a 1930’s house on the 23rd of January 2020 in Folkestone, Kent, United Kingdom. Cavity Wall insulation is a process used to retrospectively fill the cavity of an external wall with a cotton type foam providing insulation and improving the heat retention of a property, offering savings on the cost of heating that property and saving energy.
    UK-Cavity-Wall-Insulation-5730.jpg
  • Completed Passivhaus homes on a brand new house construction site in Norwich. Norfolk. United Kingdom
    UK-Passivhaus-Home-Building-3599.jpg
  • A couple look at a stills picture from the documentary artwork entitled Incoming by Richard Mosse, on 5th March 2017, at the Barbican in the City of London, England. Mosse is a conceptual documentary photographer and Deutsche Börse Photography Prize winner, created an immersive multi-channel video installation in the Curve. In collaboration with composer Ben Frost and cinematographer Trevor Tweeten, Mosse has been working with an advanced new thermographic weapons and border imaging technology that can see beyond 30km, registering a heat signature of relative temperature difference.
    richard_mosse-01-05-03-2017.jpg
  • Women relaxing at Gasa tsachhu (hot springs) in Jigme Dorji National Park, Western Bhutan. At Gasa hot springs there are five pools with water temperature ranging from mild to extremely hot. During the winter months when farming work is done, families from all over Bhutan come here to relax in the restorative pools for many days.
    A0028637cc_1.jpg
  • Families relaxing at Gasa tsachhu (hot springs) in Jigme Dorji National Park, Western Bhutan. At Gasa hot springs there are five pools with water temperature ranging from mild to extremely hot. During the winter months when farming work is done, families from all over Bhutan come here to relax in the restorative pools for many days.
    A0028626cc_1.jpg
  • Families relaxing at Gasa tsachhu (hot springs) in Jigme Dorji National Park, Western Bhutan. At Gasa hot springs there are five pools with water temperature ranging from mild to extremely hot. During the winter months when farming work is done, families from all over Bhutan come here to relax in the restorative pools for many days.
    A0028625cc_1.jpg
  • With its silvery glass domes the Perlan is Reykjavík's most recognizable landmark. Designed to be multi-functional, it serves as an observatory, restaurant, conference center and visitor attraction. Perlan is situated on the hill Öskjuhlíð where there had been hot water storage tanks for decades. Views are offered from the revolving restaurant which sits atop of four gigantic tanks each containing 4,000 liters/880 gal of 80°C/176°F water for the city's geothermal hot water system. The heat from below is conducted through the building's metal frame and warms the building.
    _O7F1636.jpg
  • With its silvery glass domes the Perlan is Reykjavík's most recognizable landmark. Designed to be multi-functional, it serves as an observatory, restaurant, conference center and visitor attraction. Perlan is situated on the hill Öskjuhlíð where there had been hot water storage tanks for decades. Views are offered from the revolving restaurant which sits atop of four gigantic tanks each containing 4,000 liters/880 gal of 80°C/176°F water for the city's geothermal hot water system. The heat from below is conducted through the building's metal frame and warms the building.
    _O7F1622.jpg
  • With its silvery glass domes the Perlan is Reykjavík's most recognizable landmark. Designed to be multi-functional, it serves as an observatory, restaurant, conference center and visitor attraction. Perlan is situated on the hill Öskjuhlíð where there had been hot water storage tanks for decades. Views are offered from the revolving restaurant which sits atop of four gigantic tanks each containing 4,000 liters/880 gal of 80°C/176°F water for the city's geothermal hot water system. The heat from below is conducted through the building's metal frame and warms the building.
    _O7F1604.jpg
  • Many pairs of anti-slip Acifort Wellington boots are awaiting users at the New England seafood suppliers in Chessington, London England. Made by British company Dunlop, these boots are designed as protection against the cold , insulating wearers in refrigerated workplaces such as this facility where fresh fish is processed ready for supplying UK supermarkets. Either showing their soles or standing on the floor alongside the wearers' outdoor footwear, they are coloured various shades of clean off-white or soiled cream. New England Seafood is a major supplier of fresh and frozen premium sustainable fish and seafood in the UK and one of the largest importers of fresh tuna. The Wellington boot -or wellie - was worn and popularised by Arthur Wellesley, 1st Duke of Wellington and fashionable among the British aristocracy in the early 19th century.
    new_england55-27-11-2007.jpg
  • Cavity wall insulation is being installed in a home in Kirklees, UK. Holes are drilled into the wall and foam pumped in.
    09-kirklees-2000.jpg
  • Loft insulation being installed in a roof in Kirklees, UK.
    09-kirklees-1921.jpg
  • Loft insulation being installed in a roof in Kirklees, UK.
    09-kirklees-1875.jpg
  • Loft insulation being installed in a roof in Kirklees, UK.
    09-kirklees-1857.jpg
  • A hand held thermographic camera used to test the efficiency of insulation in a house.
    07-ceeac_2977.jpg
  • A 1990s Hungarian gentleman snoozes in the shade of trees at the Szechenyi spa hotel, on 13th June 1990, in Budapest, Hungary.
    budapest_spa-13-06-1990.jpg
  • Loft insulation being installed in a roof in Kirklees, UK.
    09-kirklees-1603.jpg
  • Primary school children playing on the grass outside their school during their lunch break.  The school has solar panels on the roof and a wind turbiine to generate it's own electricity. In addition to the solar PV and wind turbine, the school has a 4 kW solar thermal systemthat contributes to the hot water requirements of the school kitchen and some of theclassrooms and toilet facilities. St. Columb Minor School, Cornwall, United Kingdom. The school won an Ashden Award in 2010 for it's appraoch to sustainable energy.
    10-stcolumbminor-0175.jpg
  • People inside having lunch in Alhama de Granada tapas Bar Ochoa. Traditional food in a traditional place. Alhama de Granada is a town in the province of Granada, approx. 50 km from the city of Granada. The name is derived from the thermal baths located there. Alhama’s position between Málaga and Granada gave it strategic importance for the Moors but they also had a particular fondness for the town and its waters.
    20131026_alhama de granada tapas bar...jpg
  • Man proudly rides his horses through the beautiful town of Alhama de Granada, Andalucia, Spain. On Saturdays this quiet town comes to live with locals enjoying a day off.  Alhama de Granada is a town in the province of Granada, approx. 50 km from the city of Granada. The name is derived from the thermal baths located there. Alhama’s position between Málaga and Granada gave it strategic importance for the Moors but they also had a particular fondness for the town and its waters.
    20131026_alhama de granada horses ca...jpg
  • Man proudly rides his horses through the beautiful town of Alhama de Granada, Andalucia, Spain. On Saturdays this quiet town comes to live with locals enjoying a day off.  Alhama de Granada is a town in the province of Granada, approx. 50 km from the city of Granada. The name is derived from the thermal baths located there. Alhama’s position between Málaga and Granada gave it strategic importance for the Moors but they also had a particular fondness for the town and its waters.
    20131026_alhama de granada horses ca...jpg
  • Autumnal trees with leaves turning yellow in Alhama de Granada gorge (Canon de los Tajos), Andalucia, Spain. Alhama de Granada is a town in the province of Granada, approx. 50 km from the city of Granada. The name is derived from the thermal baths located there. Alhama’s position between Málaga and Granada gave it strategic importance for the Moors but they also had a particular fondness for the town and its waters.
    20131024_alhama de granada gorge_G.jpg
  • Autumnal trees with leaves turning yellow in Alhama de Granada gorge (Canon de los Tajos), Andalucia, Spain. Alhama de Granada is a town in the province of Granada, approx. 50 km from the city of Granada. The name is derived from the thermal baths located there. Alhama’s position between Málaga and Granada gave it strategic importance for the Moors but they also had a particular fondness for the town and its waters.
    20131024_alhama de granada gorge_D.jpg
  • Horses put out to pasture deep in the Alhama de Granada gorge (Canon de los Tajos). Andalucia, Spain. Alhama de Granada is a town in the province of Granada, approx. 50 km from the city of Granada. The name is derived from the thermal baths located there. Alhama’s position between Málaga and Granada gave it strategic importance for the Moors but they also had a particular fondness for the town and its waters.
    20131024_alhama de granada gorge_A.jpg
  • Smashed glass window on 5th November 2020 in Birmingham, United Kingdom. Tempered or toughened glass is a type of safety glass processed by controlled thermal or chemical treatments to increase its strength compared with normal glass.
    20201105_smashed glass_001.jpg
  • Smashed glass window on 7th October 2020 in Birmingham, United Kingdom. Tempered or toughened glass is a type of safety glass processed by controlled thermal or chemical treatments to increase its strength compared with normal glass.
    20201007_smashed glass_001.jpg
  • A builder using a section of Foamglas Perinsul HL for thermal insulation in the foundations of a new house on a home building construction site in Norwich. Norfolk. United Kingdom.
    UK-House-Building-3472.jpg
  • Man proudly rides his horses through the beautiful town of Alhama de Granada, Andalucia, Spain. On Saturdays this quiet town comes to live with locals enjoying a day off.  Alhama de Granada is a town in the province of Granada, approx. 50 km from the city of Granada. The name is derived from the thermal baths located there. Alhama’s position between Málaga and Granada gave it strategic importance for the Moors but they also had a particular fondness for the town and its waters.
    20131026_alhama de granada horses ca...jpg
  • Horses put out to pasture deep in the Alhama de Granada gorge (Canon de los Tajos). Andalucia, Spain. Alhama de Granada is a town in the province of Granada, approx. 50 km from the city of Granada. The name is derived from the thermal baths located there. Alhama’s position between Málaga and Granada gave it strategic importance for the Moors but they also had a particular fondness for the town and its waters.
    20131024_alhama de granada gorge_M.jpg
  • Horses put out to pasture deep in the Alhama de Granada gorge (Canon de los Tajos). Andalucia, Spain. Alhama de Granada is a town in the province of Granada, approx. 50 km from the city of Granada. The name is derived from the thermal baths located there. Alhama’s position between Málaga and Granada gave it strategic importance for the Moors but they also had a particular fondness for the town and its waters.
    20131024_alhama de granada gorge_L.jpg
  • Horses put out to pasture deep in the Alhama de Granada gorge (Canon de los Tajos). Andalucia, Spain. Alhama de Granada is a town in the province of Granada, approx. 50 km from the city of Granada. The name is derived from the thermal baths located there. Alhama’s position between Málaga and Granada gave it strategic importance for the Moors but they also had a particular fondness for the town and its waters.
    20131024_alhama de granada gorge_K.jpg
  • Local children wave to the horses put out to pasture deep in the Alhama de Granada gorge. Andalucia, Spain. Alhama de Granada is a town in the province of Granada, approx. 50 km from the city of Granada. The name is derived from the thermal baths located there. Alhama’s position between Málaga and Granada gave it strategic importance for the Moors but they also had a particular fondness for the town and its waters.
    20131024_alhama de granada gorge_J.jpg
  • Autumnal trees with leaves turning yellow in Alhama de Granada gorge (Canon de los Tajos), Andalucia, Spain. Alhama de Granada is a town in the province of Granada, approx. 50 km from the city of Granada. The name is derived from the thermal baths located there. Alhama’s position between Málaga and Granada gave it strategic importance for the Moors but they also had a particular fondness for the town and its waters.
    20131024_alhama de granada gorge_H.jpg
  • Autumnal trees with leaves turning yellow in Alhama de Granada gorge (Canon de los Tajos), Andalucia, Spain. Alhama de Granada is a town in the province of Granada, approx. 50 km from the city of Granada. The name is derived from the thermal baths located there. Alhama’s position between Málaga and Granada gave it strategic importance for the Moors but they also had a particular fondness for the town and its waters.
    20131024_alhama de granada gorge_E.jpg
  • Alhama de Granada gorge, Andalucia, Spain. Alhama de Granada is a town in the province of Granada, approx. 50 km from the city of Granada. The name is derived from the thermal baths located there. Alhama’s position between Málaga and Granada gave it strategic importance for the Moors but they also had a particular fondness for the town and its waters.
    20131024_alhama de granada gorge_B.jpg
  • People inside having lunch in Alhama de Granada tapas Bar Ochoa. Traditional food in a traditional place. Alhama de Granada is a town in the province of Granada, approx. 50 km from the city of Granada. The name is derived from the thermal baths located there. Alhama’s position between Málaga and Granada gave it strategic importance for the Moors but they also had a particular fondness for the town and its waters.
    20131026_alhama de granada tapas bar...jpg
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