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  • Ritu Gaur, 13, (centre right) is participating to a Skills Development class led by Mr Anil Gulati, (right) Unicef Communication Specialist for Madhya Pradesh, inside the Jamoniya Tank Girls Hostel, near Sehore, Madhya Pradesh, India, where the Unicef India Sport For Development Project has started in 2012. Covering 313 state-run girls’ hostels and 207 mixed hostels in Madhya Pradesh, the project ensures that children from Scheduled Tribes (ST) and others amongst the poorest people in India, can easily access education and be introduced to sports. Field workers from Unicef also oversee their nutrition and monitor the overall conditions of each pupil.
    Unicef_Sport_For_Development_MP_Indi...JPG
  • Ritu Gaur, 13, is talking to other pupils during a Skills Development class in the Jamoniya Tank Girls Hostel, near Sehore, Madhya Pradesh, India, where the Unicef India Sport For Development Project has started in 2012. Covering 313 state-run girls’ hostels and 207 mixed hostels in Madhya Pradesh, the project ensures that children from Scheduled Tribes (ST) and others amongst the poorest people in India, can easily access education and be introduced to sports. Field workers from Unicef also oversee their nutrition and monitor the overall conditions of each pupil.
    Unicef_Sport_For_Development_MP_Indi...JPG
  • Ritu Gaur, 13, (centre right) is participating to a Skills Development class focusing on sawing, led by Sushila Chourasiya, 53, the assistant warden of the Jamoniya Tank Girls Hostel, near Sehore, Madhya Pradesh, India, where the Unicef India Sport For Development Project has started in 2012. Covering 313 state-run girls’ hostels and 207 mixed hostels in Madhya Pradesh, the project ensures that children from Scheduled Tribes (ST) and others amongst the poorest people in India, can easily access education and be introduced to sports. Field workers from Unicef also oversee their nutrition and monitor the overall conditions of each pupil.
    Unicef_Sport_For_Development_MP_Indi...JPG
  • Ritu Gaur, 13, (left) is participating to a Skills Development class focusing on drawing, in the Jamoniya Tank Girls Hostel, near Sehore, Madhya Pradesh, India, where the Unicef India Sport For Development Project has started in 2012. Covering 313 state-run girls’ hostels and 207 mixed hostels in Madhya Pradesh, the project ensures that children from Scheduled Tribes (ST) and others amongst the poorest people in India, can easily access education and be introduced to sports. Field workers from Unicef also oversee their nutrition and monitor the overall conditions of each pupil.
    Unicef_Sport_For_Development_MP_Indi...JPG
  • Ritu Gaur, 13, is sitting in her family home in Chittawaliya village, rural Sehore. Ritu lives in the Jamoniya Tank Girls Hostel by her school, near Sehore, Madhya Pradesh, India, where the Unicef India Sport For Development Project has started in 2012. Covering 313 state-run girls’ hostels and 207 mixed hostels in Madhya Pradesh, the project ensures that children from Scheduled Tribes (ST) and others amongst the poorest people in India, can easily access education and be introduced to sports. Field workers from Unicef also oversee their nutrition and monitor the overall conditions of each pupil.
    Unicef_Sport_For_Development_MP_Indi...JPG
  • Pupils are having breakfast in the early hours of the morning inside the Jamoniya Tank Girls Hostel, near Sehore, Madhya Pradesh, India, where the Unicef India Sport For Development Project has started in 2012. Covering 313 state-run girls’ hostels and 207 mixed hostels in Madhya Pradesh, the project ensures that children from Scheduled Tribes (ST) and others amongst the poorest people in India, can easily access education and be introduced to sports. Field workers from Unicef also oversee their nutrition and monitor the overall conditions of each pupil.
    Unicef_Sport_For_Development_MP_Indi...JPG
  • Ritu lives in the Jamoniya Tank Girls Hostel by her school, near Sehore, Madhya Pradesh, India, where the Unicef India Sport For Development Project has started in 2012. Covering 313 state-run girls’ hostels and 207 mixed hostels in Madhya Pradesh, the project ensures that children from Scheduled Tribes (ST) and others amongst the poorest people in India, can easily access education and be introduced to sports. Field workers from Unicef also oversee their nutrition and monitor the overall conditions of each pupil.
    Unicef_Sport_For_Development_MP_Indi...JPG
  • Ritu Gaur, 13, (centre) is praying in the early hours of the morning with other pupils in front of the Jamoniya Tank Girls Hostel, near Sehore, Madhya Pradesh, India, where the Unicef India Sport For Development Project has started in 2012. Covering 313 state-run girls’ hostels and 207 mixed hostels in Madhya Pradesh, the project ensures that children from Scheduled Tribes (ST) and others amongst the poorest people in India, can easily access education and be introduced to sports. Field workers from Unicef also oversee their nutrition and monitor the overall conditions of each pupil.
    Unicef_Sport_For_Development_MP_Indi...JPG
  • Ritu Gaur, 13, (front right) is praying in the early hours of the morning with other pupils and Sushila Chourasiya, 53, the assistant warden of the Jamoniya Tank Girls Hostel, near Sehore, Madhya Pradesh, India, where the Unicef India Sport For Development Project has started in 2012. Covering 313 state-run girls’ hostels and 207 mixed hostels in Madhya Pradesh, the project ensures that children from Scheduled Tribes (ST) and others amongst the poorest people in India, can easily access education and be introduced to sports. Field workers from Unicef also oversee their nutrition and monitor the overall conditions of each pupil.
    Unicef_Sport_For_Development_MP_Indi...JPG
  • Ritu lives in the Jamoniya Tank Girls Hostel by her school, near Sehore, Madhya Pradesh, India, where the Unicef India Sport For Development Project has started in 2012. Covering 313 state-run girls’ hostels and 207 mixed hostels in Madhya Pradesh, the project ensures that children from Scheduled Tribes (ST) and others amongst the poorest people in India, can easily access education and be introduced to sports. Field workers from Unicef also oversee their nutrition and monitor the overall conditions of each pupil.
    Unicef_Sport_For_Development_MP_Indi...JPG
  • Ritu Gaur, 13, (second from left) is talking to her roommates inside their dorm in the Jamoniya Tank Girls Hostel, near Sehore, Madhya Pradesh, India, where the Unicef India Sport For Development Project has started in 2012. Covering 313 state-run girls’ hostels and 207 mixed hostels in Madhya Pradesh, the project ensures that children from Scheduled Tribes (ST) and others amongst the poorest people in India, can easily access education and be introduced to sports. Field workers from Unicef also oversee their nutrition and monitor the overall conditions of each pupil.
    Unicef_Sport_For_Development_MP_Indi...JPG
  • Ritu Gaur, 13, is kicking a soccer ball in front of the Jamoniya Tank Girls Hostel, near Sehore, Madhya Pradesh, India, where the Unicef India Sport For Development Project has started in 2012. Covering 313 state-run girls’ hostels and 207 mixed hostels in Madhya Pradesh, the project ensures that children from Scheduled Tribes (ST) and others amongst the poorest people in India, can easily access education and be introduced to sports. Field workers from Unicef also oversee their nutrition and monitor the overall conditions of each pupil.
    Unicef_Sport_For_Development_MP_Indi...JPG
  • Ritu Gaur, 13, is smiling to her teacher during a class on the roof of the Jamoniya Tank Girls Hostel, near Sehore, Madhya Pradesh, India, where the Unicef India Sport For Development Project has started in 2012. Covering 313 state-run girls’ hostels and 207 mixed hostels in Madhya Pradesh, the project ensures that children from Scheduled Tribes (ST) and others amongst the poorest people in India, can easily access education and be introduced to sports. Field workers from Unicef also oversee their nutrition and monitor the overall conditions of each pupil.
    Unicef_Sport_For_Development_MP_Indi...JPG
  • Ritu Gaur, 13, (centre) is playing Ball Relay with other pupils in front of the Jamoniya Tank Girls Hostel, near Sehore, Madhya Pradesh, India, where the Unicef India Sport For Development Project has started in 2012. Covering 313 state-run girls’ hostels and 207 mixed hostels in Madhya Pradesh, the project ensures that children from Scheduled Tribes (ST) and others amongst the poorest people in India, can easily access education and be introduced to sports. Field workers from Unicef also oversee their nutrition and monitor the overall conditions of each pupil.
    Unicef_Sport_For_Development_MP_Indi...JPG
  • Ritu Gaur, 13, (centre) is throwing a ball towards her classmates while playing Circle Dodgeball in front of the Jamoniya Tank Girls Hostel, near Sehore, Madhya Pradesh, India, where the Unicef India Sport For Development Project has started in 2012. Covering 313 state-run girls’ hostels and 207 mixed hostels in Madhya Pradesh, the project ensures that children from Scheduled Tribes (ST) and others amongst the poorest people in India, can easily access education and be introduced to sports. Field workers from Unicef also oversee their nutrition and monitor the overall conditions of each pupil.
    Unicef_Sport_For_Development_MP_Indi...JPG
  • Ritu Gaur, 13, (centre/right) is sitting with her father, Sanjay, 45, (left) her younger brother, Pawan, 11, and her older sister, Malti, 17, (right) insider their home in Chittawaliya village, rural Sehore,  Ritu lives in the Jamoniya Tank Girls Hostel by her school, near Sehore, Madhya Pradesh, India, where the Unicef India Sport For Development Project has started in 2012. Covering 313 state-run girls’ hostels and 207 mixed hostels in Madhya Pradesh, the project ensures that children from Scheduled Tribes (ST) and others amongst the poorest people in India, can easily access education and be introduced to sports. Field workers from Unicef also oversee their nutrition and monitor the overall conditions of each pupil.
    Unicef_Sport_For_Development_MP_Indi...JPG
  • Ritu Gaur, 13, (left) is walking with her older sister, Malti, 17, (centre) and her younger sister, Shalu, 12, (right) on a road of her village, Chittawaliya, in rural Sehore, Madhya Pradesh, India. Ritu lives in the Jamoniya Tank Girls Hostel where the Unicef India Sport For Development Project has started in 2012. Covering 313 state-run girls’ hostels and 207 mixed hostels in Madhya Pradesh, the project ensures that children from Scheduled Tribes (ST) and others amongst the poorest people in India, can easily access education and be introduced to sports. Field workers from Unicef also oversee their nutrition and monitor the overall conditions of each pupil.
    Unicef_Sport_For_Development_MP_Indi...JPG
  • Ritu Gaur, 13, (left) is taking a pot of drinking water inside the Jamoniya Tank Girls Hostel, near Sehore, Madhya Pradesh, India, where the Unicef India Sport For Development Project has started in 2012. Covering 313 state-run girls’ hostels and 207 mixed hostels in Madhya Pradesh, the project ensures that children from Scheduled Tribes (ST) and others amongst the poorest people in India, can easily access education and be introduced to sports. Field workers from Unicef also oversee their nutrition and monitor the overall conditions of each pupil.
    Unicef_Sport_For_Development_MP_Indi...JPG
  • Ritu Gaur, 13, (centre) is smiling while consuming a meal inside the MS Jamoniya Tank Schhol, near Sehore, Madhya Pradesh, India. Ritu lives in the adjacent Jamoniya Tank Girls Hostel, where the Unicef India Sport For Development Project has started in 2012. Covering 313 state-run girls’ hostels and 207 mixed hostels in Madhya Pradesh, the project ensures that children from Scheduled Tribes (ST) and others amongst the poorest people in India, can easily access education and be introduced to sports. Field workers from Unicef also oversee their nutrition and monitor the overall conditions of each pupil.
    Unicef_Sport_For_Development_MP_Indi...JPG
  • Ritu Gaur, 13, (fourth in the left line) is celebrating her team's victory in the game of Hurdle Race in front of the Jamoniya Tank Girls Hostel, near Sehore, Madhya Pradesh, India, where the Unicef India Sport For Development Project has started in 2012. Covering 313 state-run girls’ hostels and 207 mixed hostels in Madhya Pradesh, the project ensures that children from Scheduled Tribes (ST) and others amongst the poorest people in India, can easily access education and be introduced to sports. Field workers from Unicef also oversee their nutrition and monitor the overall conditions of each pupil.
    Unicef_Sport_For_Development_MP_Indi...JPG
  • Ritu Gaur, 13, (bottom left) is studying on her bed inside a dorm of the Jamoniya Tank Girls Hostel, near Sehore, Madhya Pradesh, India, where the Unicef India Sport For Development Project has started in 2012. Covering 313 state-run girls’ hostels and 207 mixed hostels in Madhya Pradesh, the project ensures that children from Scheduled Tribes (ST) and others amongst the poorest people in India, can easily access education and be introduced to sports. Field workers from Unicef also oversee their nutrition and monitor the overall conditions of each pupil.
    Unicef_Sport_For_Development_MP_Indi...JPG
  • Ritu Gaur, 13, (top left near ball) is playing in a circle with other pupils in front of the Jamoniya Tank Girls Hostel, near Sehore, Madhya Pradesh, India, where the Unicef India Sport For Development Project has started in 2012. Covering 313 state-run girls’ hostels and 207 mixed hostels in Madhya Pradesh, the project ensures that children from Scheduled Tribes (ST) and others amongst the poorest people in India, can easily access education and be introduced to sports. Field workers from Unicef also oversee their nutrition and monitor the overall conditions of each pupil.
    Unicef_Sport_For_Development_MP_Indi...JPG
  • Ritu Gaur, 13, (centre) is stretching in the early hours of the morning with other pupils in front of the Jamoniya Tank Girls Hostel, near Sehore, Madhya Pradesh, India, where the Unicef India Sport For Development Project has started in 2012. Covering 313 state-run girls’ hostels and 207 mixed hostels in Madhya Pradesh, the project ensures that children from Scheduled Tribes (ST) and others amongst the poorest people in India, can easily access education and be introduced to sports. Field workers from Unicef also oversee their nutrition and monitor the overall conditions of each pupil.
    Unicef_Sport_For_Development_MP_Indi...JPG
  • Ritu Gaur, 13, is reading a text while standing in a classroom of the MS Jamoniya Tank Schhol, near Sehore, Madhya Pradesh, India. Ritu lives in the adjacent Jamoniya Tank Girls Hostel, where the Unicef India Sport For Development Project has started in 2012. Covering 313 state-run girls’ hostels and 207 mixed hostels in Madhya Pradesh, the project ensures that children from Scheduled Tribes (ST) and others amongst the poorest people in India, can easily access education and be introduced to sports. Field workers from Unicef also oversee their nutrition and monitor the overall conditions of each pupil.
    Unicef_Sport_For_Development_MP_Indi...JPG
  • Ritu Gaur, 13, (centre) is playing the game of Kabaddi in front of the Jamoniya Tank Girls Hostel, near Sehore, Madhya Pradesh, India, where the Unicef India Sport For Development Project has started in 2012. Covering 313 state-run girls’ hostels and 207 mixed hostels in Madhya Pradesh, the project ensures that children from Scheduled Tribes (ST) and others amongst the poorest people in India, can easily access education and be introduced to sports. Field workers from Unicef also oversee their nutrition and monitor the overall conditions of each pupil.
    Unicef_Sport_For_Development_MP_Indi...JPG
  • Ritu Gaur, 13, (right) is holding the hand of her best friend, Aruna, 13, while standing inside the Jamoniya Tank Girls Hostel, near Sehore, Madhya Pradesh, India, where the Unicef India Sport For Development Project has started in 2012. Covering 313 state-run girls’ hostels and 207 mixed hostels in Madhya Pradesh, the project ensures that children from Scheduled Tribes (ST) and others amongst the poorest people in India, can easily access education and be introduced to sports. Field workers from Unicef also oversee their nutrition and monitor the overall conditions of each pupil.
    Unicef_Sport_For_Development_MP_Indi...JPG
  • Ritu Gaur, 13, is sitting in her family home in Chittawaliya village, rural Sehore, while her mother Mohini, 37, is caressing her hair. Ritu lives in the Jamoniya Tank Girls Hostel by her school, near Sehore, Madhya Pradesh, India, where the Unicef India Sport For Development Project has started in 2012. Covering 313 state-run girls’ hostels and 207 mixed hostels in Madhya Pradesh, the project ensures that children from Scheduled Tribes (ST) and others amongst the poorest people in India, can easily access education and be introduced to sports. Field workers from Unicef also oversee their nutrition and monitor the overall conditions of each pupil.
    Unicef_Sport_For_Development_MP_Indi...JPG
  • Ritu Gaur, 13, (centre) is praying before receiving a meal inside the MS Jamoniya Tank Schhol, near Sehore, Madhya Pradesh, India. Ritu lives in the adjacent Jamoniya Tank Girls Hostel, where the Unicef India Sport For Development Project has started in 2012. Covering 313 state-run girls’ hostels and 207 mixed hostels in Madhya Pradesh, the project ensures that children from Scheduled Tribes (ST) and others amongst the poorest people in India, can easily access education and be introduced to sports. Field workers from Unicef also oversee their nutrition and monitor the overall conditions of each pupil.
    Unicef_Sport_For_Development_MP_Indi...JPG
  • Two girls studying at the MS Jamoniya Tank Schhol, near Sehore, Madhya Pradesh, India, are preparing a welcoming Hindu 'rangoli' in the early hours of the morning, in front of the Jamoniya Tank Girls Hostel, where the Unicef India Sport For Development Project has started in 2012. Covering 313 state-run girls’ hostels and 207 mixed hostels in Madhya Pradesh, the project ensures that children from Scheduled Tribes (ST) and others amongst the poorest people in India, can easily access education and be introduced to sports. Field workers from Unicef also oversee their nutrition and monitor the overall conditions of each pupil.
    Unicef_Sport_For_Development_MP_Indi...JPG
  • Ritu Gaur, 13, is Skipping Rope in front of the Jamoniya Tank Girls Hostel, near Sehore, Madhya Pradesh, India, where the Unicef India Sport For Development Project has started in 2012. Covering 313 state-run girls’ hostels and 207 mixed hostels in Madhya Pradesh, the project ensures that children from Scheduled Tribes (ST) and others amongst the poorest people in India, can easily access education and be introduced to sports. Field workers from Unicef also oversee their nutrition and monitor the overall conditions of each pupil.
    Unicef_Sport_For_Development_MP_Indi...JPG
  • A herder is walking with his animals on a rural road in front of the Jamoniya Tank Girls Hostel, where the Unicef India Sport For Development Project has started in 2012. Covering 313 state-run girls’ hostels and 207 mixed hostels in Madhya Pradesh, the project ensures that children from Scheduled Tribes (ST) and others amongst the poorest people in India, can easily access education and be introduced to sports. Field workers from Unicef also oversee their nutrition and monitor the overall conditions of each pupil.
    Unicef_Sport_For_Development_MP_Indi...JPG
  • Jennie Organ, 30, Bio Regional Development Group's communication manager is showing the wood chips used to provide energy to the BedZED housing complex on Thursday, Sep. 6, 2007, in London, UK. BedZED or the Beddington Zero Energy Development, is an environmentally-friendly housing development near Wallington, England in the London Borough of Sutton. It was designed by the architect Bill Dunster who was looking for a more sustainable way of building housing in urban areas in partnership between the BioRegional Development Group and the Peabody Trust. There are 82 houses, 17 apartments and 1,405 square meters of work space were built between 2000. The project was shortlisted for the Stirling Prize in 2003. The project is designed to use only energy from renewable source generated on site. In addition to 777 square meters of solar panels, tree waste is used for heating and electricity. The houses face south to take advantage of solar gain, are triple glazed and have high thermal insulation while most rain water is collected and reused. Appliances are chosen to be water efficient and use recycled water wherever possible. Low impact building materials were selected from renewable or recycled sources and were all originating within a 35 mile radius of the site to minimize the energy required for transportation. Also, refuse collection facilities are designed to support recycling and the site encourage eco-friendly transport: electric and LPG cars have priority over petrol/diesel cars, and electricity is provided by parking spaces appositely built for charging electric cars.
    BedZED_AlexMasi33.JPG
  • Helen Vincent, (left) and Hayley Bell, (right) working for Bio Regional Development Group are having some time off work in the BedZED housing complex on Thursday, Sep. 6, 2007, in London, UK. BedZED or the Beddington Zero Energy Development, is an environmentally-friendly housing development near Wallington, England in the London Borough of Sutton. It was designed by the architect Bill Dunster who was looking for a more sustainable way of building housing in urban areas in partnership between the BioRegional Development Group and the Peabody Trust. There are 82 houses, 17 apartments and 1,405 square meters of work space were built between 2000. The project was shortlisted for the Stirling Prize in 2003. The project is designed to use only energy from renewable source generated on site. In addition to 777 square meters of solar panels, tree waste is used for heating and electricity. The houses face south to take advantage of solar gain, are triple glazed and have high thermal insulation while most rain water is collected and reused. Appliances are chosen to be water efficient and use recycled water wherever possible. Low impact building materials were selected from renewable or recycled sources and were all originating within a 35 mile radius of the site to minimize the energy required for transportation. Also, refuse collection facilities are designed to support recycling and the site encourage eco-friendly transport: electric and LPG cars have priority over petrol/diesel cars, and electricity is provided by parking spaces appositely built for charging electric cars.
    BedZED_AlexMasi14.JPG
  • An exhibition about renewable energy and carbon emissions has been set up inside the offices of Bio Regional Development Group in the BedZED housing complex on Thursday, Sep. 6, 2007, in London, UK. BedZED or the Beddington Zero Energy Development, is an environmentally-friendly housing development near Wallington, England in the London Borough of Sutton. It was designed by the architect Bill Dunster who was looking for a more sustainable way of building housing in urban areas in partnership between the BioRegional Development Group and the Peabody Trust. There are 82 houses, 17 apartments and 1,405 square meters of work space were built between 2000. The project was shortlisted for the Stirling Prize in 2003. The project is designed to use only energy from renewable source generated on site. In addition to 777 square meters of solar panels, tree waste is used for heating and electricity. The houses face south to take advantage of solar gain, are triple glazed and have high thermal insulation while most rain water is collected and reused. Appliances are chosen to be water efficient and use recycled water wherever possible. Low impact building materials were selected from renewable or recycled sources and were all originating within a 35 mile radius of the site to minimize the energy required for transportation. Also, refuse collection facilities are designed to support recycling and the site encourage eco-friendly transport: electric and LPG cars have priority over petrol/diesel cars, and electricity is provided by parking spaces appositely built for charging electric cars.
    BedZED_AlexMasi13.JPG
  • Marc Kouffman, 22, working for Bio Regional Development Group is portrayed while inside the kitchen of a house on show in the BedZED housing complex on Thursday, Sep. 6, 2007, in London, UK. All the energy consumption meters are easy to find and to check and are located in the kitchen cupboard. BedZED or the Beddington Zero Energy Development, is an environmentally-friendly housing development near Wallington, England in the London Borough of Sutton. It was designed by the architect Bill Dunster who was looking for a more sustainable way of building housing in urban areas in partnership between the BioRegional Development Group and the Peabody Trust. There are 82 houses, 17 apartments and 1,405 square meters of work space were built between 2000. The project was shortlisted for the Stirling Prize in 2003. The project is designed to use only energy from renewable source generated on site. In addition to 777 square meters of solar panels, tree waste is used for heating and electricity. The houses face south to take advantage of solar gain, are triple glazed and have high thermal insulation while most rain water is collected and reused. Appliances are chosen to be water efficient and use recycled water wherever possible. Low impact building materials were selected from renewable or recycled sources and were all originating within a 35 mile radius of the site to minimize the energy required for transportation. Also, refuse collection facilities are designed to support recycling and the site encourage eco-friendly transport: electric and LPG cars have priority over petrol/diesel cars, and electricity is provided by parking spaces appositely built for charging electric cars.
    BedZED_AlexMasi12.JPG
  • Matt Mellen, 27, a project coordinator for One Planet Living, a Peabody Trust partner organisation, is arriving at work at the BedZED housing complex with his bike, on Thursday, Sep. 6, 2007, in London, UK. BedZED or the Beddington Zero Energy Development, is an environmentally-friendly housing development near Wallington, England in the London Borough of Sutton. It was designed by the architect Bill Dunster who was looking for a more sustainable way of building housing in urban areas in partnership between the BioRegional Development Group and the Peabody Trust. There are 82 houses, 17 apartments and 1,405 square meters of work space were built between 2000. The project was shortlisted for the Stirling Prize in 2003. The project is designed to use only energy from renewable source generated on site. In addition to 777 square meters of solar panels, tree waste is used for heating and electricity. The houses face south to take advantage of solar gain, are triple glazed and have high thermal insulation while most rain water is collected and reused. Appliances are chosen to be water efficient and use recycled water wherever possible. Low impact building materials were selected from renewable or recycled sources and were all originating within a 35 mile radius of the site to minimize the energy required for transportation. Also, refuse collection facilities are designed to support recycling and the site encourage eco-friendly transport: electric and LPG cars have priority over petrol/diesel cars, and electricity is provided by parking spaces appositely built for charging electric cars.
    BedZED_AlexMasi19.JPG
  • View of the buildings in the BedZED housing complex on Thursday, Sep. 6, 2007, in London, UK. BedZED or the Beddington Zero Energy Development, is an environmentally-friendly housing development near Wallington, England in the London Borough of Sutton. It was designed by the architect Bill Dunster who was looking for a more sustainable way of building housing in urban areas in partnership between the BioRegional Development Group and the Peabody Trust. There are 82 houses, 17 apartments and 1,405 square meters of work space were built between 2000. The project was shortlisted for the Stirling Prize in 2003. The project is designed to use only energy from renewable source generated on site. In addition to 777 square meters of solar panels, tree waste is used for heating and electricity. The houses face south to take advantage of solar gain, are triple glazed and have high thermal insulation while most rain water is collected and reused. Appliances are chosen to be water efficient and use recycled water wherever possible. Low impact building materials were selected from renewable or recycled sources and were all originating within a 35 mile radius of the site to minimize the energy required for transportation. Also, refuse collection facilities are designed to support recycling and the site encourage eco-friendly transport: electric and LPG cars have priority over petrol/diesel cars, and electricity is provided by parking spaces appositely built for charging electric cars.
    BedZED_AlexMasi15.JPG
  • Loanda Cullen, 55, portrayed in front of her house after collecting fresh vegetables in BedZED on Thursday, Sep. 6, 2007. BedZED or the Beddington Zero Energy Development, is an environmentally-friendly housing development near Wallington, England in the London Borough of Sutton. It was designed by the architect Bill Dunster who was looking for a more sustainable way of building housing in urban areas in partnership between the BioRegional Development Group and the Peabody Trust. There are 82 houses, 17 apartments and 1,405 square meters of work space were built between 2000. The project was shortlisted for the Stirling Prize in 2003. The project is designed to use only energy from renewable source generated on site. In addition to 777 square meters of solar panels, tree waste is used for heating and electricity. The houses face south to take advantage of solar gain, are triple glazed and have high thermal insulation while most rain water is collected and reused. Appliances are chosen to be water efficient and use recycled water wherever possible. Low impact building materials were selected from renewable or recycled sources and were all originating within a 35 mile radius of the site to minimize the energy required for transportation. Also, refuse collection facilities are designed to support recycling and the site encourage eco-friendly transport: electric and LPG cars have priority over petrol/diesel cars, and electricity is provided by parking spaces appositely built for charging electric cars.
    BedZED_AlexMasi37.JPG
  • Loanda Cullen, 55, portrayed in front of her house after collecting fresh vegetables in BedZED on Thursday, Sep. 6, 2007. BedZED or the Beddington Zero Energy Development, is an environmentally-friendly housing development near Wallington, England in the London Borough of Sutton. It was designed by the architect Bill Dunster who was looking for a more sustainable way of building housing in urban areas in partnership between the BioRegional Development Group and the Peabody Trust. There are 82 houses, 17 apartments and 1,405 square meters of work space were built between 2000. The project was shortlisted for the Stirling Prize in 2003. The project is designed to use only energy from renewable source generated on site. In addition to 777 square meters of solar panels, tree waste is used for heating and electricity. The houses face south to take advantage of solar gain, are triple glazed and have high thermal insulation while most rain water is collected and reused. Appliances are chosen to be water efficient and use recycled water wherever possible. Low impact building materials were selected from renewable or recycled sources and were all originating within a 35 mile radius of the site to minimize the energy required for transportation. Also, refuse collection facilities are designed to support recycling and the site encourage eco-friendly transport: electric and LPG cars have priority over petrol/diesel cars, and electricity is provided by parking spaces appositely built for charging electric cars.
    BedZED_AlexMasi36.JPG
  • View of one of the buildings in the BedZED housing complex on Thursday, Sep. 6, 2007, in London, UK. BedZED or the Beddington Zero Energy Development, is an environmentally-friendly housing development near Wallington, England in the London Borough of Sutton. It was designed by the architect Bill Dunster who was looking for a more sustainable way of building housing in urban areas in partnership between the BioRegional Development Group and the Peabody Trust. There are 82 houses, 17 apartments and 1,405 square meters of work space were built between 2000. The project was shortlisted for the Stirling Prize in 2003. The project is designed to use only energy from renewable source generated on site. In addition to 777 square meters of solar panels, tree waste is used for heating and electricity. The houses face south to take advantage of solar gain, are triple glazed and have high thermal insulation while most rain water is collected and reused. Appliances are chosen to be water efficient and use recycled water wherever possible. Low impact building materials were selected from renewable or recycled sources and were all originating within a 35 mile radius of the site to minimize the energy required for transportation. Also, refuse collection facilities are designed to support recycling and the site encourage eco-friendly transport: electric and LPG cars have priority over petrol/diesel cars, and electricity is provided by parking spaces appositely built for charging electric cars.
    BedZED_AlexMasi32.JPG
  • View of one of some of the flats in the BedZED housing complex on Thursday, Sep. 6, 2007, in London, UK. BedZED or the Beddington Zero Energy Development, is an environmentally-friendly housing development near Wallington, England in the London Borough of Sutton. It was designed by the architect Bill Dunster who was looking for a more sustainable way of building housing in urban areas in partnership between the BioRegional Development Group and the Peabody Trust. There are 82 houses, 17 apartments and 1,405 square meters of work space were built between 2000. The project was shortlisted for the Stirling Prize in 2003. The project is designed to use only energy from renewable source generated on site. In addition to 777 square meters of solar panels, tree waste is used for heating and electricity. The houses face south to take advantage of solar gain, are triple glazed and have high thermal insulation while most rain water is collected and reused. Appliances are chosen to be water efficient and use recycled water wherever possible. Low impact building materials were selected from renewable or recycled sources and were all originating within a 35 mile radius of the site to minimize the energy required for transportation. Also, refuse collection facilities are designed to support recycling and the site encourage eco-friendly transport: electric and LPG cars have priority over petrol/diesel cars, and electricity is provided by parking spaces appositely built for charging electric cars.
    BedZED_AlexMasi30.JPG
  • View of one of the buildings in the BedZED housing complex on Thursday, Sep. 6, 2007, in London, UK. BedZED or the Beddington Zero Energy Development, is an environmentally-friendly housing development near Wallington, England in the London Borough of Sutton. It was designed by the architect Bill Dunster who was looking for a more sustainable way of building housing in urban areas in partnership between the BioRegional Development Group and the Peabody Trust. There are 82 houses, 17 apartments and 1,405 square meters of work space were built between 2000. The project was shortlisted for the Stirling Prize in 2003. The project is designed to use only energy from renewable source generated on site. In addition to 777 square meters of solar panels, tree waste is used for heating and electricity. The houses face south to take advantage of solar gain, are triple glazed and have high thermal insulation while most rain water is collected and reused. Appliances are chosen to be water efficient and use recycled water wherever possible. Low impact building materials were selected from renewable or recycled sources and were all originating within a 35 mile radius of the site to minimize the energy required for transportation. Also, refuse collection facilities are designed to support recycling and the site encourage eco-friendly transport: electric and LPG cars have priority over petrol/diesel cars, and electricity is provided by parking spaces appositely built for charging electric cars.
    BedZED_AlexMasi27.JPG
  • Bill Dunster, one of the architects behind the BedZED housing project is getting ready for work while driving a car powered by pure plant oil, in BedZED, on Thursday, Sep. 6, 2007. BedZED or the Beddington Zero Energy Development, is an environmentally-friendly housing development near Wallington, England in the London Borough of Sutton. It was designed by the architect Bill Dunster who was looking for a more sustainable way of building housing in urban areas in partnership between the BioRegional Development Group and the Peabody Trust. There are 82 houses, 17 apartments and 1,405 square meters of work space were built between 2000. The project was shortlisted for the Stirling Prize in 2003. The project is designed to use only energy from renewable source generated on site. In addition to 777 square meters of solar panels, tree waste is used for heating and electricity. The houses face south to take advantage of solar gain, are triple glazed and have high thermal insulation while most rain water is collected and reused. Appliances are chosen to be water efficient and use recycled water wherever possible. Low impact building materials were selected from renewable or recycled sources and were all originating within a 35 mile radius of the site to minimize the energy required for transportation. Also, refuse collection facilities are designed to support recycling and the site encourage eco-friendly transport: electric and LPG cars have priority over petrol/diesel cars, and electricity is provided by parking spaces appositely built for charging electric cars.
    BedZED_AlexMasi23.JPG
  • View of one of the buildings in the BedZED housing complex on Thursday, Sep. 6, 2007, in London, UK. BedZED or the Beddington Zero Energy Development, is an environmentally-friendly housing development near Wallington, England in the London Borough of Sutton. It was designed by the architect Bill Dunster who was looking for a more sustainable way of building housing in urban areas in partnership between the BioRegional Development Group and the Peabody Trust. There are 82 houses, 17 apartments and 1,405 square meters of work space were built between 2000. The project was shortlisted for the Stirling Prize in 2003. The project is designed to use only energy from renewable source generated on site. In addition to 777 square meters of solar panels, tree waste is used for heating and electricity. The houses face south to take advantage of solar gain, are triple glazed and have high thermal insulation while most rain water is collected and reused. Appliances are chosen to be water efficient and use recycled water wherever possible. Low impact building materials were selected from renewable or recycled sources and were all originating within a 35 mile radius of the site to minimize the energy required for transportation. Also, refuse collection facilities are designed to support recycling and the site encourage eco-friendly transport: electric and LPG cars have priority over petrol/diesel cars, and electricity is provided by parking spaces appositely built for charging electric cars.
    BedZED_AlexMasi18.JPG
  • View of the buildings in the BedZED housing complex on Thursday, Sep. 6, 2007, in London, UK. BedZED or the Beddington Zero Energy Development, is an environmentally-friendly housing development near Wallington, England in the London Borough of Sutton. It was designed by the architect Bill Dunster who was looking for a more sustainable way of building housing in urban areas in partnership between the BioRegional Development Group and the Peabody Trust. There are 82 houses, 17 apartments and 1,405 square meters of work space were built between 2000. The project was shortlisted for the Stirling Prize in 2003. The project is designed to use only energy from renewable source generated on site. In addition to 777 square meters of solar panels, tree waste is used for heating and electricity. The houses face south to take advantage of solar gain, are triple glazed and have high thermal insulation while most rain water is collected and reused. Appliances are chosen to be water efficient and use recycled water wherever possible. Low impact building materials were selected from renewable or recycled sources and were all originating within a 35 mile radius of the site to minimize the energy required for transportation. Also, refuse collection facilities are designed to support recycling and the site encourage eco-friendly transport: electric and LPG cars have priority over petrol/diesel cars, and electricity is provided by parking spaces appositely built for charging electric cars.
    BedZED_AlexMasi16.JPG
  • Naomi Martin, 43, (right) and Simon Courage, 43, (centre) are portrayed in their house on the first day back to school for their children Claudia, 10, (centre) and Louis,4, (left) in BedZED on Thursday, Sep. 6, 2007, London, UK. BedZED or the Beddington Zero Energy Development, is an environmentally-friendly housing development near Wallington, England in the London Borough of Sutton. It was designed by the architect Bill Dunster who was looking for a more sustainable way of building housing in urban areas in partnership between the BioRegional Development Group and the Peabody Trust. There are 82 houses, 17 apartments and 1,405 square meters of work space were built between 2000. The project was shortlisted for the Stirling Prize in 2003. The project is designed to use only energy from renewable source generated on site. In addition to 777 square meters of solar panels, tree waste is used for heating and electricity. The houses face south to take advantage of solar gain, are triple glazed and have high thermal insulation while most rain water is collected and reused. Appliances are chosen to be water efficient and use recycled water wherever possible. Low impact building materials were selected from renewable or recycled sources and were all originating within a 35 mile radius of the site to minimize the energy required for transportation. Also, refuse collection facilities are designed to support recycling and the site encourage eco-friendly transport: electric and LPG cars have priority over petrol/diesel cars, and electricity is provided by parking spaces appositely built for charging electric cars.
    BedZED_AlexMasi07.JPG
  • Danny Burrage, a local fireman, is standing in front of his house with Louis, his young son, in BedZED on Thursday, Sep. 6, 2007, in London, UK. BedZED or the Beddington Zero Energy Development, is an environmentally-friendly housing development near Wallington, England in the London Borough of Sutton. It was designed by the architect Bill Dunster who was looking for a more sustainable way of building housing in urban areas in partnership between the BioRegional Development Group and the Peabody Trust. There are 82 houses, 17 apartments and 1,405 square meters of work space were built between 2000. The project was shortlisted for the Stirling Prize in 2003. The project is designed to use only energy from renewable source generated on site. In addition to 777 square meters of solar panels, tree waste is used for heating and electricity. The houses face south to take advantage of solar gain, are triple glazed and have high thermal insulation while most rain water is collected and reused. Appliances are chosen to be water efficient and use recycled water wherever possible. Low impact building materials were selected from renewable or recycled sources and were all originating within a 35 mile radius of the site to minimize the energy required for transportation. Also, refuse collection facilities are designed to support recycling and the site encourage eco-friendly transport: electric and LPG cars have priority over petrol/diesel cars, and electricity is provided by parking spaces appositely built for charging electric cars.
    BedZED_AlexMasi02.JPG
  • Danny Burrage, a local fireman, having a coffee and a cigarette in front of his house in BedZED on Thursday, Sep. 6, 2007, in London, UK. BedZED or the Beddington Zero Energy Development, is an environmentally-friendly housing development near Wallington, England in the London Borough of Sutton. It was designed by the architect Bill Dunster who was looking for a more sustainable way of building housing in urban areas in partnership between the BioRegional Development Group and the Peabody Trust. There are 82 houses, 17 apartments and 1,405 square meters of work space were built between 2000. The project was shortlisted for the Stirling Prize in 2003. The project is designed to use only energy from renewable source generated on site. In addition to 777 square meters of solar panels, tree waste is used for heating and electricity. The houses face south to take advantage of solar gain, are triple glazed and have high thermal insulation while most rain water is collected and reused. Appliances are chosen to be water efficient and use recycled water wherever possible. Low impact building materials were selected from renewable or recycled sources and were all originating within a 35 mile radius of the site to minimize the energy required for transportation. Also, refuse collection facilities are designed to support recycling and the site encourage eco-friendly transport: electric and LPG cars have priority over petrol/diesel cars, and electricity is provided by parking spaces appositely built for charging electric cars.
    BedZED_AlexMasi01.JPG
  • Recycling bins are located near bike locks in BedZED on Thursday, Sep. 6, 2007. BedZED or the Beddington Zero Energy Development, is an environmentally-friendly housing development near Wallington, England in the London Borough of Sutton. It was designed by the architect Bill Dunster who was looking for a more sustainable way of building housing in urban areas in partnership between the BioRegional Development Group and the Peabody Trust. There are 82 houses, 17 apartments and 1,405 square meters of work space were built between 2000. The project was shortlisted for the Stirling Prize in 2003. The project is designed to use only energy from renewable source generated on site. In addition to 777 square meters of solar panels, tree waste is used for heating and electricity. The houses face south to take advantage of solar gain, are triple glazed and have high thermal insulation while most rain water is collected and reused. Appliances are chosen to be water efficient and use recycled water wherever possible. Low impact building materials were selected from renewable or recycled sources and were all originating within a 35 mile radius of the site to minimize the energy required for transportation. Also, refuse collection facilities are designed to support recycling and the site encourage eco-friendly transport: electric and LPG cars have priority over petrol/diesel cars, and electricity is provided by parking spaces appositely built for charging electric cars.
    BedZED_AlexMasi34.JPG
  • Tourists are taking part to an organised tour of the buildings in the BedZED housing complex on Thursday, Sep. 6, 2007, in London, UK. BedZED or the Beddington Zero Energy Development, is an environmentally-friendly housing development near Wallington, England in the London Borough of Sutton. It was designed by the architect Bill Dunster who was looking for a more sustainable way of building housing in urban areas in partnership between the BioRegional Development Group and the Peabody Trust. There are 82 houses, 17 apartments and 1,405 square meters of work space were built between 2000. The project was shortlisted for the Stirling Prize in 2003. The project is designed to use only energy from renewable source generated on site. In addition to 777 square meters of solar panels, tree waste is used for heating and electricity. The houses face south to take advantage of solar gain, are triple glazed and have high thermal insulation while most rain water is collected and reused. Appliances are chosen to be water efficient and use recycled water wherever possible. Low impact building materials were selected from renewable or recycled sources and were all originating within a 35 mile radius of the site to minimize the energy required for transportation. Also, refuse collection facilities are designed to support recycling and the site encourage eco-friendly transport: electric and LPG cars have priority over petrol/diesel cars, and electricity is provided by parking spaces appositely built for charging electric cars.
    BedZED_AlexMasi26.JPG
  • Information about Climate Change and the community are affixed on one of the doors in BedZED, on Thursday, Sep. 6, 2007. BedZED or the Beddington Zero Energy Development, is an environmentally-friendly housing development near Wallington, England in the London Borough of Sutton. It was designed by the architect Bill Dunster who was looking for a more sustainable way of building housing in urban areas in partnership between the BioRegional Development Group and the Peabody Trust. There are 82 houses, 17 apartments and 1,405 square meters of work space were built between 2000. The project was shortlisted for the Stirling Prize in 2003. The project is designed to use only energy from renewable source generated on site. In addition to 777 square meters of solar panels, tree waste is used for heating and electricity. The houses face south to take advantage of solar gain, are triple glazed and have high thermal insulation while most rain water is collected and reused. Appliances are chosen to be water efficient and use recycled water wherever possible. Low impact building materials were selected from renewable or recycled sources and were all originating within a 35 mile radius of the site to minimize the energy required for transportation. Also, refuse collection facilities are designed to support recycling and the site encourage eco-friendly transport: electric and LPG cars have priority over petrol/diesel cars, and electricity is provided by parking spaces appositely built for charging electric cars.
    BedZED_AlexMasi24.JPG
  • Jeremy Sims, 48, is portrayed in front of his house in BedZED on Thursday, Sep. 6, 2007. BedZED or the Beddington Zero Energy Development, is an environmentally-friendly housing development near Wallington, England in the London Borough of Sutton. It was designed by the architect Bill Dunster who was looking for a more sustainable way of building housing in urban areas in partnership between the BioRegional Development Group and the Peabody Trust. There are 82 houses, 17 apartments and 1,405 square meters of work space were built between 2000. The project was shortlisted for the Stirling Prize in 2003. The project is designed to use only energy from renewable source generated on site. In addition to 777 square meters of solar panels, tree waste is used for heating and electricity. The houses face south to take advantage of solar gain, are triple glazed and have high thermal insulation while most rain water is collected and reused. Appliances are chosen to be water efficient and use recycled water wherever possible. Low impact building materials were selected from renewable or recycled sources and were all originating within a 35 mile radius of the site to minimize the energy required for transportation. Also, refuse collection facilities are designed to support recycling and the site encourage eco-friendly transport: electric and LPG cars have priority over petrol/diesel cars, and electricity is provided by parking spaces appositely built for charging electric cars.
    BedZED_AlexMasi22.JPG
  • An electric vehicle charging station is available in the parking area of BedZED on Thursday, Sep. 6, 2007. BedZED or the Beddington Zero Energy Development, is an environmentally-friendly housing development near Wallington, England in the London Borough of Sutton. It was designed by the architect Bill Dunster who was looking for a more sustainable way of building housing in urban areas in partnership between the BioRegional Development Group and the Peabody Trust. There are 82 houses, 17 apartments and 1,405 square meters of work space were built between 2000. The project was shortlisted for the Stirling Prize in 2003. The project is designed to use only energy from renewable source generated on site. In addition to 777 square meters of solar panels, tree waste is used for heating and electricity. The houses face south to take advantage of solar gain, are triple glazed and have high thermal insulation while most rain water is collected and reused. Appliances are chosen to be water efficient and use recycled water wherever possible. Low impact building materials were selected from renewable or recycled sources and were all originating within a 35 mile radius of the site to minimize the energy required for transportation. Also, refuse collection facilities are designed to support recycling and the site encourage eco-friendly transport: electric and LPG cars have priority over petrol/diesel cars, and electricity is provided by parking spaces appositely built for charging electric cars.
    BedZED_AlexMasi21.JPG
  • A bedroom is shown as part of an exhibition in the BedZED housing complex on Thursday, Sep. 6, 2007, in London, UK. BedZED or the Beddington Zero Energy Development, is an environmentally-friendly housing development near Wallington, England in the London Borough of Sutton. It was designed by the architect Bill Dunster who was looking for a more sustainable way of building housing in urban areas in partnership between the BioRegional Development Group and the Peabody Trust. There are 82 houses, 17 apartments and 1,405 square meters of work space were built between 2000. The project was shortlisted for the Stirling Prize in 2003. The project is designed to use only energy from renewable source generated on site. In addition to 777 square meters of solar panels, tree waste is used for heating and electricity. The houses face south to take advantage of solar gain, are triple glazed and have high thermal insulation while most rain water is collected and reused. Appliances are chosen to be water efficient and use recycled water wherever possible. Low impact building materials were selected from renewable or recycled sources and were all originating within a 35 mile radius of the site to minimize the energy required for transportation. Also, refuse collection facilities are designed to support recycling and the site encourage eco-friendly transport: electric and LPG cars have priority over petrol/diesel cars, and electricity is provided by parking spaces appositely built for charging electric cars.
    BedZED_AlexMasi11.JPG
  • View of one of the buildings in the BedZED housing complex on Thursday, Sep. 6, 2007, in London, UK. BedZED or the Beddington Zero Energy Development, is an environmentally-friendly housing development near Wallington, England in the London Borough of Sutton. It was designed by the architect Bill Dunster who was looking for a more sustainable way of building housing in urban areas in partnership between the BioRegional Development Group and the Peabody Trust. There are 82 houses, 17 apartments and 1,405 square meters of work space were built between 2000. The project was shortlisted for the Stirling Prize in 2003. The project is designed to use only energy from renewable source generated on site. In addition to 777 square meters of solar panels, tree waste is used for heating and electricity. The houses face south to take advantage of solar gain, are triple glazed and have high thermal insulation while most rain water is collected and reused. Appliances are chosen to be water efficient and use recycled water wherever possible. Low impact building materials were selected from renewable or recycled sources and were all originating within a 35 mile radius of the site to minimize the energy required for transportation. Also, refuse collection facilities are designed to support recycling and the site encourage eco-friendly transport: electric and LPG cars have priority over petrol/diesel cars, and electricity is provided by parking spaces appositely built for charging electric cars.
    BedZED_AlexMasi10.JPG
  • Danny Burrage, a local fireman, is walking by his house in BedZED on Thursday, Sep. 6, 2007, in London, UK. BedZED or the Beddington Zero Energy Development, is an environmentally-friendly housing development near Wallington, England in the London Borough of Sutton. It was designed by the architect Bill Dunster who was looking for a more sustainable way of building housing in urban areas in partnership between the BioRegional Development Group and the Peabody Trust. There are 82 houses, 17 apartments and 1,405 square meters of work space were built between 2000. The project was shortlisted for the Stirling Prize in 2003. The project is designed to use only energy from renewable source generated on site. In addition to 777 square meters of solar panels, tree waste is used for heating and electricity. The houses face south to take advantage of solar gain, are triple glazed and have high thermal insulation while most rain water is collected and reused. Appliances are chosen to be water efficient and use recycled water wherever possible. Low impact building materials were selected from renewable or recycled sources and were all originating within a 35 mile radius of the site to minimize the energy required for transportation. Also, refuse collection facilities are designed to support recycling and the site encourage eco-friendly transport: electric and LPG cars have priority over petrol/diesel cars, and electricity is provided by parking spaces appositely built for charging electric cars.
    BedZED_AlexMasi04.JPG
  • Rubbish collectors are working in BedZED on Thursday, Sep. 6, 2007, in London, UK. BedZED or the Beddington Zero Energy Development, is an environmentally-friendly housing development near Wallington, England in the London Borough of Sutton. It was designed by the architect Bill Dunster who was looking for a more sustainable way of building housing in urban areas in partnership between the BioRegional Development Group and the Peabody Trust. There are 82 houses, 17 apartments and 1,405 square meters of work space were built between 2000. The project was shortlisted for the Stirling Prize in 2003. The project is designed to use only energy from renewable source generated on site. In addition to 777 square meters of solar panels, tree waste is used for heating and electricity. The houses face south to take advantage of solar gain, are triple glazed and have high thermal insulation while most rain water is collected and reused. Appliances are chosen to be water efficient and use recycled water wherever possible. Low impact building materials were selected from renewable or recycled sources and were all originating within a 35 mile radius of the site to minimize the energy required for transportation. Also, refuse collection facilities are designed to support recycling and the site encourage eco-friendly transport: electric and LPG cars have priority over petrol/diesel cars, and electricity is provided by parking spaces appositely built for charging electric cars.
    BedZED_AlexMasi03.JPG
  • View of one of the buildings in the BedZED housing complex on Thursday, Sep. 6, 2007, in London, UK. BedZED or the Beddington Zero Energy Development, is an environmentally-friendly housing development near Wallington, England in the London Borough of Sutton. It was designed by the architect Bill Dunster who was looking for a more sustainable way of building housing in urban areas in partnership between the BioRegional Development Group and the Peabody Trust. There are 82 houses, 17 apartments and 1,405 square meters of work space were built between 2000. The project was shortlisted for the Stirling Prize in 2003. The project is designed to use only energy from renewable source generated on site. In addition to 777 square meters of solar panels, tree waste is used for heating and electricity. The houses face south to take advantage of solar gain, are triple glazed and have high thermal insulation while most rain water is collected and reused. Appliances are chosen to be water efficient and use recycled water wherever possible. Low impact building materials were selected from renewable or recycled sources and were all originating within a 35 mile radius of the site to minimize the energy required for transportation. Also, refuse collection facilities are designed to support recycling and the site encourage eco-friendly transport: electric and LPG cars have priority over petrol/diesel cars, and electricity is provided by parking spaces appositely built for charging electric cars.
    BedZED_AlexMasi38.JPG
  • Loanda Cullen, 55, portrayed in front of her house after collecting fresh vegetables in BedZED on Thursday, Sep. 6, 2007. BedZED or the Beddington Zero Energy Development, is an environmentally-friendly housing development near Wallington, England in the London Borough of Sutton. It was designed by the architect Bill Dunster who was looking for a more sustainable way of building housing in urban areas in partnership between the BioRegional Development Group and the Peabody Trust. There are 82 houses, 17 apartments and 1,405 square meters of work space were built between 2000. The project was shortlisted for the Stirling Prize in 2003. The project is designed to use only energy from renewable source generated on site. In addition to 777 square meters of solar panels, tree waste is used for heating and electricity. The houses face south to take advantage of solar gain, are triple glazed and have high thermal insulation while most rain water is collected and reused. Appliances are chosen to be water efficient and use recycled water wherever possible. Low impact building materials were selected from renewable or recycled sources and were all originating within a 35 mile radius of the site to minimize the energy required for transportation. Also, refuse collection facilities are designed to support recycling and the site encourage eco-friendly transport: electric and LPG cars have priority over petrol/diesel cars, and electricity is provided by parking spaces appositely built for charging electric cars.
    BedZED_AlexMasi35.JPG
  • Tourists are taking part to an organised tour and taking pictures of the buildings in the BedZED housing complex on Thursday, Sep. 6, 2007, in London, UK. BedZED or the Beddington Zero Energy Development, is an environmentally-friendly housing development near Wallington, England in the London Borough of Sutton. It was designed by the architect Bill Dunster who was looking for a more sustainable way of building housing in urban areas in partnership between the BioRegional Development Group and the Peabody Trust. There are 82 houses, 17 apartments and 1,405 square meters of work space were built between 2000. The project was shortlisted for the Stirling Prize in 2003. The project is designed to use only energy from renewable source generated on site. In addition to 777 square meters of solar panels, tree waste is used for heating and electricity. The houses face south to take advantage of solar gain, are triple glazed and have high thermal insulation while most rain water is collected and reused. Appliances are chosen to be water efficient and use recycled water wherever possible. Low impact building materials were selected from renewable or recycled sources and were all originating within a 35 mile radius of the site to minimize the energy required for transportation. Also, refuse collection facilities are designed to support recycling and the site encourage eco-friendly transport: electric and LPG cars have priority over petrol/diesel cars, and electricity is provided by parking spaces appositely built for charging electric cars.
    BedZED_AlexMasi28.JPG
  • Ntonya Janett, 39, and her son, Noah Findlay, 3, are portrayed in front of their house in BedZED on Thursday, Sep. 6, 2007. BedZED or the Beddington Zero Energy Development, is an environmentally-friendly housing development near Wallington, England in the London Borough of Sutton. It was designed by the architect Bill Dunster who was looking for a more sustainable way of building housing in urban areas in partnership between the BioRegional Development Group and the Peabody Trust. There are 82 houses, 17 apartments and 1,405 square meters of work space were built between 2000. The project was shortlisted for the Stirling Prize in 2003. The project is designed to use only energy from renewable source generated on site. In addition to 777 square meters of solar panels, tree waste is used for heating and electricity. The houses face south to take advantage of solar gain, are triple glazed and have high thermal insulation while most rain water is collected and reused. Appliances are chosen to be water efficient and use recycled water wherever possible. Low impact building materials were selected from renewable or recycled sources and were all originating within a 35 mile radius of the site to minimize the energy required for transportation. Also, refuse collection facilities are designed to support recycling and the site encourage eco-friendly transport: electric and LPG cars have priority over petrol/diesel cars, and electricity is provided by parking spaces appositely built for charging electric cars.
    BedZED_AlexMasi25.JPG
  • View of the buildings in the BedZED housing complex on Thursday, Sep. 6, 2007, in London, UK. BedZED or the Beddington Zero Energy Development, is an environmentally-friendly housing development near Wallington, England in the London Borough of Sutton. It was designed by the architect Bill Dunster who was looking for a more sustainable way of building housing in urban areas in partnership between the BioRegional Development Group and the Peabody Trust. There are 82 houses, 17 apartments and 1,405 square meters of work space were built between 2000. The project was shortlisted for the Stirling Prize in 2003. The project is designed to use only energy from renewable source generated on site. In addition to 777 square meters of solar panels, tree waste is used for heating and electricity. The houses face south to take advantage of solar gain, are triple glazed and have high thermal insulation while most rain water is collected and reused. Appliances are chosen to be water efficient and use recycled water wherever possible. Low impact building materials were selected from renewable or recycled sources and were all originating within a 35 mile radius of the site to minimize the energy required for transportation. Also, refuse collection facilities are designed to support recycling and the site encourage eco-friendly transport: electric and LPG cars have priority over petrol/diesel cars, and electricity is provided by parking spaces appositely built for charging electric cars.
    BedZED_AlexMasi17.JPG
  • Passers-by are walking their dogs through the BedZED housing complex on Thursday, Sep. 6, 2007, in London, UK. BedZED or the Beddington Zero Energy Development, is an environmentally-friendly housing development near Wallington, England in the London Borough of Sutton. It was designed by the architect Bill Dunster who was looking for a more sustainable way of building housing in urban areas in partnership between the BioRegional Development Group and the Peabody Trust. There are 82 houses, 17 apartments and 1,405 square meters of work space were built between 2000. The project was shortlisted for the Stirling Prize in 2003. The project is designed to use only energy from renewable source generated on site. In addition to 777 square meters of solar panels, tree waste is used for heating and electricity. The houses face south to take advantage of solar gain, are triple glazed and have high thermal insulation while most rain water is collected and reused. Appliances are chosen to be water efficient and use recycled water wherever possible. Low impact building materials were selected from renewable or recycled sources and were all originating within a 35 mile radius of the site to minimize the energy required for transportation. Also, refuse collection facilities are designed to support recycling and the site encourage eco-friendly transport: electric and LPG cars have priority over petrol/diesel cars, and electricity is provided by parking spaces appositely built for charging electric cars.
    BedZED_AlexMasi09.JPG
  • Naomi Martin, 43, (left) and Simon Courage, 43, are portrayed in front of their house in BedZED with their children Claudia, 10, (centre) and Louis,4,  on Thursday, Sep. 6, 2007, in London, UK. BedZED or the Beddington Zero Energy Development, is an environmentally-friendly housing development near Wallington, England in the London Borough of Sutton. It was designed by the architect Bill Dunster who was looking for a more sustainable way of building housing in urban areas in partnership between the BioRegional Development Group and the Peabody Trust. There are 82 houses, 17 apartments and 1,405 square meters of work space were built between 2000. The project was shortlisted for the Stirling Prize in 2003. The project is designed to use only energy from renewable source generated on site. In addition to 777 square meters of solar panels, tree waste is used for heating and electricity. The houses face south to take advantage of solar gain, are triple glazed and have high thermal insulation while most rain water is collected and reused. Appliances are chosen to be water efficient and use recycled water wherever possible. Low impact building materials were selected from renewable or recycled sources and were all originating within a 35 mile radius of the site to minimize the energy required for transportation. Also, refuse collection facilities are designed to support recycling and the site encourage eco-friendly transport: electric and LPG cars have priority over petrol/diesel cars, and electricity is provided by parking spaces appositely built for charging electric cars.
    BedZED_AlexMasi06.JPG
  • A resident is walking on the streets of BedZED on Thursday, Sep. 6, 2007, in London, UK. BedZED or the Beddington Zero Energy Development, is an environmentally-friendly housing development near Wallington, England in the London Borough of Sutton. It was designed by the architect Bill Dunster who was looking for a more sustainable way of building housing in urban areas in partnership between the BioRegional Development Group and the Peabody Trust. There are 82 houses, 17 apartments and 1,405 square meters of work space were built between 2000. The project was shortlisted for the Stirling Prize in 2003. The project is designed to use only energy from renewable source generated on site. In addition to 777 square meters of solar panels, tree waste is used for heating and electricity. The houses face south to take advantage of solar gain, are triple glazed and have high thermal insulation while most rain water is collected and reused. Appliances are chosen to be water efficient and use recycled water wherever possible. Low impact building materials were selected from renewable or recycled sources and were all originating within a 35 mile radius of the site to minimize the energy required for transportation. Also, refuse collection facilities are designed to support recycling and the site encourage eco-friendly transport: electric and LPG cars have priority over petrol/diesel cars, and electricity is provided by parking spaces appositely built for charging electric cars.
    BedZED_AlexMasi05.JPG
  • View of one of the buildings in the BedZED housing complex on Thursday, Sep. 6, 2007, in London, UK. BedZED or the Beddington Zero Energy Development, is an environmentally-friendly housing development near Wallington, England in the London Borough of Sutton. It was designed by the architect Bill Dunster who was looking for a more sustainable way of building housing in urban areas in partnership between the BioRegional Development Group and the Peabody Trust. There are 82 houses, 17 apartments and 1,405 square meters of work space were built between 2000. The project was shortlisted for the Stirling Prize in 2003. The project is designed to use only energy from renewable source generated on site. In addition to 777 square meters of solar panels, tree waste is used for heating and electricity. The houses face south to take advantage of solar gain, are triple glazed and have high thermal insulation while most rain water is collected and reused. Appliances are chosen to be water efficient and use recycled water wherever possible. Low impact building materials were selected from renewable or recycled sources and were all originating within a 35 mile radius of the site to minimize the energy required for transportation. Also, refuse collection facilities are designed to support recycling and the site encourage eco-friendly transport: electric and LPG cars have priority over petrol/diesel cars, and electricity is provided by parking spaces appositely built for charging electric cars.
    BedZED_AlexMasi31.JPG
  • View of one of the buildings in the BedZED housing complex on Thursday, Sep. 6, 2007, in London, UK. BedZED or the Beddington Zero Energy Development, is an environmentally-friendly housing development near Wallington, England in the London Borough of Sutton. It was designed by the architect Bill Dunster who was looking for a more sustainable way of building housing in urban areas in partnership between the BioRegional Development Group and the Peabody Trust. There are 82 houses, 17 apartments and 1,405 square meters of work space were built between 2000. The project was shortlisted for the Stirling Prize in 2003. The project is designed to use only energy from renewable source generated on site. In addition to 777 square meters of solar panels, tree waste is used for heating and electricity. The houses face south to take advantage of solar gain, are triple glazed and have high thermal insulation while most rain water is collected and reused. Appliances are chosen to be water efficient and use recycled water wherever possible. Low impact building materials were selected from renewable or recycled sources and were all originating within a 35 mile radius of the site to minimize the energy required for transportation. Also, refuse collection facilities are designed to support recycling and the site encourage eco-friendly transport: electric and LPG cars have priority over petrol/diesel cars, and electricity is provided by parking spaces appositely built for charging electric cars.
    BedZED_AlexMasi29.JPG
  • Tasha Burrage, 20, is portrayed while smoking a cigarette in front of her house in BedZED on Thursday, Sep. 6, 2007. BedZED or the Beddington Zero Energy Development, is an environmentally-friendly housing development near Wallington, England in the London Borough of Sutton. It was designed by the architect Bill Dunster who was looking for a more sustainable way of building housing in urban areas in partnership between the BioRegional Development Group and the Peabody Trust. There are 82 houses, 17 apartments and 1,405 square meters of work space were built between 2000. The project was shortlisted for the Stirling Prize in 2003. The project is designed to use only energy from renewable source generated on site. In addition to 777 square meters of solar panels, tree waste is used for heating and electricity. The houses face south to take advantage of solar gain, are triple glazed and have high thermal insulation while most rain water is collected and reused. Appliances are chosen to be water efficient and use recycled water wherever possible. Low impact building materials were selected from renewable or recycled sources and were all originating within a 35 mile radius of the site to minimize the energy required for transportation. Also, refuse collection facilities are designed to support recycling and the site encourage eco-friendly transport: electric and LPG cars have priority over petrol/diesel cars, and electricity is provided by parking spaces appositely built for charging electric cars.
    BedZED_AlexMasi20.JPG
  • The beginning of the Leh-Manali Highway in Leh. The road has increasingly favoured tourism and development in this remote mountain town.
    Leh_Manali_Highway_India_30.jpg
  • Residential areas in Las Vegas grow further into the desert as the city needs development and investments in order to continue being an economic success, and avoid becoming another 'victim' of the recent economic crisis, Nevada, USA.
    11_Las_Vegas_Water_Addiction.JPG
  • Residential areas in Las Vegas grow further into the desert as the city needs development and investments in order to continue being an economic success, and avoid becoming another 'victim' of the recent economic crisis, Nevada, USA.
    25_Las_Vegas_Water_Addiction.JPG
  • Clell Pete, 66, a member of the Goshute Tribe, is measuring the water table at an abandoned water hole near Eight Mile, in the Goshute Reservation of Deep Creek Valley, on the Nevada-Utah border, USA. Clell began measuring it once a week since November 2012, in order to document the development of the water table. As of March 2013, the water table is at 65,11 meters and has only varied by a few centimetres since November 2012. Once the projected water pipeline of South Nevada Water Authority (SNWA) will be built and operated from nearby Spring Valley, the Goshute tribe will be able to measure the acquifers. A considerable drop would also prove the Goshute's assumption is correct, and that in fact the aquifers of Spring Valley and Deep Creek Valley are interconnected: a water withdrawal from Spring Valley would also affect the water supply for nearby Deep Creek Valley, and for the Goshute Reservation.
    13_Las_Vegas_Water_Addiction.JPG
  • Residential areas in Las Vegas are growing further into the desert as the city needs development and investments to continue being an economic success, and avoid becoming another 'victim' of the recent economic crisis, Nevada, USA.
    04_Las_Vegas_Water_Addiction.JPG
  • Austin Jang, 26, a social development worker in the Christian-dominated neighbourhood of Kabong, Jos, Plateau State, Nigeria. Austin is part of the 'Early Warning Team' of Jos, meant to facilitate communication, awareness and reconciliation, in order to prevent further violence between local communities of Christian and Islamic faith.
    Jos_Religious_Conflict_Nigeria_15.JPG
  • A water park is being built next to a residential area in Las Vegas, Nevada, USA, as the city needs development and investments to continue being an economic success, and avoid becoming another 'victim' of the recent economic crisis.
    37_Las_Vegas_Water_Addiction.JPG
  • A bus is travelling on a narrow section of the Leh-Manali Highway near parts of a melting icy section of the mountain along the Leh-Manali Highway...The Leh-Manali Highway is the main road connection between the remote mountainous region of Ladhak, with capital in Leh (3300m), and Manali, HP, a famous hill station 600 km north of New Delhi. Open only four months a year, it is the second-highest motorable road in the world crossing passes up to 5300 meters. It was constructed by the Indian Army in order to develop the surrounding areas as well as monitoring the nearby borders with Kashmir and China. Due to its beauty and increased accessibility, the road to Leh and Ladhak has recently become a must-see destination for local and international tourists leaving the scorching Indian plains..
    Leh-Manali-Highway_India_19.jpg
  • A local woman is preparing an omelette for travellers passing by her hut-turned-restaurant along the Leh-Manali Highway...The Leh-Manali Highway is the main road connection between the remote mountainous region of Ladhak, with capital in Leh (3300m), and Manali, HP, a famous hill station 600 km north of New Delhi. Open only four months a year, it is the second-highest motorable road in the world crossing passes up to 5300 meters. It was constructed by the Indian Army in order to develop the surrounding areas as well as monitoring the nearby borders with Kashmir and China. Due to its beauty and increased accessibility, the road to Leh and Ladhak has recently become a must-see destination for local and international tourists leaving the scorching Indian plains..
    Leh-Manali-Highway_India_18.jpg
  • A day-tourist riding a bike is having a hard time along a wet and particularly muddy section of the Leh-Manali Highway leading up to Rotanlg La, (3,978 m) the nearest pass to the hill station of Manali, in Himachal Pradesh, 600 km north of New Delhi...The Leh-Manali Highway is the main road connection between the remote mountainous region of Ladhak, with capital in Leh (3300m), and Manali, HP, a famous hill station 600 km north of New Delhi. Open only four months a year, it is the second-highest motorable road in the world crossing passes up to 5300 meters. It was constructed by the Indian Army in order to develop the surrounding areas as well as monitoring the nearby borders with Kashmir and China. Due to its beauty and increased accessibility, the road to Leh and Ladhak has recently become a must-see destination for local and international tourists leaving the scorching Indian plains..
    Leh-Manali-Highway_India_08.jpg
  • An Indian tourist is taking a break along the Leh-Manali Highway during one of the many long queues that come to create due to its steepness and narrowness. Six thousands workers are employed from East India by the Indian Army every year to maintain and strengthen the road which has become an important tourist and economic route to the north...The Leh-Manali Highway is the main road connection between the remote mountainous region of Ladhak, with capital in Leh (3300m), and Manali, HP, a famous hill station 600 km north of New Delhi. Open only four months a year, it is the second-highest motorable road in the world crossing passes up to 5300 meters. It was constructed by the Indian Army in order to develop the surrounding areas as well as monitoring the nearby borders with Kashmir and China. Due to its beauty and increased accessibility, the road to Leh and Ladhak has recently become a must-see destination for local and international tourists leaving the scorching Indian plains..
    Leh-Manali-Highway_India_24.jpg
  • Travellers are taking a break at one of the various tent camps where they can be hosted, served food and hot drinks..The Leh-Manali Highway is the main road connection between the remote mountainous region of Ladhak, with capital in Leh (3300m), and Manali, HP, a famous hill station 600 km north of New Delhi. Open only four months a year, it is the second-highest motorable road in the world crossing passes up to 5300 meters. It was constructed by the Indian Army in order to develop the surrounding areas as well as monitoring the nearby borders with Kashmir and China. Due to its beauty and increased accessibility, the road to Leh and Ladhak has recently become a must-see destination for local and international tourists leaving the scorching Indian plains..
    Leh-Manali-Highway_India_17.jpg
  • Two adventurous tourists on bikes are riding along the Leh-Manali Highway...The Leh-Manali Highway is the main road connection between the remote mountainous region of Ladhak, with capital in Leh (3300m), and Manali, HP, a famous hill station 600 km north of New Delhi. Open only four months a year, it is the second-highest motorable road in the world crossing passes up to 5300 meters. It was constructed by the Indian Army in order to develop the surrounding areas as well as monitoring the nearby borders with Kashmir and China. Due to its beauty and increased accessibility, the road to Leh and Ladhak has recently become a must-see destination for local and international tourists leaving the scorching Indian plains..
    Leh-Manali-Highway_India_07.jpg
  • A mountain lake is bordering the Leh-Manali Highway near Taglang La, a mountain pass 5,325 m high, and one of the five the road crosses in its 479 Km, some of the highest in the world, including Rohtang La 3,978 m (13,051 ft), Baralacha La 4,892 m (16,050 ft), Lachulung La 5,059 m. (16,598 ft) ..The Leh-Manali Highway is the main road connection between the remote mountainous region of Ladhak, with capital in Leh (3300m), and Manali, HP, a famous hill station 600 km north of New Delhi. Open only four months a year, it is the second-highest motorable road in the world crossing passes up to 5300 meters. It was constructed by the Indian Army in order to develop the surrounding areas as well as monitoring the nearby borders with Kashmir and China. Due to its beauty and increased accessibility, the road to Leh and Ladhak has recently become a must-see destination for local and international tourists leaving the scorching Indian plains..
    Leh-Manali-Highway_India_09.jpg
  • Local people in Leh are passing by a large praying wheel near the gate to the city where the Leh-Manali Highway beings...The Leh-Manali Highway is the main road connection between the remote mountainous region of Ladhak, with capital in Leh (3300m), and Manali, HP, a famous hill station 600 km north of New Delhi. Open only four months a year, it is the second-highest motorable road in the world crossing passes up to 5300 meters. It was constructed by the Indian Army in order to develop the surrounding areas as well as monitoring the nearby borders with Kashmir and China. Due to its beauty and increased accessibility, the road to Leh and Ladhak has recently become a must-see destination for local and international tourists leaving the scorching Indian plains..
    Leh-Manali-Highway_India_02.jpg
  • The town of Leh, capital of Ladhak, a small northern Himalayan Indian state with a dominant Buddhist population, is photographed from a nearby hill. ...The Leh-Manali Highway is the main road connection between the remote mountainous region of Ladhak, with capital in Leh (3300m), and Manali, HP, a famous hill station 600 km north of New Delhi. Open only four months a year, it is the second-highest motorable road in the world crossing passes up to 5300 meters. It was constructed by the Indian Army in order to develop the surrounding areas as well as monitoring the nearby borders with Kashmir and China. Due to its beauty and increased accessibility, the road to Leh and Ladhak has recently become a must-see destination for local and international tourists leaving the scorching Indian plains..
    Leh-Manali-Highway_India_01.jpg
  • Young Buddhist monks are awaiting to be gin a Puja in the early morning inside 'Thikse Gompa', a spectacular monastery near Leh, the capital of Ladhak, a small northern Himalayan Indian state with a dominant Buddhist population...The Leh-Manali Highway is the main road connection between the remote mountainous region of Ladhak, with capital in Leh (3300m), and Manali, HP, a famous hill station 600 km north of New Delhi. Open only four months a year, it is the second-highest motorable road in the world crossing passes up to 5300 meters. It was constructed by the Indian Army in order to develop the surrounding areas as well as monitoring the nearby borders with Kashmir and China. Due to its beauty and increased accessibility, the road to Leh and Ladhak has recently become a must-see destination for local and international tourists leaving the scorching Indian plains..
    Leh-Manali-Highway_India_06.jpg
  • A tent camp where travellers can sleep during the 479 Km trip, which takes on verge 2 days to complete, is photographed along the Leh-Manali Highway...The Leh-Manali Highway is the main road connection between the remote mountainous region of Ladhak, with capital in Leh (3300m), and Manali, HP, a famous hill station 600 km north of New Delhi. Open only four months a year, it is the second-highest motorable road in the world crossing passes up to 5300 meters. It was constructed by the Indian Army in order to develop the surrounding areas as well as monitoring the nearby borders with Kashmir and China. Due to its beauty and increased accessibility, the road to Leh and Ladhak has recently become a must-see destination for local and international tourists leaving the scorching Indian plains..
    Leh-Manali-Highway_India_11.jpg
  • Solitary cars travel on the Leh-Manali Highway.
    Leh_Manali_Highway_India_02.jpg
  • The Indian Army routinely check foreign passports in various locations along the Leh-Manali Highway.
    Leh_Manali_Highway_India_21.jpg
  • Labourers are fixing part of the Leh-Manali Highway.
    Leh_Manali_Highway_India_12.jpg
  • Local shop-owners sitting in their shop catered for travellers and excursionists along the Leh-Manali Highway.
    Leh_Manali_Highway_India_31.jpg
  • Two Buddhist novices dressing up after a bath in a nearby spring along of the Leh-Manali Highway.
    Leh_Manali_Highway_India_28.jpg
  • A herd of Bharals (Himalayan blue sheep) along the Leh-Manali Highway.
    Leh_Manali_Highway_India_27.jpg
  • A lone woman is prostrating to a Buddhist Stupa along the Leh-Manali Highway.
    Leh_Manali_Highway_India_25.jpg
  • A truck is passing through a narrow and steep section of the Leh-Manali Highway bordering a lake.
    Leh_Manali_Highway_India_22.jpg
  • Army trucks are crossing a small watercourse to reach one of the many military installations positioned along the Leh-Manali Highway.
    Leh_Manali_Highway_India_16.jpg
  • A view of a recently constructed section of Leh where migrants or itinerant workers from nearby villages move to in search for better economic conditions.
    Leh_Manali_Highway_India_32.jpg
  • A group of men is pushing a truck on slippery and muddy soil common of the Leh-Manali Highway.
    Leh_Manali_Highway_India_14.jpg
  • Labourers are busy on fixing the road on the Leh-Manali Highway.
    Leh_Manali_Highway_India_04.jpg
  • Along the Leh-Manali Highway.
    Leh_Manali_Highway_India_03.jpg
  • A labourer in his tent during an early morning on the Leh-Manali Highway.
    Leh_Manali_Highway_India_01.jpg
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