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  • Vernon Watkins, 62, is holding some of the coal extracted from Unity Mine for the first time in 8 years on Tuesday, July 31, 2007, in Cwmgwrach, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
    Coal_Wales23.jpg
  • A cargo train transporting coal from Unity Mine to the biggest power station in Wales, Aberthaw, run by the energy giant nPower, is arriving at the Unity complex to loaded, on Friday, Apr. 13, 2007, in Cwmgwrach, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
    Coal_Wales18.JPG
  • Miners are dropping their safety equipment in the lamp room of the last deep mine in Wales, Tower Colliery are about to leave after their shift underground on Wednesday, June 20, 2007, in Hirwaun, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
    Coal_Wales06.JPG
  • The Vale of Neath is visible from the Tower Colliery complex on Tuesday, June 19, 2007, in Hirwaun, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
    Coal_Wales25.JPG
  • Peter Hunter, (left) and Tony Roberts, (right), the general manager of Unity Mine and lifelong miner are walking in a passage linking Unity main complex to the entrance of the mine to check the ongoing restoring operations, on Wednesday, Apr. 11, 2007, in Cwmgwrach, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
    Coal_Wales19.JPG
  • A miner is cleaning his face from the black coal dust while exiting the Coal Processing Plant control room of the last deep mine in Wales, Tower Colliery, on Tuesday, June 19, 2007, in Hirwaun, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
    Coal_Wales17.JPG
  • A Welsh miner stands under a dim light inside Unity Mine, on Tuesday, June 19, 2007, in Cwmgwrach, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
    Coal_Wales12.JPG
  • A miner is shovelling in front of the coal face inside Unity Mine while on his back stands the new USD 2.5 million excavator drill acquired by the company, on Tuesday, July 31, 2007, in Cwmgwrach, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
    Coal_Wales11.jpg
  • Miners are overlooking operations to bring a new USD 2.5 million excavator drill close to the coal face in order to start extracting again, on Tuesday, June 19, 2007, in Cwmgwrach, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
    Coal_Wales09.jpg
  • Gwyn Evans, 48, one of the miners working to restore Unity Mine is portrayed while having a break on the surface, on Friday, Apr. 13, 2007, in Cwmgwrach, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
    Coal_Wales01.JPG
  • (left to right) Gwyn Evans, 48, Vernon Watkins, 62, Keith Aubrey, 56, and Tony Berg, 58, miners working to restore Unity Mine after 8 years of inactivity are having a laugh under the setting sun after a long day working underground, on Thursday, Apr. 12, 2007, in Cwmgwrach, Vale of Neath, South Wales. They aim to extract 1 million tonnes of coal a year when the site will be ready to full production. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
    Coal_Wales24.JPG
  • Vernon Watkins, 62, (right) is talking to project manager, Stuart Beaumont, appointed by Centechnology, the company working to restore Unity Mine and bring it to its full extraction capacity, (1 million tonnes a year) on Thursday, Apr. 12, 2007, in Cwmgwrach, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
    Coal_Wales21.JPG
  • (left to right) Tony Berg, 58, Vernon Watkins, 62, and Keith Aubrey, 56, three of the miners working to restore Unity Mine are portrayed at the end of their shift while having a chat and compiling the daily operations report, on Wednesday, Apr. 11, 2007, in Cwmgwrach, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
    Coal_Wales20.JPG
  • Safety standards require each miner to have a number plate to be left at the entrance of the mine as reference of them being underground, on Thursday, Apr. 12, 2007, in Cwmgwrach, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
    Coal_Wales14.JPG
  • Miners at Unity Mine are extracting the first coal dug from the mine since its reopening more than a year ago, on Tuesday, July 31, 2007, in Cwmgwrach, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
    Coal_Wales13.jpg
  • Gwyn Evans, 48, a miner working to restore the safety and quality of the underground passage to Unity Mine, on Wednesday, Apr. 11, 2007, in Cwmgwrach, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
    Coal_Wales08.JPG
  • (left to right) Keith Aubrey, 56, Gwyn Evans, 48, Vernon Watkins, 62, some of the miners working to restore Unity Mine are portrayed while discussing a working procedure, on Thursday, Apr. 12, 2007, in Cwmgwrach, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
    Coal_Wales04.JPG
  • Gwyn Evans, 48, (left) and  Keith Aubrey, 56, (right) miners working to restore Unity Mine, are joking with each others while taking a break on the surface, on Friday, Apr. 13, 2007, in Cwmgwrach, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
    Coal_Wales16.jpg
  • The coal washed at Unity Mine facilities is being loaded onto trucks and cargo trains to be sent to power stations around the United Kingdom from the Unity Mine complex, on Wednesday, Apr. 11, 2007, in Cwmgwrach, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
    Coal_Wales15.JPG
  • Miners are having a laugh while on a short break from work inside Unity Mine, on Tuesday, June 19, 2007, in Cwmgwrach, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
    Coal_Wales10.jpg
  • Tony Berg, 58, (left) and Heddwyn Williams, 52, two of the miners working to restore Unity Mine are portrayed during their shift on the surface of Unity Mine, on Friday, Apr. 13, 2007, in Cwmgwrach, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
    Coal_Wales07.JPG
  • Miners at the Unity Mine complex are starting the early morning shift by having a cigarette on the stairs leading to the entrance of the mine, while others are collecting the coal needed for the heating of the main complex, on Thursday, Apr. 12, 2007, in Cwmgwrach, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
    Coal_Wales05.JPG
  • Gwyn Evans, 48, (left) and Tony Berg, 58, (right) two of the miners working to restore Unity Mine are portrayed in the early morning before starting their shift into the mine, on Wednesday, Apr. 11, 2007, in Cwmgwrach, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
    Coal_Wales03.JPG
  • Miners are having a shower at the Tower Colliery complex after a long day underground on Tuesday, June 19, 2007, in Hirwaun, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
    Coal_Wales22.JPG
  • Miners in front of the entrance to the last deep mine in Wales, Tower Colliery are about to start the early morning shift underground on Tuesday, June 19, 2007, in Hirwaun, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
    Coal_Wales02.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
  • 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
  • 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
  • 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
  • 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
  • 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
  • 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
  • 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
  • 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
  • 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
  • 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
  • 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
  • Escavators are ready to load the coal onto a cargo train transporting it from Unity Mine to the biggest power station in Wales, Aberthaw, run by the energy giant nPower, on Friday, Apr. 13, 2007, in Cwmgwrach, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
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  • Coal ready to be shipped at the Unity Mine complex, on Thursday, Apr. 12, 2007, in Cwmgwrach, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas...
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  • Welders are at work at the Unity Mine complex, on Thursday, Apr. 12, 2007, in Cwmgwrach, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas...
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  • Miners are being briefed about Health and Safety Regulatnios by Stuart Beaumont (centre), the project manager, on Wednesday, Apr. 11, 2007, in Cwmgwrach, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas...
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  • A miner is entering the Aberpergwm mine driving an automotive machinery needed underground, on Tuesday, June 19, 2007, in Cwmgwrach, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
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  • Heidon Norris, 58, is checking the coal density at the Washery, a section of the Coal Processing Plant at Tower Colliery, the last deep mine in Wales, on Tuesday, June 19, 2007, in Hirwaun, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
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  • Mark Frances, 33, the control operator at the Coal Washery, a section of the Coal Processing Plant at Tower Colliery,the last deep mine in Wales, is portrayed in the control room on Tuesday, June 19, 2007, in Hirwaun, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
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  • Tony Berg, 58, one of the miners at the Unity Mine complex is taking a break while a welder is working on his side, on Wednesday, Apr. 11, 2007, in Cwmgwrach, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas...
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  • Cleaning machinery with strong air pumps is under way at the Unity Mine complex, on Wednesday, Apr. 11, 2007, in Cwmgwrach, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas...
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  • A gas meter is pictured at the Unity Mine complex, on Wednesday, Apr. 11, 2007, in Cwmgwrach, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas...
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  • Miners are inspecting the underground coal wall at the Unity Mine complex, on Tuesday, July 31, 2007, in Cwmgwrach, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas...
    Coal_Wales39.JPG
  • View of the Coal Washery, a section of the Coal Processing Plant at Tower Colliery, the last deep mine in Wales, on Tuesday, June 19, 2007, in Hirwaun, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
    Coal_Wales35.JPG
  • The coal is being washed in the Coal Processing Plant at Tower Colliery, the last deep mine in Wales, on Tuesday, June 19, 2007, in Hirwaun, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
    Coal_Wales33.JPG
  • The coal is being washed in the Coal Processing Plant at Tower Colliery, the last deep mine in Wales, on Tuesday, June 19, 2007, in Hirwaun, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
    Coal_Wales32.JPG
  • The coal just dug is made to slide to the Coal Processing Plant at Tower Colliery, the last deep mine in Wales, on Tuesday, June 19, 2007, in Hirwaun, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
    Coal_Wales31.JPG
  • The coal is being moved by an escavator, while some more is heading towards the Coal Processing Plant's washery at Tower Colliery, the last deep mine in Wales, on Tuesday, June 19, 2007, in Hirwaun, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
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  • A miner is having troubles while attempting to fix a water leakage inside Unity Mine, on Monday, June 18, 2007, in Cwmgwrach, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
    Coal_Wales26.JPG
  • Heddwyn Williams, 52, one of the miners working to restore Unity Mine is holding a typical underground lamp used instead of the historic canarin as a way of checking for gas leakage, on Friday, Apr. 13, 2007, in Cwmgwrach, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
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  • Heddwyn Williams, 52, is working to restore a broken mechanical carpet at Unity Mine on Thursday, Apr. 12, 2007, in Cwmgwrach, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
    Coal_Wales50.JPG
  • Tony Berg, 58, one of the miners working at the Unity Mine complex is busy fixing the ventilation system, on Wednesday, Apr. 11, 2007, in Cwmgwrach, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas...
    Coal_Wales44.JPG
  • Peter, 52, a worker at the Unity Mine complex is inspecting each lamp early in the morning before it being used underground during the day, on Wednesday, Apr. 11, 2007, in Cwmgwrach, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
    Coal_Wales42.JPG
  • Underground lamps and batteries are hanged on a wall at the Unity Mine complex, on Wednesday, Apr. 11, 2007, in Cwmgwrach, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas...
    Coal_Wales40.JPG
  • Magazine cuttings and pictures are on show on the wall of the local deli at Tower Colliery, the last deep mine in Wales, on Tuesday, June 19, 2007, in Hirwaun, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
    Coal_Wales37.JPG
  • A section of Tower Colliery, the last deep mine in Wales, is pictured on Tuesday, June 19, 2007, in Hirwaun, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
    Coal_Wales29.JPG
  • Stuart Beaumont, the project managrer, is laughing while chatting with other miners at the Unity Mine complex on the day a new USD 2.5 million excavator drill is being delivered, on Monday, June 18, 2007, in Cwmgwrach, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
    Coal_Wales28.JPG
  • An senior engineer is taking measurements underground at the Unity Mine complex, on Monday, June 18, 2007, in Cwmgwrach, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
    Coal_Wales27.JPG
  • View from the Control Room at the Unity Mine complex, on Thursday, Apr. 12, 2007, in Cwmgwrach, Vale of Neath, South Wales. The time is ripe again for an unexpected revival of the coal industry in the Vale of Neath due to the increasing prize and diminishing reserves of oil and gas, the uncertainties of renewable energy sources, and the technological advancement in producing energy from coal while limiting emissions of pollutants, has created the basis for valuable investment opportunities and a possible alternative to the latest energy crisis. Unity Mine, in particular, has started a pioneering effort to revive the coal industry in the area, reopening after more than 8 years with the intent of exploiting the large resources still buried underground. Coal could be then answer to both, access to cheaper and paradoxically greener energy and a better and safer choice than nuclear energy as a major supply for the decades to come. It is estimated that coal reserves in Wales amount to over 250 million tonnes, or the equivalent of at least 50 years of energy supply, while the worldwide total coal could last for over 200 years as a viable resource compared to only a few decades of oil and natural gas.
    Coal_Wales48.JPG
  • Randa, a 5-year-old girl is standing by a solar panel in the unrecognised village of Wadi el Na'am, pop. 4000, close to Beer Sheva, the capital of the Negev, a large deserted area in the south of Israel.  Wadi el Na'am is located near a large industrial site, Ramat Hovav, and has no infrastructure or electric energy. Water is provided only via storage tanks. It has no health services as the only clinic is deemed illegal and bound to be demolished, as the rest of the structures in the area. Numbering around 200.000 in Israel, the Bedouins constitute the native ethnic group of these areas, they farm, grow wheat, olives and live in complete self sufficiency. Many of them were in these lands long before the Israeli State was created and their traditional lifestyle is now threatened by subtle Governmental policies. The seven Bedouin towns already built are all between the 10 more impoverished towns in Israel. ..
    Bedouin_Negev_Israel_24.JPG
  • Almas, 5 year-old-girl, and Bilal, 3, her brother, are portrayed while in their house in the unrecognised village of Wadi el Na'am, pop. 4000, close to Beer Sheva, the capital of the Negev, a large deserted area in the south of Israel.  Wadi el Na'am is located near a large industrial site, Ramat Hovav, and has no infrastructure nor electric energy. Water is provided only via storage tanks. It has no health services as the only clinic is deemed illegal and bound to be demolished, as the rest of the structures in the area. Numbering around 200.000 in Israel, the Bedouins constitute the native ethnic group of these areas, they farm, grow wheat, olives and live in complete self sufficiency. Many of them were in these lands long before the Israeli State was created and their traditional lifestyle is now threatened by subtle Governmental policies. The seven Bedouin towns already built are all between the 10 more impoverished towns in Israel.
    Bedouin_Negev_Israel_09.JPG
  • Bakar, 2, is crying at dawn in front of his home  in the unrecognised village of Wadi el Na'am, pop. 4000, close to Beer Sheva, the capital of the Negev, a large deserted area in the south of Israel.  Wadi el Na'am is located near a large industrial site, Ramat Hovav, and has no infrastructure or electric energy. Water is provided only via storage tanks. It has no health services as the only clinic is deemed illegal and bound to be demolished, as the rest of the structures in the area. Numbering around 200.000 in Israel, the Bedouins constitute the native ethnic group of these areas, they farm, grow wheat, olives and live in complete self sufficiency. Many of them were in these lands long before the Israeli State was created and their traditional lifestyle is now threatened by subtle Governmental policies. The seven Bedouin towns already built are all between the 10 more impoverished towns in Israel. ..
    Bedouin_Negev_Israel_34.JPG
  • Khandra, a 55-year-old Bedouin woman, is making the bread in her house in the unrecognised village of Wadi el Na'am, pop. 4000, close to Beer Sheva, the capital of the Negev, a large deserted area in the south of Israel.  Wadi el Na'am is located near a large industrial site, Ramat Hovav, and has no infrastructure or electric energy. Water is provided only via storage tanks. It has no health services as the only clinic is deemed illegal and bound to be demolished, as the rest of the structures in the area. Numbering around 200.000 in Israel, the Bedouins constitute the native ethnic group of these areas, they farm, grow wheat, olives and live in complete self sufficiency. Many of them were in these lands long before the Israeli State was created and their traditional lifestyle is now threatened by subtle Governmental policies. The seven Bedouin towns already built are all between the 10 more impoverished towns in Israel. ..
    Bedouin_Negev_Israel_25.JPG
  • The shadow of a Bedouin girl is casted on the door of her family house in the unrecognised village of Wadi el Na'am (pop. 4000), close to Beer Sheva, the capital of the Negev, a large deserted area in the south of Israel.  Wadi el Na'am is located near a large industrial site, Ramat Hovav, has no infrastructure nor electric energy. Water is provided only via storage tanks. It has no health services as the only clinic is deemed illegal and bound to be demolished, as the rest of the structures in the area. Numbering around 200.000 in Israel, the Bedouins constitute the native ethnic group of these areas, they farm, grow wheat, olives and live in complete self sufficiency. Many of them were in these lands long before the Israeli State was created and their traditional lifestyle is now threatened by subtle Governmental policies. The seven Bedouin towns already built are all between the 10 more impoverished towns in Israel.
    Bedouin_Negev_Israel_14.JPG
  • The unrecognised village of Wadi el Na'am, pop. 4000, is located in close proximity to the Israel Electric Company, in BeerSheva, the capital of the Negev, a large deserted area in the south of Israel. Wadi el Na'am is located near a large industrial site, Ramat Hovav, and has no infrastructure or electric energy. Water is provided only via storage tanks. It has no health services as the only clinic is deemed illegal and bound to be demolished, as the rest of the structures in the area. Numbering around 200.000 in Israel, the Bedouins constitute the native ethnic group of these areas, they farm, grow wheat, olives and live in complete self sufficiency. Many of them were in these lands long before the Israeli State was created and their traditional lifestyle is now threatened by subtle Governmental policies. The seven Bedouin towns already built are all between the 10 more impoverished towns in Israel. .
    Bedouin_Negev_Israel_03.JPG
  • A boy is overlooking the unrecognised village of Wadi el Na'am, pop. 4000, close to Beer Sheva, the capital of the Negev, a large deserted area in the south of Israel.  Wadi el Na'am is located near a large industrial site, Ramat Hovav, and has no infrastructure or electric energy. Water is provided only via storage tanks. It has no health services as the only clinic is deemed illegal and bound to be demolished, as the rest of the structures in the area. Numbering around 200.000 in Israel, the Bedouins constitute the native ethnic group of these areas, they farm, grow wheat, olives and live in complete self sufficiency. Many of them were in these lands long before the Israeli State was created and their traditional lifestyle is now threatened by subtle Governmental policies. The seven Bedouin towns already built are all between the 10 more impoverished towns in Israel.
    Bedouin_Negev_Israel_18.JPG
  • Khandra, a 55-year-old Bedouin woman, is making the bread in her house in the unrecognised village of Wadi el Na'am, pop. 4000, close to Beer Sheva, the capital of the Negev, a large deserted area in the south of Israel.  Wadi el Na'am is located near a large industrial site, Ramat Hovav, and has no infrastructure or electric energy. Water is provided only via storage tanks. It has no health services as the only clinic is deemed illegal and bound to be demolished, as the rest of the structures in the area. Numbering around 200.000 in Israel, the Bedouins constitute the native ethnic group of these areas, they farm, grow wheat, olives and live in complete self sufficiency. Many of them were in these lands long before the Israeli State was created and their traditional lifestyle is now threatened by subtle Governmental policies. The seven Bedouin towns already built are all between the 10 more impoverished towns in Israel.
    Bedouin_Negev_Israel_52.JPG
  • Nabil, 4-year-old boy living in the unrecognised village of Wadi el Na'am, pop. 4000, close to Beer Sheva, the capital of the Negev, a large deserted area in the south of Israel.  Wadi el Na'am is located near a large industrial site, Ramat Hovav, and has no infrastructure or electric energy. Water is provided only via storage tanks. It has no health services as the only clinic is deemed illegal and bound to be demolished, as the rest of the structures in the area. Numbering around 200.000 in Israel, the Bedouins constitute the native ethnic group of these areas, they farm, grow wheat, olives and live in complete self sufficiency. Many of them were in these lands long before the Israeli State was created and their traditional lifestyle is now threatened by subtle Governmental policies. The seven Bedouin towns already built are all between the 10 more impoverished towns in Israel.
    Bedouin_Negev_Israel_20.JPG
  • Bedouins are watching black and white television in the unrecognised village of Wadi el Na'am, pop. 4000, close to Beer Sheva, the capital of the Negev, a large deserted area in the south of Israel.  Wadi el Na'am is located near a large industrial site, Ramat Hovav, and has no infrastructure or electric energy. Water is provided only via storage tanks. It has no health services as the only clinic is deemed illegal and bound to be demolished, as the rest of the structures in the area. Numbering around 200.000 in Israel, the Bedouins constitute the native ethnic group of these areas, they farm, grow wheat, olives and live in complete self sufficiency. Many of them were in these lands long before the Israeli State was created and their traditional lifestyle is now threatened by subtle Governmental policies. The seven Bedouin towns already built are all between the 10 more impoverished towns in Israel.
    Bedouin_Negev_Israel_16.JPG
  • Faysal, 14-year-old boy, sitting at night around the fire, in the unrecognised village of Wadi el Na'am, pop. 4000, close to Beer Sheva, the capital of the Negev, a large deserted area in the south of Israel.  Wadi el Na'am is located near a large industrial site, Ramat Hovav, and has no infrastructure or electric energy. Water is provided only via storage tanks. It has no health services as the only clinic is deemed illegal and bound to be demolished, as the rest of the structures in the area. Numbering around 200.000 in Israel, the Bedouins constitute the native ethnic group of these areas, they farm, grow wheat, olives and live in complete self sufficiency. Many of them were in these lands long before the Israeli State was created and their traditional lifestyle is now threatened by subtle Governmental policies. The seven Bedouin towns already built are all between the 10 more impoverished towns in Israel. .
    Bedouin_Negev_Israel_15.JPG
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