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  • GCANS Metropolitan Area Outer Underground Discharge Channel  is an underground water flood control project is the largest underground flood water diversion facility in the world.   The facility was built to control the overflow of Tokyo's rivers during rain and monsoon seasons.  GCANS has five giant containment silos connected with six kilometers of tunnels.  Its most famous feature is the large holding tank cistern with giant pillars that resemble an underground cathedral or temple . The main job of GCANS is to store then divert overflow of water into the Edo River to avoid flood damage.
    GCANS-16.jpg
  • GCANS Metropolitan Area Outer Underground Discharge Channel  is an underground water flood control project is the largest underground flood water diversion facility in the world.   The facility was built to control the overflow of Tokyo's rivers during rain and monsoon seasons.  GCANS has five giant containment silos connected with six kilometers of tunnels.  Its most famous feature is the large holding tank cistern with giant pillars that resemble an underground cathedral or temple . The main job of GCANS is to store then divert overflow of water into the Edo River to avoid flood damage.
    GCANS-15.jpg
  • GCANS Metropolitan Area Outer Underground Discharge Channel  is an underground water flood control project is the largest underground flood water diversion facility in the world.   The facility was built to control the overflow of Tokyo's rivers during rain and monsoon seasons.  GCANS has five giant containment silos connected with six kilometers of tunnels.  Its most famous feature is the large holding tank cistern with giant pillars that resemble an underground cathedral or temple . The main job of GCANS is to store then divert overflow of water into the Edo River to avoid flood damage.
    GCANS-5.jpg
  • GCANS Metropolitan Area Outer Underground Discharge Channel  is an underground water flood control project is the largest underground flood water diversion facility in the world.   The facility was built to control the overflow of Tokyo's rivers during rain and monsoon seasons.  GCANS has five giant containment silos connected with six kilometers of tunnels.  Its most famous feature is the large holding tank cistern with giant pillars that resemble an underground cathedral or temple . The main job of GCANS is to store then divert overflow of water into the Edo River to avoid flood damage.
    GCANS-3.jpg
  • GCANS Metropolitan Area Outer Underground Discharge Channel  is an underground water flood control project is the largest underground flood water diversion facility in the world.   The facility was built to control the overflow of Tokyo's rivers during rain and monsoon seasons.  GCANS has five giant containment silos connected with six kilometers of tunnels.  Its most famous feature is the large holding tank cistern with giant pillars that resemble an underground cathedral or temple . The main job of GCANS is to store then divert overflow of water into the Edo River to avoid flood damage.
    GCANS-2.jpg
  • GCANS Metropolitan Area Outer Underground Discharge Channel  is an underground water flood control project is the largest underground flood water diversion facility in the world.   The facility was built to control the overflow of Tokyo's rivers during rain and monsoon seasons.  GCANS has five giant containment silos connected with six kilometers of tunnels.  Its most famous feature is the large holding tank cistern with giant pillars that resemble an underground cathedral or temple . The main job of GCANS is to store then divert overflow of water into the Edo River to avoid flood damage.
    GCANS-17.jpg
  • GCANS Metropolitan Area Outer Underground Discharge Channel  is an underground water flood control project is the largest underground flood water diversion facility in the world.   The facility was built to control the overflow of Tokyo's rivers during rain and monsoon seasons.  GCANS has five giant containment silos connected with six kilometers of tunnels.  Its most famous feature is the large holding tank cistern with giant pillars that resemble an underground cathedral or temple . The main job of GCANS is to store then divert overflow of water into the Edo River to avoid flood damage.
    GCANS-11.jpg
  • GCANS Metropolitan Area Outer Underground Discharge Channel  is an underground water flood control project is the largest underground flood water diversion facility in the world.   The facility was built to control the overflow of Tokyo's rivers during rain and monsoon seasons.  GCANS has five giant containment silos connected with six kilometers of tunnels.  Its most famous feature is the large holding tank cistern with giant pillars that resemble an underground cathedral or temple . The main job of GCANS is to store then divert overflow of water into the Edo River to avoid flood damage.
    GCANS-7.jpg
  • GCANS Metropolitan Area Outer Underground Discharge Channel  is an underground water flood control project is the largest underground flood water diversion facility in the world.   The facility was built to control the overflow of Tokyo's rivers during rain and monsoon seasons.  GCANS has five giant containment silos connected with six kilometers of tunnels.  Its most famous feature is the large holding tank cistern with giant pillars that resemble an underground cathedral or temple . The main job of GCANS is to store then divert overflow of water into the Edo River to avoid flood damage.
    GCANS-4.jpg
  • GCANS Metropolitan Area Outer Underground Discharge Channel  is an underground water flood control project is the largest underground flood water diversion facility in the world.   The facility was built to control the overflow of Tokyo's rivers during rain and monsoon seasons.  GCANS has five giant containment silos connected with six kilometers of tunnels.  Its most famous feature is the large holding tank cistern with giant pillars that resemble an underground cathedral or temple . The main job of GCANS is to store then divert overflow of water into the Edo River to avoid flood damage.
    GCANS-14.jpg
  • GCANS Metropolitan Area Outer Underground Discharge Channel  is an underground water flood control project is the largest underground flood water diversion facility in the world.   The facility was built to control the overflow of Tokyo's rivers during rain and monsoon seasons.  GCANS has five giant containment silos connected with six kilometers of tunnels.  Its most famous feature is the large holding tank cistern with giant pillars that resemble an underground cathedral or temple . The main job of GCANS is to store then divert overflow of water into the Edo River to avoid flood damage.
    GCANS-10.jpg
  • GCANS Metropolitan Area Outer Underground Discharge Channel  is an underground water flood control project is the largest underground flood water diversion facility in the world.   The facility was built to control the overflow of Tokyo's rivers during rain and monsoon seasons.  GCANS has five giant containment silos connected with six kilometers of tunnels.  Its most famous feature is the large holding tank cistern with giant pillars that resemble an underground cathedral or temple . The main job of GCANS is to store then divert overflow of water into the Edo River to avoid flood damage.
    GCANS-9.jpg
  • GCANS Metropolitan Area Outer Underground Discharge Channel  is an underground water flood control project is the largest underground flood water diversion facility in the world.   The facility was built to control the overflow of Tokyo's rivers during rain and monsoon seasons.  GCANS has five giant containment silos connected with six kilometers of tunnels.  Its most famous feature is the large holding tank cistern with giant pillars that resemble an underground cathedral or temple . The main job of GCANS is to store then divert overflow of water into the Edo River to avoid flood damage.
    GCANS-8.jpg
  • GCANS Metropolitan Area Outer Underground Discharge Channel  is an underground water flood control project is the largest underground flood water diversion facility in the world.   The facility was built to control the overflow of Tokyo's rivers during rain and monsoon seasons.  GCANS has five giant containment silos connected with six kilometers of tunnels.  Its most famous feature is the large holding tank cistern with giant pillars that resemble an underground cathedral or temple . The main job of GCANS is to store then divert overflow of water into the Edo River to avoid flood damage.
    GCANS-6.jpg
  • GCANS Metropolitan Area Outer Underground Discharge Channel  is an underground water flood control project is the largest underground flood water diversion facility in the world.   The facility was built to control the overflow of Tokyo's rivers during rain and monsoon seasons.  GCANS has five giant containment silos connected with six kilometers of tunnels.  Its most famous feature is the large holding tank cistern with giant pillars that resemble an underground cathedral or temple . The main job of GCANS is to store then divert overflow of water into the Edo River to avoid flood damage.
    GCANS-1.jpg
  • Notre Dame Gargoyles were built into the ends of the gutters to drain rainwater off the roof. Because the gargoyles extend far off the side of the roof, water falls far from the walls to prevent damage.  The chimeras are used as simple decorations. A lot of imagination went into creating these statues. There are animal and human figures - some grotesque, horrific, fantastic creatures ....  Although some of them may be frightening, they remind us that all creatures are the work of God, so they deserve His love and salvation.
    notre-dame-gargoyle-2.jpg
  • Red Rock Hot Spring at Pulangtubig, Valencia, Negros Oriental is a great way to relax in the cool upland temperatures of Valencia. The natural source of spring water averaging from 38 degrees Celsius. Soakers who come here regularly claim that they have been relieved of the signs and symptoms of such health problems as Asthma, Arthritis, Allergic Rhinitis, Fatigue, Insomnia, Malaise, Sinusitis and among others.  Bathers can be assured of water's cleanliness and sanitation while bathing. as it is constantly circulating and refreshed and is drained every night.
    red-rock-springs-1.jpg
  • Red Rock Hot Spring at Pulangtubig, Valencia, Negros Oriental is a great way to relax in the cool upland temperatures of Valencia. The natural source of spring water averaging from 38 degrees Celsius. Soakers who come here regularly claim that they have been relieved of the signs and symptoms of such health problems as Asthma, Arthritis, Allergic Rhinitis, Fatigue, Insomnia, Malaise, Sinusitis and among others.  Bathers are ou  assured of water's cleanliness and sanitation while bathing. as it is constantly circulating and refreshed and is drained every night.  .
    red-rock-springs-2.jpg
  • Red Rock Hot Spring at Pulangtubig, Valencia, Negros Oriental is a great way to relax in the cool upland temperatures of Valencia. The natural source of spring water averaging from 38 degrees Celsius. Soakers who come here regularly claim that they have been relieved of the signs and symptoms of such health problems as Asthma, Arthritis, Allergic Rhinitis, Fatigue, Insomnia, Malaise, Sinusitis and among others.  Bathers are ou  assured of water's cleanliness and sanitation while bathing. as it is constantly circulating and refreshed and is drained every night.  .
    red-rock-springs-3.jpg
  • Red Rock Hot Spring at Pulangtubig, Valencia, Negros Oriental is a great way to relax in the cool upland temperatures of Valencia. The natural source of spring water averaging from 38 degrees Celsius. Soakers who come here regularly claim that they have been relieved of the signs and symptoms of such health problems as Asthma, Arthritis, Allergic Rhinitis, Fatigue, Insomnia, Malaise, Sinusitis and among others.  Bathers can be assured of water's cleanliness and sanitation while bathing. as it is constantly circulating and refreshed and is drained every night.
    red-rock-hot-springs-2.jpg
  • Lake Chuzenji  is a scenic lake in Nikko National Park.  It was created 20,000 years ago when Mount Nantai erupted and blocked the Yukawa River- the principal source of water which drains through the  nearby Kegon Falls.
    lake-chuzenji-1.jpg