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  • UV water filter and micron filters for harvested rainwater on Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3374.jpg
  • UV water filter and micron filters for harvested rainwater on Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3373.jpg
  • Tankless water heater on side of Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3370.jpg
  • 865 gallon rain barrel next to UV water filter and micron filters for harvested rainwater on a Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3376.jpg
  • Drain pipes catch rain from metal roof for rainwater harvesting system on a Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3404.jpg
  • Fat Boy Water Wall<br />
650 Gallon Above Ground Cistern collects rainwater from metal roof that faclitates runoff on Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3391.jpg
  • 50 gallon rain barrel holding filtered water from rainwater harvesting system at Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3372.jpg
  • Tesla electric car recharging in garage in Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3394.jpg
  • Loose-fill insulation in attic of Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3399.jpg
  • UV water filter and micron filters with 50 gallon rainwater barrel that holds filtered water from harvested rainwater system on Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3378.jpg
  • Fat Boy Water Wall<br />
650 Gallon Above Ground Cistern collects rainwater from metal roof that faclitates runoff on Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3388.jpg
  • Fat Boy Water Wall<br />
650 Gallon Above Ground Cistern collects rainwater from metal roof that faclitates runoff on Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3387.jpg
  • 865 gallon rain barrel next to Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3381.jpg
  • 865 gallon rain barrel next to Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3380.jpg
  • Drain pipes catch rain from metal roof for rainwater harvesting system on a Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3407.jpg
  • Fat Boy Water Wall<br />
650 Gallon Above Ground Cistern collects rainwater from metal roof that faclitates runoff on Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3385.jpg
  • Insulated crawl space reduces heating costs as well as preventing moisture problems, insect infestation, and radon infiltration. Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3383.jpg
  • Fat Boy Water Wall<br />
650 Gallon Above Ground Cistern collects rainwater from metal roof that faclitates runoff on Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3389.jpg
  • A photo voltaic inverter on side of Green home that is off the grid. Solar power and a rainwater harvesting system supply all the energy and water for this home in Los Angeles, California, USA
    US_CA_48_3369.jpg
  • Installation of diverter valve for greywater system at new home construction site. A branched greywater system diverts discarded water from sinks and washing machines away from sewage lines, and recycles it back via a gravity fed drain system for irrigation and back into the aquifer. Los Angeles, California, USA
    US_CA_48_3333.jpg
  • Installation of diverter valve for greywater system at new home construction site. A branched greywater system diverts discarded water from sinks and washing machines away from sewage lines, and recycles it back via a gravity fed drain system for irrigation and back into the aquifer. Los Angeles, California, USA
    US_CA_48_3321.jpg
  • Installation of diverter valve for greywater system at new home construction site. A branched greywater system diverts discarded water from sinks and washing machines away from sewage lines, and recycles it back via a gravity fed drain system for irrigation and back into the aquifer. Los Angeles, California, USA
    US_CA_48_3326.jpg
  • Installation of diverter valve for greywater system at new home construction site. A branched greywater system diverts discarded water from sinks and washing machines away from sewage lines, and recycles it back via a gravity fed drain system for irrigation and back into the aquifer. Los Angeles, California, USA
    US_CA_48_3353.jpg
  • Installation of diverter valve for greywater system at new home construction site. A branched greywater system diverts discarded water from sinks and washing machines away from sewage lines, and recycles it back via a gravity fed drain system for irrigation and back into the aquifer. Los Angeles, California, USA
    US_CA_48_3329.jpg
  • Water main break at Santa Monica Blvd. and HIghland in Hollywood on Oct 27, 2014.
    US_CA_43_849.jpg
  • Water main break at Santa Monica Blvd. and HIghland in Hollywood on Oct 27, 2014.
    US_CA_43_843.jpg
  • Water main break at Santa Monica Blvd. and HIghland in Hollywood on Oct 27, 2014.
    US_CA_43_833.jpg
  • Water main break at Santa Monica Blvd. and HIghland in Hollywood on Oct 27, 2014.
    US_CA_43_860.jpg
  • Water main break at Santa Monica Blvd. and HIghland in Hollywood on Oct 27, 2014.
    US_CA_43_854.jpg
  • Water main break at Santa Monica Blvd. and HIghland in Hollywood on Oct 27, 2014.
    US_CA_43_835.jpg
  • Recycled water being used for irrigation around Los Angeles International Airport (LAX), Los Angeles, California, USA
    US_CA_45_4489.jpg
  • Recycled water being used for irrigation around Los Angeles International Airport (LAX), Los Angeles, California, USA
    US_CA_45_4488.jpg
  • Water level gauge at Rio Hondo Spreading Grounds, Water Replenishment District – WRD, Pico Rivera, Los Angeles County
    US_CA_41_1186.jpg
  • Hydrogeologist points to the diversion structure control screen. San Gabriel Spreading Grounds, Water Replenishment District – WRD, Pico Rivera, Los Angeles County
    US_CA_41_1037.jpg
  • Tertiary-treated recycled water from the San Jose Creek Water Reclamation Plant is diverted to the unlined San Gabriel River for infiltration into the groundwater aquifers below. San Gabriel Spreading Grounds, Water Replenishment District – WRD, Pico Rivera, Los Angeles County
    US_CA_41_1014.jpg
  • Rio Hondo Spreading Grounds, Water Replenishment District – WRD, Pico Rivera, Los Angeles County
    US_CA_41_1191.jpg
  • Rio Hondo Spreading Grounds, Water Replenishment District – WRD, Pico Rivera, Los Angeles County
    US_CA_41_1175.jpg
  • Rio Hondo Spreading Grounds, Water Replenishment District – WRD, Pico Rivera, Los Angeles County
    US_CA_41_1170.jpg
  • Water level gauge at Rio Hondo Spreading Grounds, Water Replenishment District – WRD, Pico Rivera, Los Angeles County
    US_CA_41_1112.jpg
  • Tertiary-treated recycled water from the San Jose Creek Water Reclamation Plant is diverted to the unlined San Gabriel River for infiltration into the groundwater aquifers below. San Gabriel Spreading Grounds, Water Replenishment District – WRD, Pico Rivera, Los Angeles County
    US_CA_41_1015.jpg
  • San Gabriel Spreading Grounds, Water Replenishment District – WRD, Pico Rivera, Los Angeles County
    US_CA_41_1018.jpg
  • Tertiary-treated recycled water from the San Jose Creek Water Reclamation Plant is diverted to the unlined San Gabriel River for infiltration into the groundwater aquifers below. San Gabriel Spreading Grounds, Water Replenishment District – WRD, Pico Rivera, Los Angeles County
    US_CA_41_1009.jpg
  • Poly Vinyl Chloride (PVC) Pipes being installed for rainwater harvesting system at new home construction. System is gravity based and relies on a 2% grade to carry captured water to cisterns or rain barrels in backyard. Los Angeles, California, USA
    US_CA_48_3303.jpg
  • Poly Vinyl Chloride (PVC) Pipes being installed for rainwater harvesting system at new home construction. System is gravity based and relies on a 2% grade to carry captured water to cisterns or rain barrels in backyard. Los Angeles, California, USA
    US_CA_48_3291.jpg
  • Gate at Rio Hondo Spreading Grounds, Water Replenishment District – WRD, Pico Rivera, Los Angeles County
    US_CA_41_1165.jpg
  • Gate at Rio Hondo Spreading Grounds, Water Replenishment District – WRD, Pico Rivera, Los Angeles County
    US_CA_41_1163.jpg
  • San Gabriel Spreading Grounds, Water Replenishment District – WRD, Pico Rivera, Los Angeles County
    US_CA_41_1135.jpg
  • Rio Hondo channel, Rio Hondo Spreading Grounds, Water Replenishment District – WRD, Pico Rivera, Los Angeles County
    US_CA_41_1116.jpg
  • Accumulated trash next to the headworks for the Rio Hondo Spreading Grounds situated on the Rio Hondo. Water Replenishment District – WRD, Pico Rivera, Los Angeles County
    US_CA_41_1092.jpg
  • Hydrogeologist points to the diversion structure control screen. San Gabriel Spreading Grounds, Water Replenishment District – WRD, Pico Rivera, Los Angeles County
    US_CA_41_1042.jpg
  • Tertiary-treated recycled water from the San Jose Creek Water Reclamation Plant is diverted to the unlined San Gabriel River for infiltration into the groundwater aquifers below. San Gabriel Spreading Grounds, Water Replenishment District – WRD, Pico Rivera, Los Angeles County
    US_CA_41_1004.jpg
  • Poly Vinyl Chloride (PVC) Pipes being installed for rainwater harvesting system at new home construction. System is gravity based and relies on a 2% grade to carry captured water to cisterns or rain barrels in backyard. Los Angeles, California, USA
    US_CA_48_3315.jpg
  • LEEd home construction sign in Los Angeles. LEED certification is based on a rating system for green buildings set by the U.S. Green Building Council, points are achieved by effective use of sustainable materials, water efficiency, indoor air quality and energy efficiency in the construction. home construction sign in Los Angeles. LEED certification is based on a rating system for green buildings set by the U.S. Green Building Council, points are achieved by effective use of sustainable materials, water efficiency, indoor air quality and energy efficiency in the construction.
    US_CA_48_3307.jpg
  • Poly Vinyl Chloride (PVC) Pipes being installed for rainwater harvesting system at new home construction. System is gravity based and relies on a 2% grade to carry captured water to cisterns or rain barrels in backyard. Los Angeles, California, USA
    US_CA_48_3305.jpg
  • Poly Vinyl Chloride (PVC) Pipes being installed for rainwater harvesting system at new home construction. System is gravity based and relies on a 2% grade to carry captured water to cisterns or rain barrels in backyard. Los Angeles, California, USA
    US_CA_48_3286.jpg
  • Water level gauge at Rio Hondo Spreading Grounds, Water Replenishment District – WRD, Pico Rivera, Los Angeles County
    US_CA_41_1193.jpg
  • Water level gauge at Rio Hondo Spreading Grounds, Water Replenishment District – WRD, Pico Rivera, Los Angeles County
    US_CA_41_1187.jpg
  • Accumulated trash next to the headworks for the Rio Hondo Spreading Grounds situated on the Rio Hondo. Water Replenishment District – WRD, Pico Rivera, Los Angeles County
    US_CA_41_1125.jpg
  • Accumulated trash next to the headworks for the Rio Hondo Spreading Grounds situated on the Rio Hondo. Water Replenishment District – WRD, Pico Rivera, Los Angeles County
    US_CA_41_1123.jpg
  • Water level gauge at Rio Hondo Spreading Grounds, Water Replenishment District – WRD, Pico Rivera, Los Angeles County
    US_CA_41_1111.jpg
  • Senior Hydrogeologist points to a map of the San Gabriel Spreading Grounds, San Gabriel Spreading Grounds, Water Replenishment District – WRD, Pico Rivera, Los Angeles County
    US_CA_41_0989.jpg
  • Poly Vinyl Chloride (PVC) Pipes being installed for rainwater harvesting system at new home construction. System is gravity based and relies on a 2% grade to carry captured water to cisterns or rain barrels in backyard. Los Angeles, California, USA
    US_CA_48_3288.jpg
  • Poly Vinyl Chloride (PVC) Pipes being installed for rainwater harvesting system at new home construction. System is gravity based and relies on a 2% grade to carry captured water to cisterns or rain barrels in backyard. Los Angeles, California, USA
    US_CA_48_3279.jpg
  • Rio Hondo Spreading Grounds, Water Replenishment District – WRD, Pico Rivera, Los Angeles County
    US_CA_41_1198.jpg
  • Desilting pond’s zig-zag design helps slow down water, allowing for silt to settle out before the water is directed towards the infiltration basins. San Gabriel Spreading Grounds, Water Replenishment District – WRD, Pico Rivera, Los Angeles County
    US_CA_41_1153.jpg
  • San Gabriel Spreading Grounds, Water Replenishment District – WRD, Pico Rivera, Los Angeles County
    US_CA_41_1145.jpg
  • San Gabriel Spreading Grounds, Water Replenishment District – WRD, Pico Rivera, Los Angeles County
    US_CA_41_1137.jpg
  • San Gabriel Spreading Grounds, Water Replenishment District – WRD, Pico Rivera, Los Angeles County
    US_CA_41_1133.jpg
  • Desilting pond’s zig-zag design helps slow down water, allowing for silt to settle out before the water is directed towards the infiltration basins. San Gabriel Spreading Grounds, Water Replenishment District – WRD, Pico Rivera, Los Angeles County
    US_CA_41_1099.jpg
  • Accumulated trash next to the headworks for the Rio Hondo Spreading Grounds situated on the Rio Hondo. Water Replenishment District – WRD, Pico Rivera, Los Angeles County
    US_CA_41_1096.jpg
  • Tertiary-treated recycled water from the San Jose Creek Water Reclamation Plant is diverted to the unlined San Gabriel River for infiltration into the groundwater aquifers below. San Gabriel Spreading Grounds, Water Replenishment District – WRD, Pico Rivera, Los Angeles County
    US_CA_41_1052.jpg
  • Tertiary-treated recycled water from the San Jose Creek Water Reclamation Plant is diverted to the unlined San Gabriel River for infiltration into the groundwater aquifers below. San Gabriel Spreading Grounds, Water Replenishment District – WRD, Pico Rivera, Los Angeles County
    US_CA_41_1002.jpg
  • Senior Hydrogeologist points to a map of the San Gabriel Spreading Grounds, San Gabriel Spreading Grounds, Water Replenishment District – WRD, Pico Rivera, Los Angeles County
    US_CA_41_0991.jpg
  • Poly Vinyl Chloride (PVC) Pipes being installed for rainwater harvesting system at new home construction. System is gravity based and relies on a 2% grade to carry captured water to cisterns or rain barrels in backyard. Los Angeles, California, USA
    US_CA_48_3314.jpg
  • LEEd home construction sign in Los Angeles. LEED certification is based on a rating system for green buildings set by the U.S. Green Building Council, points are achieved by effective use of sustainable materials, water efficiency, indoor air quality and energy efficiency in the construction. home construction sign in Los Angeles. LEED certification is based on a rating system for green buildings set by the U.S. Green Building Council, points are achieved by effective use of sustainable materials, water efficiency, indoor air quality and energy efficiency in the construction.
    US_CA_48_3308.jpg
  • Tertiary-treated recycled water from the San Jose Creek Water Reclamation Plant is diverted to the unlined San Gabriel River for infiltration into the groundwater aquifers below. San Gabriel Spreading Grounds, Water Replenishment District – WRD, Pico Rivera, Los Angeles County
    US_CA_41_1011.jpg
  • San Gabriel Spreading Grounds, Water Replenishment District – WRD, Pico Rivera, Los Angeles County
    US_CA_41_1140.jpg
  • Motorized gates controlling flow between infiltration basins. Rio Hondo Spreading Grounds, Water Replenishment District – WRD, Pico Rivera, Los Angeles County
    US_CA_41_1104.jpg
  • Water conservation sign, West Kern Water District, Maricopa, Kern County, California, USA
    US_CA_82_321.jpg
  • Mountains, Recreation and Conservation Authority (MRCA) Ranger patrolling the Los Angeles River, California, US
    US_CA_48_3044.jpg
  • Water well being drilling next to oil well and fracking site in almond orchard. Kern County, located over the Monterey Shale, has seen a dramatic increase in oil drilling and hydraulic fracking in recent years. San Joaquin Valley, California, USA
    US_CA_82_072.jpg
  • Water well being drilled in Almond orchard. After three years of severe drought and groundwater depletion, a record number of well drilling permits have been granted, Tulare County, San Joaquin Valley, California, USA
    US_CA_81_239.jpg
  • Water well being drilled in Almond orchard. After three years of severe drought and groundwater depletion, a record number of well drilling permits have been granted, Tulare County, San Joaquin Valley, California, USA
    US_CA_81_193.jpg
  • Drill bit in front of water well being drilled in Almond orchard. After three years of severe drought and groundwater depletion, a record number of well drilling permits have been granted, Tulare County, San Joaquin Valley, California, USA
    US_CA_81_188.jpg
  • Water well being drilled in Almond orchard. After three years of severe drought and groundwater depletion, a record number of well drilling permits have been granted, Tulare County, San Joaquin Valley, California, USA
    US_CA_81_184.jpg
  • Water well being drilling next to oil well and fracking site in almond orchard. Kern County, located over the Monterey Shale, has seen a dramatic increase in oil drilling and hydraulic fracking in recent years. San Joaquin Valley, California, USA
    US_CA_82_075.jpg
  • Water well being drilled in Almond orchard. After three years of severe drought and groundwater depletion, a record number of well drilling permits have been granted, Tulare County, San Joaquin Valley, California, USA
    US_CA_81_242.jpg
  • Water well being drilled in Almond orchard. After three years of severe drought and groundwater depletion, a record number of well drilling permits have been granted, Tulare County, San Joaquin Valley, California, USA
    US_CA_81_212.jpg
  • Water well being drilled in Almond orchard. After three years of severe drought and groundwater depletion, a record number of well drilling permits have been granted, Tulare County, San Joaquin Valley, California, USA
    US_CA_81_183.jpg
  • Lawns being watered by sprinklers during severe drought in Summer of 2014. Cheviot Hills, Los Angeles, California, USA
    US_CA_42_523.jpg
  • Drill bit in front of water well being drilled in Almond orchard. After three years of severe drought and groundwater depletion, a record number of well drilling permits have been granted, Tulare County, San Joaquin Valley, California, USA
    US_CA_81_232.jpg
  • Water well being drilled in Almond orchard. After three years of severe drought and groundwater depletion, a record number of well drilling permits have been granted, Tulare County, San Joaquin Valley, California, USA
    US_CA_81_207.jpg
  • Water well being drilling next to oil well and fracking site in almond orchard. Kern County, located over the Monterey Shale, has seen a dramatic increase in oil drilling and hydraulic fracking in recent years. San Joaquin Valley, California, USA
    US_CA_82_074.jpg
  • Water well being drilled in Almond orchard. After three years of severe drought and groundwater depletion, a record number of well drilling permits have been granted, Tulare County, San Joaquin Valley, California, USA
    US_CA_81_205.jpg
  • Water well being drilled in Almond orchard. After three years of severe drought and groundwater depletion, a record number of well drilling permits have been granted, Tulare County, San Joaquin Valley, California, USA
    US_CA_81_203.jpg
  • Lawns being watered by sprinklers during severe drought in Summer of 2014. Cheviot Hills, Los Angeles, California, USA
    US_CA_42_529.jpg
  • Argo Drain Sub-Basin Facility. The Argo Drainage Channel will transport storm water via gravity to a diversion structure and the flow will be treated and pumped into underground infiltration galleries to recharge the groundwater basin. Los Angeles, California, USA
    US_CA_45_4485.jpg
  • Argo Drain Sub-Basin Facility. The Argo Drainage Channel will transport storm water via gravity to a diversion structure and the flow will be treated and pumped into underground infiltration galleries to recharge the groundwater basin. Los Angeles, California, USA
    US_CA_45_4482.jpg
  • Argo Drain Sub-Basin Facility. The Argo Drainage Channel will transport storm water via gravity to a diversion structure and the flow will be treated and pumped into underground infiltration galleries to recharge the groundwater basin. Los Angeles, California, USA
    US_CA_45_4565.jpg
  • Argo Drain Sub-Basin Facility. The Argo Drainage Channel will transport storm water via gravity to a diversion structure and the flow will be treated and pumped into underground infiltration galleries to recharge the groundwater basin. Los Angeles, California, USA
    US_CA_45_4483.jpg
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