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  • The Living Roof of the California Academy of Sciences building within Golden Gate Park, and adjacent to the De Young Museum.  The roof provides stormwater management for both flow reduction and water quality.  The living roof contains over 40 native California plant species and provides habitat for a wide variety of wildlife, particularly butterflies.  The rooftop's seven undulating green hillocks pay homage to the iconic topography of San Francisco and blurs the boundary between building and parkland.  Living roofs significantly reduce Heat Island Effect, and the vent windows help manage interior climate.
    Living-Roof.jpg
  • Green Roof at the Hamilton Building; SW 12th Avenue and Clay Street.  The roof is maintained and monitored by City of Portland Bureau of Environmental Services (BES).
    Green-Roof-2.jpg
  • Green Roof at the Hamilton Building; SW 12th Avenue and Clay Street.  The roof is maintained and monitored by City of Portland Bureau of Environmental Services (BES).
    Green-Roof-1.jpg
  • Trapezoidal Flume on Green Roof.  This type of flume is well suited to monitoring runoff from Green Roofs because of its accurate flow measurement down to 1 gpm.  Hamilton Building, SW 12th Avenue & Clay Street, Portland, Oregon.  This roof is maintained and monitored by City of Portland Bureau of Environmental Services (BES).
    Trapezoidal-Flume-Rainwater-Gauge.jpg
  • Buttress Runnels (2008), by artist Susan A. Point - concrete relief sculpted to channel roof runoff from the 6.5-acre roof to the Riverside Plaza and adjacent rainwater reuse pond.  The Salish design is inspired by cultural and environmental history of Richmond and the Fraser River.  The Richmond Olympic Oval was the long track speed skating rink for the 2010 Olympic Winter Games. Client: VANOC; Architect: Cannon Design; Structural Engineers: Glotman Simpson Consulting Engineers.
    Salish-Relief-Runnel-Rain-Downspout.jpg
  • Rain Garden in Vera Katz Sidewalk Park, or Sliver Park,  is part of the building's storm water management and is fed by roof runoff.  The First Regiment Armory Annex, commonly known as the Portland Armory Building, at 128 NW 11th Avenue.  The building was renovated from 2002 to 2006 (to LEED Platinum certification) and now houses the Gerding Theater, used primarily by the theatre group Portland Center Stage.
    Rain-Garden-Planter.jpg
  • The First Regiment Armory Annex, commonly known as the Portland Armory Building, at 128 NW 11th Avenue.  The building was renovated from 2002 to 2006 (to LEED Platinum certification) and now houses the Gerding Theater, used primarily by the theatre group Portland Center Stage.   The adjacent Vera Katz Sidewalk Park, or Sliver Park, includes a bioswale for stormwater treatment and a water channel of sculpted black basalt.  The water feature design, by Scott Murase of landscape architect firm Murase Associates, is part of the building's storm water management and is fed by roof runoff.
    Vera-Katz-Sidewalk-Park-Granite.jpg
  • The First Regiment Armory Annex, commonly known as the Portland Armory Building, at 128 NW 11th Avenue.  The building was renovated from 2002 to 2006 (to LEED Platinum certification) and now houses the Gerding Theater, used primarily by the theatre group Portland Center Stage.   The adjacent Vera Katz Sidewalk Park, or Sliver Park, includes a bioswale for stormwater treatment and a water channel of sculpted black basalt.  The water feature design, by Scott Murase of landscape architect firm Murase Associates, is part of the building's storm water management and is fed by roof runoff.
    Sculpted-Basalt-Water-Channel.jpg
  • The First Regiment Armory Annex, commonly known as the Portland Armory Building, at 128 NW 11th Avenue.  The building was renovated from 2002 to 2006 (to LEED Platinum certification) and now houses the Gerding Theater, used primarily by the theatre group Portland Center Stage.   The adjacent Vera Katz Sidewalk Park, or Sliver Park, includes a bioswale for stormwater treatment and a water channel of sculpted black basalt.  The water feature design, by Scott Murase of landscape architect firm Murase Associates, is part of the building's storm water management and is fed by roof runoff.
    Armory-Building-Portland.jpg
  • The First Regiment Armory Annex, commonly known as the Portland Armory Building, at 128 NW 11th Avenue.  The building was renovated from 2002 to 2006 (to LEED Platinum certification) and now houses the Gerding Theater, used primarily by the theatre group Portland Center Stage.   The adjacent Vera Katz Sidewalk Park, or Sliver Park, includes a bioswale for stormwater treatment and a water channel of sculpted black basalt.  The water feature design, by Scott Murase of landscape architect firm Murase Associates, is part of the building's storm water management and is fed by roof runoff.
    Sculpted-Basalt-Water-Feature.jpg
  • The First Regiment Armory Annex, commonly known as the Portland Armory Building, at 128 NW 11th Avenue.  The building was renovated from 2002 to 2006 (to LEED Platinum certification) and now houses the Gerding Theater, used primarily by the theatre group Portland Center Stage.   The adjacent Vera Katz Sidewalk Park, or Sliver Park, includes a bioswale for stormwater treatment and a water channel of sculpted black basalt.  The water feature design, by Scott Murase of landscape architect firm Murase Associates, is part of the building's storm water management and is fed by roof runoff.
    Armory-Building-and-Sliver-Park.jpg
  • The First Regiment Armory Annex, commonly known as the Portland Armory Building, at 128 NW 11th Avenue.  The building was renovated from 2002 to 2006 (to LEED Platinum certification) and now houses the Gerding Theater, used primarily by the theatre group Portland Center Stage.   The adjacent Vera Katz Sidewalk Park, or Sliver Park, includes a bioswale for stormwater treatment and a water channel of sculpted black basalt.  The water feature design, by Scott Murase of landscape architect firm Murase Associates, is part of the building's storm water management and is fed by roof runoff.
    Vera-Katz-Sliver-Park.jpg
  • Sedum acre / Biting Stonecrop.  Sedum is a large family of hardy succulents commonly known as stonecrop.  Many Sedum varieties have the necessary characteristics for ecoroofs, namely adaptability to harsh growing conditions, need for minimal maintenance and irrigation, ability to grow in shallow soil depths, and ability to establish and spread quickly.
    Green-Roof-Sedum-acre_Biting-Stonecr...jpg
  • Sedum acre / Biting Stonecrop.  Sedum is a large family of hardy succulents commonly known as stonecrop.  Many Sedum varieties have the necessary characteristics for ecoroofs, namely adaptability to harsh growing conditions, need for minimal maintenance and irrigation, ability to grow in shallow soil depths, and ability to establish and spread quickly.
    Green-Roof-Sedum-acre_Biting-Stonecr...jpg
  • Sedum spathulifolium / Pacific Stonecrop.  Sedum is a large family of hardy succulents commonly known as stonecrop.  Many Sedum varieties have the necessary characteristics for ecoroofs, namely adaptability to harsh growing conditions, need for minimal maintenance and irrigation, ability to grow in shallow soil depths, and ability to establish and spread quickly.
    Green-Roof-Sedum-spathulifolium_Paci...jpg
  • Sedum oreganum / Oregon Stonecrop.  Sedum is a large family of hardy succulents commonly known as stonecrop.  Many Sedum varieties have the necessary characteristics for ecoroofs, namely adaptability to harsh growing conditions, need for minimal maintenance and irrigation, ability to grow in shallow soil depths, and ability to establish and spread quickly.
    Green-Roof-Sedum-oreganum_Oregon-Sto...jpg
  • Euphorbia myrsinites / Myrtle Spurge.  Also know as Creeping Spurge or donkey tail.  Grown as a decorative plant in rock gardens, particularly valued in xeriscaping in dry areas.  Widely classified as a noxious weed, and in Oregon subject to quarantine.  The milky sap can cause significant skin and eye irritations.
    Euphorbia-myrsinites_Myrtle-Spurge-1.jpg
  • Euphorbia myrsinites / Myrtle Spurge.  Also know as Creeping Spurge or donkey tail.  Grown as a decorative plant in rock gardens, particularly valued in xeriscaping in dry areas.  Widely classified as a noxious weed, and in Oregon subject to quarantine.  The milky sap can cause significant skin and eye irritations.
    Leaf-Pattern-Geometric.jpg
  • Euphorbia myrsinites / Myrtle Spurge.  Also know as Creeping Spurge or donkey tail.  Grown as a decorative plant in rock gardens, particularly valued in xeriscaping in dry areas.  Widely classified as a noxious weed, and in Oregon subject to quarantine.  The milky sap can cause significant skin and eye irritations.
    Euphorbia-myrsinites_Myrtle-Spurge-3.jpg
  • Sempervivum tectorum (Common Houseleek.  Also known as Hen and chicks.  Used as an ornamental plant, they are hardy and do well in rock gardens and ecoroofs.
    Common-Houseleek_Sempervivum-tectoru...jpg
  • Sempervivum tectorum (Common Houseleek.  Also known as Hen and chicks.  Used as an ornamental plant, they are hardy and do well in rock gardens and ecoroofs.
    Common-Houseleek_Sempervivum-tectoru...jpg
  • Euphorbia myrsinites / Myrtle Spurge.  Also know as Creeping Spurge or donkey tail.  Grown as a decorative plant in rock gardens, particularly valued in xeriscaping in dry areas, widely classified as a noxious weed, and in Oregon subject to quarantine.  The milky sap can cause significant skin and eye irritations.
    Euphorbia-myrsinites_Myrtle-Spurge-2.jpg
  • Sedum spathulifolium / Pacific Stonecrop.  Sedum is a large family of hardy succulents commonly known as stonecrop.  Many Sedum varieties have the necessary characteristics for ecoroofs, namely adaptability to harsh growing conditions, need for minimal maintenance and irrigation, ability to grow in shallow soil depths, and ability to establish and spread quickly.
    Sedum-spathulifolium-Pacific-Stonecr...jpg
  • Sedum spathulifolium / Pacific Stonecrop.  Sedum is a large family of hardy succulents commonly known as stonecrop.  Many Sedum varieties have the necessary characteristics for ecoroofs, namely adaptability to harsh growing conditions, need for minimal maintenance and irrigation, ability to grow in shallow soil depths, and ability to establish and spread quickly.
    AJH-05b-May-2016-Mt-Tabor-Park-Calen...jpg
  • Artistic watering can rainwater downspout and swale.
    Stormwater-Downspout-2.jpg
  • Artistic watering can rainwater downspout and swale.
    Stormwater-Downspout-1.jpg
  • Effective stormwater management in a dense urban area.  Swales and stormwater planters collect stormwater from roof downspouts, parking lot and street.  Appropriate vegetation filters out pollutants in the stormwater before it soaks into the ground, naturally recharging groundwater.  RiverEast Center Stormwater Management facility - a public-private stormwater management partnership (PPP) in Portland, Oregon.
    Roof-Downspout-and-Weir.jpg
  • Near Lüderitz, lies Kolmanskop (or Kolmanskuppe), an abandoned diamond mining town from the early 1900's.  Abandoned in 1956, it has been invaded by the sand of the Namib Desert and is now a ghost town.  This is Buchhalter Wohnung, the bookkeeper's or accountant's home.
    Half-roof Mansion, Kolmanskop.jpg
  • Near Lüderitz, lies Kolmanskop (or Kolmanskuppe), an abandoned diamond mining town from the early 1900's.  Abandoned in 1956, it has been invaded by the sand of the Namib Desert and is now a ghost town.
    Solarium 2, Kolmanskop.jpg
  • Long track speed skating rink for the 2010 Olympic Winter Games. ICE Americas Convention. Client: VANOC; Architect: Cannon Design; Structural Engineers: Glotman Simpson Consulting Engineers. Wood wave roof from BC Pine beetle kill wood.
    Wood Wave Roof
  • Wood wave roof from BC Pine beetle kill wood at the long-track speed skating rink for the 2010 Olympic Winter Games. Client: VANOC; Architect: Cannon Design; Structural Engineers: Glotman Simpson Consulting Engineers.
    Wood Wave Roof
  • Near Lüderitz, lies Kolmanskop (or Kolmanskuppe), an abandoned diamond mining town from the early 1900's.  Abandoned in 1956, it has been invaded by the sand of the Namib Desert and is now a ghost town.
    Perforated Roof 2, Kolmanskop.jpg
  • Near Lüderitz, lies Kolmanskop (or Kolmanskuppe), an abandoned diamond mining town from the early 1900's.  Abandoned in 1956, it has been invaded by the sand of the Namib Desert and is now a ghost town.
    Perforated Roof 3, Kolmanskop.jpg
  • Near Lüderitz, lies Kolmanskop (or Kolmanskuppe), an abandoned diamond mining town from the early 1900's.  Abandoned in 1956, it has been invaded by the sand of the Namib Desert and is now a ghost town.
    Perforated Roof 1, Kolmanskop.jpg
  • Rainwater from a household roof gushes down a rain chain during a storm.  Rain chains are decorative alternatives to a downspout.  They make a water feature out of the conveyance of rainwater from the roof gutters down to a drain or to a storage container.
    Rain Chain Downspout.jpg
  • Rainwater from a household roof gushes down a rain chain during a storm.  Rain chains are decorative alternatives to a downspout.  They make a water feature out of the conveyance of rainwater from the roof gutters down to a drain or to a storage container.  RRS BD700-L, RRS BH-55 PCL, RRS TVC-33, RRS LCF-10. http://reallyrightstuff.com/WebsiteInfo.aspx?fc=125
    Rain-Chain-and-Stormwater.jpg
  • Rainwater from a household roof gushes down a rain chain during a storm.  Rain chains are decorative alternatives to a downspout.  They make a water feature out of the conveyance of rainwater from the roof gutters down to a drain or to a storage container.  RRS BD700-L, RRS BH-55 PCL, RRS TVC-33, RRS LCF-10.
    Rain-Chain-and-Stormwater-Panorama.jpg
  • The outstretched hand of Buster Simpson’s Beckoning Cistern (2002) manages roof stormwater runoff from the 81 Vine Street Building.  The sculpture was funded by the Seattle Public Utilities 1% for Art Program to support the Growing Vine Street Project, a green street concept developed in the 1990s in Seattle’s Belltown district.  The concept of Growing Vine Street is to use biofiltration and other Green Street elements to treat stormwater before it is released directly into Elliott Bay.  This functional sculpture performs flow control and treatment for urban runoff in a visible and demonstrative way, bringing public awareness to the City’s water conservation efforts.
    Beckoning-Cistern-2-Seattle.jpg
  • Branching Downspouts at the 81 Vine Street Building in Seattle, by artist Buster Simpson.  These “vertical planters” bring Green Street elements to the streetscape as part of the Growing Vine Street Project.  The concept of Growing Vine Street is to use biofiltration and other Green Street elements to treat stormwater before it is released directly into Elliott Bay.  The downspout planters are made from corrugated aluminum pipe, connected in-line with the building’s roof downspout.
    Branching-Downspouts-Seattle.jpg
  • Net Loft, Columbia River, Astoria, Oregon.  The Uppertown Net Loft, also known as Alderbrook Station, was built on the Columbia River in 1897 by the Union Fisherman's Cooperative Packing Company, a union formed in 1896.  On 1 December 2007, a violent winter storm ripped off the top story, The strange row of window frames is all that remains of that top story.  The new, flatter roof was installed after the storm.  Astoria, Oregon, USA.
    Net Loft, Columbia River, Astoria.jpg
  • Effective stormwater management in a dense urban area.  Swales and stormwater planters collect stormwater from roof downspouts, parking lot and street.  Appropriate vegetation filters out pollutants in the stormwater before it soaks into the ground, naturally recharging groundwater.  RiverEast Center Stormwater Management facility - a public-private stormwater management partnership (PPP) in Portland, Oregon.
    Swale-and-Jogger-in-Rain.jpg
  • Long track speed skating rink for the 2010 Olympic Winter Games. ICE Americas Convention. Client: VANOC; Architect: Cannon Design; Structural Engineers: Glotman Simpson Consulting Engineers. Wood wave roof from BC Pine beetle kill wood.
    Richmond Olympic Oval
  • The outstretched hand of Buster Simpson’s Beckoning Cistern (2002) manages roof stormwater runoff from the 81 Vine Street Building.  The sculpture was funded by the Seattle Public Utilities 1% for Art Program to support the Growing Vine Street Project, a green street concept developed in the 1990s in Seattle’s Belltown district.  The concept of Growing Vine Street is to use biofiltration and other Green Street elements to treat stormwater before it is released directly into Elliott Bay.  This functional sculpture performs flow control and treatment for urban runoff in a visible and demonstrative way, bringing public awareness to the City’s water conservation efforts.
    Beckoning-Cistern-1-Seattle.jpg
  • Effective stormwater management in a dense urban area.  Swales and stormwater planters collect stormwater from roof downspouts, parking lot and street.  Appropriate vegetation filters out pollutants in the stormwater before it soaks into the ground, naturally recharging groundwater.  RiverEast Center Stormwater Management facility - a public-private stormwater management partnership (PPP) in Portland, Oregon.
    Swale-Jogger-and-Public-Path.jpg
  • Effective stormwater management in a dense urban area.  Swales and stormwater planters collect stormwater from roof downspouts, parking lot and street.  Appropriate vegetation filters out pollutants in the stormwater before it soaks into the ground, naturally recharging groundwater.  RiverEast Center Stormwater Management facility - a public-private stormwater management partnership (PPP) in Portland, Oregon.
    Parking-Lot-Stormwater-Swale.jpg
  • Life in Huaráz, below the distant Huandoy summits and the west face of Huascarán Norte (North) 6,664m.  Huaráz lies at an altitude of 3,052 m, approx. 420 km north of Lima.  It sits in the agriculturally important Callejón de Huaylas valley, at the foot of the Cordillera Blanca mountain range, which includes Huascarán, the highest mountain in Peru at 6,768 m.  On May 31, 1970 the Ancash earthquake destroyed much of Huaraz, killing 10,000 people.  Almost nothing was left of the old city with its narrow streets and big adobe casonas roofed with tiles.  The old narrow streets were widened as they had proved to be deathtraps during the earthquake.  Reconstruction of the city is a work in progress.
    16_AJH_080630_1996_DRV.jpg
  • Huaráz lies at an altitude of 3,052 m, approx. 420 km north of Lima.  It sits in the agriculturally important Callejón de Huaylas valley, at the foot of the Cordillera Blanca mountain range, which includes Huascarán, the highest mountain in Peru at 6,768 m.  On May 31, 1970 the Ancash earthquake destroyed much of Huaraz, killing 10,000 people.  Almost nothing was left of the old city with its narrow streets and big adobe casonas roofed with tiles.  The old narrow streets were widened as they had proved to be deathtraps during the earthquake.  Reconstruction of the city is a work in progress.  Nikon D200, 17-50/2.8.
    Huaráz Sunrise
  • Symbols of faith, Huaráz.  Huaráz lies at an altitude of 3,052 m, approx. 420 km north of Lima.  It sits in the agriculturally important Callejón de Huaylas valley, at the foot of the Cordillera Blanca mountain range, which includes Huascarán, the highest mountain in Peru at 6,768 m.  On May 31, 1970 the Ancash earthquake destroyed much of Huaraz, killing 10,000 people.  Almost nothing was left of the old city with its narrow streets and big adobe casonas roofed with tiles.  The old narrow streets were widened as they had proved to be deathtraps during the earthquake.  Reconstruction of the city is a work in progress.  Nikon D200, 17-50/2.8.
    Symbols of Faith, Huaráz
  • Huaráz sunrise from Olaza’s Bed & Breakfast.  Huaráz lies at an altitude of 3,052 m, approx. 420 km north of Lima.  It sits in the agriculturally important Callejón de Huaylas valley, at the foot of the Cordillera Blanca mountain range, which includes Huascarán, the highest mountain in Peru at 6,768 m.  On May 31, 1970 the Ancash earthquake destroyed much of Huaraz, killing 10,000 people.  Almost nothing was left of the old city with its narrow streets and big adobe casonas roofed with tiles.  The old narrow streets were widened as they had proved to be deathtraps during the earthquake.  Reconstruction of the city is a work in progress.
    43_AJH_080616_1499_DRV.jpg
  • Huaráz lies at an altitude of 3,052 m, approx. 420 km north of Lima.  It sits in the agriculturally important Callejón de Huaylas valley, at the foot of the Cordillera Blanca mountain range, which includes Huascarán, the highest mountain in Peru at 6,768 m.  On May 31, 1970 the Ancash earthquake destroyed much of Huaraz, killing 10,000 people.  Almost nothing was left of the old city with its narrow streets and big adobe casonas roofed with tiles.  The old narrow streets were widened as they had proved to be deathtraps during the earthquake.  Reconstruction of the city is a work in progress.
    20_AJH_080617_1507_DRV.jpg
  • Kids play soccer in the church square.  Huaráz lies at an altitude of 3,052 m, approx. 420 km north of Lima.  It sits in the agriculturally important Callejón de Huaylas valley, at the foot of the Cordillera Blanca mountain range, which includes Huascarán, the highest mountain in Peru at 6,768 m.  On May 31, 1970 the Ancash earthquake destroyed much of Huaraz, killing 10,000 people.  Almost nothing was left of the old city with its narrow streets and big adobe casonas roofed with tiles.  The old narrow streets were widened as they had proved to be deathtraps during the earthquake.  Reconstruction of the city is a work in progress.
    18_AJH_080628_1980_DRV.jpg
  • Symbols of faith, Huaráz.  Huaráz lies at an altitude of 3,052 m, approx. 420 km north of Lima.  It sits in the agriculturally important Callejón de Huaylas valley, at the foot of the Cordillera Blanca mountain range, which includes Huascarán, the highest mountain in Peru at 6,768 m.  On May 31, 1970 the Ancash earthquake destroyed much of Huaraz, killing 10,000 people.  Almost nothing was left of the old city with its narrow streets and big adobe casonas roofed with tiles.  The old narrow streets were widened as they had proved to be deathtraps during the earthquake.  Reconstruction of the city is a work in progress.
    17_AJH_080628_1981_DRV.jpg
  • Huaráz lies at an altitude of 3,052 m, approx. 420 km north of Lima.  It sits in the agriculturally important Callejón de Huaylas valley, at the foot of the Cordillera Blanca mountain range, which includes Huascarán, the highest mountain in Peru at 6,768 m.  On May 31, 1970 the Ancash earthquake destroyed much of Huaraz, killing 10,000 people.  Almost nothing was left of the old city with its narrow streets and big adobe casonas roofed with tiles.  The old narrow streets were widened as they had proved to be deathtraps during the earthquake.  Reconstruction of the city is a work in progress. Nikon D200, 17-50/2.8.
    Huaráz Breakfast
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