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  • Orcas (Killer Whales) surface and jump in the Pacific Ocean boundary waters as they transit during migration between the United States and Canada.<br />
The killer whale or orca (Orcinus orca) is a toothed whale belonging to the oceanic dolphin family, of which it is the largest member. Killer whales have a diverse diet, although individual populations often specialize in particular types of prey. Some feed exclusively on fish, while others hunt marine mammals such as seals and dolphins. They have been known to attack baleen whale calves, and even adult whales. Killer whales are apex predators, as there is no animal which preys on them. Killer whales are considered a cosmopolitan species, and can be found in each of the world's oceans in a variety of marine environments, from Arctic and Antarctic regions to tropical seas.<br />
<br />
Killer whales are highly social; some populations are composed of matrilineal family groups (pods) which are the most stable of any animal species. Their sophisticated hunting techniques and vocal behaviors, which are often specific to a particular group and passed across generations, have been described as manifestations of animal culture.<br />
Wild killer whales are not considered a threat to humans, but there have been cases of captive orcas killing or injuring their handlers at marine theme parks. Killer whales feature strongly in the mythologies of indigenous cultures, with their reputation ranging from being the souls of humans to merciless killers.
    Orcas001_Ken Hawkins .tif
  • Orcas (Killer Whales) surface and jump in the Pacific Ocean boundary waters as they transit during migration between the United States and Canada.<br />
The killer whale or orca (Orcinus orca) is a toothed whale belonging to the oceanic dolphin family, of which it is the largest member. Killer whales have a diverse diet, although individual populations often specialize in particular types of prey. Some feed exclusively on fish, while others hunt marine mammals such as seals and dolphins. They have been known to attack baleen whale calves, and even adult whales. Killer whales are apex predators, as there is no animal which preys on them. Killer whales are considered a cosmopolitan species, and can be found in each of the world's oceans in a variety of marine environments, from Arctic and Antarctic regions to tropical seas.<br />
<br />
Killer whales are highly social; some populations are composed of matrilineal family groups (pods) which are the most stable of any animal species. Their sophisticated hunting techniques and vocal behaviors, which are often specific to a particular group and passed across generations, have been described as manifestations of animal culture.<br />
Wild killer whales are not considered a threat to humans, but there have been cases of captive orcas killing or injuring their handlers at marine theme parks. Killer whales feature strongly in the mythologies of indigenous cultures, with their reputation ranging from being the souls of humans to merciless killers.
    Orcas001 copy 2.jpg
  • The Cyprus Sierrita Copper Mine is the southernmost of three major open pit copper mines south of Tucson. It is a large open pit more than a mile wide, and 1,400 feet deep, surrounded by piles of overburden and a large tailings pond. Operated for years by the Cyprus Mineral Company, it was purchased by Phelps Dodge in 1999, which was acquired by Freeport McMoRan in 2007. Copper, and a fair amount of molybdenum have been mined here. Open pit copper mining operations and workers in the American West.
    Copper Mining 064.tif
  • The Cyprus Sierrita Copper Mine is the southernmost of three major open pit copper mines south of Tucson. It is a large open pit more than a mile wide, and 1,400 feet deep, surrounded by piles of overburden and a large tailings pond. Operated for years by the Cyprus Mineral Company, it was purchased by Phelps Dodge in 1999, which was acquired by Freeport McMoRan in 2007. Copper, and a fair amount of molybdenum have been mined here. Open pit copper mining operations and workers in the American West.
    Copper Mining 060.tif
  • The Cyprus Sierrita Copper Mine is the southernmost of three major open pit copper mines south of Tucson. It is a large open pit more than a mile wide, and 1,400 feet deep, surrounded by piles of overburden and a large tailings pond. Operated for years by the Cyprus Mineral Company, it was purchased by Phelps Dodge in 1999, which was acquired by Freeport McMoRan in 2007. Copper, and a fair amount of molybdenum have been mined here. Open pit copper mining operations and workers in the American West.
    Copper Mining 042.tif
  • The Cyprus Sierrita Copper Mine is the southernmost of three major open pit copper mines south of Tucson. It is a large open pit more than a mile wide, and 1,400 feet deep, surrounded by piles of overburden and a large tailings pond. Operated for years by the Cyprus Mineral Company, it was purchased by Phelps Dodge in 1999, which was acquired by Freeport McMoRan in 2007. Copper, and a fair amount of molybdenum have been mined here. Open pit copper mining operations and workers in the American West.
    Copper Mining 047.tif
  • The Cyprus Sierrita Copper Mine is the southernmost of three major open pit copper mines south of Tucson. It is a large open pit more than a mile wide, and 1,400 feet deep, surrounded by piles of overburden and a large tailings pond. Operated for years by the Cyprus Mineral Company, it was purchased by Phelps Dodge in 1999, which was acquired by Freeport McMoRan in 2007. Copper, and a fair amount of molybdenum have been mined here. Open pit copper mining operations and workers in the American West.
    Copper Mining 052.tif
  • The Cyprus Sierrita Copper Mine is the southernmost of three major open pit copper mines south of Tucson. It is a large open pit more than a mile wide, and 1,400 feet deep, surrounded by piles of overburden and a large tailings pond. Operated for years by the Cyprus Mineral Company, it was purchased by Phelps Dodge in 1999, which was acquired by Freeport McMoRan in 2007. Copper, and a fair amount of molybdenum have been mined here. Open pit copper mining operations and workers in the American West.
    Copper Mining 063.tif
  • The Cyprus Sierrita Copper Mine is the southernmost of three major open pit copper mines south of Tucson. It is a large open pit more than a mile wide, and 1,400 feet deep, surrounded by piles of overburden and a large tailings pond. Operated for years by the Cyprus Mineral Company, it was purchased by Phelps Dodge in 1999, which was acquired by Freeport McMoRan in 2007. Copper, and a fair amount of molybdenum have been mined here. Open pit copper mining operations and workers in the American West.
    Copper Mining 065.tif
  • The Cyprus Sierrita Copper Mine is the southernmost of three major open pit copper mines south of Tucson. It is a large open pit more than a mile wide, and 1,400 feet deep, surrounded by piles of overburden and a large tailings pond. Operated for years by the Cyprus Mineral Company, it was purchased by Phelps Dodge in 1999, which was acquired by Freeport McMoRan in 2007. Copper, and a fair amount of molybdenum have been mined here. Open pit copper mining operations and workers in the American West.
    Copper Mining 055.tif
  • The Cyprus Sierrita Copper Mine is the southernmost of three major open pit copper mines south of Tucson. It is a large open pit more than a mile wide, and 1,400 feet deep, surrounded by piles of overburden and a large tailings pond. Operated for years by the Cyprus Mineral Company, it was purchased by Phelps Dodge in 1999, which was acquired by Freeport McMoRan in 2007. Copper, and a fair amount of molybdenum have been mined here. Open pit copper mining operations and workers in the American West.
    Copper Mining 048.tif
  • The Cyprus Sierrita Copper Mine is the southernmost of three major open pit copper mines south of Tucson. It is a large open pit more than a mile wide, and 1,400 feet deep, surrounded by piles of overburden and a large tailings pond. Operated for years by the Cyprus Mineral Company, it was purchased by Phelps Dodge in 1999, which was acquired by Freeport McMoRan in 2007. Copper, and a fair amount of molybdenum have been mined here. Open pit copper mining operations and workers in the American West.
    Copper Mining 049.tif
  • The Cyprus Sierrita Copper Mine is the southernmost of three major open pit copper mines south of Tucson. It is a large open pit more than a mile wide, and 1,400 feet deep, surrounded by piles of overburden and a large tailings pond. Operated for years by the Cyprus Mineral Company, it was purchased by Phelps Dodge in 1999, which was acquired by Freeport McMoRan in 2007. Copper, and a fair amount of molybdenum have been mined here. Open pit copper mining operations and workers in the American West.
    Copper Mining 044.tif
  • The Cyprus Sierrita Copper Mine is the southernmost of three major open pit copper mines south of Tucson. It is a large open pit more than a mile wide, and 1,400 feet deep, surrounded by piles of overburden and a large tailings pond. Operated for years by the Cyprus Mineral Company, it was purchased by Phelps Dodge in 1999, which was acquired by Freeport McMoRan in 2007. Copper, and a fair amount of molybdenum have been mined here. Open pit copper mining operations and workers in the American West.
    Copper Mining 058.tif
  • The Cyprus Sierrita Copper Mine is the southernmost of three major open pit copper mines south of Tucson. It is a large open pit more than a mile wide, and 1,400 feet deep, surrounded by piles of overburden and a large tailings pond. Operated for years by the Cyprus Mineral Company, it was purchased by Phelps Dodge in 1999, which was acquired by Freeport McMoRan in 2007. Copper, and a fair amount of molybdenum have been mined here. Open pit copper mining operations and workers in the American West.
    Copper Mining 061.tif
  • The Cyprus Sierrita Copper Mine is the southernmost of three major open pit copper mines south of Tucson. It is a large open pit more than a mile wide, and 1,400 feet deep, surrounded by piles of overburden and a large tailings pond. Operated for years by the Cyprus Mineral Company, it was purchased by Phelps Dodge in 1999, which was acquired by Freeport McMoRan in 2007. Copper, and a fair amount of molybdenum have been mined here. Open pit copper mining operations and workers in the American West.
    Copper Mining 062.tif
  • The Cyprus Sierrita Copper Mine is the southernmost of three major open pit copper mines south of Tucson. It is a large open pit more than a mile wide, and 1,400 feet deep, surrounded by piles of overburden and a large tailings pond. Operated for years by the Cyprus Mineral Company, it was purchased by Phelps Dodge in 1999, which was acquired by Freeport McMoRan in 2007. Copper, and a fair amount of molybdenum have been mined here. Open pit copper mining operations and workers in the American West.
    Copper Mining 059.tif
  • The Cyprus Sierrita Copper Mine is the southernmost of three major open pit copper mines south of Tucson. It is a large open pit more than a mile wide, and 1,400 feet deep, surrounded by piles of overburden and a large tailings pond. Operated for years by the Cyprus Mineral Company, it was purchased by Phelps Dodge in 1999, which was acquired by Freeport McMoRan in 2007. Copper, and a fair amount of molybdenum have been mined here. Open pit copper mining operations and workers in the American West.
    Copper Mining 045.tif
  • The Cyprus Sierrita Copper Mine is the southernmost of three major open pit copper mines south of Tucson. It is a large open pit more than a mile wide, and 1,400 feet deep, surrounded by piles of overburden and a large tailings pond. Operated for years by the Cyprus Mineral Company, it was purchased by Phelps Dodge in 1999, which was acquired by Freeport McMoRan in 2007. Copper, and a fair amount of molybdenum have been mined here. Open pit copper mining operations and workers in the American West.
    Copper Mining 050.tif
  • Rescuers practice high angle structure rescue and evacuation during training at a factory tower.
    Environmental Rescue-226.jpg
  • Rescuers practice high angle structure rescue and evacuation during training at a factory tower.
    Environmental Rescue-225.jpg
  • Rescuers practice high angle structure rescue and evacuation during training at a factory tower.
    Environmental Rescue-178.jpg
  • Rescuers practice high angle structure rescue and evacuation during training at a factory tower.
    Environmental Rescue-164.jpg
  • Rescuers practice high angle structure rescue and evacuation during training at a factory tower.
    Environmental Rescue-117.jpg
  • Rescuers practice high angle structure rescue and evacuation during training at a factory tower.
    Environmental Rescue-231.jpg
  • Rescuers practice high angle structure rescue and evacuation during training at a factory tower.
    Environmental Rescue-230.jpg
  • Rescuers practice high angle structure rescue and evacuation during training at a factory tower.
    Environmental Rescue-229.jpg
  • Rescuers practice high angle structure rescue and evacuation during training at a factory tower.
    Environmental Rescue-222.jpg
  • Rescuers practice high angle structure rescue and evacuation during training at a factory tower.
    Environmental Rescue-221.jpg
  • Rescuers practice high angle structure rescue and evacuation during training at a factory tower.
    Environmental Rescue-167.jpg
  • Rescuers practice high angle structure rescue and evacuation during training at a factory tower.
    Environmental Rescue-211.jpg
  • Rescuers practice high angle structure rescue and evacuation during training at a factory tower.
    Environmental Rescue-216.jpg
  • Rescuers practice high angle structure rescue and evacuation during training at a factory tower.
    Environmental Rescue-176.jpg
  • Rescuers practice high angle structure rescue and evacuation during training at a factory tower.
    Environmental Rescue-166.jpg
  • Rescuers practice high angle structure rescue and evacuation during training at a factory tower.
    Environmental Rescue-165.jpg
  • Rescuers practice high angle structure rescue and evacuation during training at a factory tower.
    Environmental Rescue-163.jpg
  • Rescuers practice high angle structure rescue and evacuation during training at a factory tower.
    Environmental Rescue-161.jpg
  • Rescuers practice high angle structure rescue and evacuation during training at a factory tower.
    Environmental Rescue-159.jpg
  • Rescuers practice high angle structure rescue and evacuation during training at a factory tower.
    Environmental Rescue-160.jpg
  • Rescuers practice high angle structure rescue and evacuation during training at a factory tower.
    Environmental Rescue-158.jpg
  • Rescuers practice high angle structure rescue and evacuation during training at a factory tower.
    Environmental Rescue-156.jpg
  • Rescuers practice high angle structure rescue and evacuation during training at a factory tower.
    Environmental Rescue-157.jpg
  • Rescuers practice high angle structure rescue and evacuation during training at a factory tower.
    Environmental Rescue-152.jpg
  • Rescuers practice high angle structure rescue and evacuation during training at a factory tower.
    Environmental Rescue-154.jpg
  • Rescuers practice high angle structure rescue and evacuation during training at a factory tower.
    Environmental Rescue-151.jpg
  • Rescuers practice high angle structure rescue and evacuation during training at a factory tower.
    Environmental Rescue-146.jpg
  • Rescuers practice high angle structure rescue and evacuation during training at a factory tower.
    Environmental Rescue-129.jpg
  • Rescuers practice high angle structure rescue and evacuation during training at a factory tower.
    Environmental Rescue-130.jpg
  • Rescuers practice high angle structure rescue and evacuation during training at a factory tower.
    Environmental Rescue-126.jpg
  • Rescuers practice high angle structure rescue and evacuation during training at a factory tower.
    Environmental Rescue-127.jpg
  • Rescuers practice high angle structure rescue and evacuation during training at a factory tower.
    Environmental Rescue-125.jpg
  • Rescuers practice high angle structure rescue and evacuation during training at a factory tower.
    Environmental Rescue-103.jpg
  • Rescuers practice high angle structure rescue and evacuation during training at a factory tower.
    Environmental Rescue-102.jpg
  • Rescuers practice high angle structure rescue and evacuation during training at a factory tower.
    Environmental Rescue-105.jpg
  • Rescuers practice high angle structure rescue and evacuation during training at a factory tower.
    Environmental Rescue-162.jpg
  • Rescuers practice high angle structure rescue and evacuation during training at a factory tower.
    Environmental Rescue-155.jpg
  • Mayor Ted Wheeler of Portland, Oregon during a meeting in his office.
    © Ken Hawkins KH1_9903.NEF
  • Mayor Ted Wheeler of Portland, Oregon during a meeting in his office.
    © Ken Hawkins KH1_9902.NEF
  • Mayor Ted Wheeler of Portland, Oregon during a meeting in his office.
    © Ken Hawkins KH1_9901.NEF
  • Mayor Ted Wheeler of Portland, Oregon during a meeting in his office.
    © Ken Hawkins KH1_9897.NEF
  • Mayor Ted Wheeler of Portland, Oregon during a meeting in his office.
    © Ken Hawkins KH1_9860.NEF
  • Mayor Ted Wheeler of Portland, Oregon during a meeting in his office.
    © Ken Hawkins KH1_9859.NEF
  • Mayor Ted Wheeler of Portland, Oregon during a meeting in his office.
    © Ken Hawkins KH1_9817-1.tif
  • The East Side Big Pipe is a large sewer line and tunnel in Portland in the U.S. state of Oregon. It is part of a combined sewer system of pipes, sumps, drains, pumps, and other infrastructure that transports sewage and stormwater run-off to the city's Columbia Boulevard Wastewater Treatment Plant. The East Side Big Pipe project, begun in 2006 and finished in 2011, was the largest of a 20-year series of projects designed to nearly eliminate combined sewer overflows (CSO)s into the Willamette River and the Columbia Slough. The combined projects were completed on time, and they reduced CSOs into the river by 94 percent and into the slough by more than 99 percent. The East Side tunnel was the largest sewer construction project ever undertaken by the City of Portland. A contractor, Kiewit-Bilfinger Berger (KBB), used a tunnel-boring machine that was 300 feet (91 m) long and had a cutting head that was 25 feet (7.6 m) in diameter. In addition to the tunnel and the pipe, the project involved building seven access shafts, connecting pipelines, and the Portsmouth Forcemain, which carries sewage from the Swan Island Pump Station to the Columbia Boulevard Wastewater Treatment Plant.[3]<br />
<br />
The Portsmouth Forcemain, 3 miles (4.8 km) long and 66 inches (170 cm) in diameter, runs north from the pump station across Swan Island and under Waud Bluff and North Willamette Boulevard. There it meets the pre-existing Portsmouth Tunnel, which conveys combined sewage by gravity to the treatment plant.[4]<br />
<br />
Costs associated with the CSO projects, which totaled about $1.4 billion, included $450 million for the East Side CSO Tunnel and $70 million for the Portsmouth Forcemain. Most of the financing for the projects is coming from sewer ratepayers and almost none from state or Federal governments.The East Side tunnel was the largest sewer construction project ever undertaken by the City of Portland. A contractor, Kiewit-Bilfinger Berger (KBB), used a tunnel-boring machine that was 300 feet (91 m)
    Big Pipe_Ken Hawkins-11.tif
  • The East Side Big Pipe is a large sewer line and tunnel in Portland in the U.S. state of Oregon. It is part of a combined sewer system of pipes, sumps, drains, pumps, and other infrastructure that transports sewage and stormwater run-off to the city's Columbia Boulevard Wastewater Treatment Plant. The East Side Big Pipe project, begun in 2006 and finished in 2011, was the largest of a 20-year series of projects designed to nearly eliminate combined sewer overflows (CSO)s into the Willamette River and the Columbia Slough. The combined projects were completed on time, and they reduced CSOs into the river by 94 percent and into the slough by more than 99 percent. The East Side tunnel was the largest sewer construction project ever undertaken by the City of Portland. A contractor, Kiewit-Bilfinger Berger (KBB), used a tunnel-boring machine that was 300 feet (91 m) long and had a cutting head that was 25 feet (7.6 m) in diameter. In addition to the tunnel and the pipe, the project involved building seven access shafts, connecting pipelines, and the Portsmouth Forcemain, which carries sewage from the Swan Island Pump Station to the Columbia Boulevard Wastewater Treatment Plant.[3]<br />
<br />
The Portsmouth Forcemain, 3 miles (4.8 km) long and 66 inches (170 cm) in diameter, runs north from the pump station across Swan Island and under Waud Bluff and North Willamette Boulevard. There it meets the pre-existing Portsmouth Tunnel, which conveys combined sewage by gravity to the treatment plant.[4]<br />
<br />
Costs associated with the CSO projects, which totaled about $1.4 billion, included $450 million for the East Side CSO Tunnel and $70 million for the Portsmouth Forcemain. Most of the financing for the projects is coming from sewer ratepayers and almost none from state or Federal governments.The East Side tunnel was the largest sewer construction project ever undertaken by the City of Portland. A contractor, Kiewit-Bilfinger Berger (KBB), used a tunnel-boring machine that was 300 feet (91 m)
    Big Pipe_Ken Hawkins-15.tif
  • The East Side Big Pipe is a large sewer line and tunnel in Portland in the U.S. state of Oregon. It is part of a combined sewer system of pipes, sumps, drains, pumps, and other infrastructure that transports sewage and stormwater run-off to the city's Columbia Boulevard Wastewater Treatment Plant. The East Side Big Pipe project, begun in 2006 and finished in 2011, was the largest of a 20-year series of projects designed to nearly eliminate combined sewer overflows (CSO)s into the Willamette River and the Columbia Slough. The combined projects were completed on time, and they reduced CSOs into the river by 94 percent and into the slough by more than 99 percent. The East Side tunnel was the largest sewer construction project ever undertaken by the City of Portland. A contractor, Kiewit-Bilfinger Berger (KBB), used a tunnel-boring machine that was 300 feet (91 m) long and had a cutting head that was 25 feet (7.6 m) in diameter. In addition to the tunnel and the pipe, the project involved building seven access shafts, connecting pipelines, and the Portsmouth Forcemain, which carries sewage from the Swan Island Pump Station to the Columbia Boulevard Wastewater Treatment Plant.[3]<br />
<br />
The Portsmouth Forcemain, 3 miles (4.8 km) long and 66 inches (170 cm) in diameter, runs north from the pump station across Swan Island and under Waud Bluff and North Willamette Boulevard. There it meets the pre-existing Portsmouth Tunnel, which conveys combined sewage by gravity to the treatment plant.[4]<br />
<br />
Costs associated with the CSO projects, which totaled about $1.4 billion, included $450 million for the East Side CSO Tunnel and $70 million for the Portsmouth Forcemain. Most of the financing for the projects is coming from sewer ratepayers and almost none from state or Federal governments.The East Side tunnel was the largest sewer construction project ever undertaken by the City of Portland. A contractor, Kiewit-Bilfinger Berger (KBB), used a tunnel-boring machine that was 300 feet (91 m)
    Big Pipe_Ken Hawkins-13.tif
  • The East Side Big Pipe is a large sewer line and tunnel in Portland in the U.S. state of Oregon. It is part of a combined sewer system of pipes, sumps, drains, pumps, and other infrastructure that transports sewage and stormwater run-off to the city's Columbia Boulevard Wastewater Treatment Plant. The East Side Big Pipe project, begun in 2006 and finished in 2011, was the largest of a 20-year series of projects designed to nearly eliminate combined sewer overflows (CSO)s into the Willamette River and the Columbia Slough. The combined projects were completed on time, and they reduced CSOs into the river by 94 percent and into the slough by more than 99 percent. The East Side tunnel was the largest sewer construction project ever undertaken by the City of Portland. A contractor, Kiewit-Bilfinger Berger (KBB), used a tunnel-boring machine that was 300 feet (91 m) long and had a cutting head that was 25 feet (7.6 m) in diameter. In addition to the tunnel and the pipe, the project involved building seven access shafts, connecting pipelines, and the Portsmouth Forcemain, which carries sewage from the Swan Island Pump Station to the Columbia Boulevard Wastewater Treatment Plant.[3]<br />
<br />
The Portsmouth Forcemain, 3 miles (4.8 km) long and 66 inches (170 cm) in diameter, runs north from the pump station across Swan Island and under Waud Bluff and North Willamette Boulevard. There it meets the pre-existing Portsmouth Tunnel, which conveys combined sewage by gravity to the treatment plant.[4]<br />
<br />
Costs associated with the CSO projects, which totaled about $1.4 billion, included $450 million for the East Side CSO Tunnel and $70 million for the Portsmouth Forcemain. Most of the financing for the projects is coming from sewer ratepayers and almost none from state or Federal governments.The East Side tunnel was the largest sewer construction project ever undertaken by the City of Portland. A contractor, Kiewit-Bilfinger Berger (KBB), used a tunnel-boring machine that was 300 feet (91 m)
    Big Pipe_Ken Hawkins-12.tif
  • The East Side Big Pipe is a large sewer line and tunnel in Portland in the U.S. state of Oregon. It is part of a combined sewer system of pipes, sumps, drains, pumps, and other infrastructure that transports sewage and stormwater run-off to the city's Columbia Boulevard Wastewater Treatment Plant. The East Side Big Pipe project, begun in 2006 and finished in 2011, was the largest of a 20-year series of projects designed to nearly eliminate combined sewer overflows (CSO)s into the Willamette River and the Columbia Slough. The combined projects were completed on time, and they reduced CSOs into the river by 94 percent and into the slough by more than 99 percent. The East Side tunnel was the largest sewer construction project ever undertaken by the City of Portland. A contractor, Kiewit-Bilfinger Berger (KBB), used a tunnel-boring machine that was 300 feet (91 m) long and had a cutting head that was 25 feet (7.6 m) in diameter. In addition to the tunnel and the pipe, the project involved building seven access shafts, connecting pipelines, and the Portsmouth Forcemain, which carries sewage from the Swan Island Pump Station to the Columbia Boulevard Wastewater Treatment Plant.[3]<br />
<br />
The Portsmouth Forcemain, 3 miles (4.8 km) long and 66 inches (170 cm) in diameter, runs north from the pump station across Swan Island and under Waud Bluff and North Willamette Boulevard. There it meets the pre-existing Portsmouth Tunnel, which conveys combined sewage by gravity to the treatment plant.[4]<br />
<br />
Costs associated with the CSO projects, which totaled about $1.4 billion, included $450 million for the East Side CSO Tunnel and $70 million for the Portsmouth Forcemain. Most of the financing for the projects is coming from sewer ratepayers and almost none from state or Federal governments.The East Side tunnel was the largest sewer construction project ever undertaken by the City of Portland. A contractor, Kiewit-Bilfinger Berger (KBB), used a tunnel-boring machine that was 300 feet (91 m)
    Big Pipe_Ken Hawkins-2.tif
  • Depave's core volunteers with a mural of a farmer plowing up concrete to reclaim the land. Volunteers working with the Portland Oregon nonprofit group Depave remove asphalt and concrete from parking lots in order to create gardens and playgrounds that foster both a higher quality of life and also better stormwater drainage, averting polluted, toxic runoff from streams and rivers. ** See accompanying text story within picture package.
    KenHawkins_depave_-30.jpg
  • Volunteers working with the Portland Oregon nonprofit group Depave remove asphalt and concrete from parking lots in order to create gardens and playgrounds that foster both a higher quality of life and also better stormwater drainage, averting polluted, toxic runoff from streams and rivers. ** See accompanying text story within picture package.
    KenHawkins_depave_-27.jpg
  • Volunteers working with the Portland Oregon nonprofit group Depave remove asphalt and concrete from parking lots in order to create gardens and playgrounds that foster both a higher quality of life and also better stormwater drainage, averting polluted, toxic runoff from streams and rivers. ** See accompanying text story within picture package.
    KenHawkins_depave_-20.jpg
  • Volunteers working with the Portland Oregon nonprofit group Depave remove asphalt and concrete from parking lots in order to create gardens and playgrounds that foster both a higher quality of life and also better stormwater drainage, averting polluted, toxic runoff from streams and rivers. ** See accompanying text story within picture package.
    KenHawkins_depave_-12.jpg
  • Volunteers working with the Portland Oregon nonprofit group Depave remove asphalt and concrete from parking lots in order to create gardens and playgrounds that foster both a higher quality of life and also better stormwater drainage, averting polluted, toxic runoff from streams and rivers. ** See accompanying text story within picture package.
    KenHawkins_depave_-4.jpg
  • Volunteers working with the Portland Oregon nonprofit group Depave remove asphalt and concrete from parking lots in order to create gardens and playgrounds that foster both a higher quality of life and also better stormwater drainage, averting polluted, toxic runoff from streams and rivers. ** See accompanying text story within picture package.
    KenHawkins_depave_-3.jpg
  • Wind turbines lining the hills in the high desert of eastern Washington State - To license this image, click on the shopping cart below -
    GoldendaleWindFarm-91.jpg
  • Wind turbines lining the hills in the high desert of eastern Washington State - To license this image, click on the shopping cart below -
    GoldendaleWindFarm-86.jpg
  • Wind turbines lining the hills in the high desert of eastern Washington State - To license this image, click on the shopping cart below -
    GoldendaleWindFarm-87.jpg
  • Wind turbines lining the hills in the high desert of eastern Washington State - To license this image, click on the shopping cart below -
    GoldendaleWindFarm-83.jpg
  • Wind turbines lining the hills in the high desert of eastern Washington State - To license this image, click on the shopping cart below -
    GoldendaleWindFarm-81.jpg
  • Wind turbines lining the hills in the high desert of eastern Washington State - To license this image, click on the shopping cart below -
    GoldendaleWindFarm-75.jpg
  • Wind turbines lining the hills in the high desert of eastern Washington State - To license this image, click on the shopping cart below -
    GoldendaleWindFarm-74.jpg
  • Wind turbines lining the hills in the high desert of eastern Washington State - To license this image, click on the shopping cart below -
    GoldendaleWindFarm-67.jpg
  • Wind turbines lining the hills in the high desert of eastern Washington State - To license this image, click on the shopping cart below -
    GoldendaleWindFarm-62.jpg
  • Wind turbines lining the hills in the high desert of eastern Washington State - To license this image, click on the shopping cart below -
    GoldendaleWindFarm-61.jpg
  • Wind turbines lining the hills in the high desert of eastern Washington State - To license this image, click on the shopping cart below -
    GoldendaleWindFarm-55.jpg
  • Wind turbines lining the hills in the high desert of eastern Washington State - To license this image, click on the shopping cart below -
    GoldendaleWindFarm-41.jpg
  • Wind turbines lining the hills in the high desert of eastern Washington State - To license this image, click on the shopping cart below -
    GoldendaleWindFarm-34.jpg
  • Wind turbines lining the hills in the high desert of eastern Washington State - To license this image, click on the shopping cart below -
    GoldendaleWindFarm-35.jpg
  • Wind turbines lining the hills in the high desert of eastern Washington State - To license this image, click on the shopping cart below -
    GoldendaleWindFarm-32.jpg
  • Wind turbines lining the hills in the high desert of eastern Washington State - To license this image, click on the shopping cart below -
    GoldendaleWindFarm-30.jpg
  • Wind turbines lining the hills in the high desert of eastern Washington State - To license this image, click on the shopping cart below -
    GoldendaleWindFarm-29.jpg
  • Wind turbines lining the hills in the high desert of eastern Washington State - To license this image, click on the shopping cart below -
    GoldendaleWindFarm-25.jpg
  • Wind turbines lining the hills in the high desert of eastern Washington State - To license this image, click on the shopping cart below -
    GoldendaleWindFarm-24.jpg
  • Wind turbines lining the hills in the high desert of eastern Washington State - To license this image, click on the shopping cart below -
    GoldendaleWindFarm-21.jpg
  • Wind turbines lining the hills in the high desert of eastern Washington State - To license this image, click on the shopping cart below -
    GoldendaleWindFarm-17.jpg
  • Wind turbines lining the hills in the high desert of eastern Washington State - To license this image, click on the shopping cart below -
    GoldendaleWindFarm-13.jpg
  • Wind turbines lining the hills in the high desert of eastern Washington State - To license this image, click on the shopping cart below -
    GoldendaleWindFarm-11.jpg
  • Abstract patterns of shadow and light on bright green tropical palm fronds and leaves. - To license this image, click on the shopping cart below - -- Determine pricing and license this image, simply by clicking "Add To Cart" below --
    JKH114.jpg
  • Mayor Ted Wheeler of Portland, Oregon during a meeting in his office.
    © Ken Hawkins KH1_9904.NEF
  • Mayor Ted Wheeler of Portland, Oregon during a meeting in his office.
    © Ken Hawkins KH1_9905.NEF
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