Tuesday, July 31, 2012

The Economic Costs and Benefits of the Bonneville Dam

http://www2.kenyon.edu/projects/Dams/bec03wilsona.html
The Economic Costs and Benefits of the Bonneville Dam 

US Army Corps of Engineers, Portland District, Columbia River ProjectsPower production is the primary function of the Bonneville Dam. The two Bonneville powerhouses generate about 5 billion kWh of electricity each year. The Bonneville Dam supplies nearly 500,000 homes with electricity, assuming each household consumes 10,000 kWh of electricity per year. This makes the busbar -the dam's- cost of power to about 1.2 cents/kWh. This is fairly high when comparing the power costs throughout the years of operation of the Bonneville mainly because the Bonneville Power Administration (BPA) is still paying off the second powerhouse which was built in 1982. (Jim Clune BPA) In 1997 alone, the Bonneville Dam produced energy worth over $100 million. (Info Paper Usace, Aug 1998.) By using a renewable resource to produce massive amounts of energy, the Bonneville Dam also provides many other services to the surrounding areas.The Federal Columbia River Power System (FCRPS) refers to the federally owned hydroelectric dams in the Columbia River Basin. Of the 29 dams in the Columbia River Basin the U.S. Army Corps of Engineers operates and maintains 21 of the dams and the Department of the Interior's Bureau of Reclamation operates 8 of the dams. The BPA is responsible for transmitting and marketing the hydroelectric power generated in the Federal Columbia River Power System. (Water Resources: "Corps of Engineers' Actions to Assist Salmon in the Columbia River Basin"; April 1998) The Bonneville Dam is just one of the components of the FCRPS. The average cost of power for all 29 hydroelectric projects in the FCRPS is about 0.7 cents/kWh. When factoring in the costs for transmission, conservation investments (protecting salmon runs), renewables, nuclear costs and the regional exchange the total cost of BPA's power is about 2.3 cents/kWh. This is the rate at which the regional ratepayers are charged.
The outstanding appropriations (debt) on the Bonneville Dam are about $783 million. This is the amount borrowed from the U.S. Treasury which has paid for projects and replacements on the Bonneville over the last 60 years. The payment of the $783 million is the northwest ratepayer's obligation for power related costs. This debt only includes costs related to power. Non-power costs such as navigation are paid for by US tax payers. The average cost of the current BPA debt is about 6.8%. The result is an annual repayment to the Treasury of the debt of roughly $52 million per year.
Maintaining and operating the Bonneville Dam costs about $10 million per year. This number is likely to increase in real terms (cost goes up with inflation) with the addition of certain projects such as improvements on the fish passage. When the costs involved in repaying the Treasury are added to the costs of maintenance and operations, the BPA ends up paying about $62 million per year.
The Bonneville Dam is also very important to the commercial sector of the northwest's economy. The dams along the Columbia and Snake Rivers allow imports and exports to travel 465 miles inland as far as Lewiston, Idaho. Because the Bonneville Dam is the first of a series of large dams on these two rivers, it plays an important role in the transactions of products traveling upriver. In 1997, the Bonneville lock granted upriver access to nearly 11 million tons of commodities.
Recreation is also a factor when compiling a list of the beneficial attributes of the Bonneville. The reservoir provides opportunities for fishing, boating, swimming, and windsurfing. There are also a large number of tourists who visit the Bonneville Dam every year. A monetary value of the willingness to pay for the recreational aspects of the dam is difficult to figure, so we will simply assume that recreational access is viewed as a benefit to its users.
Although the Bonneville is not a flood control project, it does help to tame the waters of the raging Columbia. Other dams upriver from the Columbia, such as the John Day Dam, which are designed for flood control, have allowed the people of the Columbia River Basin to live without fear of massive flooding. Floods were a frequent occurrence before the Columbia was dammed. This has helped to save millions of dollars and countless lives. The $1.2 billion flood storage projects on the Columbia, managed by the Army Corps of Engineers, has already resulted in the prevention of $15.8 billion in flood damages. (http://www.nwp.usace.army.mil/co/b)
Irrigation purposes are not attributes which the Bonneville Dam can claim directly, but the Bonneville does indirectly provide irrigation to farmers throughout the Northwest. The Bonneville subsidizes the other FCRPS dams which were specifically constructed for irrigation purposes. The BPA is responsible for paying an estimated $850 for irrigation costs. Essentially, irrigation from other dams in the FCRPS is subsidized by the revenues collected from the production of power. By producing and marketing power the Bonneville Dam indirectly allows farmers in the northwest (especially east of the Cascade Mountain Range) to irrigate the waters of the Columbia River Basin and produce crops.

Fishermen's News, October, 1997



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THE PACIFIC COAST FEDERATION
OF
FISHERMEN'S ASSOCIATIONS



From Fishermen's News, October, 1997


Best Viewed With Netscape
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THE BATTLE OVER THE COLUMBIA

Glen Spain, Pacific Coast Federation of Fishermen's Associations


The Columbia River was once the largest salmon producing river system in the world. Prior to the dams, the Columbia produced escapements of between 10 and 16 million adults annually. Today, of course, the Columbia produces less than 2.5 million adult fish, more than 90% hatchery fish. Wild chinook in the river are down to less than 2% of their historic numbers. Snake River Sockeye, Snake River fall, Snake River spring/summer chinook and now Upper Columbia steelhead are so near extinction that they are now listed under the ESA. Wild coho runs, once numbering an estimated 1.2 million, are now officially extinct throughout the basin.
Columbia River chinook and Sockeye are north migrators. Under the Pacific Salmon Treaty (PST) the Columbia is supposed to be producing many of the replacement fish to be caught in Canadian waters to make up for Canadian-origin fish harvested in Alaska. As the dams strangled the Columbia runs over the years, more and more inequity developed between Canadian and Alaskan harvests. The replacement fish from the Columbia were simply not there. Though not the only factor, salmon's collapse in the Columbia has certainly been a major factor in triggering an on-going fish war with Canada and the collapse of the Treaty.
A recently published study by the Institute for Fisheries Resources documented what these losses have meat to salmon fishermen -- and the numbers are staggering. Hydropower and dam mismanagement in the Columbia has cost the region's fishery economy as much as 25,000 family wage jobs, and $500 million/year for each and every year these declines are allowed to continue.
Fishermen are engaged in an all out war to decide the future of the Columbia and restore some of this fishing economy. Here is the shape of the current battle lines and what you can do to assist in the Columbia River restoration that is so long overdue.

Removing the Worst Salmon Killing Dams

Wild fish in the Columbia are forced to run the gauntlet of 27 huge dams in the Columbia and Snake River mainstems. Some were actually designed so they kill fish. Hell's Canyon, Grand Coulee, Mayfield Dam (on the Cowlitz), Round Butte Dam (on the Decshutes), Dworshak Dam (on the Clearwater tributary to the Snake) and many others were built without any fish passage at all, up or downstream. These dams are the end of the line for salmon, and together they have already extinguished salmon in more than one-third of their historic range in the basin.
In addition there are more than 2,900 other smaller dams scattered throughout the basin, many of which are known fish killers -- and only 4% of which generate any electrical power at all. Though many of these small dams are obsolete, they are all significant as salmon killers. While the salmon destroying lower Snake River dams are by far the worst offenders, almost any dam will take a 'bite' out of the salmon long before it ever sees the ocean or is available to anglers. However, consistently the forces defending the dams (and the current status quo) have pointed to fishermen as 'the problem,' forever claiming that it is overfishing (and not dams) that are the cause of extinction.
In fact, compared to the tens of millions of fish destroyed by the dams, fishing impacts are laughably small. The Oregon Dept. of Fish and Wildlife officially estimates that all Tribal, commercial and recreational fishing combined accounts for less than 5% of all human-caused immediate salmon mortality within the Columbia River Basin, and that roughly 90% of the remaining mortality is caused by the dams by killing baby salmon migrating downstream or as returning adults. Thus even a total fisheries closure throughout the Pacific would mean less than a 5% increase in Columbia fish -- not much result at great cost, and soon overwhelmed by losses at the dams.
However, in response to lawsuits in which the Pacific Coast Federation of Fishermen (PCFFA) is a plaintiff, and in response to increasing political pressure, both the Corps of Engineers and other federal agencies are having to take a serious look at dam removal as an option -- particularly the four huge federal dams on the lower Snake River (Lower Granite, Little Goose, Lower Monumental and Ice Harbor). However, there is a huge and well funded campaign by upper river interests to vilify those who advocate dam removal.
What people forget, however, is that these dams were never intended to be a permanent fixture in the first place. All were designed for a specific lifespan. Many are now nearing their intended retirement age. The facts simply show that the four lower Snake River dams are good candidates for early retirement.
Dams are built to provide four benefits: (1) hydropower; (2) flood control; (3) irrigation water, and; (4) river navigation for commerce. We know the four lower Snake River federal dams kill a disproportionate number of fish. How do they stack up in providing social benefits?
(1) Hydropower -- Surprise! These four dams combined provide only about 4.13% of the region's total hydropower supply. Their retirement would thus make very little difference to BPA or to electricity rates. The Northwest Power Planning Council has in fact already concluded that BPA could economically survive if these dams were retired.
(2) Flood Control -- Surprise again! None of these dams provide any flood control benefits. Human safety, therefore, is simply not going to be an issue if these dams are retired.
(3) Irrigation -- Of the four, only Ice Harbor supplies irrigation water for farming, for a mere 36,000 acres of land (about 7.5 square miles, an area much smaller than Portland). In fact this same water could be supplied for a fraction of the cost of the dam by modern pumps.
(4) Navigation -- These four dams do provide a significant stretch of navigable water from Lewiston, ID, mostly for grain transport. But this transport is heavily subsidized by taxpayers -- and its cost to taxpayers is actually far more than its net economic benefit. Transport by road and rail would only be slightly more expensive. Right now BPA and the Army Corps of Engineers spend roughly $150 million/year maintaining these dams and on boondoggle programs to barge fish around the dams. Retiring these dams eliminates this huge financial burden. If even a fraction of this huge savings went directly to Lewiston, it could more than compensate for any economic losses -- and be a lot cheaper for taxpayers.
Dam removal also has increasingly strong scientific support. A blue ribbon panel of scientists hand selected by the Northwest Power Planning Council recently recommended that the Columbia River be returned more toward a functioning river system. Their report, "Return to the River" (1996) is the strongest condemnation yet of failed programs to barge fish around the dams, and a strong argument for the removal of at least the worst four of the eight salmon killing mainstem federal dams, those in the lower Snake River. Even the recent National Research Council report commissioned by Congress, "Upstream" (1996), noted that in spite of the problems involved, "Where dams are a significant contributor to the decline of salmon runs, dam removal is an obvious rehabilitative alternative."
Idaho's leading newspaper, The Idaho Statesman, estimates that up to $248 million/year could be returned to Idaho's and the region's fishing and tourism economy -- roughly 12,400 family wage jobs -- if these four dams were retired. In addition, the whole region could get out from under Columbia River Endangered Species Act listings and the dislocation and uncertainty such listings create for other industries.

The Resistance to the Removal of Any Dams

Ultimately the issue is blatantly political, not economic. Washington's Senator Shade Gorton, for instance, recently announced that he will hold removal of the Elwha Dam hostage in return for an iron clad guarantee that there will be no dams ever removed in the Columbia without specific Congressional approval, in spite of the mounting evidence that this may be the most sensible course of action.
The two Elwha dams have no fish passage. Their removal would restore a salmon run once numbered about 250,000, and has already been authorized by Congress. Funding, however, has been singlehandedly blocked by Gorton, who is the Chair of the powerful Senate Interior Appropriations Subcommittee. In holding the Elwha hostage, Gorton once again has tried to pit fishermen against fishermen on these issues, sacrificing the Elwha dams for control over the issue in the Columbia.
On September 15th, Senator Gorton stated in Senate testimony: "Those who want to make a habit of dam removal should understand this: I will never support their proposals to remove Snake or Columbia River dams. Never."
Not surprisingly, much of Senator Gorton's campaign funding and political support comes from these same upper river users he is trying to protect -- heavily subsidized aluminum companies, barging interests, multinational timber companies and others.

Charging the Fish for Water

Another scandal in the Columbia is the way fish are charged for the water they use in getting through the river. One often sees figures like $3 billion dollars touted as the costs to date for salmon restoration in the Columbia. However, these 'costs' are largely bogus. Through accounting tricks they also include BPA's assessment for 'lost revenues.' The theory behind this cost, always charged against salmon restoration, is that any water lost' in flushing outmigrating smolts through dam spillways means less water available to go through the turbines, and therefore less electricity available for sale. In effect, BPA assumes that literally every drop of water in the whole river belongs to them -- and any water released has to be charged against the fish program.
Never mind that no other water user (such as the grain bargers) is charged for water lost in the locks, and never mind that the many massive irrigation water withdrawals are not charged against farmers. No, only the fish must pay for the water they dare use in navigating what was once their own river, but which (to their accountants at least) now belongs entirely to the Bonneville Power Administration. There is an ongoing effort to change this, and to assess the true costs more equitably.

Defunding the Mitchell Act Hatcheries

Back as early as the 1930's, when the first of many dams went into the Columbia, fishermen were solemnly promised that the salmon would not be affected. When that lie was exposed, fishermen angrily demanded compensation for the fish being destroyed, and were then solemnly promised that any losses would be made up and mitigated by hatcheries. This promise was put into law by the Mitchell Act.
Now that promise is being breached by constant whittling away at the funding base of the existing Mitchell Act hatcheries. Last year in Oregon alone, federal funding losses forced two major hatcheries to close, reduced production by 21 million smolts, and forced the premature release to their deaths of 8 million more. These funding slashes are, in effect, the unilateral violation of commercial fishermen's own treaty' with the U.S. Government that fishermen would be held harmless in the face of the destruction of their livelihoods by the dams.
Also at risk in the annual budget fight once again are funds for fish screens, mass marking programs, and virtually all the funds necessary to retrofit the existing dams to increase smolt survival for outmigration as well as to upgrade fish ladders to modern technology. Additionally, vitally important salmon research projects are also being defunded.
There is no question many Mitchell Act hatcheries need to be upgraded and reorganized so that genetic conservation is their highest priority. However, even these reforms can go forward without federal funding.

Gutting the Heritage Rivers Designation for the Columbia

The Clinton Administration has pledged to bring more federal money to cash strapped state river cleanup efforts through its new "American Heritage Rivers" designation program. This is a non-regulatory program which will not affect private property or water rights in any way, but will bring in much needed federal cleanup funds to augment depleted state coffers and provide states with federal agency expertise. It is broadly supported.
Nevertheless, Idaho's Congresswoman Helen Chenoweth -- ever the champion of the rights of Idaho farmers to confiscate Snake River water at the expense of salmon -- anticipating that some or all of the Columbia River Basin will be nominated as an "American Heritage River," has introduced a bill to totally eliminate the program nationwide (H.R. 1842). As Chair of the Subcommittee on Forests and Forest Health of the House Resources Committee, she held a hearing on the program on September 24th in an effort to gut the program -- or at a minimum, to scare the Administration away from designating any part of the Snake River in Idaho for this program, so that there are no additional efforts for salmon restoration or dam removal in her state.
These above are only some of the fights going on right now to determine the future of the Columbia. PCFFA and several of its member organizations are deeply involved in effort (including litigation) to once again make the Columbia run like a river -- instead of the series of stagnant warm water lakes that it has become. In this we follow in a long and glorious political tradition within our industry in fighting the installation and operation of dams that blatantly destroy the salmon resource upon which so much of our industry in the lower 48 is based.
These efforts deserve your support. Without production from the Columbia, there will be no end to the fish wars with Canada, all fishing opportunities coastwide will continue to be severely constrained, and the regional fishing economy will continue to lose almost $500 million/ year for each and every year agency mismanagement in the Columbia is allowed to continue -- the equivalent of 25,000 family wage jobs.
Write your Member of Congress telling them how important the Columbia River is to our industry, and urge them to do all they can to protect and restore salmon throughout the Columbia Basin. Every letter helps.

For related articles and additional information see:
"Ending the Era of Big Dams: Why Some Dams Must Go" (Fishermen's News -- August, 1999)
"Saving Dams by Killing Fish: Congressmen Battling to Save Killer Dams" (Fishermen's News -- May, 1998).
PCFFA Web page on Dams and Decommissioning.

PCFFA is the west coast's largest organization of commercial fishermen. PCFFA's Southwest Regional Office can be reached at: PO Box 29370, San Francisco, CA 94129-0370 and by phone to (415)561-5080. PCFFA's Northwest Regional Office can be reached at: PO Box 11170, Eugene, OR 97440-3370 and by phone to (541)689-2000. PCFFA's Internet Home Page is at <http://www.pcffa.org> or PCFFA can be reached by email at <fish1ifr@aol.com>.
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Monday, July 16, 2012

Dams From Lake Coeur d'Alene To Pacific Ocean


Dams From Lake Coeur d'Alene To Pacific Ocean
730 river miles to the Pacific Ocean

Each year for thousands of years, tens of thousands of salmon made their 700 mile return to Spokane.

1908 first dam on the Spokane River with no fish passage to Spokane - Nine Mile Dam. 30 Mega Watts.
690 river miles from the Pacific Ocean.  No, fish passage. 10 miles from their Spokane home.

1933 first dam on the Columbia River - Rock Island Dam, Wenatchee WA. 660 Mega Watts. 
453 river miles from the Pacific Ocean. Yes, fish passage.


1942 3rd Dam on the Columbia. First of the only two Columbia River dams with no fish passage. 
Grand Coulee Dam, Grand Coulee, WA. 6,809 Mega Watts.
596 river miles from the Pacific Ocean.  No, fish passage. Just over 100 miles from their Spokane home.

Spokane River

---
Lake Coeur d’Alene
Lake Coeur d’Alene
730
----
10           

--
          
--

      --
          
---
17

Post Falls
Post Falls, ID
720

15


1908

3

18

Avista
16

Upper Falls
Spokane
705

5


1920

6

10

Avista
15

Monroe St. Dam
Spokane
700

10


1890

1

15

Avista
14

Nine Mile
Spokane
690

30


1908

2

15

Avista
13

Long Lake Dam
Welpinit, WA
660

10


1915

5

90

Avista
12

Little Falls Dam
Welpinit, WA
650

54


1911

4

36

Avista


Columbia River

     
--  -
-------              
-----------------------------           --    ----     
             --
----


--

--

--

---
11

Grand Coulee Dam
Grand Coulee, WA
596

51
1933

1942

3

6,809
---
United States Bureau of Reclamation
10

Cheif Joseph Dam
Bridgeport, WA
545

29
1946

1955

5

2,620

United States Army Corps of Engineers
9

Wells Dam
Pateras WA
516

43


1967

10

840

8

Rocky Reach Dam 
Wenatchee WA
473

20
1956

1961

8

1,287

7

Rock Island Dam 
Wenatchee WA
453

37
1929

1933

1

660

6

Wanapum Dam
Vantage,  I-90 WA
416

19
1959

1963

9

1,038

5

Priest Rapids Dam
SR Bridge WA
397

105
1950

1961

7

955

4

McNary Dam
Hermiston, OR
292

77
1941

1954

4

980

United States Army Corps of Engineers
3

John Day Dam
Arlington, OR
215

24
1958

1971

11

2,160

United States Army Corps of Engineers
2

The Dalles Dam
The Dalles, OR
191

45


1960

6

1,780

United States Army Corps of Engineers
1

Bonneville Dam
 Cascade Locks, OR
146

146


1937

2

1,050

United States Army Corps of Engineers



Thursday, July 12, 2012

2012-2013 Fishing in Washington Rules Pamphlet

Pictures of the fish of Washington State along with all the fishing information for each part of Washington State

2012-2013 Fishing in Washington Rules Pamphlet 

Download:
2012-2013 Fishing in
Washington Rules Pamphlet

PDF Format - 19.64 MB

Dams From Pacific Ocean To Spokane




Name  
Capacity
(MW)
     Location
Date
  authorized
Date 
    completed
Owner
Name
           Lake formed


Columbia River


Spokane River & Tributaries
- St. Joe River
- Coeur d'Alene River
- Lake Coeur d'Alene
Post Falls               (Post Falls)Upriver                  (Spokane)
Upper Falls             (Spokane)
Monroe St              (Spokane)
- Latah Creek
- Deep Creek

Nine Mile                (Spokane) 
- Little Spokane
-
Long Lake              (Welpinet)  
Little Falls              (Welpinet)                                         1910        First Dam In Eastern WA????                 
-
- Blue Creek

Columbia River & Tributaries below Spokane River 
- Sanpoil
Grand Coulee Dam  (Grand Coulee)
-
Chief Joseph Dam  (Bridgeport - Brewster) 

Salmon do not pass Chief Joseph

Salmon pass these dams and live in the rivers.
- Okanogan, Similkameen, Osooyoss Lake  (Okonogan, Omak, Tanasket, Oroville, Penticton)
- Methow
Wells Dam            (Pateras)

- Entiat
- Chelan Lake
 Rocky Reach Dam (Wenatchee)
- Wenatchee, Icicle, Saddle

Rock Island Dam   (Wenatchee)
Wanapum Dam      (Vantage)
- Crab Creek

Priest Rapids Dam 
- Yakima, Toppenish, Naches

- Snake
McNary Dam          (Hermiston, OR)
- Umatilla, Butter
- Willow
John Day Dam        (Arlington, OR)

- John Day
- Deschutes
The Dalles Dam       (The Dalles, OR)

Hood River
Bonneville Dam       (Cascade Locks, OR)

- Willamette


Name Capacity (MW) Location Date authorized Date completed Owner NameLake formed



Columbia River 
              




Grand Coulee Dam 6,809 Washington, USA 1933 1942 USBR Franklin D. Roosevelt Lake, Banks Lake
Chief Joseph Dam 2,620 WA 1946 1955 USACE Rufus Woods Lake
Wells Dam 840 WA 1967 Douglas PUD Lake Pateros
Rocky Reach Dam 1,287 WA 1956 1961 Chelan PUD Lake Entiat
Rock Island Dam 660 WA 1929 1933 Chelan PUD Rock Island Pool
Wanapum Dam 1,038 WA 1959 1963 Grant PUD Lake Wanapum
Priest Rapids Dam 955 WA 1950 1961 Grant PUD Priest Rapids Lake
McNary Dam 980 between WA and Oregon 1941 1954 USACE Lake Wallula
John Day Dam 2,160 between WA and OR 1958 1971 USACE Lake Umatilla
The Dalles Dam 1,780 between WA and OR 1960 USACE Lake Celilo
Bonneville Dam 1,050 between WA and OR 1937 USACE Lake Bonneville
Total 24,149

Wednesday, July 11, 2012

Eels - Lamprays






http://www.nwcouncil.org/history/Lamprey.asp

Lamprey

Lamprey, often called eels because of their snake-like appearance, are native to the Pacific Northwest, where they have important cultural and economic significance. Three species have been identified in the Columbia River: Pacific, river and western brook lamprey. Pacific and river lamprey are anadromous and parasitic; western brook lamprey spend their lives in freshwater and are not parasitic.
Lamprey have a special significance to Indian tribes, who use the fish in ceremonies and celebrations. Historically, tribes maintained large lamprey fisheries at the confluence of the Snake and Columbia rivers and also a short distance downstream from that place at the mouth of the Walla Walla River. Lamprey also were harvested in great quantities at the base of Willamette Falls on the Willamette River. The tribes dried or roasted lamprey; the oil of the fish was used as a medicine and also as a hair grease.
Lamprey also played an important role in the ecology of the Columbia River and its tributaries, contributing nutrients to the water as the fish died and decayed and serving as prey for other fish. Fish biologists discovered around the turn of the 20th century that ground eel was an ideal food for young salmon in hatcheries. Today, lamprey are significant for their bitter-tasting but protein-rich flesh and oil, which is processed into animal feed, and also used as a source of medicinal anticoagulants.
While precise data is difficult to acquire, incidental evidence suggests the current populations are declining, apparently significantly, from historical numbers. The primary factors for the decline appear to be passage problems at dams for both juvenile and adult fish, destruction of spawning and rearing habitat, a coincident decline of prey fish for lampreys and intentional poisonings of streams to eliminate unwanted fish.