16 Nov 2008, 5:51pm
Salmon and other fish
by admin

Klamath Dams Slated For Removal

After years of acrimony and political struggle, it appears that four power dams on the Klamath River will be torn down, allegedly to benefit salmon. From the Siskiyou Daily News [here]:

Power company, states, feds reach tentative deal to breach dams

By Heather Dodds, Siskiyou Daily News, November 14, 2008

Siskiyou County, Calif. - Four dams on the Klamath River, including three in Siskiyou County, are now on track to be torn down, as the power company that owns them has signed a deal that begins the process of removing them.

A nonbinding agreement to remove the four Klamath River dams has been reached between the Bush administration and the states of California and Oregon in what Gov. Schwarzenegger on Thursday called “the largest dam removal project ever in history.”

The Agreement in Principle (AIP) released yesterday marks the first step toward removal of the dams by setting the framework for the transfer of the dams from PacifiCorp to a government-designed dam removal entity (DRE) that would undertake the removal process.

The dam removal will not aid salmon, however. It will flush sediment into the Klamath River — burying spawning gravels — and will not provide the “cool” water that “fish advocates” desire. Dam removal will decrease irrigation flows, increase flood hazards, and remove the cleanest form of energy available, renewable hydro-power. Farm land will be devalued, and the regional economy will take another kick in the teeth.

For a selection of articles, the Klamath Bucket Brigade website [here] is very good. A selected excerpt, excerpted from a posted news article:

The planned removal of four hydroelectric dams along the Klamath River is a bitter pill to swallow for the basin’s agricultural industry. Some farmers regard the plan as an unpleasant but ultimately necessary remedy that will help heal divisions over the competing water needs of farmers and fish. Other growers say dam removal will only inflame the Klamath Basin’s ills over the long term. “Common sense says, what are they thinking?” said Tom Mallams, a hay farmer and president of the Klamath Off-Project Water Users, who opposes dam removal. “It’s an absolute disaster, the way they’re trying to do this.” …

Oregon Sen. Doug Whitsett, R-Klamath Falls said he had severe reservations about the dam removal agreement in principle signed by state, federal and PacifiCorp officials Thursday. “I think that we really have no empirical science that removal is going to improve anything,” Whitsett said.

The Klamath Basin Crisis website [here] provides excellent commentary and analysis. A perceptive and expert letter on the KBC site written by Dr. Kenneth A Rykbost, former Superintendent of the Oregon State University Klamath Experiment Station, [here] is very much worth reading.

Many local farmers feel they have been pushed up against a wall and that dam removal will come with much-need guarantees of existing water rights. Whether that (essentially extortion-driven) outcome really happens remains to be seen.

What is clear is that the fisheries “science” has been politically biased for years. Some of the worst excuses for science have emanated from federal and state agencies allegedly researching Klamath River biology and hydrology.

Warm ocean conditions (called El Nino) have dominated the eastern Pacific (our coast) for 25 to 30 years or more. In the last year or so a major shift has occurred (called the Pacific Decadal Oscillation) that has brought cool water (La Nina conditions) to the eastern Pacific [see here]. The warm water of the previous 3 decades has been bad for salmon because the upwelling of nutrient-rich cool water has been minimal. Now that the PDO has shifted, more cool water will provide more nutrients for the ocean food chain off our coast.

Improving ocean conditions will aid salmon. Tearing down the dams will not. Furthermore, half the water in the Klamath River system comes from the Trinity River, but that tributary has been diverted (65%) to irrigate agriculture in California’s central valleys. Tearing down the dams will not add one drop of water to the Klamath River.

Our erstwhile contributor bear bait had some thoughts regarding this history-making blunder. We post them for your edification:

Klamath Suckers

by bear bait

Klamath River, hmmmm… So extraordinarily good ocean conditions produced a huge survival of Klamath stock fall Chinook salmon, mostly from hatchery origin. Hatcheries, years ago, would take the first returning fish back to the hatchery for spawning, as they have goals to meet and commissions to answer to. The eventual result of the Iron Gate Hatchery program on the Klamath River is that the salmon return about 3 weeks too early and in a concentrated group because releases are not staged for different times.

Now we have a huge Pacific Coast run of salmon, the ocean trollers have done well, the fall gillnet season is open on the Columbia River, and the offered prices are under $0.25 per pound in the round. Hardly worth the fishing effort. The market is sated.

And so it is, too, for the Klamath River tribal fishermen, who have easy fishing. They sell all they can out of ice totes in pickups parked along the highways. Now their market is weak and almost profit-less. So they are smoking some, but that market is slow, too. Klamath salmon are offered to SF fish buyers, but all they command is a dime a pound for in-river fall Klamath River Chinook.

Now the Tribes have all but quit fishing, and the ocean is closed from Cape Mendocino to north of the Klamath River estuary to ocean fishing. The river filled with fish, but early so it was still summer, and a droughty one at that. Too many fish in too little water and parasites and low oxygen all took their toll. And dead fish use more of the oxygen in decomposition.

You must know, of course, that the Klamath River is composed of many other streams in California. The Trinity River is equal to the Klamath in size and joins the Klamath 42 miles above the outlet to the Pacific. It originates in the Trinity Alps, fed by melting snow fields, and is the cold water tributary. The mainstem Klamath is fed by the Klamath marshes and is much warmer water.

About 60% of the Trinity’s flow, by Babbitt treaty, is diverted into the Sacramento River in the Shasta Dam pool by a dam, canal, and tunnel system high in the headwaters (before Babbitt, as much as 95% of the Trinity River was diverted). That water goes to California ag and domestic use, and is not on the bargaining table. So the trinity River does not cool the Klamath in summer when the first fish arrive. And the Shasta River, which arises on the slopes of Mt. Shasta snow fields, is also a cool water river, but is over 100% irrigation-subscribed and also off the table.

California has 50 or more members of Congress. Oregon has 5 Reps and two senators. Can you see the power play at work in this, oh ye of the Green River to Colorado River to the All American Canal and Imperial Valley and Los Angeles? Those 50 plus in Congress trump the rest of the Colorado river representation.

So now we have a low river, warm from drought, and the California cool water tributaries are all being used for irrigation. But in Oregon the water runs through Oregon’s largest, shallowest lake, the Klamath, before it passes through the dams to California.

It was the Chicago power combine of Jay Insul who built those dams, as the Copco Corp. (California Oregon Power Company). In addition, in Oregon, the Clear Lake reservoir was built for irrigation, and that water sent to the Merrill, Malin, and Tulelake areas, where the US Govt gave war veterans land to create irrigated farms for their service to their country, by lottery.

Later, a sub species of suckerfish was found to live in the reservoir, and bogus science has determined that Clear Lake has to maintain a certain level for ESA-listed suckers. The promised (contracted) irrigation flow has been restricted, but the farmers have to keep on paying for the dam and canals, with less water on fewer acres. The Clear Lake water, in a vast and shallow reservoir, cannot solve water temperature issues on the Klamath River, even if it could be drawn down, which it can’t be due to the suckerfish. Nor can the Wood, Sprague, and Williamson Rivers (cool waters) help because they must first pass through Klamath Lake where the water is warmed, robbed of oxygen by decomposing marsh vegetation, packed with parasites, and then sent on downriver. A blast of that warm water in August would kill every salmonid in the Klamath below Iron Gate dam.

But that is not the point. Nobody really cares about the Klamath River salmon, despite the smug rhetoric. They are, after all, almost worthless as a market commodity. Nope, the alleged Domination By Man Over the Environment is the bugaboo issue, and the Enviro Nanny State bleeding heart folks don’t like that. Nothing worse than the Domination By Man. Man bad, Nature good. Domination is only acceptable in power politics and SF bedrooms.

So we have a river full of fish, a banner run, in the river too early because of hatchery practices and someone prematurely opening the river mouth with a bulldozer, so that fish can be available for a longer time for Tribal fishermen (whose bulldozer did they use in the 19th century?), who are losing money salmon fishing because the market is glutted. Meanwhile the water use is regulated and much is warmed in storage because of another ESA issue (the suckerfish), so the warm, de-oxygenated, parasite-filled water (that the very same Greenies litigated to capture forever) hits the Klamath in August, and the salmon die in copious numbers.

Some say as many as 80,000 returning adult salmon are strangled by that warm water. The die-off diminishes when the nights get sufficiently short, the diurnal forces produce the first frosts of the year, the sun sinks lower to the south (shading river and creek sections that were in full sun just a week or two before), and the water temperatures sink to lower levels. With cooler water the parasites are reduced and the fish quit dying.

Tearing down the dams (and the end of hydro power generation) will not change any of that, nor will it matter. The transmission lines are there, and someone will find a way to connect them with turbines on ridges on private lands, timbered or not, and a small percentage of the power will be replaced. But salmon returning too early in too dry a year in too warm water will still die in the river. And the water from the Trinity will still go to Merced and Fresno, and the California delegation will try to pin the tail of blame on anyone who does not vote for them.

One might speculate that bad ocean survival for salmon would cause the California congressional delegation to punish Hawaii, and they might attempt to take Hawaii’s abundant rainfall and put it in a pipe to San Diego as mitigation for too much warm water flowing in currents to our West Coast from the Mid Pacific. And for Cod’s sake, fulminate that Sarah Palin is at fault when the North Pacific High does not set up in the right area, and we get an El Nino winter. Time to take Alaskan oil money and use it to build a 2,500 mile pipeline to take some of Hawaii’s abundant water.

Too many fish from a provident ocean, too little water due to diversion to points south, too early salmon returns due to poor hatchery practices, too early of an opening of the sand dune blocking the low flow summer river where it falls into the ocean, too few of fish allowed to be caught because of Tribal and other social engineering issues by a sensitive government, too many fish in the market place, too many fish in cold storage, too many fish in the smokers, too low of prices to fishermen due to the plethora of fish, and you get the perfect storm to cause an extraordinary die off of fall Chinook, Oregon agriculture, and the economy of the region.

And then, if that were not enough, Oregon fisheries biologists of the past will tell you that a fall die off is common place on the Rogue River, about the size of the Klamath (without the Trinity added to it), and there have been past years when tens of thousands of fall fish have died due to lack of cold water and water volume. Only the Rogue River does not have a tribal fishery and does not run through California. The two societal differences. The two political differences. The advocacy groups lack the levers to keep the balls of perceived discrimination in the air, and Oregon does not have egregious water theft as a part of our culture as they do in California.

As for all the fish science in this deal, it is all moot because of politics. Politics have determined who gets what water and where. Fish science is quaint and interesting, but it does not grow almonds and winegrapes in California, and does not drive every facet of 35 million Californians’ daily life. Water does that, not fish science. Abundant, cheap water drove Silicon Valley manufacturing. And that water feeds a whole lot of Americans from the myriad crops growing all year in California. I guess the water used in Oregon does not have quite the same impact. I guess Oregon farmers grow inferior quality crops, like Klamath alfalfa. In this water issue Oregon has only one rural (non Portland/Eugene) member of Congress. So it really is one against 434. The latest outcome was in the cards a long time ago. — bear bait

16 Nov 2008, 10:39pm
by Mike


Some excerpts from the letter written by Dr. Kenneth A Rykbost, former Superintendent of the Oregon State University Klamath Experiment Station, posted on the Klamath Basin Crisis website [here]:

I am a research scientist who from 1987 to 2006 served at the Oregon State University Klamath Experiment Station as Superintendent and agronomist responsible for row crop research. I have a bachelor’s degree from Cornell University in Agricultural Engineering, a master’s degree from Cornell University in Agronomy, and a doctorate degree from Oregon State University with a major in soil science and a minor in civil engineering with emphasis on water quality and hydrology.

I have participated in the water issues in the Klamath Basin throughout my tenure in the area. I currently serve on the Board of Directors and Science Committee for the Klamath Water Users Association, and the Board of Directors for the Enterprise Irrigation District which serves the suburbs of the eastern portion of the bedroom community adjacent to the City of Klamath Falls. I have completed a three year term of service on the Klamath County Natural Resource Advisory Council. I participated in both NAS-NRC Committees which reviewed the science behind the Klamath water issues, including service as an invited reviewer of the 2007 Draft Committee Report. I provided several documents to the NRC Committees and have submitted reviews of numerous reports, biological assessments, biological opinions, and operations plans that have served as the basis for Klamath Reclamation Project management since the early 1990s.

For over 15 years I have studied all of the significant reports and documents related to the science behind the Klamath water issues and provided review comments on many of them. …

It is a well known fact that oxygen levels in the stretch of the Klamath River between Link River and Keno fall to very low levels every summer from mid-June through September. Wood debris decomposition; a left over result from decades of log decking for use in a mill, is a leading cause of the biological oxygen demand that produces conditions unsuitable for fish. The other most important oxygen demand is from the biological decomposition of the blue green algae that migrate from Upper Klamath Lake into this reach of the Klamath River. …

Prior to development, the Klamath Basin area ultimately converted to the irrigation project was dominated by two shallow lakes and associated wetlands. At times Tule Lake and Lower Klamath Lake and their wetland margins occupied over 150,000 acres. These water bodies had “consumptive use”, commonly referred to as evapotranspiration, which exceeded consumptive use of any of the crops currently grown on these lands. In the Klamath Basin, development of the irrigation project was not an expansion of irrigation to arid lands but the drainage of lakes and wetlands to develop very productive croplands. In fact the Klamath Project is often referred to as a drainage project rather than an irrigation project. In their “Natural Flow Study” the Bureau of Reclamation seemed puzzled by the fact that the conversion of wetlands to irrigated croplands was accompanied by an increase in flows out of the upper basin down the river. This is totally predictable because the average consumptive use of crops in the project is about 2 acre-feet per acre compared with evapotranspiration from wetlands and evaporation from open water bodies under local conditions is in excess of 3.0 acre-feet per acre.

The reference to long declines in salmon populations due to upstream dams and diversions fails to credit any of the other important factors leading to population declines. First and foremost was the great expansion of commercial fishing brought on with government subsidized financing of the commercial fleet. Loss of spawning beds to very extensive mining, overharvest by tribes of dwindling supplies, predation by a burgeoning population of seals and sea lions, sedimentation associated with logging and road building in major tributaries, affects of the 1964 flood, and disease are all widely recognized contributors to salmon declines. …

[T]he climatic conditions in the region have some very significant affects on crop quality for the crops we do grow. While sugarbeets were produced in the region, our crop had the highest sugar content of any production region in the US. Our mint oil has much superior quality which is taken advantage of by blending our oil with poorer quality oils from other regions. Our alfalfa hay is recognized as the highest of quality for the dairy industry. Grain quality as based on test weights is superior to grain produced in almost all other regions. All of the quality benefits are attributable to our moderate daily high temperatures and the cool nights and plentiful sunshine of the semi-arid region. As a result, local crops often command premium prices which offset somewhat lower yields than those obtained by crops in areas with longer growing seasons. Another benefit is a lack of important disease and pest problems that plague other production areas. …

Although our sugarbeet production never exceeded 12,000 acres, for several years the farm gate value of this crop [alone] exceeded the off-boat value of the salmon harvest for Oregon’s entire fishery. Farm gate value of the crop production in the Klamath Project has exceeded the off-boat value of Oregon’s commercial fishery for all species in most recent years. …

By far the highest value crop currently produced in the basin is strawberry plantlets. This crop, grown on about 3,500 acres, is the plantlet source for over one-half of the California berry crop. Gross value of the crop is about $30,000/acre. Thus this crop alone generates nearly a $100 M in farm gate value. In the past two years production of leafy vegetables has doubled to nearly 1,000 acres with a gross value similar to that of strawberry plantlets. Both of these crops have found a niche here because of freedom from important pests and diseases. …

The fact is that in the past up to 90 percent of the North Fork of the Trinity River above the dam at Lewiston has been diverted to the Sacramento. In recent years the percentage has been significantly reduced. An analysis of the river flow data for all the years of record, including over 30 years before and after the dam was built, reveals that the average annual diversion during the high years was about 1 million acre-feet out of a total flow of about 6 million acre feet, or about 15 percent of the Trinity flow. There is no diversion of flows in the South Fork of the Trinity River. When the hydrographs of the river are com pared for the years before and after the dam was constructed they suggest that the timing affect on river flows was a significant reduction during April through June and little affect on flows during the remainder of the year. Since this is the period of out-migration of salmon smolt this is indeed an important factor for salmon success, but it may be offset by hatchery production and management. …

Potato has a consumptive use of less than 2.0 acre-feet per acre. Applications above 2.0 acre feet are likely to lead to serious disease problems and rot breakdown in storages. … Alfalfa has the highest consumptive use of the crops grown locally. It requires about 2.8 to 3.0 acre-feet per acre. In contrast, evaporation from an open body of water is slightly higher than 3.0 acre-feet per acre and evapotranspiration from emergent vegetation in a wetland consisting of Cattails and Tules can be considerably higher than from open water. Figures published by one of the members of the 2007 NRC Committee indicated this vegetation can exceed open water evaporation by up to 180 percent.

A recent University of California – Davis study found [that the Klamath Project] is among the most efficient projects in water use. An efficiency of over 92 percent was reported. The high efficiency was attributed to the reuse of tail water at many points in the system. Over 600 miles of drain canals within the project pick up subsurface flows contained by impermeable confining soil layers and these return flows are reused over and over again. Solid data from years of records indicate the average consumptive use for the project is very close to 2.0 acre-feet per acre.

This points to a second myth that is promoted extensively by the environmental community. That is that converting agricultural properties back to wetlands will enhance water supply. In fact the opposite is the case. Evaporation and evapotranspiration from open water and wetlands will always exceed crop consumptive use. Declining inflow to Upper Klamath Lake during the past 20 years is at least partly the result of large increases in the acreage in Klamath Marsh and Sycan Marsh wetlands. Recent conversions from agricultural use to wetland of properties adjacent to Upper Klamath Lake will further reduce water availability for irrigation and flows down river. …

If you like imported fuel, you will love imported food!

17 Nov 2008, 11:41am
by Mike


Kempthorne’s Klamath “agreement” is a kick in the teeth to farmers, who don’t agree but too bad for them. Removal of the dams will do nothing for fish, will reduce (not increase) river flows, will increase (not decrease) water temps, will terminate clean renewable hydro-power that produces energy for 70,000 homes, will devalue farmland, will break covenants with farmers, will not help Indians, will kill salmon, and will screw the regional economy. There was zero “collaboration” with the victimized farmers in this decision. Kempthorne gave the farmers the bum’s rush.

Damn removal will cost $billions in direct and indirect outlays and damages to the economy. Not one single fish will be saved. In fact, more fish will die because of it.

The so-called “scientists” involved are radical activist scientist-poseurs, just like the Burn Baby Burn fraud “scientists” who wish to incinerate America’s forests, ranches, farms, towns, and cities.

With Obamamama in power now, Westerners face a flood of radical arsonists, Luddites, and dam-busting anarchists emanating from the mega-urban East who wish to inflict environmental catastrophe and economic doom on the entire country. A new “sage brush” rebellion sounds like a good idea, and is perhaps the only option.

17 Nov 2008, 11:42am
by Mike


PS — the Klamath Basin Crisis and Klamath Bucket Brigade websites have been added to the Wildlife and People Links (see righthand sidebar).

The Klamath Bucket Brigade webmaster sent this: “The comments here about the Bucket Brigade are a complete surprise to me. I have no idea who wrote the beginning of this, nor do I know who bear bait is. Wish I did so I could send a thank you.”

Mike, this is a big, hard-earned and well-deserved pat on the back to both you and bear bait!

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