Current
program not a long-term solution
How effective is a program even its administrators say it is not a
long-term solution?
On a windy Monday afternoon, Marshall Staunton, a Klamath County farmer
and member of the Upper Klamath Basin Working Group — a group created by
Congress to do ecological restoration work in the Basin — was tending to
his onion field.
Staunton said the water bank program, which is managed by the Klamath
Basin area Bureau of Reclamation, does provide a necessary service. But he
added they could do it better.
“The water bank is great in the sense that the Klamath Project farmers
have some rights,” Staunton said, “so they can step in and keep the
project from being disassembled. However, being the Area
Bureau of Reclamation office, said at best, the current program was
designed to be a stop-gap measure and not a long-term solution.
“The 2002 biological opinion ... required us to establish a water
bank,” Hicks said. “The water bank will continue until a
reconsultation occurs with the NOAA Fisheries.
Other options
Hicks said the reconsultation meeting scheduled for the 2008 growing
season will determine the effectiveness of the program.
“One (of the three program options) is to provide farmers with
supplemental surface water that we may have in storage,” Hicks said.
“Another would be to do dry land farming, essentially paying people not
to use the irrigation system for water. A third one would be to use ground
water pumping.”
It is the third option that is becoming increasingly harder to do, Hicks
said.
“There has been a decline in the ground water and there is some concern
about the sustainability of that program,” he said. “How long could we
continue to do that?”
For now, the future of the program rests on hopes of finding a better,
long-term storage solution co-chair
of the Upper Klamath Basin Working Group, it seems to me what we are doing
is backwards.”
Problems with the program
That is because the program encourages farmers to pump from underground
aquifers to meet farming needs while letting the warmer, algae-filled
water go downstream and kill fish, he said.
“We’ve got a system, especially with ground water, that is pumping
cold clear water ... and onto farm fields,” Staunton said. “Meanwhile,
Klamath Lake heats up every summer and we export it downstream to
fisheries.”
The water bank program was set up in 2002 following the drought of 2001 to
guarantee some water for Klamath Basin farmers.
Bud Ullman, the water attorney for the Klamath Tribes, agreed with
Staunton.
“In my opinion,” Ullman said, “it serves a purpose, but it’s not a
permanent solution. Mainly because it depends on annual appropriations in
order to work, and it hasn’t changed the overall water demand, which
still exceeds supply.”
Jon Hicks, chief of the planning division for the Klamath Basin rather
than relying on annual rain water stored in the upper Klamath or snow
melt. That method, Hicks said, is unpredictable at best.
“One of the locations we have been looking at (for long-term storage) is
known as Long Lake,” he said. “It is on the west side of the property
at the Running Y. It has good
storage capacity, up to 350,000 acre-feet, even more if you were to do
some other work. We have done a reconnaissance study, we are now doing an
appraisal study. so we are trying to determine whether or not it works. it
will be very important for us and the farming community and the fishing
community as well.”
This year’s water bank contracts are expected to be laden with options,
according to Jon Hicks, chief of the planning division for the Klamath Basin
Area Bureau of Reclamation.
“We have had almost a perfect year for water reclamation this year,”
Hicks said. “So a lot of the contracts are option contracts where we can
tell people when they can use the system or not. Why pay for something we
don’t need?”
According to Hicks, heavier spring rainfalls, and a slow but steady snow
melt is giving the water bank system a ready supply of water.
And while he could not say how much this year’s contracts will cost the
bureau, he expects it to be less than the $7 million to $8 million payout
the bureau has averaged so far.
Actual contracts as of May 8: Oregon:
Dry land: Thirty-eight bids were accepted,
covering 3,620 acres of land and an average payout of $135 per acre.
Ground
water: Thirteen bids were accepted, covering 2,438 acres of land and an
average payout of $162 per acre.
California:
Dry land: Twenty-four bids were accepted,
covering 2,168 acres of land and an average payout of $133 per acre.
Ground
water: Two bids were accepted, covering 374 acres of land and an average
payout of $184 per acre.
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