California’s two primary salmon species, Coho and Chinook, have
experienced significant declines from historical populations.
Of particular importance is the Chinook salmon because the
species supports commercial fishing and related jobs and economic
activities at fish hatcheries.
The decline in salmon numbers is attributed to a variety of
manmade and natural factors including drought, habitat
destruction, water diversions, migratory obstacles created by
local, state and federal water projects, over-fishing,
unfavorable ocean conditions, pollution and introduced predator
species. Wetlands have also been drained and diked; dams have
blocked salmon from reaching historic spawning grounds.
Years of declining populations represent a significant economic
loss and have led to federally mandated salmon restoration plans
that complicate water diversions and conveyance for agriculture
and other uses.
Wildfires like the Park Fire are creating new challenges for
the already threatened salmon populations in local creeks and
rivers. In the Butte, Mill and Deer Creek the Chinook salmon
have been suffering, and especially with the Park Fire
activities recently, it has made things a lot worse. “And it’s
just getting more and more difficult for these fish to survive
in the summer,” Allen Harthorn, Executive Director of Friends
of Butte Creek, said. Harthorn said persistent heat waves and
impacts from large wildfires, especially the Park Fire, are
making it difficult for Chinook salmon to survive.
California’s spring-run Chinook salmon were already in the
midst of a population crash before the Park fire exploded into
the state’s fourth-largest wildfire in history. Biologists now
worry the fire could push the fish closer to extinction by
scorching forests along creeks that provide critical spawning
habitat. The wildfire has been burning through the upper Mill
and Deer Creek watersheds, threatening forested canyons that
provide some of last intact spawning habitat for spring-run
Chinook salmon. … The two creeks are considered vital
strongholds for federally threatened spring-run Chinook salmon,
which have suffered long-term declines because of water
diversions, dams that have blocked them from reaching spawning
grounds, and increasingly severe droughts worsened by
climate change.
The Bureau of Reclamation announced Wednesday evening four
projects will be granted a total of $1 million to improve
salmon habitat in the Klamath River basin — and the federal
funds are expected to bring $2 million more in matching funding
for conservation projects across the massive watershed. Some
are in the design phase, others have broken ground — but all
are aimed at recovering habitat for salmon. … The
Klamath River, once the third largest salmon-producing river on
the West Coast, has recently seen populations decline
substantially, according to NOAA. But hopes are high that
salmon can be brought back with the largest dam removal in
history full steam ahead, as the recreational and commercial
salmon season enters its second consecutive canceled.
Every year, we highlight some projects to illustrate how our
partners across the region are addressing the factors that
limit salmon recovery and building ecosystems resilient to
climate change. What is being done to save Pacific salmon? The
featured projects below are a sample of the thousands of salmon
restoration projects that have been completed since the fund’s
inception in 2000. … With $608,880 of PCSRF funds,
the California Department of Fish and Wildlife’s Fisheries
Restoration Grant Program supported the California Conservation
Corps’ (CCC) Watershed Stewards Program (WSP). … For this
particular effort, WSP recruited 44 Conservation Corps (CC)
Members throughout coastal California to enhance the recovery
of California Coastal Chinook salmon, Northern California
steelhead, and Southern Oregon/Northern California Coast coho
salmon.
California’s fifth largest wildfire is encroaching on some of
the last strongholds for imperiled salmon, with potentially
devastating consequences for a species already on the
brink. The explosive Park Fire has spread into the Mill
and Deer Creek watersheds in Tehama County, which are two of
the three remaining creeks where wild, independent populations
of spring-run Chinook, a threatened species, still spawn in the
Central Valley. If the Park Fire climbs to higher
altitudes, federal and state officials said it could strike the
final deathblow to the region’s spring-run salmon, which are
already at risk of extinction.
On Thursday, the Hoopa Valley Tribe filed an intent to sue the
U.S. Bureau of Reclamation and Department of Fish and Wildlife,
accusing them of violating the Endangered Species Act by
reducing coho salmon populations via water diversions from the
Trinity River for the Central Valley. This does not mean the
tribe will actually sue the U.S. Government. If the parties are
able to settle amicably and work out an agreement that
ultimately increases the number of salmon spawning and swimming
in the Trinity River, then a lawsuit could be avoided, said
Ryan Jackson, the Hoopa Tribal Chairman.
… The fire also is burning near two creeks that provide
critical habitat for struggling salmon. Scientists and
officials said they’re concerned the fire could bring another
severe blow for threatened spring-run chinook
salmon, which typically spend the summer in Deer Creek
and Mill Creek before spawning in the fall. “It’s a very
serious threat, depending on how this fire proceeds,” said
Andrew Rypel, a professor of fish ecology and director of UC
Davis’ Center for Watershed Sciences. Even before the fire,
biologists were so alarmed about a recent crash in the
spring-run salmon population that last year they began
capturing juvenile fish from Deer Creek to breed them in
captivity. Rypel said a large fire like this one could
seriously harm water quality to a point that would kill
fish.
As the Washington State Department of Transportation spends
billions of dollars removing concrete and metal pipes that
block spawning salmon, another state agency is finally
finishing a strategy to fix all the state’s fish migration
barriers. Department of Fish and Wildlife officials have
revealed key parts of a plan to prioritize which of tens of
thousands of these man-made blockages would, if replaced, bring
back the salmon. Without the strategy—which has taken more
than four years to produce—the administration of Gov. Jay
Inslee has been sinking billions into stream restorations that,
in many cases, are ineffective or useless today. Construction
crews have ripped out the pipes, known as culverts, which run
under state highways and replaced them with natural streambeds,
but a Seattle Times investigation in March found the state was
investing tens, even hundreds of millions of dollars, in
so-called “orphan” culverts.
For the first time since 1918, an astonishing 420 miles of
salmon habitat in the Klamath River watershed in California and
Oregon will be fully connected by September. This results from
the world’s largest dam removal effort, the Klamath River
Renewal Project. The amount of habitat opened up on the Klamath
is equivalent to the distance between Portland, Maine, and
Philadelphia–a journey through seven states. PacifiCorp, the
previous owner, agreed to remove the aging dams after they
determined removal would be less expensive than upgrading to
current environmental standards. The dams had been used for
power generation, not water storage. The Copco No. 2 Dam on the
Klamath was removed last year. The deconstruction of the Iron
Gate, Copco No. 1, and JC Boyle dams is underway and running
ahead of schedule.
A Juvenile Production Estimate (JPE), as we discussed in Part 1
of this essay, is an estimate of the number and timing of
outmigrating juvenile spring-run Chinook(opens in new tab)
Salmon (“spring run”) as they enter the Sacramento-San Joaquin
Delta. It is an important tool for protecting these fish
because it helps water managers anticipate when these salmon
may be at risk of becoming entrained in water diversions as
well as serving as an important check on the status of this
population. In this part, I’ll describe the cutting-edge
genetic and modeling tools we’re using to distinguish spring
run from the other Central Valley Chinook. This series will
finish with a final installment full of the quantitative
modeling we’re developing to pull in all the salmon and
environmental data and actually produce a forecast of juvenile
spring-run production.
… Once abundant, Chinook have been devastated by habitat
loss, water diversions from the rivers where they spawn and
drought. If they are to recover, the salmon will need improved
spawning grounds and more floodplain nursery habitat. They
also need more cold water. And in 2023 and 2024, both
exceptionally wet years, they got it—until, that is, they
didn’t. Water temperatures in the middle Sacramento River
soared to lethal levels this spring, exceeding basic
environmental objectives and threatening salmon born last
summer and fall. The temperature troubles can be traced
upstream to Lake Shasta, California’s largest reservoir. The
lake is almost full—typically a great boon for fish downstream.
But its water is also unusually warm this year, according to
local irrigation districts, who say this has produced similar,
and unavoidable, temperature profiles in the river downstream.
When salmon return from the ocean to the Klamath River after
the world’s largest dam removal project ends this fall, they
will regain access to 400 miles of historical spawning habitat
their species has been cut off from for more than a century.
From the river to the lab, looking at the very ear bones of
fish, scientists with the University of California, Davis, are
playing a key role helping to answer a big dam question: Will
it work? Will a diverse population of salmon thrive again once
the dams are removed and the Klamath River restored? The
answers are important not only for the Klamath but also for
dams across the world that have outlived their usefulness. Less
than 100 miles south of Klamath, for instance, is the Eel
River, where a dam is slated to be removed in 2028. In 2023
alone, 80 dams were demolished across the U.S.
The California Department of Fish and Wildlife recommended
Alternative 3 – Salmon Closure during the final days of the
Pacific Fisheries Management Council (PFMC) meeting mirroring
the opinions of commercial and recreational charter boat
anglers. The department’s position is a significant change from
early March. The PFMC meetings are being held in Seattle from
April 6 to 11, and the final recommendations of the council
will be forwarded to the California Fish and Game Commission in
May.
Partners have pulled together to support the recovery of
endangered Sacramento winter-run Chinook salmon in the last few
years. However, the species still faces threats from climate
change and other factors. That is the conclusion of an
Endangered Species Act review that NOAA Fisheries completed for
the native California species. It once returned in great
numbers to the tributaries of the Sacramento River and
supported local tribes. The review concluded that the species
remains endangered, and identified key recovery actions to help
the species survive climate change. While partners have taken
steps to protect winter-run Chinook salmon, blocked habitat,
altered flows, and higher temperatures continue to threaten
their survival.
…Tuesday, the State Water Resources Control Board took
action to protect the salmon,
unanimously extending the region’s
expired emergency drought measures. Ground and surface
water for farms will be restricted for another year if flows in
the Shasta and Scott rivers dip below minimum thresholds. State
officials say these measures are likely to kick in next
year. Water board chair Joaquin Esquivel said action
is needed because “a fish emergency” remains on the rivers.
“Time isn’t our friend,” he said at a previous meeting in
August. “There is an urgency.” The water board also
is investigating the possibility of permanent requirements to
keep more water in the rivers, after the Karuk Tribe and the
fishing industry petitioned the state for stronger protections.
That decision, however, could take years.
Explore the Sacramento River and its tributaries through a scenic landscape while learning about the issues associated with a key source for the state’s water supply.
All together, the river and its tributaries supply 35 percent of California’s water and feed into two major projects: the State Water Project and the federal Central Valley Project.
Water Education Foundation
2151 River Plaza Drive, Suite 205
Sacramento, CA 95833
The Klamath River Basin was once one
of the world’s most ecologically magnificent regions, a watershed
teeming with salmon, migratory birds and wildlife that thrived
alongside Native American communities. The river flowed rapidly
from its headwaters in southern Oregon’s high deserts into Upper
Klamath Lake, collected snowmelt along a narrow gorge through the
Cascades, then raced downhill to the California coast in a misty,
redwood-lined finish.
This tour explored the Sacramento River and its tributaries through a scenic landscape while learning about the issues associated with a key source for the state’s water supply.
All together, the river and its tributaries supply 35 percent of California’s water and feed into two major projects: the State Water Project and the federal Central Valley Project.
Water Education Foundation
2151 River Plaza Drive, Suite 205
Sacramento, CA 95833
This tour explored the Sacramento River and its tributaries
through a scenic landscape while learning about the issues
associated with a key source for the state’s water supply.
All together, the river and its tributaries supply 35 percent of
California’s water and feed into two major projects: the State
Water Project and the federal Central Valley Project.
Water Education Foundation
2151 River Plaza Drive, Suite 205
Sacramento, CA 95833
This tour ventured through California’s Central Valley, known as the nation’s breadbasket thanks to an imported supply of surface water and local groundwater. Covering about 20,000 square miles through the heart of the state, the valley provides 25 percent of the nation’s food, including 40 percent of all fruits, nuts and vegetables consumed throughout the country.
Land and waterway managers labored
hard over the course of a century to control California’s unruly
rivers by building dams and levees to slow and contain their
water. Now, farmers, environmentalists and agencies are undoing
some of that work as part of an accelerating campaign to restore
the state’s major floodplains.
Biologists have designed a variety
of unique experiments in the past decade to demonstrate the
benefits that floodplains provide for small fish. Tracking
studies have used acoustic tags to show that chinook salmon
smolts with access to inundated fields are more likely than their
river-bound cohorts to reach the Pacific Ocean. This is because
the richness of floodplains offers a vital buffet of nourishment
on which young salmon can capitalize, supercharging their growth
and leading to bigger, stronger smolts.
This tour guided participants on a virtual exploration of the Sacramento River and its tributaries and learn about the issues associated with a key source for the state’s water supply.
All together, the river and its tributaries supply 35 percent of California’s water and feed into two major projects: the State Water Project and the federal Central Valley Project.
One of California Gov. Gavin
Newsom’s first actions after taking office was to appoint Wade
Crowfoot as Natural Resources Agency secretary. Then, within
weeks, the governor laid out an ambitious water agenda that
Crowfoot, 45, is now charged with executing.
That agenda includes the governor’s desire for a “fresh approach”
on water, scaling back the conveyance plan in the Sacramento-San
Joaquin Delta and calling for more water recycling, expanded
floodplains in the Central Valley and more groundwater recharge.
The growing leadership of women in water. The Colorado River’s persistent drought and efforts to sign off on a plan to avert worse shortfalls of water from the river. And in California’s Central Valley, promising solutions to vexing water resource challenges.
These were among the topics that Western Water news explored in 2018.
We’re already planning a full slate of stories for 2019. You can sign up here to be alerted when new stories are published. In the meantime, take a look at what we dove into in 2018:
In 1983, a landmark California Supreme Court ruling extended the public trust doctrine to tributary creeks that feed Mono Lake, which is a navigable water body even though the creeks themselves were not. The ruling marked a dramatic shift in water law and forced Los Angeles to cut back its take of water from those creeks in the Eastern Sierra to preserve the lake.
Now, a state appellate court has for the first time extended that same public trust doctrine to groundwater that feeds a navigable river, in this case the Scott River flowing through a picturesque valley of farms and alfalfa in Siskiyou County in the northern reaches of California.
This tour explored the Sacramento River and its tributaries
through a scenic landscape as participants learned about the
issues associated with a key source for the state’s water supply.
All together, the river and its tributaries supply 35 percent of
California’s water and feed into two major projects: the State
Water Project and the federal Central Valley Project. Tour
participants got an on-site update of Oroville Dam spillway
repairs.
An hour’s drive north of Sacramento sits a picture-perfect valley hugging the eastern foothills of Northern California’s Coast Range, with golden hills framing grasslands mostly used for cattle grazing.
Back in the late 1800s, pioneer John Sites built his ranch there and a small township, now gone, bore his name. Today, the community of a handful of families and ranchers still maintains a proud heritage.
Farmers in the Central Valley are broiling about California’s plan to increase flows in the Sacramento and San Joaquin river systems to help struggling salmon runs avoid extinction. But in one corner of the fertile breadbasket, River Garden Farms is taking part in some extraordinary efforts to provide the embattled fish with refuge from predators and enough food to eat.
And while there is no direct benefit to one farm’s voluntary actions, the belief is what’s good for the fish is good for the farmers.
This tour explored the Sacramento River and its tributaries
through a scenic landscape as participants learned about the
issues associated with a key source for the state’s water supply.
All together, the river and its tributaries supply 35 percent of
California’s water and feed into two major projects: the State
Water Project and the federal Central Valley Project. Tour
participants got an on-site update of repair efforts on the
Oroville Dam spillway.
Before dams were built on the upper
Sacramento River, flood water regularly carried woody debris that
was an important part of the aquatic habitat.
Deprived of this refuge, salmon in the lower parts of the upper
Sacramento River have had a difficult time surviving and making
it down the river and out to the ocean. Seeing this, a group of
people, including water users, decided to lend a hand with an
unprecedented pilot project that saw massive walnut tree trunks
affixed to 12,000-pound boulders and deposited into the deepest
part of the Sacramento River near Redding to provide shelter for
young salmon and steelhead migrating downstream.
Protecting and restoring California’s populations of threatened
and endangered Chinook salmon and steelhead trout have been a big
part of the state’s water management picture for more than 20
years. Significant resources have been dedicated to helping the
various runs of the iconic fish, with successes and setbacks. In
a landscape dramatically altered from its natural setting,
finding a balance between the competing demands for water is
challenging.
Butte Creek, a tributary of the
Sacramento River, begins less than 50 miles northeast of Chico,
California and is named after nearby volcanic plateaus or
“buttes.” The cold, clear waters of the 93-mile creek sustain the
largest naturally spawning wild population of spring-run chinook salmon in the Central Valley.
Several other native fish species are found in Butte Creek,
including Pacific lamprey and Sacramento pikeminnow.
20-minute version of the 2012 documentary The Klamath Basin: A
Restoration for the Ages. This DVD is ideal for showing at
community forums and speaking engagements to help the public
understand the complex issues related to complex water management
disputes in the Klamath River Basin. Narrated by actress Frances
Fisher.
For over a century, the Klamath River Basin along the Oregon and
California border has faced complex water management disputes. As
relayed in this 2012, 60-minute public television documentary
narrated by actress Frances Fisher, the water interests range
from the Tribes near the river, to energy producer PacifiCorp,
farmers, municipalities, commercial fishermen, environmentalists
– all bearing legitimate arguments for how to manage the water.
After years of fighting, a groundbreaking compromise may soon
settle the battles with two epic agreements that hold the promise
of peace and fish for the watershed. View an excerpt from the
documentary here.
This 30-minute documentary-style DVD on the history and current
state of the San Joaquin River Restoration Program includes an
overview of the geography and history of the river, historical
and current water delivery and uses, the genesis and timeline of
the 1988 lawsuit, how the settlement was reached and what was
agreed to.
This 25-minute documentary-style DVD, developed in partnership
with the California Department of Water Resources, provides an
excellent overview of climate change and how it is already
affecting California. The DVD also explains what scientists
anticipate in the future related to sea level rise and
precipitation/runoff changes and explores the efforts that are
underway to plan and adapt to climate.
This beautiful 24×36 inch poster, suitable for framing, features
a map of the San Joaquin River. The map text focuses on the San
Joaquin River Restoration Program, which aims to restore flows
and populations of Chinook salmon to the river below Friant Dam
to its confluence with the Merced River. The text discusses the
history of the program, its goals and ongoing challenges with
implementation.
This beautiful 24×36-inch poster, suitable for framing, displays
the rivers, lakes and reservoirs, irrigated farmland, urban areas
and Indian reservations within the Truckee River Basin, including
the Newlands Project, Pyramid Lake and Lake Tahoe. Map text
explains the issues surrounding the use of the Truckee-Carson
rivers, Lake Tahoe water quality improvement efforts, fishery
restoration and the effort to reach compromise solutions to many
of these issues.
The 24-page Layperson’s Guide to the State Water Project provides
an overview of the California-funded and constructed State Water
Project.
The State Water Project is best known for the 444-mile-long
aqueduct that provides water from the Delta to San Joaquin Valley
agriculture and southern California cities. The guide contains
information about the project’s history and facilities.
The Water Education Foundation’s second edition of
the Layperson’s Guide to The Klamath River Basin is
hot off the press and available for purchase.
Updated and redesigned, the easy-to-read overview covers the
history of the region’s tribal, agricultural and environmental
relationships with one of the West’s largest rivers — and a
vast watershed that hosts one of the nation’s oldest and
largest reclamation projects.
The 24-page Layperson’s Guide to Flood Management explains the
physical flood control system, including levees; discusses
previous flood events (including the 1997 flooding); explores
issues of floodplain management and development; provides an
overview of flood forecasting; and outlines ongoing flood control
projects.
The 24-page Layperson’s Guide to California Water provides an
excellent overview of the history of water development and use in
California. It includes sections on flood management; the state,
federal and Colorado River delivery systems; Delta issues; water
rights; environmental issues; water quality; and options for
stretching the water supply such as water marketing and
conjunctive use. New in this 10th edition of the guide is a
section on the human need for water.
The 24-page Layperson’s Guide to the Central Valley Project
explores the history and development of the federal Central
Valley Project (CVP), California’s largest surface water delivery
system. In addition to the project’s history, the guide describes
the various CVP facilities, CVP operations, the benefits the CVP
brought to the state and the CVP Improvement Act (CVPIA).
The 24-page Layperson’s Guide to the Delta explores the competing
uses and demands on California’s Sacramento-San Joaquin Delta.
Included in the guide are sections on the history of the Delta,
its role in the state’s water system, and its many complex issues
with sections on water quality, levees, salinity and agricultural
drainage, fish and wildlife, and water distribution.
The Red Bluff Diversion Dam, its gates raised since 2011 to allow
fish passage, spans the Sacramento River two miles
southeast of Red Bluff on the Sacramento River in Tehama County.
It is owned by the Bureau of Reclamation and operated and
maintained by the Tehama-Colusa Canal Authority.
Pelagic fish are those that live near the water’s surface rather
than on the bottom. In California, pelagic fish species include
the Delta smelt, longfin
smelt, striped bass and salmon.
In California, the fate of pelagic fish has been closely tied to
the use of the water that supports them.
The Klamath River Basin is one of the West’s most important and
contentious watersheds.
The watershed is known for its peculiar geography straddling
California and Oregon. Unlike many western rivers, the
Klamath does not originate in snowcapped mountains but rather on
a volcanic plateau.
A broad patchwork of spring-fed streams and rivers in
south-central Oregon drains into Upper Klamath Lake and down into
Lake Ewauna in the city of Klamath Falls. The outflow from Ewauna
marks the beginning of the 263-mile Klamath River.
The Klamath courses south through the steep Cascade Range and
west along the rugged Siskiyou Mountains to a redwood-lined
estuary on the Pacific Ocean just south of Crescent City,
draining a watershed of 10 million acres.
A bounty of resources – water, salmon, timber and minerals – and
a wide range of users turned the remote region into a hotspot for
economic development and multiparty water disputes (See
Klamath River
timeline).
Though the basin has only 115,000 residents, there is seldom
enough water to go around. Droughts are common. The water
scarcity inflames tensions between agricultural,
environmental and tribal interests, namely the basin’s four major
tribes: the Klamath Tribes, the Karuk, Hoopa Valley and Yurok.
Klamath water-use conflicts routinely spill into courtrooms,
state legislatures and Congress.
In 2023, a historic removal of four powers dams on the river
began, signaling hope for restoration of the river and its fish
and easing tensions between competing water interests. In
February 2024, Interior Secretary Deb Haaland
announced a “historic” agreement between tribes and farmers
in the basin over chronic water shortages. The deal
called for a wide range of river and creek restoration work and
modernization of agricultural water supply infrastructure.
Water Development
Farmers and ranchers have drawn irrigation water from basin
rivers and lakes since the late 1900s. Vast wetlands around
Upper Klamath Lake and upstream were drained to grow crops. Some
wetlands have been restored, primarily for migratory birds.
In 1905, the federal government authorized construction of the
Klamath Project, a network of irrigation canals, storage
reservoirs and hydroelectric dams to grow an agricultural
economy in the mostly dry Upper Basin. The Project managed by the
U.S. Bureau of Reclamation irrigates about 240,000 acres and
supplies the Lower Klamath Lake and Tule Lake national wildlife
refuges managed by the U.S. Fish and Wildlife Service.
Water Management
Since 1992, federal mandates to restore populations of fish
protected by the Endangered Species
Act have led in some dry years to drastic cuts in
water deliveries to Klamath Project irrigators.
Water in Upper Klamath Lake must be kept above certain
levels for the endangered shortnose and Lost River suckers. Lake
levels and Klamath River flows below Iron Gate Dam also must be
regulated for the benefit of threatened coho salmon (See
Klamath Basin
Chinook and Coho Salmon).
Conflict
In 2001, Reclamation all but cut off irrigation water to hundreds
of basin farmers and ranchers, citing a severe drought and legal
obligations to protect imperiled fish. In response, thousands of
farmers, ranchers and residents flocked to downtown Klamath Falls
to form a “bucket brigade” protest, emptying buckets of water
into the closed irrigation canal. The demonstrations stretched
into the summer, with protestors forcing open the irrigation
headgates on multiple occasions. Reclamation later released some
water to help farmers.
In September 2002, a catastrophic
disease outbreak in the lower Klamath River killed tens of
thousands of ocean-going salmon. The Pacific Coast Federation of
Fishermen’s Associations sued Reclamation, alleging the Klamath
Project’s irrigation deliveries had violated the Endangered
Species Act. The fishing industry eventually prevailed, and
a federal court ordered an increase to minimum flows in the lower
Klamath.
Compromise
The massive salmon kill and dramatic water shut-off set in motion
a sweeping compromise between the basin’s many competing water
interests: the Klamath Basin Restoration Agreement and the
Klamath Hydroelectric Settlement Agreement. The 2010 agreements
included:
Removal of four hydroelectric dams
$92.5 million over 10 years to pay farmers to use less water,
increase reservoir storage and help pay for water conservation
and groundwater management projects.
$47 million over 10 years to buy or lease water rights to
increase flows for salmon recovery.
Dam Removals
Congress never funded the two agreements, allowing the key
provisions to expire. The restoration accord dissolved in 2016.
The hydroelectric pact, however, was revived in an amended
version that did not require federal legislation.
The new deal led to the nation’s largest dam removal project ever
undertaken.
California and Oregon formed a
nonprofit organization called the Klamath River Renewal
Corporation to take control of the four essentially obsolete
power dams – J.C. Boyle, Copco No. 1, Copco No. 2 and Iron Gate –
and oversee a $450 million dam demolition and river restoration
project.
Taking out the dams will open more than 420 miles of river and
spawning streams that had been blocked for more than a century,
including cold water pools salmon and trout need to survive the
warming climate.
Demolition crews took out the smallest dam in 2023 and the others
were scheduled to come down by the end of 2024.
The images of yellow heavy machinery tearing into the dam’s
spillway gates prompted a cathartic release for many who have
been fighting for decades to open this stretch of the Klamath.
“I’m still in a little bit of shock,” said Toz Soto,
the Karuk fisheries program manager. “This is actually
happening…It’s kind of like the dog that finally caught the car,
except we’re chasing dam removal.”
The Klamath Basin’s Chinook salmon and coho salmon serve a vital
role in the watershed.
Together, they are key to the region’s water management, habitat
restoration and fishing.
However, years of declining population have led to federally
mandated salmon restoration plans—plans that complicate the
diversion of Klamath water for agriculture and other uses.
Battle Creek, a tributary of the
Sacramento River in Shasta and Tehama counties, is considered one
of the most important anadromous fish spawning streams in the
Sacramento Valley.
At present, barriers make it difficult for anadromous fish,
including chinook salmon and Central Valley steelhead trout, to
migrate. Battle Creek has several hydroelectric dams, diversions
and a complex canal system between its north and south forks that
impede migration.
This issue of Western Water looks at the BDCP and the
Coalition to Support Delta Projects, issues that are aimed at
improving the health and safety of the Delta while solidifying
California’s long-term water supply reliability.
This printed issue of Western Water features a
roundtable discussion with Anthony Saracino, a water resources
consultant; Martha Davis, executive manager of policy development
with the Inland Empire Utilities Agency and senior policy advisor
to the Delta Stewardship Council; Stuart Leavenworth, editorial
page editor of The Sacramento Bee and Ellen Hanak, co-director of
research and senior fellow at the Public Policy Institute of
California.
This printed issue of Western Water examines the issues
associated with the State Water Board’s proposed revision of the
water quality Bay-Delta Plan, most notably the question of
whether additional flows are needed for the system, and how they
might be provided.
This printed issue of Western Water examines science –
the answers it can provide to help guide management decisions in
the Delta and the inherent uncertainty it holds that can make
moving forward such a tenuous task.
This printed issue of Western Water examines the Russian and
Santa Ana rivers – areas with ongoing issues not dissimilar to
the rest of the state – managing supplies within a lingering
drought, improving water quality and revitalizing and restoring
the vestiges of the native past.
This printed issue of Western Water provides an overview of the
idea of a dual conveyance facility, including questions
surrounding its cost, operation and governance
This printed copy of Western Water examines the native salmon and
trout dilemma – the extent of the crisis, its potential impact on
water deliveries and the lengths to which combined efforts can
help restore threatened and endangered species.
This printed copy of Western Water examines the Delta through the
many ongoing activities focusing on it, most notably the Delta
Vision process. Many hours of testimony, research, legal
proceedings, public hearings and discussion have occurred and
will continue as the state seeks the ultimate solution to the
problems tied to the Delta.
This issue of Western Water explores the implications for the San
Joaquin River following the decision in the Natural Resources
Defense Council lawsuit against the Bureau of Reclamation and
Friant Water Users Authority that Friant Dam is required to
comply with a state law that requires enough water be released to
sustain downstream fish populations.
Fresh from the ocean, adult salmon struggle to swim hundreds of
miles upstream to spawn — and then die — in the same stream in
which they were born. For the salmon, the river-to-ocean,
ocean-to-river life cycle is nothing more than instinct. For
humans, it invites wonder. The cycle has prevailed for centuries,
yet as salmon populations have declined, the cycle has become a
source of conflict. Water users have seen their supplies reduced.
Fishermen have had their catch curtailed. Environmentalists have
pushed for more instream flows for fish.