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The Klamath River's dams are being removed. Inside the effort to restore a scarred watershed

News Feed
Sunday, March 24, 2024

HORNBROOK, Calif. —  Near the California-Oregon border, reservoirs that once submerged valleys have been drained, revealing a stark landscape that had been underwater for generations.A thick layer of muddy sediment covers the sloping ground, where workers have been scattering seeds and leaving meandering trails of footprints. In the cracked mud, seeds are sprouting and tiny green shoots are appearing.With water passing freely through tunnels in three dams, the Klamath River has returned to its ancient channel and is flowing unhindered for the first time in more than a century through miles of waterlogged lands. The Klamath River has begun to flow though a tunnel that’s been blasted into the bottom of the dam known as Copco No. 1. Work to fully remove the dam is expected to continue well into August. Using explosives and machinery, crews began blasting and tearing into the concrete of one of the three dams earlier this month. While the massive dismantling project advances, a parallel effort to restore the river to a natural state is just beginning. “It’s a beautiful thing, and a beautiful feeling, that that process of healing has begun,” said Leaf Hillman, a member of the Karuk Tribe who spent more than two decades campaigning for the removal of dams, and who said he’s overjoyed to see the process finally underway.Standing on a bluff overlooking Iron Gate Dam, Hillman watched the turbid, chocolate-colored water flowing from a tunnel and passing downriver. He said the muddy, sediment-laden water streaming from the drained reservoirs might look ugly to some people, but it’s a sign of improving health that the dead algae and muck that had accumulated in the reservoirs is now being washed out.“It feels like a cleansing that is long overdue. This river has been literally dying for years, having the life strangled out of it by these dams,” Hillman said. “I love seeing that sediment being pushed down, because that’s a river acting like a river.”The emptying of the reservoirs, which began in January, is estimated to have released as much as 2.3 million tons of sediment into the river, abruptly worsening its water quality and killing nonnative perch, bluegill and bass that had been introduced in the reservoirs for fishing.Downstream from the dams, the river’s banks are littered with dead fish. But tribal leaders, biologists and environmentalists say that this was part of the plan, and that the river will soon be hospitable for salmon to once again swim upstream to spawn.For Hillman and other Indigenous activists, the struggle to restore the Klamath involved years of protests — including outside a Scottish Power shareholders meeting in Edinburgh when the U.K. company owned PacifiCorp — until agreements were finally negotiated to remove the hydroelectric dams. The structures, which were built without tribal consent between 1912 and the 1960s, blocked salmon from reaching vital habitat and degraded the river’s water quality, contributing to toxic algae blooms in the reservoirs and disease outbreaks that killed fish. Aggressive and impactful reporting on climate change, the environment, health and science. Hillman is a ceremonial leader and former Karuk vice chairperson. He started his tribe’s fisheries department in 1990, and has seen populations of salmon decline over the years, while algae blooms have fouled the river at times when tribal members traditionally enter the water during ceremonies. “I love seeing that sediment being pushed down, because that’s a river acting like a river,” Karuk Tribe activist Leaf Hillman said as demolition work on the Iron Gate Dam drained the reservoir behind him. Hillman said that the dams had exacted a terrible cost on Native people’s livelihoods and cultures, and that their removal promises to revive the ecosystem and salmon populations, and help tribes revitalize their fishing traditions and their connection to the river.Seeing the reservoirs empty and the river returning is like having “a weight off my chest,” Hillman said, “like I feel like I can breathe.”The largest dam removal project in history, it’s being overseen by the nonprofit Klamath River Renewal Corp., with a $500-million budget including funds from California and from surcharges paid by PacifiCorp customers. The utility, based in Portland, Ore., agreed to remove the aging dams — which were used for power generation, not water storage — after determining it would be less expensive than trying to bring them up to current environmental standards.Workers have been drilling holes in the top of the Copco No. 1 Dam, placing dynamite and setting off blasts, then using machinery to chip away fractured concrete. The dam, which has been in place since 1918, is scheduled to be fully removed by the end of August. The smaller Copco No. 2 Dam was torn down last year as the project began. Two earthen dams, the Iron Gate and the John C. Boyle, remain to be dismantled starting in May.If the project goes as planned, the three dams will be gone sometime this fall, reestablishing a free-flowing stretch of river and enabling Chinook and coho salmon to swim upstream and spawn along about 400 miles of the Klamath and its tributaries.Meanwhile, teams of scientists and workers are focusing on restoring the landscape and natural vegetation on about 2,200 acres of denuded reservoir-bottom lands.Crews from the Yurok Tribe have been walking in the mud and scattering the seeds of native plants, including grasses, shrubs and trees. This effort started several years ago, with workers collecting nearly 1 billion seeds along the Klamath and sending them to farms to be planted and harvested.The effort has yielded an estimated 17 billion seeds to date. In some areas, a helicopter has been used to drop seeds along the river. Sediment from the reservoirs has temporarily muddied the Klamath’s water, killing many nonnative fish. But the process clears the way for the river’s long-term health — and the return of salmon. The goals of the seed-planting effort include stabilizing the wet sediment, preventing nonnative weeds from taking hold, and accelerating the regrowth of grasslands, chaparral and forests.“These reservoirs, they have a lot of invasive species surrounding the landscape,” said Joshua Chenoweth, the Yurok Tribe’s senior riparian ecologist. “And so by introducing a nice, diverse mix of native seed, that’s going to be our strongest protection against it becoming a big weed field.”That means fewer weeds like medusahead and yellow starthistle, and more native plants like bluebunch wheatgrass and Oregon sunshine. That’s important for the health of the ecosystem. The approach draws on lessons from the removal of dams on the Elwha River in Washington state, where scattering native seeds was found to effectively reduce the amount of invasive weeds, Chenoweth said.Within a decade, he and others hope, a stand of young trees will form a lush, green riparian forest along the Klamath.Alauna Grant, a member of the Karuk Tribe who is helping to plant seeds and saplings, said she is pleased to be participating in undoing the environmental damage caused by the dams, and expects the next generation, including her nieces and nephews, will appreciate a restored river.“There’s going to be so many swimming spots for them to go hang out at and have fun once the river gets healthy,” Grant said. “I’m excited for it to succeed.”While the draining of reservoirs let loose heavy loads of sediment, there are also areas where piles of sand, gravel and clay lie up to 15 feet deep beside tributary streams. Crews have been working with excavators, digging into the piles and sending sediment tumbling into streams.“Dam removal is kind of messy business,” said Dave Coffman, manager of the restoration program for the contractor Resource Environmental Solutions, or RES. He likened the process to “heart surgery, where we got the arteries cleared out, and things are moving again.” “Dam removal is kind of messy business,” said restoration program manager Dave Coffman, seen looking for signs of life in what was the bottom of Copco Lake until recently. Based on studies, the project’s planners knew that the sediment would temporarily have a severe effect on water quality, causing a drop in the amount of oxygen in the water, Coffman said. To minimize potential harm to native fish, they chose to begin draining the reservoirs in the winter, after adult salmon had spawned and died. It’s also a time when newly hatched juvenile salmon remain in tributary streams to feed and grow.Before the drawdown began, a crew of Karuk fisheries specialists waded into the river to net and trap as many young coho salmon as they could find, and moved them to holding ponds, where they are being kept until the water quality improves.Other efforts haven’t worked out as planned. When workers from the California Department of Fish and Wildlife took 830,000 juvenile Chinook salmon from the newly built Fall Creek Fish Hatchery and released them into a tributary on Feb. 26, they found that the fish were dying as they passed through a tunnel beneath Iron Gate Dam. The dead salmon showed signs of gas bubble disease, which can occur when water is supersaturated with dissolved gases.After that setback, state wildlife officials said they would instead release young salmon downstream of the dam until it’s removed. The hatchery still has millions of fish scheduled to be released later this year, and teams from the Karuk Tribe’s fisheries department have also been finding healthy wild salmon in the river. The draining of Copco Lake has revealed long-submerged lands along the Klamath River. The river’s water quality has been improving, but the restoration work will continue until vegetation is established and the water clarity has improved to normal conditions, Coffman said.“This landscape will be restored,” he said. “But when it comes to revegetating a landscape of this scale, that’s a process that just takes time.”Coffman stood by a dry boat ramp in the community of Copco Lake, where homes that used to have lakefront views and docks now face an expanse of mudflats. In the distance, the bare skeletons of trees that were drowned a century ago protruded from the lake bed.“This still looks like a barren mudflat from this perspective,” Coffman said. Then, he squatted and pointed to sprouting seeds: “Those little green shoots are the first step in that process, that road to recovery.” Plant life is already beginning to return to land that had long been covered by Copco Lake. Tribes are helping plant billions of native plant seeds on the reexposed land, which should keep invasive weeds largely at bay. By planting several different types of vegetation in zones extending from the river to the uplands, he said, the crews are putting the watershed on a “positive ecological trajectory” to let nature take its course.“We get it pointed in the right direction, and the environment does the rest,” Coffman said.Driving on a road beside the drained reservoir, Coffman stopped at a small waterfall cascading down a hillside in a thick stand of trees. He said that springs like this send water flowing onto flats by the river, creating streams that offer an opportunity to restore a wetland that will attract birds and other wildlife.“And where that little channel meets the Klamath River is going to be a nice, cool spot for fish to come,” he said. “Where there is water, there is life. And that’s what we’re going to see.”River restoration advocates are optimistic. They say undamming the Klamath will demonstrate the potential for restoring free-flowing rivers elsewhere in California, and point to initial plans to remove two dams on the Eel River as another promising opportunity.Ann Willis, California regional director for the environmentalist group American Rivers, said that when she’s rafted on the Klamath previously, the water downstream of the dams has been warm, green and smelly. At times, the algae blooms made it unsafe to get wet.Willis said she hopes removing dams is “going to not just restore an ecosystem, but really restore access” for people who live along the Klamath to enjoy their river once again. She added that there are many unknowns about how the recovery of the river ecosystem will progress amid the extremes driven by climate change. “I am still confident that whatever comes out of this is going to be something that benefits the entire community,” Willis said. “Rivers are living systems, and they create these beautiful worlds.” Jenny Creek flows into the Klamath River, temporarily muddy from accumulated reservoir sediment. In recent decades, major declines in salmon populations have negatively affected people’s health and wellbeing in communities along the river, including by hindering their fishing traditions, said Regina Chichizola, executive director of the organization Save California Salmon. Now, she said, the undamming of the river is bringing a new outlook for young Native people.“For the first time, I’m hearing hope — young people feeling like there might be a future with salmon in it for them again,” she said.When the removal of dams is complete, the Klamath River Renewal Corp. will turn over the land to California and Oregon. The Shasta Indian Nation, whose ancestral homeland lies along the river, has requested that some of these lands be returned to their people.Hillman, of the Karuk Tribe, said that once the dams are gone, people will be able to return with nets to traditional fishing places that were sealed off long ago.He walked to a rocky point overlooking the river. Beside him was the brick chimney of a house that burned down decades ago, and below was the concrete dam that had formed Copco Lake. Water was rushing through a tunnel at the base of the dam.“I’ll be glad to see it gone,” Hillman said. “These dams being here — it was a huge mistake that continues to have impacts.”Their construction, he said, compounded the struggles of the Klamath’s Native peoples, who also suffered systemic violence during the taking of their lands. On top of these injustices, he said, the surrounding forests are unhealthy and prone to intense fires because they have been deprived of traditional burning during more than a century of fire suppression.“We have a lot more work to do to fix this place,” Hillman said.That larger effort to regain the watershed’s natural balance, he said, is just beginning as the dams come down.“What it represents to me,” he said, “is an opportunity to reclaim what’s been lost.” The Klamath River runs free through the former Iron Gate Reservoir, cutting through layers of sediment to find its course. (Brian van der Brug / Los Angeles Times)

Reservoirs have been drained as the nation's largest dam removal effort advances on the Klamath River, and an effort to restore the watershed is taking root.

HORNBROOK, Calif. — 

Near the California-Oregon border, reservoirs that once submerged valleys have been drained, revealing a stark landscape that had been underwater for generations.

A thick layer of muddy sediment covers the sloping ground, where workers have been scattering seeds and leaving meandering trails of footprints. In the cracked mud, seeds are sprouting and tiny green shoots are appearing.

With water passing freely through tunnels in three dams, the Klamath River has returned to its ancient channel and is flowing unhindered for the first time in more than a century through miles of waterlogged lands.

Water flowing out of an opening in the bottom of a large dam

The Klamath River has begun to flow though a tunnel that’s been blasted into the bottom of the dam known as Copco No. 1. Work to fully remove the dam is expected to continue well into August.

Using explosives and machinery, crews began blasting and tearing into the concrete of one of the three dams earlier this month. While the massive dismantling project advances, a parallel effort to restore the river to a natural state is just beginning.

“It’s a beautiful thing, and a beautiful feeling, that that process of healing has begun,” said Leaf Hillman, a member of the Karuk Tribe who spent more than two decades campaigning for the removal of dams, and who said he’s overjoyed to see the process finally underway.

Standing on a bluff overlooking Iron Gate Dam, Hillman watched the turbid, chocolate-colored water flowing from a tunnel and passing downriver. He said the muddy, sediment-laden water streaming from the drained reservoirs might look ugly to some people, but it’s a sign of improving health that the dead algae and muck that had accumulated in the reservoirs is now being washed out.

“It feels like a cleansing that is long overdue. This river has been literally dying for years, having the life strangled out of it by these dams,” Hillman said. “I love seeing that sediment being pushed down, because that’s a river acting like a river.”

The emptying of the reservoirs, which began in January, is estimated to have released as much as 2.3 million tons of sediment into the river, abruptly worsening its water quality and killing nonnative perch, bluegill and bass that had been introduced in the reservoirs for fishing.

Downstream from the dams, the river’s banks are littered with dead fish. But tribal leaders, biologists and environmentalists say that this was part of the plan, and that the river will soon be hospitable for salmon to once again swim upstream to spawn.

For Hillman and other Indigenous activists, the struggle to restore the Klamath involved years of protests — including outside a Scottish Power shareholders meeting in Edinburgh when the U.K. company owned PacifiCorp — until agreements were finally negotiated to remove the hydroelectric dams.

The structures, which were built without tribal consent between 1912 and the 1960s, blocked salmon from reaching vital habitat and degraded the river’s water quality, contributing to toxic algae blooms in the reservoirs and disease outbreaks that killed fish.

Aggressive and impactful reporting on climate change, the environment, health and science.

Hillman is a ceremonial leader and former Karuk vice chairperson. He started his tribe’s fisheries department in 1990, and has seen populations of salmon decline over the years, while algae blooms have fouled the river at times when tribal members traditionally enter the water during ceremonies.

A man standing on a bluff, with a muddy reservoir, evergreen trees and hills behind him

“I love seeing that sediment being pushed down, because that’s a river acting like a river,” Karuk Tribe activist Leaf Hillman said as demolition work on the Iron Gate Dam drained the reservoir behind him.

Hillman said that the dams had exacted a terrible cost on Native people’s livelihoods and cultures, and that their removal promises to revive the ecosystem and salmon populations, and help tribes revitalize their fishing traditions and their connection to the river.

Seeing the reservoirs empty and the river returning is like having “a weight off my chest,” Hillman said, “like I feel like I can breathe.”

The largest dam removal project in history, it’s being overseen by the nonprofit Klamath River Renewal Corp., with a $500-million budget including funds from California and from surcharges paid by PacifiCorp customers. The utility, based in Portland, Ore., agreed to remove the aging dams — which were used for power generation, not water storage — after determining it would be less expensive than trying to bring them up to current environmental standards.

Workers have been drilling holes in the top of the Copco No. 1 Dam, placing dynamite and setting off blasts, then using machinery to chip away fractured concrete. The dam, which has been in place since 1918, is scheduled to be fully removed by the end of August. The smaller Copco No. 2 Dam was torn down last year as the project began.

Two earthen dams, the Iron Gate and the John C. Boyle, remain to be dismantled starting in May.

If the project goes as planned, the three dams will be gone sometime this fall, reestablishing a free-flowing stretch of river and enabling Chinook and coho salmon to swim upstream and spawn along about 400 miles of the Klamath and its tributaries.

Meanwhile, teams of scientists and workers are focusing on restoring the landscape and natural vegetation on about 2,200 acres of denuded reservoir-bottom lands.

Crews from the Yurok Tribe have been walking in the mud and scattering the seeds of native plants, including grasses, shrubs and trees. This effort started several years ago, with workers collecting nearly 1 billion seeds along the Klamath and sending them to farms to be planted and harvested.

The effort has yielded an estimated 17 billion seeds to date. In some areas, a helicopter has been used to drop seeds along the river.

A closeup of a pair of hands holding the dried remains of several small fish

Sediment from the reservoirs has temporarily muddied the Klamath’s water, killing many nonnative fish. But the process clears the way for the river’s long-term health — and the return of salmon.

The goals of the seed-planting effort include stabilizing the wet sediment, preventing nonnative weeds from taking hold, and accelerating the regrowth of grasslands, chaparral and forests.

“These reservoirs, they have a lot of invasive species surrounding the landscape,” said Joshua Chenoweth, the Yurok Tribe’s senior riparian ecologist. “And so by introducing a nice, diverse mix of native seed, that’s going to be our strongest protection against it becoming a big weed field.”

That means fewer weeds like medusahead and yellow starthistle, and more native plants like bluebunch wheatgrass and Oregon sunshine. That’s important for the health of the ecosystem.

The approach draws on lessons from the removal of dams on the Elwha River in Washington state, where scattering native seeds was found to effectively reduce the amount of invasive weeds, Chenoweth said.

Within a decade, he and others hope, a stand of young trees will form a lush, green riparian forest along the Klamath.

Alauna Grant, a member of the Karuk Tribe who is helping to plant seeds and saplings, said she is pleased to be participating in undoing the environmental damage caused by the dams, and expects the next generation, including her nieces and nephews, will appreciate a restored river.

“There’s going to be so many swimming spots for them to go hang out at and have fun once the river gets healthy,” Grant said. “I’m excited for it to succeed.”

While the draining of reservoirs let loose heavy loads of sediment, there are also areas where piles of sand, gravel and clay lie up to 15 feet deep beside tributary streams. Crews have been working with excavators, digging into the piles and sending sediment tumbling into streams.

“Dam removal is kind of messy business,” said Dave Coffman, manager of the restoration program for the contractor Resource Environmental Solutions, or RES. He likened the process to “heart surgery, where we got the arteries cleared out, and things are moving again.”

A man in a yellow safety vest squats on a dry spot next to footprints in an expanse of cracked mud, looking down

“Dam removal is kind of messy business,” said restoration program manager Dave Coffman, seen looking for signs of life in what was the bottom of Copco Lake until recently.

Based on studies, the project’s planners knew that the sediment would temporarily have a severe effect on water quality, causing a drop in the amount of oxygen in the water, Coffman said. To minimize potential harm to native fish, they chose to begin draining the reservoirs in the winter, after adult salmon had spawned and died. It’s also a time when newly hatched juvenile salmon remain in tributary streams to feed and grow.

Before the drawdown began, a crew of Karuk fisheries specialists waded into the river to net and trap as many young coho salmon as they could find, and moved them to holding ponds, where they are being kept until the water quality improves.

Other efforts haven’t worked out as planned. When workers from the California Department of Fish and Wildlife took 830,000 juvenile Chinook salmon from the newly built Fall Creek Fish Hatchery and released them into a tributary on Feb. 26, they found that the fish were dying as they passed through a tunnel beneath Iron Gate Dam. The dead salmon showed signs of gas bubble disease, which can occur when water is supersaturated with dissolved gases.

After that setback, state wildlife officials said they would instead release young salmon downstream of the dam until it’s removed. The hatchery still has millions of fish scheduled to be released later this year, and teams from the Karuk Tribe’s fisheries department have also been finding healthy wild salmon in the river.

Water in a series of mudflats at decreasing elevations, from a hill in the background down to flat land in the foreground

The draining of Copco Lake has revealed long-submerged lands along the Klamath River.

The river’s water quality has been improving, but the restoration work will continue until vegetation is established and the water clarity has improved to normal conditions, Coffman said.

“This landscape will be restored,” he said. “But when it comes to revegetating a landscape of this scale, that’s a process that just takes time.”

Coffman stood by a dry boat ramp in the community of Copco Lake, where homes that used to have lakefront views and docks now face an expanse of mudflats. In the distance, the bare skeletons of trees that were drowned a century ago protruded from the lake bed.

“This still looks like a barren mudflat from this perspective,” Coffman said. Then, he squatted and pointed to sprouting seeds: “Those little green shoots are the first step in that process, that road to recovery.”

A closeup of several tiny green leaves emerging in a cluster next to deep cracks in rocky dirt

Plant life is already beginning to return to land that had long been covered by Copco Lake.

Scores of seeds sprout on the flat surface of drying mud that has cracked into several sections

Tribes are helping plant billions of native plant seeds on the reexposed land, which should keep invasive weeds largely at bay.

By planting several different types of vegetation in zones extending from the river to the uplands, he said, the crews are putting the watershed on a “positive ecological trajectory” to let nature take its course.

“We get it pointed in the right direction, and the environment does the rest,” Coffman said.

Driving on a road beside the drained reservoir, Coffman stopped at a small waterfall cascading down a hillside in a thick stand of trees. He said that springs like this send water flowing onto flats by the river, creating streams that offer an opportunity to restore a wetland that will attract birds and other wildlife.

“And where that little channel meets the Klamath River is going to be a nice, cool spot for fish to come,” he said. “Where there is water, there is life. And that’s what we’re going to see.”

River restoration advocates are optimistic. They say undamming the Klamath will demonstrate the potential for restoring free-flowing rivers elsewhere in California, and point to initial plans to remove two dams on the Eel River as another promising opportunity.

Ann Willis, California regional director for the environmentalist group American Rivers, said that when she’s rafted on the Klamath previously, the water downstream of the dams has been warm, green and smelly. At times, the algae blooms made it unsafe to get wet.

Willis said she hopes removing dams is “going to not just restore an ecosystem, but really restore access” for people who live along the Klamath to enjoy their river once again. She added that there are many unknowns about how the recovery of the river ecosystem will progress amid the extremes driven by climate change.

“I am still confident that whatever comes out of this is going to be something that benefits the entire community,” Willis said. “Rivers are living systems, and they create these beautiful worlds.”

Green water, seen from above, flowing from hard, dry land into dark, muddy water, turning blue at the edges where they mingle

Jenny Creek flows into the Klamath River, temporarily muddy from accumulated reservoir sediment.

In recent decades, major declines in salmon populations have negatively affected people’s health and wellbeing in communities along the river, including by hindering their fishing traditions, said Regina Chichizola, executive director of the organization Save California Salmon. Now, she said, the undamming of the river is bringing a new outlook for young Native people.

“For the first time, I’m hearing hope — young people feeling like there might be a future with salmon in it for them again,” she said.

When the removal of dams is complete, the Klamath River Renewal Corp. will turn over the land to California and Oregon. The Shasta Indian Nation, whose ancestral homeland lies along the river, has requested that some of these lands be returned to their people.

Hillman, of the Karuk Tribe, said that once the dams are gone, people will be able to return with nets to traditional fishing places that were sealed off long ago.

He walked to a rocky point overlooking the river. Beside him was the brick chimney of a house that burned down decades ago, and below was the concrete dam that had formed Copco Lake. Water was rushing through a tunnel at the base of the dam.

“I’ll be glad to see it gone,” Hillman said. “These dams being here — it was a huge mistake that continues to have impacts.”

Their construction, he said, compounded the struggles of the Klamath’s Native peoples, who also suffered systemic violence during the taking of their lands. On top of these injustices, he said, the surrounding forests are unhealthy and prone to intense fires because they have been deprived of traditional burning during more than a century of fire suppression.

“We have a lot more work to do to fix this place,” Hillman said.

That larger effort to regain the watershed’s natural balance, he said, is just beginning as the dams come down.

“What it represents to me,” he said, “is an opportunity to reclaim what’s been lost.”

A river curves back and forth as it flows through layered sediment amid green hills and trees, with mountains in the distance

The Klamath River runs free through the former Iron Gate Reservoir, cutting through layers of sediment to find its course.

(Brian van der Brug / Los Angeles Times)

Read the full story here.
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Toxic Pfas above proposed safety limits in almost all English waters tested

Exclusive: 110 of 117 bodies of water tested by Environment Agency would fail standards, with levels in fish 322 times the planned limitNearly all rivers, lakes and ponds in England tested for a range of Pfas, known as “forever chemicals”, exceed proposed new safety limits and 85% contain levels at least five times higher, analysis of official data reveals.Out of 117 water bodies tested by the Environment Agency for multiple types of Pfas, 110 would fail the safety standard, according to analysis by Wildlife and Countryside Link and the Rivers Trust. Continue reading...

Nearly all rivers, lakes and ponds in England tested for a range of Pfas, known as “forever chemicals”, exceed proposed new safety limits and 85% contain levels at least five times higher, analysis of official data reveals.Out of 117 water bodies tested by the Environment Agency for multiple types of Pfas, 110 would fail the safety standard, according to analysis by Wildlife and Countryside Link and the Rivers Trust.They also found levels of Pfos – a banned carcinogenic Pfas – in fish were on average 322 times higher than planned limits for wildlife. If just one portion of such freshwater fish was eaten each month this would exceed the safe threshold of Pfos for people to consume over a year, according to the NGOs.Pfas, or per- and polyfluoroalkyl substances, are a group of thousands of human-made chemicals used in industrial processes and products such as non-stick pans, clothing and firefighting foams. They do not break down in the environment and some are linked to diseases, including cancers and hormone disruption.Pfas pollution is widespread, prompting the EU to propose a new water quality standard that limits the combined toxicity of 24 Pfas to 4.4 nanograms per litre of water, calculated as PFOA-equivalents – a method that weights each substance according to its toxicity relative to PFOA, a particularly hazardous and well-studied carcinogen that is now banned.The EU is also planning to regulate about 10,000 Pfas as one class as there are too many to assess on a case-by-case basis and because none break down in the environment, but the UK has no plans to follow suit.Last week, environment groups, led by the Marine Conservation Society, wrote to ministers, urging a ban on all Pfas in consumer products and a timeline for phasing them out in all other uses. Now, public health and nature groups have joined forces to propose urgent measures to rein in pollution.“Scientists continue to identify Pfas as one of the biggest threats of our time, yet the UK is falling behind other countries in restricting them,” said Hannah Evans of the environmental charity Fidra. “Every day of inaction locks in decades of pollution and environmental harm … we’re asking the UK government to turn off the tap of these persistent forever chemicals.”They say the UK should align with the EU’s group-based Pfas restrictions and ban the substances in food packaging, clothing, cosmetics, toys and firefighting foams, following examples from Denmark, France and the EU. They want better monitoring, tougher water and soil standards and to make polluters cover the cost of Pfas clean-up.Emma Adler, the director of impact at Wildlife and Countryside Link, said: “Pfas are linked to an explosion of impacts for wildlife and public health, from cancers to immune issues. These new figures underline just how widespread Pfas pollution is and that Pfas regulation must be a much clearer priority in government missions to clean up UK rivers and improve the nation’s health.”Thalie Martini, the chief executive officer at Breast Cancer UK, said: “Evidence points to the potential for some Pfas to be related to health issues, including increasing breast cancer risk … millions of families affected by this disease will want the government to do everything they can to deliver tougher Pfas rules to protect our health.”Last year, 59 Pfas experts urged the government to follow the science and regulate all Pfas as a single class, warning their extreme persistence – regardless of toxicity – posed a serious environmental threat.skip past newsletter promotionThe planet's most important stories. Get all the week's environment news - the good, the bad and the essentialPrivacy Notice: Newsletters may contain info about charities, online ads, and content funded by outside parties. For more information see our Privacy Policy. We use Google reCaptcha to protect our website and the Google Privacy Policy and Terms of Service apply.after newsletter promotion“Countries like France and Denmark, the EU as a whole and many US states have taken strong action against Pfas pollution,” said Dr Francesca Ginley from the Marine Conservation Society. “The time is now for the UK to take a stand and show the leadership we need on Pfas pollution from source to sea.”Dr Shubhi Sharma of the charity Chem Trust said: “Too often with hazardous chemicals the world has ignored early warnings of harm and learned lessons far too late. Costs to tackle Pfas in the environment and address health impacts have a multi-billion pound economic price tag … the government must not delay.”An Environment Agency spokesperson said the science on Pfas was moving quickly and that it was running a multi-year programme to improve understanding of Pfas pollution sources in England. They added: “We are screening sites to identify potential sources of Pfas pollution and prioritise further investigations, whilst assessing how additional control measures could reduce the risks of Pfas in the environment.”A spokesperson for the Department for Environment, Food and Rural Affairs said: “The government is committed to protecting human health and the environment from the risks posed by Pfas. That’s why we are working at pace together with regulators to assess levels of Pfas in the environment, their sources and potential risks to inform our approach to policy and regulation.”

Breaking Down the Force of Water in the Texas Floods

Flash floods last week in Texas caused the Guadalupe River to rise dramatically, reaching three stories high in just two hours

Over just two hours, the Guadalupe River at Comfort, Texas, rose from hip-height to three stories tall, sending water weighing as much as the Empire State building downstream roughly every minute it remained at its crest.Comfort offers a good lens to consider the terrible force of a flash flood’s wall of water because it’s downstream of where the river’s rain-engorged branches met. The crest was among the highest ever recorded at the spot — flash flooding that appears so fast it can “warp our brains,” said James Doss-Gollin, assistant professor of civil and environmental engineering at Rice University.The Texas flood smashed through buildings, carried away cars and ripped sturdy trees out by the roots, dropping the debris in twisted piles when the water finally ebbed. It killed more than 100 people, prompted scores of rescues and left dozens of others missing. The deaths were concentrated upriver in Kerr County, an area that includes Camp Mystic, the devastated girls' camp, where the water hit early and with little notice.Water is capable of such destruction because it is heavy and can move fast. Just one cubic foot of water — imagine a box a bit larger than the size of a basketball — weighs about 62 pounds (28 kilograms). When the river rose to its peak at Comfort, 177,000 cubic feet — or 11 million pounds (5 million kilograms) of water — flowed by every second.“When you have that little lead time ... that means you can’t wait until the water level starts to rise,” Doss-Gollin said. “You need to take proactive measures to get people to safety.” Water as heavy as a jumbo jet A small amount of water — less than many might think — can sweep away people, cars and homes. Six inches (15.2 centimeters) is enough to knock people off their feet. A couple of feet of fast-moving water can take away an SUV or truck, and even less can move cars.“Suppose you are in a normal car, a normal sedan, and a semitrailer comes and pushes you at the back of the car. That’s the kind of force you’re talking about,” said Venkataraman Lakshmi, a University of Virginia professor and president of the hydrology section of the American Geophysical Union.And at Comfort, it took just over 15 minutes for so much water to arrive that not only could it float away a large pickup truck, but structures were in danger — water as heavy as a jumbo jet moved by every second.At that point, “We are past vehicles, homes and things can start being affected,” said Daniel Henz, flood warning program manager at the flood control district of Maricopa County, Arizona, an area that gets dangerous scary flash floods.The water not only pushes objects but floats them, and that can actually be scarier. The feeling of being pushed is felt immediately, letting a person know they are in danger. Upward force may not be felt until it is overwhelming, according to Upmanu Lall, a water expert at Arizona State University and Columbia University.“The buoyancy happens — it’s like a yes, no situation. If the water reaches a certain depth and it has some velocity, you’re going to get knocked off (your feet) and floating simultaneously,” he said. The mechanics of a flash flood The landscape created the conditions for what some witnesses described as a fast-moving wall of water. Lots of limestone covered by a thin layer of soil in hilly country meant that when rain fell, it ran quickly downhill with little of it absorbed by the ground, according to S. Jeffress Williams, senior scientist emeritus with the U.S. Geological Survey.A flash flood generally starts with an initial lead wave and then builds as rain rushes over the landscape and into the river basin. It may rise quickly, but the water still takes some time to converge. The water crumpled cars into piles, twisted steel and knocked trees down as if they were strands of grass. Images captured the chaos and randomness of the water’s violence.And then, not as fast as it rose, but still quickly, the river receded.Five hours after its crest at Comfort, it had already dropped 10 feet (3 meters), revealing its damage in retreat. A couple of days after it started to rise, a person could stand with their head above the river again.“Everything just can happen, very, very quickly,” Henz said.Associated Press writer Seth Borenstein in Washington contributed.The Associated Press receives support from the Walton Family Foundation for coverage of water and environmental policy. The AP is solely responsible for all content. For all of AP’s environmental coverage, visit https://apnews.com/hub/climate-and-environmentCopyright 2025 The Associated Press. All rights reserved. This material may not be published, broadcast, rewritten or redistributed.Photos You Should See - June 2025

South West Water allowed to invest £24m rather than pay £19m fine

Campaigners say Ofwat ‘subservient to industry and its rampaging pursuit of profit’ after illegal sewage dischargesSouth West Water has agreed to pay a £24m penalty for illegal sewage discharges into the environment from its treatment works.The regulator for the water and wastewater sector in England and Wales, Ofwat, says the company, which has 1.8 million customers in Cornwall, Devon, the Isles of Scilly and parts of Dorset and Somerset, is being penalised for dumping sewage in breach of its legal permit conditions. Continue reading...

South West Water has agreed to pay a £24m penalty for illegal sewage discharges into the environment from its treatment works.The regulator for the water and wastewater sector in England and Wales, Ofwat, says the company, which has 1.8 million customers in Cornwall, Devon, the Isles of Scilly and parts of Dorset and Somerset, is being sanctioned for dumping sewage in breach of its legal permit conditions.But there was anger over revelations on Thursday that the regulator had not imposed a direct fine on the company.South West Water put forward the suggestion that it would invest £20m to reduce sewage discharges at key storm overflows, spend £2m to tackle sewer misuse and misconnections, and another £2m to support local environment groups. This was accepted by Ofwat rather than imposing a fine of £19m.But Rob Abrams, the campaigns manager at Surfers Against Sewage, said allowing water companies to choose their own penalty was farcical.He said the situation “illustrates a water industry model that’s broken beyond repair, with government and regulators subservient to industry and its rampaging pursuit of profit, at any cost”.Ofwat said it had chosen this route rather than imposing a fine because it was satisfied that the company would carry out the work required to bring its infrastructure back into legal operation.“We have … concluded that it would be appropriate to accept the undertakings in lieu of the financial penalty we would otherwise impose in this case (£19m, 6.5% of its relevant turnover),” Ofwat said.The regulator carried out a two-year investigation into the company that found it had failed to upgrade its treatment works to prevent sewage discharges into the environment, failed to properly deal with the content of its sewers and failed to put in the resources to monitor its treatment works properly.The penalty is the latest in an ongoing investigation by Ofwat into several water companies into widespread illegal sewage dumping across the network from thousands of treatment plants.Penalties totalling more than £160m have already been imposed against Yorkshire Water, Thames Water and Northumbrian Water for widespread illegal sewage dumping from their treatment works.Lynn Parker, the senior director for enforcement at Ofwat, said the regulator had secured the £24m package and a commitment to put things right from the company.skip past newsletter promotionSign up to Business TodayGet set for the working day – we'll point you to all the business news and analysis you need every morningPrivacy Notice: Newsletters may contain info about charities, online ads, and content funded by outside parties. For more information see our Privacy Policy. We use Google reCaptcha to protect our website and the Google Privacy Policy and Terms of Service apply.after newsletter promotionBut Abrams said it amounted to a cynical PR exercise and an abdication of responsibility by Ofwat.“There is no transparency about how the money will be spent or whether it’s even enough,” he said.“Of the £4m pledged for environmental initiatives and local groups, we’ve been given no clarity on who will benefit or why.”The public and other stakeholders can make representations about the size of the penalty before it is finalised.

Oregon groundwater protection bill passes despite criticism that it’s too weak

Gov. Tina Kotek backed the bill to modernize Oregon’s failed groundwater pollution laws.

Legislators have just passed a groundwater protection bill that many nonprofit groups working on groundwater contamination said was too watered down to make a real difference. Gov. Tina Kotek backed the bill to modernize Oregon’s failed groundwater pollution laws. Kotek has been active in trying to speed up response to the three-decades-old groundwater contamination crisis in the Lower Umatilla Basin, where many residents with nitrate-contaminated domestic wells must rely on bottled drinking water. Until 2022, many people in the region had no idea they had been drinking contaminated water for years. Some still don’t know it because the state has yet to test all the affected wells. A state analysis also has shown that nitrate pollution in the area has worsened significantly over the past decade. Though the state has been testing wells and conducting public awareness campaigns, critics have accused the Oregon Department of Environmental Quality, Department of Agriculture and Water Resources Department of not doing enough to crack down on the pollution sources. Much of the nitrate contamination comes from fertilizer used by large farms, animal manure from local industrial dairies and feedlots and wastewater from food processing plants that are constantly applied to farm fields. Early versions of the bill laid out specific actions that state agencies would have to take once groundwater pollution had reached the level of a serious public health threat. But many of those actions were stripped out of the bill, leading environmental and social justice nonprofits to pull their support because they deemed the bill too weak to make a difference. Oregon Rural Action, the eastern Oregon nonprofit that has been instrumental in testing domestic wells and pushing the state to do more testing and to limit nitrate pollution, said industry groups representing polluters put pressure on the governor’s office, leading to major changes in the bill’s language. “The version passed on Friday no longer includes the tools, resources, and Legislative directives needed for agencies to exercise their authority to protect Oregon’s groundwater and enforce the law,”the group’s executive director, Kristin Anderson Ostrom, said in a statement. The governor’s office declined to comment.Kotek in January issued an emergency order allowing the Port of Morrow to again violate its water pollution permit and over-apply nitrogen contaminated water onto farmland. The port, which handles billions of gallons of nitrogen-rich water every year, said that it would have to pause operations and lay off workers if not for the emergency permit. In addition to the Lower Umatilla Basin, Oregon has designated two other areas – in northern Malheur County and the southern Willamette Valley – where elevated nitrate concentrations in groundwater pose a human health risk. Each one has an action plan to reduce nitrate concentrations in groundwater. Research has linked high nitrate consumption over long periods to stomach, bladder and intestinal cancers, miscarriages and thyroid issues. It is especially dangerous to infants who can quickly develop “blue baby syndrome,” a fatal illness.— Gosia Wozniacka covers environmental justice, climate change, the clean energy transition and other environmental issues. Reach her at gwozniacka@oregonian.com or 971-421-3154.

A rare glimpse inside the mountain tunnel that carries water to Southern California

In the 1930s, workers bored a 13-mile tunnel beneath Mt. San Jacinto. Here's a look inside the engineering feat that carries Colorado River water to Southern California.

Thousands of feet below the snowy summit of Mt. San Jacinto, a formidable feat of engineering and grit makes life as we know it in Southern California possible. The 13-mile-long San Jacinto Tunnel was bored through the mountain in the 1930s by a crew of about 1,200 men who worked day and night for six years, blasting rock and digging with machinery. Completed in 1939, the tunnel was a cornerstone in the construction of the 242-mile Colorado River Aqueduct. It enabled the delivery of as much as 1 billion gallons of water per day.The tunnel is usually off-limits when it is filled and coursing with a massive stream of Colorado River water. But recently, while it was shut down for annual maintenance, the Metropolitan Water District of Southern California opened the west end of the passage to give The Times and others a rare look inside. “It’s an engineering marvel,” said John Bednarski, an assistant general manager of MWD. “It’s pretty awe-inspiring.” The 16-foot-diameter San Jacinto Tunnel runs 13 miles through the mountain. While shut down for maintenance, the tunnel has a constant stream of water entering from the mountain. A group visits the west end of the San Jacinto Tunnel, where the mouth of the water tunnel enters a chamber. He wore a hard hat as he led a group to the gaping, horseshoe-shaped mouth of the tunnel. The passage’s concrete arch faded in the distance to pitch black.The tunnel wasn’t entirely empty. The sound of rushing water echoed from the walls as an ankle-deep stream flowed from the portal and cascaded into a churning pool beneath metal gates. Many in the tour group wore rubber boots as they stood on moist concrete in a chamber faintly lit by filtered sunlight, peering into the dark tunnel. This constant flow comes as groundwater seeps and gushes from springs that run through the heart of the mountain. In places deep in the tunnel, water shoots so forcefully from the floor or the wall that workers have affectionately named these soaking obstacles “the fire hose” and “the car wash.”Standing by the flowing stream, Bednarski called it “leakage water from the mountain itself.”Mt. San Jacinto rises 10,834 feet above sea level, making it the second-highest peak in Southern California after 11,503-foot Mt. San Gorgonio.As the tunnel passes beneath San Jacinto’s flank, as much as 2,500 feet of solid rock lies overhead, pierced only by two vertical ventilation shafts. Snow covers Mt. San Jacinto, as seen from Whitewater, in March. At the base of the mountain, the 13-mile San Jacinto Tunnel starts its journey. The tunnel transports Colorado River water to Southern California’s cities. During maintenance, workers roll through on a tractor equipped with a frame bearing metal bristles that scrape the tunnel walls, cleaning off algae and any growth of invasive mussels. Workers also inspect the tunnel by passing through on an open trailer, scanning for any cracks that require repairs.“It’s like a Disneyland ride,” said Bryan Raymond, an MWD conveyance team manager. “You’re sitting on this trailer, and there’s a bunch of other people on it too, and you’re just cruising through looking at the walls.” Aside from the spraying and trickling water, employee Michael Volpone said he has also heard faint creaking.“If you sit still and listen, you can kind of hear the earth move,” he said. “It’s a little eerie.”Standing at the mouth of the tunnel, the constant babble of cascading water dominates the senses. The air is moist but not musty. Put a hand to the clear flowing water, and it feels warm enough for a swim. On the concrete walls are stained lines that extend into the darkness, marking where the water often reaches when the aqueduct is running full. Many who have worked on the aqueduct say they are impressed by the system’s design and how engineers and workers built such a monumental system with the basic tools and technology available during the Great Depression.Pipelines and tunnelsThe search for a route to bring Colorado River water across the desert to Los Angeles began with the signing of a 1922 agreement that divided water among seven states. After the passage of a $2-million bond measure by Los Angeles voters in 1925, hundreds of surveyors fanned out across the largely roadless Mojave and Sonoran deserts to take measurements and study potential routes.The surveyors traveled mostly on horseback and on foot as they mapped the rugged terrain, enduring grueling days in desert camps where the heat sometimes topped 120 degrees.Planners studied and debated more than 100 potential paths before settling on one in 1931. The route began near Parker, Ariz., and took a curving path through desert valleys, around obstacles and, where there was no better option, through mountains.In one official report, a manager wrote that “to bore straight through the mountains is very expensive and to pump over them is likewise costly.” He said the planners carefully weighed these factors as they decided on a solution that would deliver water at the lowest cost. VIDEO | 02:45 A visit to the giant tunnel that brings Colorado River water to Southern California Share via Those in charge of the Metropolitan Water District, which had been created in 1928 to lead the effort, were focused on delivering water to 13 participating cities, including Los Angeles, Burbank and Anaheim. William Mulholland, Los Angeles’ chief water engineer, had led an early scouting party to map possible routes from the Colorado River to Southern California’s cities in 1923, a decade after he celebrated the completion of the 233-mile aqueduct from the Owens Valley to Los Angeles with the triumphant words, “There it is. Take it.”The aqueduct’s design matched the audaciousness of the giant dams the federal government was starting to build along the Colorado — Hoover Dam (originally called Boulder Dam) and Parker Dam, which formed the reservoir where the aqueduct would begin its journey.Five pumping plants would be built to lift water more than 1,600 feet along the route across the desert. Between those points, water would run by gravity through open canals, buried pipelines and 29 separate tunnels stretching 92 miles — the longest of which was a series of nine tunnels running 33.7 miles through hills bordering the Coachella Valley.To make it possible, voters in the district’s 13 cities overwhelmingly approved a $220-million bond in 1931, the equivalent of a $4.5-billion investment today, which enabled the hiring of 35,000 workers. Crews set up camps, excavated canals and began to blast open shafts through the desert’s rocky spines to make way for water.In 1933, workers started tearing into the San Jacinto Mountains at several locations, from the east and the west, as well as excavating shafts from above. Black-and-white photographs and films showed miners in hard hats and soiled uniforms as they stood smoking cigarettes, climbing into open rail cars and running machinery that scooped and loaded piles of rocks.Crews on another hulking piece of equipment, called a jumbo, used compressed-air drills to bore dozens of holes, which were packed with blasting power and detonated to pierce the rock. (Courtesy of Metropolitan Water District of Southern California) The work progressed slowly, growing complicated when the miners struck underground streams, which sent water gushing in.According to a 1991 history of the MWD titled “A Water Odyssey,” one flood in 1934 disabled two of three pumps that had been brought in to clear the tunnel. In another sudden flood, an engineer recalled that “the water came in with a big, mad rush and filled the shaft to the top. Miners scrambled up the 800-foot ladder to the surface, and the last man out made it with water swirling around his waist.”Death and delaysAccording to the MWD’s records, 13 workers died during the tunnel’s construction, including men who were struck by falling rocks, run over by equipment or electrocuted with a wire on one of the mining trolleys that rolled on railroad tracks. The Metropolitan Water District had originally hired Wenzel & Henoch Construction Co. to build the tunnel. But after less than two years, only about two miles of the tunnel had been excavated, and the contractor was fired by MWD general manager Frank Elwin “F.E.” Weymouth, who assigned the district’s engineers and workers to complete the project.Construction was delayed again in 1937 when workers went on strike for six weeks. But in 1939, the last wall of rock tumbled down, uniting the east and west tunnels, and the tunnel was finished. John Bednarski, assistant general manager of the Metropolitan Water District of Southern California, stands in a water tunnel near the end point of the larger San Jacinto Tunnel, which carries Colorado River water. The total cost was $23.5 million. But there also were other costs. As the construction work drained water, many nearby springs used by the Native Soboba people stopped flowing. The drying of springs and creeks left the tribe’s members without water and starved their farms, which led to decades of litigation by the Soboba Band of Luiseño Indians and eventually a legal settlement in 2008 that resolved the tribe’s water rights claims.The ‘magic touch’ of waterBy the time the tunnel was completed, the Metropolitan Water District had released a 20-minute film that was shown in movie theaters and schools celebrating its conquest of the Colorado River and the desert. It called Mt. San Jacinto the “tallest and most forbidding barrier.”In a rich baritone, the narrator declared Southern California “a new empire made possible by the magic touch of water.” “Water required to support this growth and wealth could not be obtained from the local rainfall in this land of sunshine,” the narrator said as the camera showed newly built homes and streets filled with cars and buses. “The people therefore realized that a new and dependable water supply must be provided, and this new water supply has been found on the lofty western slopes of the Rocky Mountains, a wonderland of beauty, clad by nature in a white mantle of snow.”Water began to flow through the aqueduct in 1939 as the pumping plants were tested. At the Julian Hinds Pumping Plant, near the aqueduct’s halfway point, water was lifted 441 feet, surging through three pipelines up a desert mountain. March 2012 image of the 10-foot-diameter delivery lines carrying water 441 feet uphill from the Julian Hinds Pumping Plant. (Los Angeles Times) From there, the water flowed by gravity, moving at 3-6 mph as it traveled through pipelines, siphons and tunnels. It entered the San Jacinto Tunnel in Cabazon, passed under the mountain and emerged near the city of San Jacinto, then continued in pipelines to Lake Mathews reservoir in Riverside County. In 1941, Colorado River water started flowing to Pasadena, Beverly Hills, Compton and other cities. Within six years, another pipeline was built to transport water from the aqueduct south to San Diego.The influx of water fueled Southern California’s rapid growth during and after World War II.Over decades, the dams and increased diversions also took an environmental toll, drying up much of the once-vast wetlands in Mexico’s Colorado River Delta. John Bednarski, assistant general manager of the Metropolitan Water District, walks in a water tunnel near the end point of the larger San Jacinto Tunnel. An impressive designToday, 19 million people depend on water delivered by the MWD, which also imports supplies from Northern California through the aqueducts and pipelines of the State Water Project.In recent decades, the agency has continued boring tunnels where needed to move water. A $1.2-billion, 44-mile-long conveyance system called the Inland Feeder, completed in 2009, involved boring eight miles of tunnels through the San Bernardino Mountains and another 7.9-mile tunnel under the Badlands in Riverside County.The system enabled the district to increase its capacity and store more water during wet years in Diamond Valley Lake, Southern California’s largest reservoir, which can hold about 260 billion gallons of water. “Sometimes tunneling is actually the most effective way to get from point A to point B,” said Deven Upadhyay, the MWD’s general manager.Speaking hypothetically, Upadhyay said, if engineers had another shot at designing and building the aqueduct now using modern technology, it’s hard to say if they would end up choosing the same route through Mt. San Jacinto or a different route around it. But the focus on minimizing cost might yield a similar route, he said.“Even to this day, it’s a pretty impressive design,” Upadhyay said.When people drive past on the I-10 in Cabazon, few realize that a key piece of infrastructure lies hidden where the desert meets the base of the mountain. At the tunnel’s exit point near San Jacinto, the only visible signs of the infrastructure are several concrete structures resembling bunkers. When the aqueduct is running, those who enter the facility will hear the rumble of rushing water. The tunnel’s west end was opened to a group of visitors in March, when the district’s managers held an event to name the tunnel in honor of Randy Record, who served on the MWD board for two decades and was chair from 2014 to 2018. Speaking to an audience, Upadhyay reflected on the struggles the region now faces as the Colorado River is sapped by drought and global warming, and he drew a parallel to the challenges the tunnel’s builders overcame in the 1930s. “They found a path,” Upadhyay said. “This incredible engineering feat. And it required strength, courage and really an innovative spirit.” “When we now think about the challenges that we face today, dealing with wild swings in climate and the potential reductions that we might face, sharing dwindling supplies on our river systems with the growing Southwest, it’s going to require the same thing — strength, courage and a spirit of innovation,” he said. A steep steel staircase gives access to a water tunnel near the end point of the larger San Jacinto Tunnel, which carries Colorado River water to Southern California.

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