The North Atlantic Right Whale (NARW) are among the rarest of all marine mammal species in the Atlantic Ocean. They average approximately 15 m (50 ft) in length. They have stocky, black bodies with no dorsal fin, and bumpy, coarse patches of skin on their heads called callosities. The NARW is one of the world’s most endangered whales. Once common along the eastern U.S. seaboard, the whale was hunted to near-extinction by the 1750s. The species gets its names from early whalers, who considered them to be the “right” whales to hunt. By the early 1900s the population off Europe had been virtually extirpated while a small population of perhaps a hundred or fewer survived in the western North Atlantic off the United States and Canada. After 1935, when an international agreement went into effect banning the hunting of all right whales, their numbers began to increase slowly. In recent decades, this slow recovery has been impeded by mortality and serious injury from ship strikes, entanglement in fishing gear, underwater noise and separation from calving areas because of shipping traffic. NARW now occur almost exclusively along the east coasts of the United States and Canada, where they rely on a calanoid copepod, Calanus finmarchicus, as their primary food source. Beyond eating a lot, whales also produce lots of plumes (a gassy form of underwater poop). These plumes fertilize the ocean and help feed small organisms called phytoplankton. These organisms, in turn, produce 50% of the world’s oxygen – every other breath humans take. Over their lifetimes, NARW also accumulate tons of carbon in their bodies – helping to mitigate climate change. The importance of whales for the ecosystem cannot be overstated.
An 8-year analysis of NARW sightings within Southern New England (SNE) show that the NARW distribution has been shifting (Quintana- Rizzo et al. 2021). A study area of SNE (shores of Martha’s Vineyard and Nantucket to and covering all the offshore wind lease sites of Massachusetts and Rhode Island) recorded sightings of NARW in almost all months of the year. A population trend analysis conducted on the abundance estimates from 1990 to 2011 suggest an increase at about 2.8% per year from an initial abundance estimate of 270 individuals in 1998 (Hayes et al. 2020). However, modeling conducted by Pace et al. (2017) showed a decline in annual abundance after 2011, which has likely continued as evidenced by the decrease in the abundance estimate from 451 in 2018 (Hayes et al. 2019) to 412 in 2020 (Hayes et al. 2020). This decrease correlates to when the Block Island wind turbines were constructed. The only offshore wind Turbines in the Americas.
With an estimated population of fewer than 350 individuals, scientists have been raising the alarm about the dwindling number of reproductive females needed to sustain the population. For a new paper published in the journal Frontiers, lead author Joshua Reed, a PhD candidate from the School of Natural Sciences at Macquarie University, used individual female whales’ reproductive history, rather than age, when modeling population trends to provide a better insight into their numbers. “Our research found that of the estimated 142 female right whales alive in the population at the beginning of 2018, only 72 were actually capable of reproducing. This has certainly influenced the species’ decline in recent years,” said Reed. The researchers also found that in recent years, young females are less likely to start calving when they reach 10 years of age. Ten was the age at which right whales used to have their first calf in the years up to the turn of the century. Right Whales can and should live for up to 75 years. But that number is quickly declining. Scientists identify individual right whales through photographs and compare these images throughout time to learn about their lifespan. And, according to recent estimates, female right whales are barely making it to middle age. But many right whales don’t even make it that far.
In its 2020 update of its “Red List of Threatened Species,” the International Union for Conservation of Nature declared NARW “critically endangered,” the most serious category of risk, with such a small, slow-growing population, any threatening factor may have a significant impact.
Offshore Wind or North Atlantic Right Whale?
“North Atlantic right whale” by FWC Research is licensed under CC BY-NC-ND 2.0.
The Bureau of Ocean Energy Management (BOEM) plans, by 2025, to hold up to five additional, to the Revolution Wind, Offshore Wind (OSW) lease sales and complete the review of at least 16 plans to construct and operate commercial OSW facilities, which would represent more than 22 gigawatts of “clean” energy for the nation. That means thousands of wind turbines along the Eastern Seaboard.
BOEM and the National Oceanic and Atmospheric Administration (NOAA) Fisheries initiated development of a shared Draft North Atlantic Right Whale and Offshore Wind Strategy (hereinafter called “Strategy”) to focus and integrate past, present, and future efforts related to NARW and OSW development. In response to Executive Order 14008, both agencies share a common vision to protect and promote the recovery of NARW while responsibly developing offshore wind energy. The announcement initiated a 45-day public review and comment period on the draft strategy. Comments on the guidance can be submitted via regulations.gov from October 21 to December 4, 2022 under Docket Number BOEM-2022-0066. For more information about the draft strategy and how to submit comments, visit BOEM’s website.
The following is my comment. Please use this opportunity to express your concerns in this regard.
The NARW species provides important ecosystem services, and its potential extinction could be a leading indicator for other ecosystem disruptions (Pershing et al. 2021). The extinction of the Right Whale will be the precursor of the extinction of our own species. Both will be caused by the disturbances to functioning ecosystems by human expansion. And it does not need to be this way. OSW development will result in the destruction or adverse modification of designated critical habitat. Only a “jeopardy” or “adverse modification” conclusion can be reached. Whales and turbines do not mix. Please do not allow this “development” to proceed while the NARW survival is in the balance. There is still time, but the time is now because there is so little left.
Climate change does in-fact pose a significant global threat that will cause planet-wide physical, chemical, and biological changes that substantially affect the world’s oceans, lands, and atmosphere. But climate change is a symptom of industrial civilization and driven by the disease of a consumer culture. A new study finds a 69% average drop in animal populations since 1970. Over those five decades most of the decline can be traced to habitat destruction. The human desire for ever more growth played out over the years, city by city, road by road, acre by acre, across the globe. “Biological diversity is the variety of life on Earth and the natural patterns it forms. The biodiversity seen today is the result of 4.5 billion years of evolution and, increasingly, of human influence as well. It forms the web of life, of which humans are integral and upon which people and the planet so fully depend. The planet is currently in biodiversity breakdown. Species are now disappearing hundreds, or even thousands, of times faster than the natural background rate of extinction. The scientific community has repeatedly sounded the alarm on the triple planetary crisis of climate change, nature and biodiversity loss, and pollution and waste. Over half the world’s total GDP is moderately or highly dependent on nature, which also provides medicine and social benefits.” We are in a biodiversity emergency. With scores of species dying each day, we are in a mass extinction event. Although many of those species may not be as impressive as the megafauna they are just as important to protect the complex balance of nature which all of life is dependent upon.
Without significant reductions in anthropocentric consumption of the natural world, greenhouse gas emissions, extinctions and transformative impacts on all ecosystems cannot be avoided. Our options in what reductions will then be impose by such limits will create harsher impacts on the economic, recreational, and subsistence activities they support.
OSW is abundant and renewable but extracting that energy with turbines will be neither efficient or clean or an alternative domestic energy resource. Wind turbines are not renewable. Heavy industries use a lot of energy to create the components for wind turbines. Coal and other fossil fuels are utilized to power the machinery and furnaces in these factories. According to estimates, the energy utilized by the present United States’ heavy industries is equivalent to the energy necessary to power the country’s entire electrical grid.
The need for energy in the heavy industries grows in tandem with the demand for wind turbines, producing a feedback mechanism in which the more wind power we use, the more reliant we are on the heavy industry, and thus the more fossil fuels we need. Production of wind turbines to extract wind energy will require the release of more emissions that can pollute the air or water without exceptions, and using turbines to extract wind energy has greater effects on the environment than many other energy sources. Wind turbines will not reduce the amount of electricity generation from fossil fuels, and will result in greater total air pollution and carbon dioxide emissions. Transitioning to their use will precipitate a far higher biodiversity loss in their manufacturing process. Already the wind power boom is driving deforestation in the Amazon with its demand for balsa wood.
The major coastal cities, where more than half of the U.S. population resides and energy needs are high, must reduce their energy consumption, as all cities must do. Compared to onshore wind, offshore wind challenges that also need to be considered are higher cost due to specialized installation, equipment, and more expensive support structures; (2) more difficult working conditions; (3) higher wind speeds; (4) decreased availability due to limited accessibility for maintenance; and (5) necessity for special corrosion prevention measures. Hence the lower life cycle of 15 years for offshore wind. Then at the end of their lifecycle they end up in a landfill because they are economically infeasible to recycle. Not to mention that these particular turbines will be built in the home of the NARW.
Without the Departments of the Interior, Energy, and Commerce announced national goal to deploy 30 gigawatts of OSW by 2032 and accompanying subsidies, there wouldn’t be increasing interest in developing OSW. This goal is stated to be achieved while protecting biodiversity and promoting ocean co-use. It can be appreciated that in an attempt to resolve these conflicting goals the BOEM and NOAA Fisheries North Atlantic Right Whale and Offshore Wind Strategy has been put forth.
The Outer Continental Shelf (OCS) Lands Act directs BOEM to study and consider coastal, marine, and human environmental impacts, and BOEM must also comply with many other statutes, regulations, executive orders, and policies in making decisions—including the Endangered Species Act (ESA).
The ESA requires BOEM to ensure that any action it takes to implement the OCS Renewable Energy Program is not likely to jeopardize the continued existence of any listed species or result in the destruction or adverse modification of critical habitat determined for any listed species, including the NARW (ESA section 7(a)(2)). Additionally, section 7(a)(1) of the ESA requires BOEM (and all other Federal agencies) to “utilize their authorities in furtherance of the purposes of this Act by carrying out programs for the conservation of endangered species.”
NOAA Fisheries strives to take an ecosystem-based approach to managing living marine resources, recognizing the interconnectedness of ecosystem components and the value of resilient and productive ecosystems to living marine resources. This connectedness should also be applicable to places where the metals and material are mined to make wind turbines, for example deep sea mining. A declaration of oceanic rights from the United Nations could recognize the ocean as a living entity that has its own inherent entitlements, such as those to life and health, along with the right to continue its vital natural cycle.
NOAA Fisheries and NOAA National Marine Sanctuaries share NOAA’s mission to 1) understand and predict changes in climate, weather, ocean and coasts; 2) share that knowledge and information with others; and 3) conserve and manage coastal and marine ecosystems and resources. So coastal and marine ecosystems then are not resources to conserve and manage for the continuation of extractive industries. They function best when left alone.
As noted above, section 7(a)(2) of the ESA requires BOEM, in consultation with NOAA Fisheries, to ensure that any action the agencies authorize, fund, or carry out is not likely to jeopardize the continued existence of any endangered species or result in the destruction or adverse modification of designated critical habitat; this coordination is accomplished through ESA section 7 consultations. The Strategy does not state that when a Federal agency’s action “may affect” a protected species, that agency is required to consult with the National Marine Fisheries Service (NMFS) or the U.S. Fish and Wildlife Service (USFWS). This requirement needs to go upstream to the threatened species caused by mining for the materials of the construction of the wind turbines.
In response to a request for consultation, NOAA Fisheries prepares a Biological Opinion detailing how an agency (i.e., BOEM) action affects a threatened or endangered species and/or its critical habitat and a conclusion as to whether the proposed action is likely to jeopardize the continued existence of the species. It considers whether the action will result in reductions in reproduction, numbers, or distribution of the species and then considering whether these reductions would reduce appreciably the likelihood of both the survival and recovery of the species, as those terms are defined for purposes of the ESA. The Biological Opinion also includes a determination as to whether the proposed action is likely to result in the destruction or adverse modification of designated critical habitat. If a “jeopardy” or “adverse modification” conclusion is reached, the Biological Opinion would include one or more Reasonable and Prudent Alternatives to the proposed action that would avoid the likelihood of jeopardizing the continued existence of the listed species or the destruction or adverse modification of designated critical habitat.
If a “no jeopardy” conclusion is reached, either based on the proposed action and its mitigation or after adopting a Reasonable and Prudent Alternative, NOAA Fisheries may issue an Incidental Take Statement that exempts a certain amount and type of take from the ESA section 9 prohibitions on take. The Strategy should include the following definition: The ESA broadly defines “take” to include “harass, harm, pursue, hunt, shoot, wound, kill, trap, capture, or collect.” In the case of the NARW this should not be allowed.
According to the Petition for Incidental Take Regulations for the Construction and Operation of the Revolution Wind Offshore Wind Farm :
NARW feed mostly on zooplankton and copepods belonging to the Calanus and Pseudocalanus genera (Hayes et al. 2020). NARWs are slow-moving grazers that feed on dense concentrations of prey at or below the water’s surface, as well as at depth (NMFS 2021l). Research suggests that NARWs must locate and exploit extremely dense patches of zooplankton to feed efficiently (Mayo and Marx 1990).
2.3.2 • Likely changes in copepod distribution between pre- and post-OSW construction. This must be tested to verify. CRITICAL what effect do the present in-place turbines have on prey food?
Currently there are no quantitative data on how large whale species (i.e., mysticetes) may be impacted by offshore wind farms (Kraus et al. 2019). Navigation through or foraging within the Revolution Wind Farm by large whales could be impeded by the presence of the wind turbine generatorsand offshore substations foundations, which range in diameter from 12 to 15 m with approximately 1.15 mi (1.8 km) spacing between foundations (Section 1). Additionally, wakes in water currents created by the presence of the foundations could alter the distribution of zooplankton within the water column, which would impact prey availability for some marine mammal species (Kraus et al. 2019).
What is the effect the extraction of wind energy from the surface of the ocean in regards to water temperature and currents?
WIND ENERGY EXTRACTION
“Horns rev offshore wind farm” by Vattenfall is licensed under CC BY-ND 2.0.
Climatic Impacts of Wind Power
• Wind turbines raise local temperatures by making the air flow more turbulent and so increasing the mixing of the boundary layers.
• However, because wind turbines have a low output density, the number of them required has a warming impact on a continental scale. During the day, the surface temperature rises by 0.24 degrees Celsius, while at night, it may reach 1.5 degrees Celsius. This impact happens immediately.
• Considering simply this, the consequences of switching to wind power now would be comparable to those of continuing to use fossil fuels till the end of the century.
In general, BOEM will consider recommendations from NOAA Fisheries and attempt to avoid issuing new leases in areas that may impact potential high-value habitat and/or high-density/use areas for important life history functions such as NARW foraging, migrating, mating, or calving. BOEM and NOAA Fisheries will include potential lessees in these conversations as early as possible to raise awareness of concerns over impacts to NARW.
If issuing new leases in these areas is not avoidable they still must avoid the likelihood of jeopardizing the continued existence of the listed species or the destruction or adverse modification of designated critical habitat. Under what condition would they be unavoidable?
Developers should avoid proposing development in areas that may impact high-value habitat and/or high-density/use areas used for important life history functions such as NARW foraging, migrating, mating, or calving. If avoidance is not possible, include measures to avoid and minimize impacts to NARW and their habitat. In this situation the developer should have alternative proposals in different areas.
BOEM will work with NOAA Fisheries to ensure environmental review under applicable statutes evaluate measures to avoid (primary goal) or minimize (secondary goal) impacts to NARW and high-value habitat and/or high-density/use areas for important life history functions such as NARW foraging, migrating, mating, or calving. The results of these environmental reviews will ultimately inform Construction and Operation Plan (COP) conditions of approval.
THIS IS GOOD: If new information becomes available indicating that activities previously authorized by BOEM through a plan approval (e.g., COP, Site Assessment Plan, General Activities Plan) are now resulting in an imminent threat of serious or irreparable harm or damage to NARW, BOEM has the authority to suspend operations.
Protected Species Observers (PSOs): Use trained, third-party PSOs with no duties other than to effectively implement mitigation and monitoring measures during construction and operations. Adopt standards for protected species monitoring (e.g., minimum visibility, PSO protocols, etc.). Use only independent, third-party PSOs (i.e., not construction personnel) that are approved by NOAA Fisheries. Locate PSOs safely at the best vantage point(s) to ensure coverage of the entire visual Clearance and Shutdown Zones, and as much of the behavioral harassment zones as possible. Ensure PSOs do not exceed 4 consecutive watch hours on duty at any time, have a two- hour (minimum) break between watches, and do not exceed a combined watch schedule of more than 12 hours in a 24-hour period. These PSO should not be contractors of the developer. They must be payed through a government agency which can be covered through developer fees.
For the success of “DRAFT BOEM and NOAA Fisheries North Atlantic Right Whale and Offshore Wind Strategy” what exactly is that? To promote the recovery of NARW while responsibly developing OSW. What happens if these two are mutually exclusive? Would it be a success if Right Whales continue to survive but wind turbines do not? Must NOAA Fisheries meet the shared vision to protect and promote the recovery of NARW while responsibly developing offshore wind energy? So long as the NARW numbers are declining there should be no disturbance of their habitat.
There are no time tables in this Strategy so is it understood then that no action shall be taken until such time as the appropriate data is collected? Although it is long on data collection there is no mention of inspection. All of these actions will require funding but these extra expenses can not be covered in the normal operating budgets of the agencies. Where will it come from and where will it go?
I commend BOEM and NOAA Fisheries for producing a strategy in regard to the NARW. I also acknowledge that in order to maintain functioning ecosystems, this type of Strategy should be implemented for all of the new mining operations, logistics, transportation and infrastructure that will be required to build all of the proposed turbines needed to transition to an energy capturing economy.
Carl van Warmerdam has lived his life on the West Coast of Turtle Island. He has always aligned with the counter culture ideals there. Now he currently lives on the coast of New England, the ancestral home of the Right Whale. If you would like to help save the whales email Lafongcarl@protonmail.com. We stopped offshore wind before, we can do it again.
KLAMATH, CALIFORNIA—Brook M. Thompson was just 7 years old when she witnessed an apocalypse.
“A day after our world renewal ceremony, we saw all these fish lined up on the shores, just rotting in piles,” says Thompson, a Yurok tribal member who is also Karuk and living in present-day Northern California. “This is something that’s never happened in our oral history, since time immemorial.”
During the 2002 fish kill in the Klamath River, an estimated 30,000 to 70,000 salmon died when the U.S. Bureau of Reclamation diverted water to farms instead of letting it flow downstream. This catastrophic event catalyzed a movement to remove four dams that had choked the river for nearly a century.
Now, that decades-long tribal-led movement has finally come to fruition. As of Oct. 5, the four lower Klamath hydroelectric dams have been fully removed from the river, freeing 676 kilometers (420 miles) of the river and its tributaries. This is the largest dam-removal project in history.
“This has been 20-plus years in the making, my entire life, and why I went to university, why I’m doing the degrees I’m doing now,” says Thompson, who is an artist, a restoration engineer for the Yurok Tribe and pursuing a Ph.D. in environmental studies at the University of California, Santa Cruz.
“I feel amazing,” Thompson tells Mongabay at the annual Yurok Salmon Festival in Klamath, California, in late August, just weeks before the river was freed. “I feel like the weight of all that concrete is lifted off my shoulders.”
A river dammed
The Klamath River stretches 423 km (263 mi) from its headwaters in southern Oregon to the Pacific Ocean just south of Crescent City, California. It was once the third-largest salmon-producing river in the contiguous U.S., sustaining tribes for centuries and later also supporting a thriving recreational and commercial fishing industry.
Six Klamath River dams were built by the California Oregon Power Company (now Portland, Oregon-based electric company PacifiCorp) in the 20th century. The four lower dams, built to generate hydroelectric power, were Copco No. 1, completed in 1918, followed by Copco No. 2 in 1925, the J.C. Boyle Dam in 1958, and Iron Gate Dam in 1964.
At the time, they were seen as marvels of engineering and progress, promising cheap electricity to fuel the region’s growth. Together, these four dams could generate 163 megawatts of electricity, enough to power roughly 70,000 homes and drive development in the remote territory.
However, the dams came at a tremendous cost to the river’s ecosystem and the Karuk, Yurok, Shasta, Klamath and Modoc tribes who have depended on its salmon since time immemorial.
In the decades after dam construction, the river’s once-thriving ecosystem began to collapse and salmon populations plummeted. In 1997, coho salmon (Oncorhynchus kisutch) in the Klamath were listed under the federal Endangered Species Act.
The life cycle of salmon is tied to the free flow of rivers. These fish are born in freshwater streams and migrate to the ocean, where they spend most of their adult lives, and then return to their natal streams to spawn and die. This journey, which can span thousands of miles, is crucial for the genetic diversity and resilience of salmon populations.
Dams disrupt this natural cycle by blocking access to spawning habitat, altering water temperatures, and degrading water quality. On the Klamath, salmon lost hundreds of miles of habitat. Worldwide, not just salmon, but many other migratory fish species such as trout, herring, eels and sea lamprey are blocked by dams.
Dead salmon floating in the Klamath River in 2002. An estimated 70,000 salmon died when PacifiCorp withheld water behind the Iron Gate Dam, sending it to farms instead of letting it flow downstream. Photo from Salmon kill photo archive.Ron Reed, a traditional Karuk fisherman and cultural fire practitioner uses a dip net to fish for salmon on the Klamath river in Karuk territory. Photo by Liz Kimbrough for Mongabay
“The dams were like a blockage in the river’s arteries. They stopped the flow of life, not just for the fish, but for our people too,” Ron Reed, a traditional Karuk fisherman and cultural fire practitioner, tells Mongabay. He recalls the stark decline in fish populations during his lifetime.
“As I grew up, the fish catching down here became almost nonexistent. At some points I was catching maybe 100 fish in a year,” Reed says. “At the time the Karuk Tribe had more than 3,000 members. That’s not enough for anything. Not even everybody gets a bite.”
Commercial and recreational fishing also took a hit over the years. “Back in the mid-1900s, the Klamath River was known as the single most revered fly-fishing river in California,” Mark Rockwell, vice president of conservation for the Montana-based NGO Fly Fishers International, which supported the dam removal efforts, said in a statement. “Fly fishers came from all over the U.S. and other countries to experience the historic fishery. All that was lost because of the dams and the damage & disease they brought to the river.”
For the tribes, the impact of the dams went beyond fish. The dams created large reservoirs that flooded ancestral lands and cultural sites, particularly village sites and important ceremonial areas of the Shasta Indian Nation in the upper Klamath.
Reed also shared memories of the dangers posed by the dams farther downstream in Karuk territory. “When I was growing up, we were not allowed to go to the river. Before Iron Gate Dam was put up [to control flows from the Copco dams] you had that surge when they made electricity and that fluctuation was up to 3 feet,” he said. “We were losing people along the river. There are stories of our people drowning.”
The movement to undam the Klamath
The fight to remove the four lower Klamath dams began in earnest in the early 2000s, led by the Yurok, Karuk and Klamath tribes. After the 2002 fish kill made national news, the campaign to remove the dams grew beyond a local issue into a national movement supported by environmental NGOs and pro-fishing groups in California and beyond, such as American Rivers, Ridges to Riffles Conservation Group, California Trout, Save California Salmon, and the Native Fish Society.
In 2004, Tribal members and their allies traveled to Scotland to protest Scottish Power, which owned the dams at the time. The Scottish people rallied in support of the protesters, and in 2005 Scottish Power transferred ownership back to PacifiCorp, a subsidiary of Warren Buffett’s Berkshire Hathaway Energy. Protesters then took their message to shareholder meetings in Omaha, Nebraska.
Those in favor of dam removal argued that dams had been catastrophic for the ecosystem. The lower dams provided no irrigation, drinking water or flood control. Electricity from the dams did not go directly to local residents but was channeled into the Pacific power grid, which powers homes as far north as Vancouver, British Colombia, and as far south as Baja California. And finally, it would cost more to bring the dams up to modern standards than to remove them.
On the other hand, residents of the Copco community stood to lose the Copco Reservoir, a lake used for recreation and a tourism draw for the area. Others feared loss of energy and water quality problems. The campaign to remove the Klamath dams faced numerous challenges, including entrenched economic interests, local opposition, and complex regulatory hurdles.
Dam removal advocates overcame these obstacles through persistent grassroots organizing, alliances between tribes and environmental groups, and media campaigns that brought national attention to the scientific evidence about the dams’ negative impacts on salmon populations and water quality.
But what really made a difference was proving that removing the dams would cost less than fixing them up.
PacifiCorp and its parent company, Berkshire Hathaway Energy, initially resisted removal, but gradually shifted their stance as the financial and regulatory landscape changed. The turning point came when advocates demonstrated that removal could cap PacifiCorp’s liability and potentially save ratepayers money in the long term.
In 2016, after much negotiation, PacifiCorp agreed to transfer the dams to the Klamath River Renewal Corporation (KRRC), a nonprofit organization created specifically to take ownership of the dams and oversee their removal. By agreeing to transfer the dams to KRRC, PacifiCorp found a way to get rid of money-losing properties while avoiding uncertain future costs and risks.
In 2022, the Federal Energy Regulatory Commission (FERC) approved the plan, paving the way for the largest-ever dam removal and river restoration project not just in the U.S., but in the world.
Ultimately, dam removal and river restoration came with a price tag of approximately $450 million, funded through a combination of surcharges on PacifiCorp customers and California state bond money. Although Pacificorp hasn’t provided an official cost estimate, they have said it would have cost a great deal more to keep the dams operating safely.
Removing mountains of concrete and earth
Removing four massive dams is no small feat. The process involved years of planning, environmental impact studies, and complex engineering work.
“Removing a dam is like performing open-heart surgery on the landscape,” says Dan Chase, a fisheries biologist with Resource Environmental Solutions (RES), the company contracted to handle the restoration work. “You have to be incredibly careful and precise, or you risk causing more harm than good.”
The physical removal of the dams began in mid-2023 and concluded in October 2024. It was a carefully orchestrated process that involved slowly draining reservoirs, demolishing concrete structures, scooping away the earthen dams, and managing the release of decades of accumulated sediment.
The removal of the dams occurred in a staggered sequence, beginning with the smallest dam and progressing to the larger ones. Copco 2, the smallest, was the first to be fully removed, with the process completed in October 2023.
This was followed by the initiation of drawdown (the controlled release of water) for the large reservoirs behind the three remaining dams, Iron Gate, J.C. Boyle and Copco 1, in January 2024.
The first step was to breach the dam (either with explosives or using existing openings) and lower the water level in the reservoir behind it. This was done gradually to minimize erosion and downstream damage. Contractors used special water tunnels and diversions to control water release.
Dam removal underway on the Iron Gate dam on Aug 15, 2024. Contractors diverted water during the removal process. Drone image by Liz Kimbrough for Mongabay.
Ren Brownell, the public information officer for KRRC, describes the day she watched the waters of the Iron Gate reservoir, tinged electric green from toxic algal blooms, drain in just 17 hours.
“It was like watching 10,000 years of geology in a matter of a week. [The sediment] washed away and eventually the Klamath River was revealed,” Brownell, who grew up in the area, tells Mongabay. “I end up looking back on that period as one of my favorite times on the project, because I got to watch a river come back to life and just reveal itself.”
Decades worth of sediment had accumulated behind the dams, most of which was washed downstream by the draining of the reservoirs. Although the river was extra muddy and turbid after each dam removal, experts view this as a positive sign of the ecosystem reclaiming its natural state.
The historic path of the Klamath river reemerges after the Iron Gate dam was removed and the reservoir drained. Native plants can be seen along the, planted by crews after the reservoir was drained. Photo by Liz Kimbrough for Mongabay.
With the water levels lowered, heavy machinery moved in to begin breaking apart the concrete structures. Kiewit, the contractor KRRC hired to complete the deconstruction elements of the project, used hydraulic hammers, explosives, and other specialized equipment to demolish the dams, piece by piece.
According to KRRC, the concrete was buried onsite and the earthen material was returned to nearby areas, ideally where it had been originally removed from to build the dams. Hazardous materials were hauled offsite to appropriate facilities and metals were recycled.
Restoring an ecosystem
RES, who is overseeing restoration, now faces the monumental task of restoring the river channel and the 890 hectares (2,200 acres) of land that were once submerged beneath reservoirs.
“It’s not enough to just take out the dams,” says Chase, the RES fish biologist. “We need to help jump-start the ecosystem’s recovery.”
This effort began years before the dams were removed. In 2019, crews of primarily Yurok tribal members began a massive effort to gather seeds from native plants in the surrounding areas, including oak trees, poppies and various grasses.
“We had crews out collecting native seeds, with close to 100 different species collected from the area that we then took to commercial nurseries to grow and harvest and grow out again to the point where we’re now in the neighborhood of 17 to 19 billion native seeds,” says David Meurer, director of community affairs for RES.
A combination of hand seeding and helicopter seeding occurred at all three major reservoir footprints: Copco 1, Iron Gate and J.C. Boyle. (The smaller Copco 2 dam had impounded just a narrow, rocky area that only needed to be reshaped, according to RES.) The first round of seeding served to stabilize the sediment and improve soil. RES says this was a success, though there have been some challenges and surprises, including some rogue horses.
“We did not expect a huge and ever-increasing herd of horses who obviously are going to prefer our forage, which is green and lush, to what they saw in the surrounding hillside,” Meurer says. To address this unwanted grazing, RES is installing a rather long and costly fence around the planted areas.
As the dams came down, crews also began restoring the natural river channel. RES worked with a Yurok construction company to help direct the stream back toward its historic alignment. The team is still fine-tuning the river’s path, using plane-mounted lidar laser imaging to map and guide their work.
Free-roaming horses graze on restoration plantings along the Klamath river. Before dam removal, this area was submerged by the Iron Gate reservoir. The piles of logs shown here will be placed along the river to guide the river path and create habitat. Photo by Liz Kimbrough for Mongabay
The return of the salmon
Down a gravel road in Northern California, through a thicket of willow trees, around big boulders, and over smooth cobbles, is the place the Karuk Tribe calls the center of the world. A massive wedge of stone, a mini-mountain, stands guard over a section of the Klamath River rife with riffles and rapids.
On the river’s edge, Reed sits atop a massive boulder, praying. A white bird traces slow circles overhead. It’s later summer, a season of ceremony for the tribes. The world renewal ceremony is tied to the upstream migration of salmon.
Reed, a tribal elder, hops spryly across boulders to the base of a small rapid. With practiced movements, he swoops the end of a traditional dip net, a 15-foot loop of willow tree branch with a net at the end, into the whitewater.
Karuk Tribal citizens Ron Reed and Sonny Mitchell catch the first fall chinook salmon of the on the Klamath river in late August. Photo by Liz Kimbrough for Mongabay.
Within seconds, a fat salmon thrashes in the net. Reed and Sonny Mitchell Jr., a Karuk fisheries technician, let out shouts of celebration. This was the first fall Chinook salmon (Oncorhynchus tshawytscha) of the season. They carry the fish back to a congratulatory crew and carefully clean it in a trickle of fresh water.
“We’re eating well tonight,” Mitchell says.
Because of their cultural and economic status, restoration efforts cater largely to the needs of the fish. As the physical landscape transforms post-dam removal, eyes are on the river’s iconic salmon.
“We’re already seeing positive changes,” Toz Soto, fisheries program manager for the Karuk Tribe, said, just weeks before the dam removal was complete. “Water temperatures are more natural, sediment is moving downstream as it should, and we expect fish to start to explore areas they haven’t been able to reach in generations.”
This expectation has already become a reality. According to the Oregon Department of Fish and Wildlife, “On October 16, a fall-run Chinook salmon was identified by ODFW’s fish biologists in a tributary to the Klamath River above the former J.C. Boyle Dam, becoming the first anadromous fish to return to the Klamath Basin in Oregon since 1912 when the first of four hydroelectric dams was constructed, blocking migration.”
And a post by Swiftwater films, the official documentary crew for the project stated, “The first chinook salmon in over 60 years are officially spawning above the former Iron Gate dam on the Klamath, just two weeks after construction wrapped on dam removal…The fish are bright, strong and beautiful. What an incredible few days and a testament to the resilience of salmon.”
Sonny Mitchell Jr., a Karuk fisheries technician, holds the first fall chinook salmon of the year caught by the tribe. Photo by Liz Kimbrough for Mongabay.
To improve salmon habitat, the RES team is adding structures to the river and its tributaries, such as fallen trees, to create pools and riffles the salmon require for spawning. They’re also installing what they call “beaver dam analogs,” structures of wood or rock pounded in along streams to slow the water down and catch sediment.
The removal of the Klamath dams will help many types of fish, says Shari Witmore, a fisheries biologist with the National Oceanic and Atmospheric Administration (NOAA), who is studying salmon and other fish in the river, told Mongabay. The coho salmon, which are threatened with extinction, will gain about 122 km (76 mi) of river to live in. The project might also bring back spring Chinook salmon, which used to be common in the upper river but have nearly disappeared.
“What we’ve seen in other dam removals is that it takes about three to four [salmon] generations for salmon populations to become sustainable,” Witmore says. “And so for Chinook salmon, that’s 15 to 20 years, and for coho salmon, that’s six to 12 years.”
Pacific lamprey (Entosphenus tridentatus), another culturally important species for the tribes, and steelhead (O. mykiss irideus) will gain access to an additional 644 km (400 mi) of river. These fish can swim in faster-moving water than salmon. With more places to live and breed, all these fish species should have a better chance of survival.
And, of course, the whole ecosystem will benefit, says Chase of RES. “We have northwestern pond turtle. We have freshwater mussels. There’s beaver out there. We’ve been seeing river otter foraging … it goes on and on.”
Yurok tribal members and others fish at the mouth of the Klamath River. Commercial salmon fishing was suspended this year due to low numbers, but scientists predict salmon populations will rebound in about a decade. Photo by Liz Kimbrough for Mongabay.
Tribal knowledge and collaboration
The restoration of the Klamath River has been aided by tribal knowledge, sometimes referred to as traditional ecological knowledge (TEK) or, as Reed calls it, “place-based Indigenous science.”
“Certainly, the place-based knowledge component has been vital to us,” Chase says. “Thinking about the species of plants to use, where they’re occurring on the landscape, what species are culturally significant and important that need to be included. That’s been an element of refining and improving our restoration work.”
On the fisheries side, Chase says, the tribes have shared an immense amount of information with the RES team on how fish move through the landscape, the habitats they use, and the ways the different life stages respond to various environmental factors.
One example is related to off-channel habitats, places off the main river stem where fish can go in the winters when stream flow is faster and in the warm summer when cover and food are critical. Tribal knowledge about how to create and enhance these features, and how fish interact with them, has helped RES to restore historic salmon habitats.
Healing rivers, healing people
“The decline of salmon has been linked to higher rates of diabetes and heart disease in our communities,” says Thompson, the Karuk and Yurok restoration engineer and Ph.D. student. “Their return is quite literally a matter of life and death for us.”
The removal of the Klamath dams is a step toward healing historical wounds inflicted on the Native American tribes of the region through decades of genocide and colonialism, according to Thompson and Reed.
However, the fight to remove the dams has taken a toll on those involved. Reed speaks candidly about the mental health challenges he and others have faced during the long struggle.
“I almost lost my family. You’re gone trying to fix the world. I’m going to Scotland. I’m going to wherever, whenever, however. It’s hustle, hustle, hustle. Meanwhile, my wife’s home with six children.” Eventually, he says, “I broke down, suffered depression … I just happened to have a good, strong family that allowed me to kind of come out of it.”
Reed and hundreds of others persevered. “We’re not just fighting for ourselves,” Reed says. “We’re fighting for our children, our grandchildren, and the salmon themselves.”
“These salmon were taken care of by my ancestors, who I had never met and never had contact with myself,” Thompson says. “The salmon are like love letters sent into the future where the love and effort put into the salmon were done so that I could have a good and healthy life.”
Challenges remain
For the Klamath region, the challenges are far from over. Climate change, wildfires, and the legacy of more than a century of colonialism and ecological disruption still pose significant threats.
“There’s been so much degradation over the last 100-plus years from agriculture, forestry, water diversion and grazing,” says Mark Buettner, director of the Klamath Tribe’s Ambodat Department, which is responsible for aquatic resource management in the Upper Klamath Basin.
There are still two smaller dams in the upper Klamath River in Oregon: the Keno and Link River dams. These aren’t hydropower dams, unlike the four that were removed; they provide flood control and water for agriculture, and there’s currently no plan to remove them.
“I want to emphasize that we’re happy that salmon will be back, but we’re not really ready for them,” Buettner adds. “Sure, the fish have free access to the upper basin, but the upper basin habitats aren’t optimal. Young fish could be diverted into irrigation diversions. The Keno dam needs a new fish ladder.”
As I pass through Karuk territory in late August, traveling west toward the ocean, the air is heavy with smoke and fire crews pass regularly in their trucks, serving as a stark reminder of the work that still lies ahead. This includes addressing more than 150 years of colonial fire suppression practices, Reed says.
A sign warns of high fire risk near the Klamath river in late August 2024. More than a century of colonial fire suppression practices, along with climate change has made fires more frequent and severe in the U.S. West. Photo by Liz Kimbrough for Mongabay.As the Klamath River flows by, a wildfire burns in the distance, near Orleans, California on August 18, 2024. This is was just one of many fires burning in the region that day. Photo by Liz Kimbrough for Mongabay.
“When settlers first arrived in the Klamath region of what is now Northern California, they found forests with enormous trees, wooden homes and structures, acorn orchards, abundant plants, berries, fish, wildlife and clean water. All of it was made possible by Indigenous peoples’ frequent use of fire on the landscape,” Russel Attebery, chair of the Karuk Tribe, writes in a opinion piece for news outlet CalMatters. “California is not just fire-adapted, it is fire dependent.”
However, these controlled or cultural burns were outlawed in 1850 and are still “unjustly criminalized,” Attebery writes. The lack of prescribed burns, coupled with warmer and drier conditions from climate change, has led to more severe and frequent wildfires.
Wildfires are taking a toll on the Klamath River. Debris flow from last year’s McKinney Fire killed thousands of fish. Fires can heat up the river, making it too warm for cold-water fish like salmon. They also send silt and ash into the water, which can choke fish and smother their eggs. Sometimes, the erosion from fires even changes the river’s path. The ecosystem evolved with fire, but not at the frequency and severity of modern fires.
Reed and other traditional fire practitioners are being asked by academics and fire-management agencies to advise on traditional burning practices, and restore balance.
The irony of Native peoples being asked to consult on how to restore the land that was stolen from them isn’t lost on Reed. “I think we’re leading the nation with teaching cultural fire, through a faith-based process and hopefully this co-production of knowledge,” he says. But, he adds, “it’s kind of like, OK, they took our gold, they took our timber, they took everything, and they’re still taking our knowledge.”
Karuk Tribal members Ron Reed and Sonny Mitchell in “the center of the world” by the Klamath River. The air is smokey from nearby forest fires. As a cultural fire practitioner, Reed has been asked to teach and share traditional knowledge in academia and with government agencies but says Indigenous people are seldom justly compensated for their knowledge. Photo by Liz Kimbrough for Mongabay.
A cautionary tale
Many of the people I speak to cast the story of the Klamath dams as one of hope, but also as a cautionary tale for regions around the world considering large-scale dam projects.
While dams can provide benefits such as hydropower and water storage, they also levy significant environmental and social costs. Moreover, all dams have a finite lifespan, and their eventual removal is an expensive and complex process that planners often ignore.
“Dams were never meant to be pyramids,” says Ann Willis, California director of the NGO American Rivers. “They’re just infrastructure, and eventually, infrastructure ages. You can either be proactive about repairing, retrofitting or removing it, or you can deal with the far greater costs of a catastrophic failure after it happens. But there’s no question that one day it will fail.”
In many parts of the world, large dam projects are still being proposed and constructed. The lessons from the Klamath suggest these projects should be approached with caution, with full consideration given to long-term environmental and social impacts, as well as the inevitable costs of decommissioning at the end of the dam’s lifespan.
Site of the J.C. Boyle dam in Oregon after dam removal. Drone photo by Mongabay.
“No single agency is responsible for removing a dam, and [there’s] no requirement for dam owners to save funds for its removal,” Willis says. “The process of removing obsolete, disintegrating dams can take decades while people navigate a web of bureaucracy and look for funding. As time goes on, the risk of failure increases, which is incredibly dangerous as most dams would cause significant loss of human life and economic damage if they failed.”
As of February 2024, more than 2,000 dams have been removed across the U.S., most of them in the past 25 years, according to American Rivers. But more than 92,000 remain standing. Willis says she hopes the success of the Klamath dams’ removal and restoration project can serve as a blueprint for similar efforts around the world.
“The Klamath is significant not only because it is the biggest dam removal and river restoration effort in history, but because it shows that we can work towards righting historic wrongs and make big, bold dreams a reality for our rivers and communities,” Willis says. “Dam removal is the best way to bring a river back to life.”
Ren Brownell, public information officer for Klamath River Renewal Corporation, stands over the Copco 1 dam removal site. KRRC was formed to oversee the dam removal process. Photo by Liz Kimbrough for Mongabay.
‘Anything is possible now’
Amid the world’s tallest trees, where the Klamath River meets the Pacific Ocean, the annual Yurok Salmon Festival is in full swing when I arrive. On the main street, outside the Yurok Tribal Headquarters in the town of Klamath, California, dozens of booths are selling arts and crafts. There’s music, dancing, games, and a palpable sense of joy in the air.
But something’s missing this year: The salmon. Due to low numbers, both tribal and commercial fishing have been suspended this year.
Despite this absence, attendees express hope and a sense that change is coming. “We are delighted about the dam removal and hope for the return of the salmon,” says Yurok artist Paula Carrol. “We are salmon people. Without salmon, who are we?”
“This is still a celebration,” Thompson says, “and anything is possible now.”
A parade rolls through the town of Klamath, California during the annual Yurok Salmon Festival. This year, there was no salmon. Still, many attendees were hopeful for the salmons’ renewal post dam removal. Photo by Liz Kimbrough for Mongabay.
Liz Kimbrough is a staff writer for Mongabay and holds a Ph.D. in ecology and evolutionary biology from Tulane University, where she studied the microbiomes of trees. View more of her reporting here.
We were warned for decades about the death march we are on because of global warming. And yet, the global ruling class continues to frog-march us towards extinction.
The past week has seen record-breaking heat waves across Europe. Wildfires have ripped through Spain, Portugal and France. London’s fire brigade experienced its busiest day since World War II. The U.K. saw its hottest day on record of 104.54 Fahrenheit. In China, more than a dozen cities issued the “highest possible heat warning” this weekend with over 900 million people in China enduring a scorching heat wave along with severe flooding and landslides across large swathes of southern China. Dozens of people have died. Millions of Chinese have been displaced. Economic losses run into the billions of yuan. Droughts, which have destroyed crops, killed livestock and forced many to flee their homes, are creating a potential famine in the Horn of Africa. More than 100 million people in the United States are under heat alerts in more than two dozen states from temperatures in the mid-to-upper 90s and low 100s. Wildfires have destroyed thousands of acres in California. More than 73 percent of New Mexico is suffering from an “extreme” or “severe” drought. Thousands of people had to flee from a fast-moving brush fire near Yosemite National Park on Saturday and 2,000 homes and businesses lost power.
It is not as if we were not warned. It is not as if we lacked scientific evidence. It is not as if we could not see the steady ecological degeneration and species extinction. And yet, we did not act. The result will be mass death with victims dwarfing the murderous rampages of fascism, Stalinism and Mao Zedong’s China combined. The desperate response is to burn more coal, especially with the soaring cost of natural gas and oil, and extend the life of nuclear power plants to sustain the economy and produce cool air. It is a self-defeating response. Joe Biden has approved more new oil drilling permits than Donald Trump. Once the power outages begin, as in India, the heat waves will exact a grim toll.
“Half of humanity is in the danger zone, from floods, droughts, extreme storms and wildfires,” U.N Secretary General António Guterres told ministers from 40 countries meeting to discuss the climate crisis on July 18. “No nation is immune. Yet we continue to feed our fossil fuel addiction.”
“We have a choice,” he added. “Collective action or collective suicide.”
The Anthropocene Age – the age of humans, which has caused extinctions of plant and animal species and the pollution of the soil, air and oceans – is accelerating. Sea levels are rising three times faster than predicted. The arctic ice is vanishing at rates that were unforeseen. Even if we stop carbon emissions today – we have already reached 419 parts per million – carbon dioxide concentrations will continue to climb to as high as 550 ppm because of heat trapped in the oceans. Global temperatures, even in the most optimistic of scenarios, will rise for at least another century. This assumes we confront this crisis. The earth is becoming inhospitable to most life.
The average global temperature has risen by about 1.1 Celsius (1.9 degrees Fahrenheit) since 1880. We are approaching a tipping point of 2 degrees Celsius when the biosphere will become so degraded nothing can save us.
Social coercion and the rule of law will disintegrate. This is taking place in many parts of the global south. A ruthless security and surveillance apparatus, along with heavily militarized police, will turn industrial nations into climate fortresses to keep out refugees and prevent uprisings by an increasingly desperate public. The ruling oligarchs will retreat to protected compounds where they will have access to services and amenities, including food, water and medical care, denied to the rest of us.
Voting, lobbying, petitioning, donating to environmental lobby groups, divestment campaigns and protesting to force the global ruling class to address the climate catastrophe proved no more effective than scrofula victims’ superstitious appeals to Henry VIII to cure them with a royal touch. In 1900 the burning of fossil fuel – mostly coal – produced about 2 billion tons of carbon dioxide a year. That number had risen threefold by 1950. Today the level is 20 times higher than the 1900 figure. During the last 60 years the increase in CO2 was an estimated 100 times faster than what the earth experienced during the transition from the last ice age.
The last time the earth’s temperature rose 4 degrees Celsius, the polar ice caps did not exist and the seas were hundreds of feet above their current levels.
You can watch my two-part interview with Roger Hallam, the co-founder of the resistance group Extinction Rebellion, on the climate emergency here and here.
There are three mathematical models for the future: a massive die-off of perhaps 70 percent of the human population and then an uneasy stabilization; extinction of humans and most other species; an immediate and radical reconfiguration of human society to protect the biosphere. This third scenario is dependent on an immediate halt to the production and consumption of fossil fuels, converting to a plant-based diet to end the animal agriculture industry – almost as large a contributor to greenhouse gasses as the fossil fuel industry – greening the deserts and restoring rainforests.
We knew for decades what harnessing a hundred million years of sunlight stored in the form of coal and petroleum would do to the climate. As early as the 1930sBritish engineer Guy Stewart Callendar suggested that increased CO2 was warming the planet. In the late 1970s into the 1980s, scientists at companies such as Exxon and Shell determined that the burning of fossil fuels was contributing to rising global temperature.
“[T]here is concern among some scientific groups that once the effects are measurable, they might not be reversible and little could be done to correct the situation in the short term,” a 1982 internal briefing for Exxon’s management noted.
NASA’s Dr. James Hansentold the U.S. Senate in 1988 that the buildup of CO2 and other gasses were behind the rise in heat.
But by 1989 Exxon, Shell and other fossil fuel corporations decided the risks to their profits from major curbs in fossil fuel extraction and consumption was unacceptable. They invested in heavy lobbying and funding of faux research and propaganda campaigns to discredit the science on the climate emergency.
In a world that sees two meter sea level rise, with continued flooding ahead, it will take extraordinary effort for the United States, or indeed any country, to look beyond its own salvation. All of the ways in which human beings have dealt with natural disasters in the past…could come together in one conflagration: rage at government’s inability to deal with the abrupt and unpredictable crises; religious fervor, perhaps even a dramatic rise in millennial end-of-day cults; hostility and violence towards migrants and minority groups, at a time of demographic change and increased global migration; intra-and interstate conflict over resources, particularly food and fresh water. Altruism and generosity would likely be blunted.
The profits from fossil fuels, and the lifestyle the burning of fossil fuels afforded to the privileged on the planet, overrode a rational response. The failure is homicidal.
Clive Hamilton in his Requiem for a Species: Why We Resist the Truth About Climate Change describes a dark relief that comes from accepting that “catastrophic climate change is virtually certain.”
“But accepting intellectually is not the same as accepting emotionally the possibility that the world as we know it is headed for a horrible end,” Hamilton writes. “It’s the same with our own deaths; we all ‘accept’ that we will die, but it is only when death is imminent that we confront the true meaning of our mortality.”
Environmental campaigners, from The Sierra Club to 350.org, woefully misread the global ruling class, believing they could be pressured or convinced to carry out the seismic reconfigurations to halt the descent into a climate hell. These environmental organizations believed in empowering people through hope, even if the hope was based on a lie. They were unable or unwilling to speak the truth. These climate “Pollyannas,” as Hamilton calls them, “adopt the same tactic as doom-mongers, but in reverse. Instead of taking a very small risk of disaster and exaggerating it, they take a very high risk of disaster and minimize it.”
Humans have inhabited cities and states for 6,000 years, “a mere 0.2 percent of the two and a half million years since our first ancestor sharpened a stone,” the anthropologist Ronald Wright notes in A Short History of Progress. The myriad of civilizations built over these 6,000 years have all decayed and collapsed, most through a thoughtless depletion of the natural resources that sustained them.
The latest iteration of global civilization was dominated by Europeans, who used industrial warfare and genocide to control much of the planet. Europeans and Euro-Americans launched a 500-year-long global rampage of conquering, plundering, looting, exploiting and polluting the earth – as well as killing the indigenous communities, the caretakers of the environment for thousands of years – that stood in the way. The mania for ceaseless economic expansion and exploitation, accelerated by the Industrial Revolution two and a half centuries ago, has become a curse, a death sentence.
Anthropologists, including Joseph Tainter in The Collapse of Complex Societies, Charles L. Redman in Human Impact on Ancient Environments and Ronald Wright in A Short History of Progress, have laid out the familiar patterns that lead to systems breakdown. Civilizations, as Tainter writes, are “fragile, impermanent things.” Collapse, he writes, “is a recurrent feature of human societies.”
This time the whole planet will go down. There will, with this final collapse, be no new lands left to exploit, no new peoples to subjugate or new civilizations to replace the old. We will have used up the world’s resources, leaving the planet as desolate as the final days of a denuded Easter Island.
Collapse comes throughout human history to complex societies not long after they reach their period of greatest magnificence and prosperity.
“One of the most pathetic aspects of human history is that every civilization expresses itself most pretentiously, compounds its partial and universal values most convincingly, and claims immortality for its finite existence at the very moment when the decay which leads to death has already begun,” the theologian Reinhold Niebuhr writes in Beyond Tragedy: Essays on the Christian Interpretation of Tragedy.
The very things that cause societies to prosper in the short run, especially new ways to exploit the environment such as the invention of irrigation or use of fossil fuels, lead to disaster in the long run. This is what Wright calls the “progress trap.”
“We have set in motion an industrial machine of such complexity and such dependence on expansion,” Wright notes, “that we do not know how to make do with less or move to a steady state in terms of our demands on nature.”
The powerlessness many will feel in the face of ecological and economic chaos will unleash further collective delusions, such as fundamentalist beliefs in a god or gods who will come back to earth and save us. The Christian right provides a haven for this magical thinking. Crisis cults spread rapidly among Native American societies in the later part of the 19th century as the buffalo herds and the remaining tribes faced extermination. The Ghost Dance held out the hope that all the horrors of white civilization — the railroads, the murderous cavalry units, the timber merchants, the mine speculators, the hated tribal agencies, the barbed wire, the machine guns, even the white man himself — would disappear. Our psychological hard wiring is no different.
The greatest existential crisis of our time is to at once be willing to accept the bleakness before us and resist. The global ruling class has forfeited its legitimacy and credibility. It must be replaced. This will require sustained mass civil disobedience, such as those mounted by Extinction Rebellion, to drive the global rulers from power. Once the rulers see us as a real threat they will become vicious, even barbaric, in their efforts to cling to their positions of privilege and power. We may not succeed in halting the death march, but let those who come after us, especially our children, say we tried.
Chris Hedges is a Pulitzer Prize–winning journalist who was a foreign correspondent for fifteen years for The New York Times, where he served as the Middle East Bureau Chief and Balkan Bureau Chief for the paper. He previously worked overseas for The Dallas Morning News, The Christian Science Monitor, and NPR. He is the host of show The Chris Hedges Report.
In this latest video from Thacker Pass, Max explains why he is protesting against lithium mining for the so called green energy.
Featured image: Pygmy rabbit by Travis London
The small Pygmy rabbit is Thacker pass and Thacker Pass is Pygmy rabbits. This small rabbit is a target of many predators at Thacker Pass. The rabbits find their refuge in the form of the sagebrush plant or in the burrows that it makes in deep, soft soil. Much like the sage grouse, the pygmy rabbit relies on sagebrush not only for protection but for more than 90%. of its diet. The pygmy rabbit requires large expanses of uninterrupted shrub-steppe habitat. Unfortunately, right now the pygmy rabbit faces many threats. Conversion of indispensable sagebrush meadows for agriculture and development for oil and natural gas extraction, and now the lithium boom, are depleting an already fragile ecosystem. One more reason to resist.
For the past 25 days, there has been a protest camp set up behind me, right out here. This place is called Thacker Pass, in Northern Nevada, traditional territory of the Northern Paiute and Western Shoshoni.
This area here is the proposed site of an open pit lithium mine, a massive strip mine that will turn everything into a heavily industrialized zone.
This site, right now, is an incredibly biodiverse Sagebrush habitat. There are Sagebrush plants over a hundred years olds, cause it’s oldgrowth Sage. There’s Sage-Grouse. This is part of the most important Sage-Grouse population left in the entire state, Around 5-8 percent of the entire global population of Sage-Grouse live right here.
This is a migratory corridor of Pronghorn. One of the members of the occupation saw about 55 Pronghorns in an area that would be destroyed for the open pit mine.
There are Golden Eagles here, multiple nesting pairs. We’ve seen them circling over head. We’ve seen their mating flights, getting ready to lay their eggs in the spring.
There are Pygmy Rabbits here. There are Burrowing Owls. There are Gopher Snakes and Rattle Snakes. There’s Rabbit Brush. There’s Jack Rabbit.
There’s Paragon Falcon, or actually the desert variant of the Paragon Falcon, what’s known as the Prairie Falcon.
There are Mule Deer. We see them feeding up on these hills. There are Ringtail living behind this cliff behind me. There are Red Foxes. There are Kangaroo Mice. There are an incredible variety of creatures that live here. Many of whom I don’t know their names.
All this is under threat to create to create an open pit mine for lithium. To mine lithium for electric car batteries, and for grid energy storage to power these “green energy” transitions.
I’m not a fan of fossil fuels.
I’m not a promoter of fossil fuels. I’ve taken direct action for many years against fossil fuels. I’ve fought tarsands in Canada. I’ve fought tarsands pipelines in the US. I’ve fought natural gas pipelines, methane pipelines. I’ve stood on front of heavy equipment to block tar sands and fossil fuel mining in Utah. I’ve stood in front of coal trains to stop them from moving forward, to try and blockade the industry. I’ve fought the fossil fuel industry for many many years and will continue to do so.
What we need to recognize that the so called green energy transition that is being promoted is not a real solution. That’s why we’re out on the land. This is the place that is at stake right now. This is the place that is up to be sacrificed for the sake of this so-called green energy.
It was about a 175 years ago that the colonization of this region really began in earnest. That was when the first European settlers started coming across in Nevada. really setting up shops out here, in the mid-1800s. They mostly came for mineral wealth. They came for the gold, the silver. They came for mining. Nevada has been a mining state from the very beginning, and mining still controls the state.
I’ve spoken with some of my Shoshoni friends, my Goshute friends about the history of this: the invasion for mining. What happened was, the settlers came and they forced the indigenous population onto reservation. And they cut down the Juniper trees and the Pinyon pine trees. These were the main sources of medicine and food for many of the Great Basin Indigenous Peoples. I’ve heard it said that the Pinyon pines were like the Buffaloes to the Indigenous People out here.
Just like in the Great Plains, the settlers destroyed the food supply of the indigenous people. They forced them to participate into colonial economy using this violence. They forced them to participate in the capitalist system, in the mining system, in the ranching system. People were going to starve otherwise.
What happened in the mid 1800s was that men with guns came for the mountains. They started digging them out, blowing them up, turning mountains into money, carding that money away, and leaving behind a wasteland. That’s what’s been happening in Nevada ever since. It hasn’t stopped. That’s what we’re gonna see here unless it’s stopped.
The Lithium Americas Corporation, Canadian mining company that wants to build this mine: they raised 400 million dollars in one day a few weeks ago to try and build this mine.
Meanwhile the grassroots struggles to raise a few hundred dollars to help support people coming out here, camping, getting supplies, getting things we need, the travel to get people here. The camp is about a mile or mile and a half from here. There’s about seven or eight people out there.
We need more people to come out to camp. We need people to join us, to draw the line, to hold the line against this mining project.
It’s not just about this project here. I was at a panel discussion recently with some folks from the Andean Altiplano, what’s called the lithium triangle in South America. Argentina, Bolivia and Chile have this high desert region where the three countries meet. It contains about half the world’s lithium reserves. Lithium mining has been going on there for decades and it’s left behind a wasteland.
Indigenous People have been kicked out of their land. They’ve been dispossessed. Their lands have been poisoned. Their water has been taken.
Water usage is one of the major issues there, because it’s an extremely dry place, just like here. Nevada is the driest state in the US. And they wanna pump 1.4 billion gallons of water and use it to refine the lithium into its final product. 1.4 billion gallons a year.
The Queen River in the valley is already dry. The water’s already being overused.
You go back 200 years and there would be water there. There would be beaver dams. There would be fish. There would be wildlife in abundance.
This land is already in an degraded state compared to where it used to be, compared to where it needs to be.
The atrocities associated with this mine go on and on. This is an important cultural site for the Indigenous People of this region. This has been a travel corridor, through what’s now called Thacker Pass for thousands and thousands of years, an important gathering side. If you walk across this land, there’s obsidian everywhere across the ground. There’s all kind of flakes on the other sides of valleys, where indigenous people would gather obsidian and use it to make tools
This has been an important place for thousands of years.
Shoshoni signed a treaty, but they never ceded their land to the United States.
This is unceded land.
The Western Shoshoni never gave away their land. The US does not have legal title to this land. And the US government rejects that. They have appropriated something like a 175 million dollars, and set it aside to give it to the Western Shoshoni, if they will agree that the land was given to the United States. The Western Shoshoni has said “No. We won’t take your money. We want the land.” They have been fighting this fight for decades.
This is unceded territory. This land does not belong to the Bureau of Land Management. This land does not belong to the federal government.
This land belongs to the inhabitants of this land, people whose ancestors are in the soil. I don’t just mean humans. This land belongs to the Sagebrush, and the Pygmy Rabbits, and all those who have
Why don’t their voices get a say? Why don’t we take their preferences into account? What do you think they would say if we ask them, “Can we blow this place up?”
If Lithium America showed up and sincerely asked the Burrowing Owls, and the Sage-Grouse, and the Coyotes, and the Pronghorn Antelopes, “Can we blow up your home? Can we blow it up? Can we turn it into dust? Can we bathe the ground in sulfuric acid to extract this lithium which we’ll take away and make people rich, leaving behind a wasteland? Do we have your permission to do this?”
What do you think the land will say? What do you think the inhabitants will say? Do you think they will say it’s green? Do you think they’ll say:
“This is how you save the planet, by destroying our home?”
I think this is an important issue, not just because of what’s happening here, but because of what it means. Because of what it symbolizes.
When I was a young person, I was very concerned about what was happening to the planet. I was very concerned about the ecological crisis: the rainforest being chopped down, global warming, ocean acidification, the hole in the ozone layer.
I care about these things. I’ve cared about them ever since I was a little kid.
It’s hard to be a human being and have a heart, and not care about it unless you’re broken in some way.
I wanted to figure out what could be done. So I started reading about these issues. And of course what I was taught from a very young age was that solar panels and electric cars were going to save the world. That’s what I learned. That’s what the green media taught me. They taught me implicitly it’s okay to sacrifice places like this. They taught me it’s okay to sacrifice places like this if it means we can have electric cars instead of fossil fuel cars.
We don’t need cars at all. That’s the thing. And this is a hard message for people to hear because people don’t want to be told No. We’re not used to being told No in this culture. You can’t have that. It’s not okay for us to continue in this way.
We’re not used to this message. We’re used to getting whatever we want, whenever we want it.
That’s for the most part across the board. The average person in the American society lives with the energy equivalent of a hundred slaves. We live a life of luxury, like we had a hundred slaves working for us for twenty four hours.
That’s what the fossil fuel has brought to the modern era. That’s what this energy glut has brought to us. This mindset that we could have whatever we want, whenever we want. That’s something we need to get over. That’s something we need to change.
For the past five or six years, I was working on a book called Bright Green Lies: How the Environmental Movement Lost It’s Way and What We Can Do About It. My co-authors and I, in this book, really dive into these problems with details of the so-called green technology in great details. Things like solar panels, wind turbines, electric cars, energy storage, batteries.
Not only these things, but a lots of the other “solutions” that are accepted as dogma in the environmental movement, like dense urbanization. We debunk these things in the book. These things are not going to save this planet. We can’t get around the problems we have found ourselves in.
We’re in a conundrum. This culture has dug itself into a very deep hole.
A lot is going to need to change, before we find ourselves in any resemblance of sustainability, of sanity, of justice, of living in a good way.
Earlier, I came around the corner in the mountains, and it felt like a punch in the gut because I had the premonition of no longer seeing this swab, this rolling expanse of old-growth Sagebrush, but of seeing an open pit. Seeing a mountain of tailings, of minewaste, of toxified soil. I had the premonition of seeing a gigantic sulfuric acid plant and processing facilities all through what is now wild. Where the Foxes run, where the Snakes slither between the Sagebrush, where the Golden Eagles wheel overhead.
That’s why I’m here to fight. I don’t want to see this turn into an industrial wasteland.
I don’t think many of us do. I think a lot of people are befuddled and confused by all these bright green lies. A lot of people buy into this crap. But a lot of people don’t. A lot of people understand that we need to scale down. A lot of people understand that we need to reduce our energy consumption, that we need to degrow the economy. That the latest and greatest industrial technology isn’t going to save us, magically.
This isn’t a tooth fairy situation, where electric cars will appear under our pillows and save the day. A lot of people understand this. That’s why for me, a big part of the battle is not education. A big part of the battle is power. A big part of the battle is actually stopping them.
On Friday, January 15th, two activists drove eight hours from Eugene, Oregon, to a remote corner of public land in Nevada, where they pitched a tent in below-freezing temperatures and unfurled a banner declaring:
“Protect Thacker Pass.”
You’ll be forgiven if you’ve never heard of the place—it’s seriously in the boonies—but these activists, Will Falk and Max Wilbert, hope to make it into a household name. One of the activists is Will Falk, a writer and lawyer who helped bring a suit to US District Court seeking personhood for the Colorado River in 2017. He describes himself as a “biophilic essayist” and he certainly lyrical in describing the area where they set up:
“Thacker Pass is a quintessential representation of the Great Basin’s specific beauty. Millions of years ago a vast lake stretched across this land. Now, oceans of sagebrush wash over her. If you let the region’s characteristic stillness settle into your imagination, you’ll see how the sagebrush flows and swells like the ancient lake that was once here. On the north and south ends of the Pass, mountains run parallel to each other. The mountains feature outcroppings of volcanic rock left by the active volcano that was here even before the ancient lake. The mountains cradle you with the valley’s dips and curves up to the ever-changing, never-ending Great Basin sky. During the day, the sun shines down full-strength creating shape-shifting shadows on the mountain faces. At night, the stars and moon shine with such intensity and clarity that you can almost hear the light as it pours to the ground.”
I’ve spent enough time in the Great Basin to attest to its beauty myself: the dramatic ranges, the expansive flats, the gnarled trees, the stiff-stemmed wildflowers, and the lean, sinewy jack rabbits; they are all expressions of endurance in a landscape imbued with the echoes of the ancient. How long ago it must have been, when waves lapped the foothills, yet the shapes they left are unmistakable. The sense is palpable of being elevated, inland, and isolated from the ocean—the waterways here don’t run to the sea, hence the name “basin.”
Austere as it all is, humans have lived in the area for many thousands of years, digging roots, gathering seeds & berries, harvesting pinenuts and hunting game.
These traditions, though assaulted, survive.
To the Europeans seeking fertile valleys to farm or dense forest to cut, the Great Basin offered little to nothing, so most of the folks from “back east” just passed through. But ranching and mining cursed the region since the invasion began, and its grasses were razed and its rocks ripped open. Still, many areas, especially up the slopes, were spared the hammering that befell the tallgrass praries of the Midwest and the old growth forests of the West, which were extirpated to the degree of 95% or more. In fact, some of the last best wildlife habitat in the lower 48 still hangs on in the Great Basin, ragged though it might be around the edges.
Yet it seems the time has come when these “wastelands,” as so many erroneously consider them, will be put on the chopping block for a new kind of exploitation: “green” energy development. Massive solar arrays and huge wind farms have been taking the lead in this latest wave of exploitation, and now mining is being imposed. Not coal for fuel or gold for wealth but lithium for electric car batteries.
The Proposal
Thacker Pass is the site of a proposed lithium mine that would impact nearly 5700 acres—close to nine square miles—and which would include a giant open pit mine over two square miles in size, a sulfuric acid processing plant, and piles of tailings. The operation would use 850 million gallons of water annually and 26,000 gallons of diesel fuel per day. The ecological damage in this delicate, slow-to-heal landscape would be permanent, at least on the human scale. At risk are a number of animal and plant species including the threatened Greater Sage Grouse, Pygmy Rabbits, the Lahontan Cutthroat Trout, a critically imperiled endemic snail species known as the Kings River Pyrg, old growth Big Sagebrush and Crosby’s Buckwheat, to name just those that are locally significant. Also present in the area are Golden Eagles, Pronghorn Antelope, and Bighorn Sheep.
A cultural heritage also exists in this area. In describing the north-south corridor immediately to the east of Thacker Pass, wildtender Nikki Hill says:
“This pass in Nevada is a bridge of great importance. My auntie, Finisia Medrano, would speak of how this was the way one would travel by horse or foot from the wild gardens of Eastern Oregon to continue into Nevada and still be supported, finding food and water for the journey. She would speak of how there was no other real good way to make this crossing, due to a lack of resources in the surrounding landscape. If this is the case for a human, it is the case for all the non human people traversing this area as well. There is so much fragmentation, in landscape, mentality and relations, all stemming from a displaced sense of belonging. How will we know our way back to places, both in spirit and in touch, without threads of continuity to weave together?”
It’s industry vs. ecology once again, and there’s nothing “sustainable” about it for the thousands of creatures who will lose their lives or homes if the mine is allowed to happen.
The reason that Will Falk and his fellow activist Max Wilbert rushed to the site on January 15th was because that’s the day the Bureau of Land Management issued it’s “record of decision,” which greenlighted this horrific project. The BLM considered four alternatives and admitted that it did not choose the “environmentally preferable” one—which was no mine—because it would not have satisfied the “purpose and need”—which was obviously the mine itself. I point this out to illustrate that US land management decisions are primarily made in favor of development not preservation. Typically, what environmental regulations do exist are weak, poorly enforced, and increasingly watered down. Hence, Falk and Wilbert’s decision to take direct action.
This is not the most comfortable time of year to be camped out in northern Nevada, so I admire them for making this choice. Overnight lows are in the teens and twenties at this time of year, and daily highs in the thirties and forties. Snow is possible. But it’s the truth that showing up is often the only way to make a difference.
They sent out a press release on Monday, January 18th, announcing their encampment. Said Falk:
“Environmentalists might be confused about why we want to interfere with the production of electric car batteries.”
Here, Falk is speaking to the fact that over the last twenty years, the focus of mainstream environmentalism has narrowed in on carbon pollution as a central concern, too often to the exclusion of issues like industrial development, technological consumption and other forms of pollution. Specifically, the topic of automobile use has been reduced to a question of emissions when, in reality, cars and car culture are problematic for many other reasons:
Car-related deaths in the US are typically around 40,000 per year, and far more people are injured, sometimes maimed for life.
Cars kill countless animals annually in both urban and rural settings. Whether the vehicle is gas-powered or battery-powered doesn’t make a difference to the poor squirrel, cat, coyote, skunk or deer who is taken out.
Roads themselves demand a tremendous amount of resources for their construction and upkeep. If the cement industry were a country, it would be the third largest emitter of carbon in the world.
In rural areas, roads fragment habitat, preventing natural pattern of foraging, hunting and migration.
Car tires contain toxic substances that are harmful to wildlife, and as the Guardian recently reported, Salmon in the Pacific Northwest are being killed by a chemical being washed into rivers and streams by the rain.
City life is made far less hospitable by the quantity, speed, and dominating presence of cars. Streets and parking lots can take up 50% of a US city. Much of that would be better be used for other purposes like pedestrian plazas, green spaces and urban agriculture.
Then there are the cultural aspects of car culture. The car-based suburbs struck a terrible blow to localized communities in the US, breaking up close-knit urban neighborhoods and replacing them with atomized subdivisions, in which each household (now reduced to its “nuclear” form, without extended family) was isolated with a propaganda machine. The “conveniences” imposed on us then ended up having a far higher price tag than advertised, and the resulting consumer culture is now swallowing up the world. From a mental health stand point, the alienation the suburbs inflicted on our society still tortures us to this day.
More subtle, but very real, is the way our perception is shaped by observing the world from inside a metal box at great speed. From a vantage of insulation and separation, other objects—including people—are reduced to mere obstacles. The dehumanization that is imprinted this way doesn’t immediately end when we get out of the vehicle.
Replacing gas stations with charging stations is not going to address any of this. Though the globalized system of extraction that supports all of this is itself running out of fuel, I fear that electric vehicles will only draw out the agony.
Some will argue that electric cars are beneficial regardless of all of the above, because they do reduce emissions while driving, and doesn’t that make them worth it? That’s unclear. The entire calculus must include the damage incurred by lithium mining, and by all the other extractive activities needed specifically for electric cars. The air might indeed be fresher in the city, but at the cost of habitat destruction, pollution and human suffering in another place—in somebody else’s home.
“The biodiversity crisis is every bit as dire as the climate crisis, and sacrificing biodiversity in the name of climate change makes no scientific or moral sense. Over the last 50 years, Earth has lost nearly two thirds of its wildlife. Habitat loss is the major cause. Humans can’t keep destroying important wildlife habitat and still avoid ecosystem collapse.”
Human rights issues are also in the mix. Lest we forget, the US-backed right-wing coup in Bolivia in late 2019 was motivated in part by desire to control the lithium deposits in the Andean highlands, a place of otherworldly beauty. (See “Coups-for-Green-Energy added to Wars-For-Oil.”) Though the Bolivian people have since taken back their government, they experienced violence and suffering in the meantime. Unfortunately, the socialist party returned to power also favors mining the lithium. Their model is Venezuela, where oil profits were used to fund social programs. So, US leftists should take note that overthrowing capitalists does not automatically translate into “green” policy.
As Falk said: “It’s wrong to destroy a mountain for any reason – whether the reason is fossil fuels or lithium.”
The real answer, of course, is fewer cars.
Plenty of activists, academics and planners have been talking about how to do that for years, and there’s plenty of solutions to pick from. What’s been lacking so far is the political will and the vibrant movement needed to force that will.
Nikki Hill further commented:
“The answer to the climate crisis is not ramping up new, more, green energy. This ‘green’ is just a word coloring the vision of insatiable growth, peddled by green greed. The green we need so desperately is the one that fills our hearts with connected wonder with the rest of the living world. And that requires slowing the fuck down.”
Indeed. And as of Friday, January 15th, two activists are camped out in Thacker Pass, Nevada, to slow down—and hopefully stop—that insatiable growth.
![Will Electric Cars Save The Planet? [Dispatches from Thacker Pass]](https://dgrnewsservice.org/wp-content/uploads/sites/18/2021/02/PygmyRabbit-Travis-London.jpeg)
