In her anthology Black Nature: Four Centuries of African American Nature Poetry, writer and editor Camille T. Dungy sheds a light on nature writing by African American poets; a genre that has not commonly been counted as one in which African American poets have participated. She has noted, “Because of erasures from so many narratives about the great outdoors, the idea that Black people can write out of a personal relationship to nature and have done so since before this nation’s founding comes as a shock to many people.” I’m excited to share the work of “water writers” as I call them, from the Black literary tradition, and illuminate connections between nature and culture. As a multidisciplinary artist and writer myself, I am passionate about telling river and water stories through the genre of nature writing and sharing the works of writers who have influenced me.  

Many are familiar with Harlem Renaissance writer Langston Hughes, and may know his poem, The Negro Speaks of Rivers, first published in 1921. Hughes writes of the Mississippi’s “muddy bosom” turning “all golden in the sunset.” 

Hughes juxtaposes the Mississippi’s description with regal and ceremonial images and action, including, bathing in the Euphrates, building near the Congo, and looking upon the Nile and her pyramids. This poem elevates and conjures an ancient African regality for this Gulf South’s Mississippi River, and African Americans gazing upon her.  

I’ve known rivers: 
I’ve known rivers ancient as the world and older than the flow of human blood in human veins. 
My soul has grown deep like the rivers. 

Hughes begins and ends with, “My soul has grown deep like the rivers.” Mother Mississippi is where my soul grows deep too.  

Mother Mississippi River, Langston; Golden Sunset November 2024, Dr. Mel Lewis.
Mother Mississippi River, Langston; Golden Sunset November 2023 | Dr. Mel Lewis.

Next, I’m thrilled to highlight the work of the 19th Poet Laureate of the United States (2012-2014), Natasha Trethewey. Like me, she yields from the Gulf Coast and writes about race and relationship through narratives of the river and natural world. Her poem  Elegy [“I think by now the river must be thick”] is an elegy for her father, and summons memories of casting and catching. She writes:  

All day I kept turning to watch you, how 
first you mimed our guide’s casting 

then cast your invisible line, slicing the sky 
between us; and later, rod in hand, how 

The invisible line between them, a color line, becomes invisible as she writes in metaphor about fishing and fathers; a nature writer who invokes cultural and social forces through “water writing.”  

Biography photo of Zora Neale | Nancy Crampton
Biography photo of Zora Neale | Nancy Crampton

Finally, I’ll frame author, anthropologist, and filmmaker Zora Neale Hurston’s work as “water writing.” In Barracoon: The Story of the Last Black Cargo, Hurston shares the story of Kossula “Cudjo” Lewis and his community, located where the Mobile River meets the bay, in Plateau, Alabama in 1927.  

Hurston relates Kossula’s firsthand account as a survivor of the Clotilda and the community of formerly enslaved Africans said to have been the cargo of this “last slave ship.” In one of her most significant vignettes, Hurston visits this community, situated at the confluence of the Mobile River and Chickasaw Creek, at the mouth of the Bay on a sweltering hot day. Her interview includes the heat and thirst in the cabin, she writes of Kossula’s thirst: 

I waited but not a sound. Presently he turned to the man sitting inside the house and said, “Go fetchee me some cool water.” The man took the pail and went down the path between the rows of pole-beans to the well in the daughter-in-law’s yard. He returned and Kossula gulped down a healthy cup-full from a home-made tin cup. 

Zora Neale Hurston (1891-1960)
Zora Neale Hurston (1891-1960) | Library of Congress

Hurston captured the importance of “cool water” in this passage, allowing readers to experience the swelter, the rustle of pole beans, the metallic clink of the pail, and the relief of the cool water fetched. These cool waters are the site of baptisms in the community, and today, are the sacred waters embracing the remains of the Clotilda.  

My hope is that everyone who loves rivers will recognize their cultural significance and celebrate the Black Literary tradition’s nature writing authors. Let us hear the river and water stories of African American writers that claim rivers as spaces of conflict as well as celebration. 

Crossing place for fugitive slaves on the Ohio River, at Steubenville, Ohio
Crossing place for fugitive slaves on the Ohio River, at Steubenville, Ohio

Rivers have been sites of trafficking as well as sites of crossing and emancipation. Rivers have been the sites of lynching and drowning as well as sites of baptism and jubilation.

Cahaba River, Alabama | Flickr
Cahaba River, Alabama | Flickr

In his poem, Gwendolyn Brooks: America in the Wintertime, Black Arts Movement poet, author, publisher, and educator Haki R. Madhubuti writes: 

you have fought and fought most of the twentieth century 
creating an army of poets who learned 
and loved language and stories 
of complicated rivers, seas, and oceans. 

May we all speak the love language of the water writers and commit ourselves to the cause of healthy rivers and clean water for people and nature. 

When it comes to wild rivers, Idaho is among the richest within the lower 48 states. But the Nez Perce-Clearwater National Forest is about to abandon protections for some of the state’s most cherished free-flowing gems.  

The Nez Perce-Clearwater National Forest is neither the pan nor the handle of Idaho; it’s in between. This area boasts the headwaters of the Lochsa, Selway, and Salmon rivers, renowned for their big whitewater and multi-day river trips. The Clearwater River’s middle, north, and south forks are well-known angling destinations for steelhead, westslope cutthroat trout, and bull trout. These are the streams where endangered fish will return following the eventual removal of the Lower Snake River dams between Lewiston, Idaho and Tri-Cities, Washington. Scientists have referred to Nez Perce-Clearwater country as the Noah’s Ark for salmon because its higher-elevation rivers will remain cold enough to sustain healthy fish populations even as climate change worsens.  

In 2021, the Biden Administration established a goal to conserve at least 30 percent of U.S. lands and freshwater by 2030, an initiative commonly referred to as America the Beautiful. It is the job of public land management agencies, including the U.S. Forest Service, to meet the administration’s climate goal by inventorying and applying protections to deserving lands and inland waters. 

Granting long-term administrative protections to Wild and Scenic eligible and suitable rivers is one of the most effective ways to make them more resilient in the face of climate change. The Forest Service’s science points to the importance of protecting climate refugia – rivers are anticipated to remain cold enough by 2040 to support coldwater fish species. With only a fraction of rivers having any type of protected status, the administration is far from meeting its America the Beautiful goals, meaning that contributions by every national forest count. 

Other nearby national forests in Idaho and Montana are playing their part. Since 2015, five forests have revised their land management plans and collectively more than doubled the number of rivers protected and increased protected river miles by more than 75 percent.  

Sadly, the Nez Perce-Clearwater National Forest is eliminating protections for 86 percent of its Wild and Scenic eligible rivers in its new forest plan. Across four million acres of inland rainforest, the Forest is offering up just 12 streams to support the administration’s broad-reaching climate goals. Since forest plans typically last for decades, the detrimental decisions made now by the Nez Perce-Clearwater National Forest will adversely affect rivers and fish for generations. 

In all, the Nez Perce-Clearwater National Forest’s new forest plan would remove protections from nearly 700 stream miles. Among the waterways that would lose protections are tributaries to the Lochsa River and the North and South Forks of the Clearwater River. The North Fork Clearwater River, which has been protected for more than 30 years, provides nearly 80 contiguous boatable miles and unsurpassed habitat for bull trout and westslope cutthroat trout. The South Fork Clearwater River is renowned for its unmatched B-run steelhead fishing, miles of walk-and-wade shoreline, and robust whitewater. The Forest is also arbitrarily abandoning protections for:  
 

  • 72 percent of streams that have been protected since 1990 
  • 80 percent of streams anticipated to provide future climate refuge for threatened and endangered coldwater fish 
  • 70 percent of streams that have cultural significance to the Nez Perce Tribe, including the Bear Creek Salmon Hole 
  • Streams with superlative scenery and recreational values such as the longest waterfall at 300 vertical feet, the best place to view spawning salmon, and the most popular natural hot springs found on the Forest 
North Fork of the Clearwater River | Lisa Ronald
North Fork of the Clearwater River | Lisa Ronald

The Nez Perce-Clearwater National Forest is stripping protections from these special rivers based on false assumptions that Wild and Scenic River eligibility and suitability will hamstring forest management and endangered species recovery. Wild and Scenic protections prevent wholesale commercial logging and clearcutting within designated corridors, but allow vegetation management, wildfire mitigation, habitat restoration projects, motorized travel on existing roads and trails, and other activities, as long as they don’t diminish river values. In fact, well-planned projects can enhance river protections. 

If adopted as written, the revised Nez Perce-Clearwater Forest Plan will not only violate the Wild and Scenic Rivers Act and agency planning policy, but it would also undermine President Biden’s Climate Policy. American Rivers is asking Forest Service leadership to correct the egregious errors in the new forest plan to ensure that we protect the best rivers and streams we have today for future generations. 

Join other river advocates: Tell the Forest Service to uphold protections for Idaho’s rivers

Climate change is playing out right before our eyes and as the planet warms, storms will increase in intensity and severity followed by longer periods of drought. These are not insurmountable problems – this is a design and systems issue that proactive investments in climate resilience would address. 

In December 2023, another atmospheric river hit northern Washington and Oregon causing major flooding including the highest levels ever recorded in the Stillaguamish River.  

Record flooding on the Stillaguamish River, December 5th, 2023

However, much of this precipitation fell on the west side of the Cascades and did not help the drought-starved eastern side of the states – where most of our food is produced. 

The long narrow bands of warm water vapor that make up atmospheric rivers extend far out into the Pacific Ocean and carry vast amounts of water. A strong atmospheric river can transport 7.5-15 times the average flow of water at the mouth of the Mississippi River. Similar atmospheric rivers were responsible for record rainfall in the Pacific Northwest in November 2021 which caused over $180 million in damages to northwest Washington and billions in British Columbia. In the case of California, a series of atmospheric rivers dropped 30 trillion gallons of water on the state in 2022 and 2023 resulting in over $30 billion in damages to farmland and infrastructure. An atmospheric river in February, 2024 caused significant flooding and over 475 mudslides in southern California. The damage of which is still being calculated. 

While these types of storms are not new, they are becoming increasingly intense and frequent with climate change and intense El Niño weather patterns. With increasing ocean temperatures, warmer air holds more water- resulting in larger storms. These events provide between 30-50% of all precipitation on the West Coast.  

Simultaneously, increasing temperatures on land are causing the snow line in many places to increase in elevation resulting in rain instead of snow.  While historically metered out over several months of snowmelt, precipitation now comes all at once across a larger drainage basin – contributing to larger floods and prolonged periods of drought. 

As stated previously, most of the rain from these storms is trapped on the west side of the Cascade Mountains, contributing little to the desperately needed snowpack in agricultural areas in the Columbia River Basin. In July, 2023 the state of Washington declared a drought emergency for 12 counties due to expected water supply falling 75 percent below normal. Current winter precipitation projections estimate this drought will continue into 2024, causing further undue hardship for water users and the environment. 

Low snowpack points to continued drought conditions across much of the state of Washington.
Low snowpack points to continued drought conditions across much of the state of Washington.

Communities across the Northwest, and indeed the country, are addressing this in different ways. Indigenous knowledge is being increasingly adopted and communities are developing integrated nature-based solutions to restore floodplains – nature’s sponge. 

In their natural condition, floodplains store water, reducing downstream flood damage and recharging groundwater levels while also providing critical habitat for threatened and endangered salmon species.  

Washington’s Floodplains by Design (FbD) program promotes the idea of integrated floodplain management that aims to improve the resiliency of floodplains  by incentivizing multi-benefit approaches that help make communities and the environment safer, healthier, and more resilient to a rapidly changing climate. This approach looks at the entire river or watershed to understand the different dynamics of flooding, and the diverse needs represented in the floodplain. By working collaboratively across interests, nature-based solutions can be developed to minimize flood risk while also supporting agriculture, salmon restoration, Tribal Treaty rights, and responsible economic development. Not every project can mean a win for every interest, but with strategic vision and benefit-sharing, we can work collaboratively towards a watershed system that will, over time, function better for people, fish, farms, and cities.  

During the 2023 global climate conference (COP28) in Dubai, Washington’s FbD partnership was recognized as a leading nature-based approach to climate and community resilience in the face of rising sea levels and increased flood risk. On December 2, The Nature Conservancy’s (TNC) Global Climate Adaptation Director Daniel Morchain, highlighted FbD during a panel discussion emphasizing the need to bring nature-based climate solutions to scale, noting FbD’s collaborative and multi-benefit approach to watershed climate resilience. 

FbD was founded by TNC, and currently led by the Washington State Department of Ecology, the Bonneville Environmental Foundation with support from American Rivers. The FbD partnership aims to accelerate integrated efforts to reduce flood risks to communities, and restore fish habitat along Washington’s river corridors. This approach relies on collaboration and engagement from all parties to create long-term solutions and has resulted in reconnecting over 11,374 acres of floodplains, removed or reduced flood risk to 8,482 homes or structures and reduced flood risk for 85 different communities. 

Recognition at COP28 comes on the heels of FbD receiving Washington’s Climate Commitment Act funding to advance floodplain management along the Quillayute River- a project that will increase climate resilience for the Quileute Tribe in the face of rising sea levels and riverine flooding. 

FbD shows that the impacts of climate change are not insurmountable problems, and it is only by working together across multiple interests that long term solutions can be developed. Increased investment in climate resilient programs like FbD are critical to address the climate crisis.  

Giddy smiles and stomping feet. We stood next to the Klamath River and watched muddy water rush out from the tunnel under the Iron Gate Dam. The twenty-degree weather couldn’t freeze out the excitement of our group; even as we tried to kick feeling back into our toes, an energy pulsed through us as we watched part of the largest dam removal and river restoration project in history take place.  

Our American Rivers dam removal team visited the Klamath River on Thursday, January 11, 2024. This was the first day water was released from the Iron Gate Dam reservoir in preparation for removing the dam. As with every dam removal, there are short term impacts for long term gain. The mud, the sediment: this is normal and expected. This is the river healing itself. And based on the successes we’ve seen with other dam removals – from Oregon’s Sandy River to Washington’s Elwha and White Salmon – we expect the Klamath to come back stronger than ever. 

One dam on the Klamath was removed this fall and the remaining three will be removed by the end of the year. The removals will open access to more than 400 miles of habitat for salmon and steelhead trout, help restore Tribal food sovereignty and cultural justice, and improve the health and water quality of the river. Removing the dams has been a decades-long effort instigated by Indigenous grassroots advocates, led by Tribes, and supported by conservation partners, agencies, and the States of California and Oregon. 

The Klamath River restoration project sets the bar high and is kickstarting a renewed energy to restore and protect rivers through dam removal across the nation.

American Rivers has set a goal to remove 30,000 dams and open 300,000 miles of rivers by 2050. We are building on the momentum from both the Klamath River restoration and the transformational funding levels for dam removal authorized by the BIL.

I am so grateful and excited to be part of this pivotal moment in river restoration history. Enthusiasm alone does not cut it, however. Though nearly everyone in our country lives within a mile of a river, there is a large gap in the public knowledge on what rivers provide and the importance of restoring and protecting them. I have conversations with folks about this all the time. I have these conversations with members of Congress and their staff, with new partners and dam owners, and sitting on my front porch with friends as we watch our kids run around. Someone asks why I care about dams and I get to share that removing a dam is the fastest way to restore a river.  

I want to share a few details of why dam removals are necessary, the benefits provided by these projects, and how we are working together to remove more dams than ever before.  

Why Dam Removals are Necessary 

Restored Elwha River | John Gussman
Restored Elwha River 5 years after dam removal, WA | John Gussman

More than 530,000 dams block rivers across our country.i Of the 91,843 dams large enough to be included in the National Inventory of Dams, only 19% provide flood risk reduction, 18% provide irrigation or water supply, and 3% provide hydropower.ii Many other dams provide other important services, but these percentages show that many no longer do – possibly more than half of them no longer provide the services they were built to provide decades to centuries ago if you consider the other 440,000 smaller dams that are not in the National Inventory. Too many dams have reached the end of their useful lives and pose public safety risks, negatively impact fish and other aquatic life, and can be costly liabilities to their owners. Countless dams are abandoned, not profitable, or require costly repairs and upgrades that push dam owners to consider removal. Removing dams restores native aquatic life to rivers, increases climate resilience, and reduces the risk of aging dams failing and causing catastrophic flood damages and even loss of human life. 

Rivers are dynamic and start to come back to life almost immediately after a dam is removed.iii 

Benefits of Removing Dams 

  • Safety for communities. Dam removal is a permanent dam safety solution. In the last few years alone, dam failures or near failures have forced hundreds of thousands of people to evacuate, caused millions of dollars of property damage, and loss of life.iv In addition, hundreds of drownings have occurred at low-head dams because of the dangerous forces caused by flow hydraulics downstream of the dams.v 
  • Fisheries, wildlife, and natural heritage. Dams are a major cause of species decline in U.S. rivers, from migratory fish like salmon and herring, nonmigratory fish like trout, and other aquatic species like freshwater mussels. Removing dams is a proven approach to restoring healthy conditions for native river species, with documented results showing increases in fish and other aquatic species populations.vi,vii 
  • Tribal rights. In a continued effort to more equitably consider Tribal Nations’ water, fishing, and cultural rights, focusing some of these incentives on dam removals where Tribal rights have been infringed allows us to begin to resolve some of these ecological and cultural impacts. 
  • Jobs. Removing a dam is an intensive infrastructure endeavor providing construction, engineering, scientific, planning, and other jobs. Dam removal projects support 12 to 15 jobs per $1 million invested.viii  
  • Climate resilience for rivers. Free flowing rivers that are connected to their floodplains are better able withstand the impacts of climate change by limiting and controlling flooding.ix Because free-flowing rivers do not produce methane, and ponded water does, some dam removals can also reduce potential sources of greenhouse gases.x,xi 

Removing 30,000 Dams by 2050 

American Rivers set a goal working with our partners to remove 30,000 dams and open 300,000 river miles by 2050. More than 2,000 dams have been removed in the country so far, and we want to increase that by a factor of ten. The transformational funds provided by the Bipartisan Infrastructure Law are helping to meet the momentum of the moment brought on by removing the four dams from the Klamath River. 

Why 30,000 dams? I wondered the same thing, at first. The more that the number has sat with me, the more that it makes sense. When you consider that there are more than 530,000 dams in our country, removing 30,000 dams is completely reasonable (less than 6%). If we really want to restore habitat connectivity and water quality and habitat in a meaningful way, we need to remove a lot more dams. 

Bipartisan Infrastructure Law Funds for Dam Removal 

With the Bipartisan Infrastructure Law (BIL), $800 million was made available for dam removal.  American Rivers worked with partners and legislators to secure this transformational source of funding and we have been working hard to put it to use to restore rivers across the nation. The BIL funding went to five federal agencies to support existing programs:  

  • NOAA Fisheries ($400 million) 
  • U.S. Fish and Wildlife Service (FWS) ($200 million) 
  • U.S. Forest Service (USFS) ($10 million) 
  • U.S. Army Corps of Engineers (USACE) ($115 million) 
  • FEMA’s National Dam Safety Program (NDSP) ($75 million) 

Two years since the bill passed, 89 dam removals have been funded.xii,xiii American Rivers would like to thank each agency for their work to distribute and manage this funding and for their support of dam removal projects. We are grateful that those dollars are hard at work restoring rivers across the nation. 

Unfortunately, to date, less than half of the money that has been awarded from these agencies from this funding source has gone to dam removal projects. We have worked with the heads of agencies, regional staff, and partners to address this, yet we continue to see the funds go to more shovel-ready and short-term projects for fish passage. Dam removals are generally large projects that require a lot of funding and several years of work to see the project through from inception to the physical removal of the barrier. The influx of funds from BIL were intended to transformationally support a large amount of these complex projects to spur a new wave of dam removals. 

NOAA Fisheries, FWS, and USFS have until 2026 to utilize the allocated funds. With only a few years left, American Rivers and dam removal practitioners across the country must work quickly to ensure that the remaining funds are fully utilized and that we effectively demonstrate the need for additional funding for removing dams. 

Lake Jefferson Dam, East Branch Callicoon Creek, NY |  Jefferson Hydropower
Lake Jefferson Dam, East Branch Callicoon Creek, NY | Jefferson Hydropower

Dam Removal Projects Across the Nation 

American Rivers is grateful for the work achieved thus far, and we need to keep working with partners, agencies, and dam owners to continue this good work. Below are five ongoing projects that demonstrate the need for these resources. 

  1. Cypress Branch Dam, Cypress Branch, Maryland 
    – Located in the Lower Chesapeake Bay Basin, the dam serves no purpose and is in an advanced state of disrepair. American Rivers is working with the Maryland Department of Natural Resources and the U.S. Fish and Wildlife Service on this project and is seeking funding through the National Fish and Wildlife Foundation and U.S. Fish and Wildlife Service. 
  1. Covington Millpond Dam and Drakes Millpond Dam, Cottingham Creek and Three Creeks, South Carolina 
    – Located in the Lower Pee Dee Basin, these two dams were breached by Hurricane Florence and continue to prevent aquatic organism passage. Both dam owners are engaged in the process and American Rivers is seeking funding from NOAA Community-based Restoration Program. Removal of these dams would reduce flood risk to downstream communities and infrastructure, and also restore natural flows to approximately 100 square miles. 
  1. Powell Dam and Junction Falls, Kinnickinnic River, Wisconsin 
    – Located in the Lower St. Croix River Basin, Junction Falls produces 1% of energy needs for the community and Powell Dam was decommissioned in 2022. The owner of the dams, City of River Falls, has resolved to remove both dams as part of a major river restoration plan. The dam owners are working with the Kinni Corridor Collaborative and are seeking funding from USACE, programs funded by the Bipartisan Infrastructure Law, and other public and private funding sources.  
  1. Scott Dam and Cape Horn Dam, Eel River, California 
    – Located in the Upper Eel River Basin, these potential dam removals would make the Eel River California’s longest free flowing waterway. Federal funding is critical to support restoration of the Eel River watershed after PG&E has removed its in-water facilities. California Trout, Trout Unlimited, and American Rivers are working with a broad coalition to support dam removal. 
  1. Lake Jefferson Dam, East Branch Callicoon Creek, New York 
    – Located in the Upper Delaware River Basin, this is an unsafe and uneconomical high hazard potential dam that is nearly a century old and has no fish passage. The dam owners are fully committed to removal and have sought assistance from American Rivers and FWS to remove the dam. American Rivers is seeking funding through NOAA Community-based Restoration Program, FWS, and additional sources.

The Age of River Restoration

Twenty-five years ago, people just like me sat on the banks of the Kennebec River, listening to the bells toll from downtown Augusta, Maine as the first notch came out of the Edwards Dam. That day launched a movement to remove dams across the country and restore the rivers on which they were built and over 1,800 dams have come out since then.xiv  

The dam removals and river restoration on the Klamath River in Oregon and California is an opportunity to kickstart a new wave of dam removals at an unprecedented level. The BIL funding is a down payment and we will all need to work together to secure funding and support for restoring rivers for generations to come. 

Removing a dam is the fastest way to restore a river back to life and free-flowing rivers are critical to support biodiversity and climate change adaptation. Life depends on rivers and rivers depend on us to remove dams. 

I am hopeful for our future, and for future generations, that we can look back on this moment and know that we are working to restore rivers for the benefit of all.  

For additional information on the National Dam Removal Community of Practice and our webinars on dam removal, please see  www.americanrivers.org/DamRemovalCOP  

James River, VA | Karl Schmidt
James River, VA | Karl Schmidt

[i] Southeast Aquatic Resources Partnership, National Aquatic Barrier Inventory and Prioritization Tool, www.aquaticbarriers.org 

[ii] U.S. Army Corps of Engineers, National Inventory of Dams, https://nid.sec.usace.army.mil/#/

[iii] O’Connor, J.E., J. J. Duda, and G. E. Grant. (2015). 1000 dams down and counting: Dam removals are reconnecting rivers in the United States. Science 348(6234), 496-497. http://dx.doi.org/10.1126/science.aaa9204

[iv] Association of State Dam Safety Officials, Dam Incident Database Search, https://damsafety.org/Incidents

[v] American Society of Civil Engineers, National Inventory of Low Head Dams, https://www.asce.org/communities/institutes-and-technical-groups/environmental-and-water-resources-institute/national-inventory-of-low-head-dams

[vi] NOAA Fisheries, Successful Fish Passage Efforts Across the Nation, https://www.fisheries.noaa.gov/insight/successful-fish-passage-efforts-across-nation

[vii] McCombs, Erin, Dam removal and freshwater mussels: effective restoration and prioritization through case studies, https://scholarworks.umass.edu/fishpassage_conference/2014/June10/46

[viii] Value of Water Campaign, The Economic Benefits of Investing in Water Infrastructure, https://thevalueofwater.org/media/new-analysis-finds-closing-investment-gap-water-infrastructure-would-create-13-million-jobs

[ix] Ganey, S. and L.Spurrier, PEW, 8 Benefits of Healthy, Free-Flowing Rivers, https://www.pewtrusts.org/en/research-and-analysis/articles/2022/09/22/8-benefits-of-healthy-free-flowing-rivers

[x] Environmental Protection Agency, Research on Emissions from U.S. Reservoirs, https://www.epa.gov/air-research/research-emissions-us-reservoirs

[xi] Levasseur, A. et al. (2021). Improving the Accuracy of Electricity Carbon Footprint: Estimation of Hydroelectric Reservoir Greenhouse Gas Emissions. Renewable & Sustainable Energy Reviews, 136 (2021) 110433. https://doi.org/10.1016/j.rser.2020.110433

[xii] U.S. Fish and Wildlife Service, Fish Passage Portal, https://interagency-bil-fish-passage-project-1-fws.hub.arcgis.com/

[xiii] American Rivers is internally tracking and has found 89 dams are funded for removal

[xiv] American Rivers, Dam Removal Database, https://figshare.com/articles/dataset/American_Rivers_Dam_Removal_Database/5234068

[xviii] Association of State Dam Safety Officials, Dam Incident Database Search, https://damsafety.org/Incidents [1] American Rivers, Dam Removal Database, https://figshare.com/articles/dataset/American_Rivers_Dam_Removal_Database/5234068

Guest blog for the Southwest River Protection Program by Mike DeHoff, Returning Rapids Project

Recently I found myself looking up the definitions for “cubic feet per second” and “acre feet.”

Cubic Feet Per Second (cfs) – a means to measure water in motion.
Acre Foot (af) – a means to measure impounded water.

When Lake Powell reservoir behind Glen Canyon Dam was full or nearly full in the 1980s and 90s, both means of water measurement could be found in Cataract Canyon. In the heart of Canyonlands National Park, Cataract Canyon starts where the Green River and Colorado River come together in a craggy and uniquely sublime landscape where sun, sandstone, and ravens dominate the 2,000-foot-deep canyon system. This 41-mile stretch of river corridor is the furthest upstream section of the Colorado River that was affected by Glen Canyon Dam’s impoundment of river water.

Much like other western spaces, the boundary between river and reservoir was drawn with manifest destiny in mind. Elevation was used to create this boundary, drawing a topographic line from the massive concrete dam structure that sits 186 river miles downstream from the heart of Cataract Canyon. Three thousand seven hundred and twenty feet above sea level designates a man-made water storage basin for the reservoir known as Lake Powell. 

Anyone who traveled through Cataract Canyon in the last two decades of the 20th century would have encountered both cubic feet per second and acre-feet: Cubic feet per second as a flowing living river for the first 40% of Cataract where boaters were greeted with a symphony of successive rapids. Then the river would slow down and the water’s character would change – not only in color as the river dropped its sediment but also in definition. In the heart of Cataract Canyon, you had to travel across miles of impounded water – many thousands of acre-feet of impounded water – until the canyon walls finally permitted a place where a road met the flooded river corridor and you could take your boat out of the water.

Over the last 20 years, this has changed. Cataract Canyon has seen a fascinating transformation as Lake Powell reservoir has receded in the face of climate change and overallocation. Now, even though the reservoir has left an impact, acre feet cannot be found in Cataract Canyon. Now it is all flow. With the full shift to cubic feet per second – to water in motion – ecologic characteristics that only a flowing river can bring have returned. Native plants and animals are thriving again in a now healthier high plateau desert canyon.

The reservoir, the dam, and its acre-feet of impounded water still persist downstream. Nature is challenging this engineered boundary allowing Cataract Canyon to be the last wild – non-engineered – section of the Colorado River. Downstream in Glen Canyon is where the Colorado does shift from its wild cubic foot per second self into being a commodity that is separated, distilled, stored, and used by millions of people for personal and economic benefit.

For anyone who finds rivers fascinating, Cataract Canyon is now one of the finest open-air river laboratories in North America. The Colorado River gathers a healthy sediment load as it flows from its mountainous source and into the expansive Colorado Plateau. When Lake Powell reservoir was full and the waters shifted from cubic feet per second to acre-feet in lower Cataract Canyon – all the sediment load carried by the river was dropped out of suspension and into the submerged river corridor. That sediment buried rapids, cultural and historic sites, side canyons, and a fascinating geologic record that was displayed in a deep canyon.

The natural processes that coincide with cubic feet per second are now at work remobilizing the sediment that was left behind as Lake Powell reservoir retreated from Cataract Canyon. Rapids that were covered with mud – the byproduct of impounding the Colorado into acre feet – are being carved back out.  The river is reclaiming its gradient as Lake Powell shrinks to one-third of its former self. Where once there was the silence of still water, there is now the purring of eddy currents, burbles of boulders rerouting the current, and as of Fall 2023, 10 rapids have been carved back out of the mud.

When impounded water was contained in lower Cataract Canyon, the annual fluctuation of the reservoir level scrubbed the canyon walls of any vegetation.  Thanks to flowing water, now there are willows, cottonwoods, and other native plants populating the river banks as they have out-competed invasives. Side canyons are scouring out the reservoir-deposited sediment and similar riparian recovery can be seen there as well. This speedy large-scale ecological repossession is incredible to observe and brings many questions to mind. Will the reservoir ever be so full that it inundates Cataract Canyon again? How do we manage this river corridor for the future? What resources do we prioritize over others?

This is just one capsule exemplifying bigger dilemmas we now face in the Southwest. While acre-feet of water may enable the quenching of economic thirsts in the region, it is a river flowing with cubic feet per second that will continue to bring life to the canyons and river corridors we revere. Mike DeHoff lives near the Colorado River in Moab, Utah, and is part of the Returning Rapids Project research team. Visit the Project’s webpage for a detailed dive into the returning rapids of Cataract Canyon, as well as photo matches, maps, data, preliminary findings, and a portal to donate.

University of Montana wildlife biology student Jaydon Green traveled throughout western Montana this fall photographing rivers for American Rivers through the eyes of both an artist and a scientist. He shares with us his experiences of learning to capture the essence of wild rivers. 


These are just a few of the 28 special rivers flowing within the Lolo National Forest that deserve protections to ensure they remain clear, cold, and copious well into the future. Interning with American Rivers allows me to share the beauty of wild rivers with you. 

Rattlesnake Creek | Jaydon Green
Rattlesnake Creek | Jaydon Green
Rattlesnake Creek

Growing up, I spent a lot of time walking around outside looking for bugs, birds, and other little critters I could see in my neighborhood. This quickly developed into a passion for exploring and discovering animals and plants that can’t be seen in everyday city life. When I moved to Missoula, one of the first things I noticed, and soon fell in love with, was how interconnected the city is to nearby nature. Rattlesnake Creek is somewhere I often return. The sounds of the creek, the rustling leaves, the call of a bird- evoke a sense of inner calm. I feel like a kid again. Chasing the pileated woodpeckers from tree to tree. Watching the deer seamlessly navigate the twists and turns of the intricate forest floor. I always find something I haven’t seen before, and my childhood self couldn’t be happier. 

Fish Creek | Jaydon Green
Fish Creek | Jaydon Green
North Forth Fish Creek | Jaydon Green
North Forth Fish Creek | Jaydon Green
Fish Creek

I arrived at the North Fork Fish Creek Trailhead before first light and took one of the freshest breaths of air I have ever inhaled. The air was cool and crisp, and the ground was covered in dew. A thick surreal fog had settled in the valley. In the dawn light, tears of joy came to my eyes when walking through a previously burnt forest, as I saw thousands of young trees growing and bringing back life. As I walked down this trail taking pictures and exploring, I lost track of time.

West Fork Thompson River | Jaydon Green
West Fork Thompson River | Jaydon Green
Thompson River | Jaydon Green
Thompson River | Jaydon Green
Thompson Falls Dam on the Clark Fork River | Jaydon Green
Thompson Falls Dam on the Clark Fork River | Jaydon Green
Thompson Falls 

As a wildlife biologist, I find comfort in the natural world, where the land appears untouched and the waterways create their own paths. I remain stubborn in believing that development could never amaze me in the same way that patterns in the bark on a tree do. When visiting the Thompson River and nearby Thompson Falls Dam, I was shocked by the contrasting dynamic between natural and man-made.

Clearwater River | Jaydon Green
Clearwater River | Jaydon Green
Clearwater River  

Seeley Lake’s symbiotic relationship with the Clearwater River is unmistakable. Beyond providing a stunning backdrop, the river serves as a lifeline for Seeley, offering recreational opportunities, sustaining wildlife, and fostering a sense of community. The river, much like area residents, adapts and flows, embodying the resilient spirit of this close-knit community. I was approached by several locals who asked why I was taking photographs. This led to rich conversations with people who share a deep love and connection to this river. The Clearwater River isn’t just some river; it’s a character in Seeley Lake’s story. When photographing this area, I sought to capture the way the town embraces the river, and the river, in turn, is part of Seeley Lake’s identity. 


further Resources

Learn how rivers stir our creative juices
Learn more about why Western Montana rivers deserve new protections
Learn more about the American Rivers Northern Rockies office and our work to protect rivers in Idaho, Montana, and Wyoming

When I first set foot in the Klamath watershed as a scientist back in 2008, dam removal seemed little more than a dream. An official decision had not yet been made by the Department of the Interior about whether dam removal was in the best interest of the Klamath basin, including its people, while salmon populations had declined to the point where the Secretary of Commerce closed West Coast commercial salmon fishing.  Large-scale restoration projects were discussed as “possibilities,” but were by no means certain. And, though the ecological outcome of years of adverse land and water use practices was clear, the National Research Council reaffirmed in a report released that year that we lacked a “big picture” understanding of the Klamath River and its ecosystems.  

Fast forward 15 years and I’m on the edge of my seat as three dams on the Klamath River see their final days, with a fourth already removed. How did we arrive at this historic juncture? How does a river that boasted the second-largest salmon population in California become constricted and sickly over the course of a century, and how did we progress from catastrophic fish kills to restoration and the climax of the world’s largest dam removal project? 

Copco 2 Dam on the Klamath River, removed 2023 | Dave Meurer

 

There is no neat beginning, but the story behind the Klamath dam removals is deeply tied to people of the watershed, a narrative that stretches back to time immemorial. The Hoopa, Karuk, Klamath, Modoc, Yurok Tribes, and others stewarded the landscape and thrived along the Klamath and its tributaries, with the river constituting a core element of daily life, ritual, and culture. Prior to the damming of the Klamath River and as late as the 20th century, epic salmon runs were common. But an influx of settlers in the 19th century led to the widespread displacement of the region’s Tribes and the adoption of land and water use practices that negatively impacted the watershed. In the early 20th century, as hydropower became a priority for many of the surrounding communities, construction began on the first of four large hydropower dams totaling 400 vertical feet: Copco No 1 (1918), Copco No 2 (1925), J.C. Boyle (1958), and Iron Gate (1962). While the dams provided modest amounts of power for the surrounding communities, the ecological impacts were severe. By the 21st century, salmon populations, a key indicator of ecological health and an important species in their own right, had fallen to less than 5% of their historical average.  

The decline of the Klamath’s health did not go unnoticed by those who call the watershed home, and after a massive fish kill in 2002 that resulted in more than 30,000 dead salmon, momentum began to build towards solutions amongst groups with different interests. Led by the Tribes, a years-long campaign to protect and restore the Klamath followed, with protests at the headquarters of Scottish Power, PacifiCorp, and Berkshire Hathaway to demand removal of the four dams. In 2010, PacifiCorp signed the Klamath Hydroelectric Settlement Agreement (KHSA) alongside Tribes, counties, state, and federal agencies, but it failed to pass through Congress. Restoration of the Klamath seemed on the ropes until 2016, when PacifiCorp, who owned and operated the four dams, began implementing a revised KHSA that did not require Congressional approval, eventually transferring ownership of the dams over to the Klamath River Renewal Corporation (KRRC). While the legal push for removal had cleared a major hurdle, struggles around relicensing continued into 2020. Despite the setbacks, and thanks in large part to Tribal leadership, the efforts of activist groups, and, ultimately, collaboration within the entire Klamath community, Copco No. 2 was removed in the fall of 2023, reconnecting parts of the watershed that hadn’t seen water from the Klamath River in nearly 100 years.  

Iron Gate Dam on the Klamath River | Photo by Dave Meurer
Iron Gate Dam on the Klamath River | Dave Meurer

Since joining the Coalition for the Klamath Basin in 2001, American Rivers has worked alongside conservation groups to restore the ecological health, function and native diversity of the Klamath River basin, with an eye to the eventual removal of the dams operated by PacifiCorp. Now we are witnessing the removal of the remaining three dams in real time, simultaneously the largest salmon restoration project in history and the largest dam removal in history. It is a moment to celebrate, and the product of a long and serpentine history. We would be wise to reflect on the legacy of activism and advocacy that brought us to this point, the seemingly insurmountable obstacles and setbacks that had to be overcome, and the bridges that needed to be built to sustain the push towards removal. As we look beyond dam removal, we should recognize that while a freed Klamath River is momentous, there is much work, collaborative work, that needs to be done before the river is healed. This work is already happening. Tribes and private ranchers are working together to restore other parts of the Klamath watershed, ensuring that the knowledge and work of restoration stays within the basin. Dam removal on the Klamath has included work to ensure that drinking water supplies, recreational opportunities, and wildfire readiness are part of the conservation solution. I am proud of the work and commitment people of the Klamath have shown, not just to healing the river, but healing each other.  

It is not an overstatement to say rivers are essential to all life. Healthy rivers help communities face the effects of climate change by dampening floods, recharging groundwater, and providing drinking water to communities. Additionally, two-thirds of our water supply comes from rivers and streams and are of deep cultural significance for many Tribal Nations and communities of color, offering nearby nature for all of us to enjoy.   

Unfortunately, communities of color are also experiencing a nature deficit that is acutely connected to a systemic lack of safe access to rivers, riparian protected areas, and river-related decision making. According to The Nature Gap, a report by the Hispanic Access Foundation, the United States has fewer protected areas—including forests, streams, wetlands, and other accessible natural places near Black, Latino, and Asian American communities. Notably, families with children—especially families of color with children—have less access to nearby nature than the rest of the country.   

The report also highlights that nature is not an amenity but a necessity for the health and well-being of all people. The Hispanic Access Foundation coined the term “nearby nature” to refer to the need and right of all communities to have access to nature, regardless of their circumstances. Access to nature should enhance quality of life and amplify the values of residents and therefore, communities must be at the forefront of all decision making related to the planning and management of their local green spaces. 

The Rivers of Opportunity Initiative 

With nearly every person in the United States living within a mile of a river or stream, waterways provide the nearest nature for most people. American Rivers seeks to address the nature gap and historic racial injustices by working to make sure that fewer communities are nature deprived and left out of river-related decisions that impact their lives. Historically, the environmental community, including American Rivers, has often focused on the protection of remote and pristine areas, thereby ignoring developed and urban areas. American Rivers is working to increase protection of and access to free-flowing rivers close to where most people live, with an emphasis on collaborating with and amplifying the leadership of communities of color. Over the next three years, we will establish 10 new collaborations with communities and organizations of color and Tribal Nations to jumpstart equitable river protection, improve access, and advocate for new federal, state, and local funding. 

To launch our effort, American Rivers and the National Park Service joined forces to create the Rivers of Opportunity Initiative, which seeks to engage communities of color in more equitable river protection. As a first step, we developed the Rivers of Opportunity Assessment Tool, which mapped the locations of high value rivers and vulnerable communities to assess opportunities for more equitable protections and improved access to rivers for communities facing climate and economic injustices. We condensed this information into an interactive story map that describes the Rivers of Opportunity Assessment in an easy-to-use web tool. This tool can be used to learn about communities facing climate threats near rivers with outstanding values, engage communities in conversations about how protecting their rivers supports their interests, and explore opportunities for collaborative projects that advance equitable river protection.  

How You Can Use the Rivers of Opportunity Assessment Tool 

The Rivers of Opportunity Assessment Tool can be used in several ways to learn about and engage communities in conversations about river conservation opportunities that address climate, environmental, and social burdens. It highlights river values that can be amplified to bring resources to communities that protect rivers in ways that elevate local values and interests. In this way, river conservation can be a powerful approach for protecting communities from unsustainable development and gentrification, addressing climate hazards such as flooding, providing greenspaces for residents, and boosting local economies. We offer some suggestions below about ways that you can use the Rivers of Opportunity Assessment Tool. 

  • Learn about a community: The assessment tool can confirm, amplify, and contribute to information already known to community members, help to identify relevant funding opportunities, and justify funding requests. It can also be used to educate conservationists, funders, elected officials, and other interested groups about a community and their river values.  
  • Start a conversation: The tool displays ecological, cultural, geological, and other river values that can be used to spark conversations that help potential partners visualize how protecting those values can improve quality of life. Developing additional materials that explain relevant funding opportunities that can help communities realize their vision, can offer opportunities to discuss potential partnerships that support community-led projects. 
  • Explore connections between communities: Connecting communities across landscapes is critical to successful river protection efforts. It allows communities to discover their shared interests and foster a greater movement for change that benefits people and the rivers they depend on. In addition, community-led protection efforts produce the most effective outcomes when they create new protections for rivers that amplify or complement existing protections. Connecting communities through projects that also connect their protected areas, can improve floodwater storage, conserve freshwater supplies in drylands, enhance habitat and migration corridors, preserve additional cultural resources, and offer opportunities to expand greenspaces that provide community benefits- employment and entrepreneurship, gardens, trails, and other recreational and educational amenities. The tool can also be used to discover areas where one or more communities might be facing similar challenges on the same high value river. Connecting those communities could provide greater opportunities and capacities to create and manage large-scale projects that have significant impact.  

The Rivers of Opportunity Assessment Tool offers a dynamic and interactive approach to understanding how river protection can support the interests, needs, and values of the most vulnerable communities in our nation. Through its wealth of information and user-friendly interface, the tool can help facilitate conversations, build relationships, plan projects, and develop funding proposals that advance community-led river conservation.  

In August 2023, American Rivers and the National Park Service began phase two of the Rivers of Opportunity Initiative which focuses on using the tool to engage organizations led by people of color to develop strategies for collaborating with the communities they serve. We will share the tool to build relationships, facilitate learning, and collectively envision possibilities for partnerships. We will also ask for feedback about the tool to understand its usefulness and how it can be improved. This collaborative work will serve as a model for equitable community engagement and demonstrate how healthy rivers can support healthy communities. 

As we work with our partners to build on our work, we encourage you to follow along and see how you can get involved, and continue to help protect our rivers. Check out the Rivers of Opportunity Assessment Tool and stay tuned for future developments.  

This blog was co-written by Amy McNamara, Northern Rockies Director, Natural Resources Defense Council, Alicia Marrs, Western Water Director, National Wildlife Federation, and Fay Hartman, Southwest Conservation Director, American Rivers

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Freshwater ecosystems provide clean drinking water, reduce the impacts of floods and fires, and are essential habitat for fish and wildlife. Despite these benefits, rivers and wetlands are often undervalued and overlooked, and the rapid loss and degradation of freshwater systems is undermining our ability to tackle the climate and biodiversity crises. Some of the most common sense and cost-effective options to address these crises are nature-based solutions.

Nature-based solutions use or mimic natural features or processes to improve biodiversity, strengthen resilience for disaster and hazard-risk management, support climate adaptation, and store carbon to mitigate climate change. For freshwater systems, these strategies include protecting and restoring wetlands to capture and filter water, reconnecting streams and rivers with their floodplains to increase their ability to refill groundwater stores and dampen flooding, and managing for beavers to create, maintain, and expand wetlands. For example, managing for beavers can increase the health of streams and wetlands when established in the right location with minimal human-beaver conflict, making them one of the most cost-effective restoration practices available.

Fortunately, this month, the United States took important steps to stimulate future investment in protecting and restoring these critical freshwater ecosystems. The U.S. Department of Interior, which oversees the Bureau of Land Management, National Park Service, and Bureau of Reclamation, among others, released a new policy designed to prioritize the use of nature-based solutions and a roadmap which will guide investment in our river systems as well as inland and coastal wetlands. The Department also announced a plan to invest $51 million to restore and protect rivers across the country. These actions position the U.S. to accelerate thoughtful and strategic investment in our natural water infrastructure.

Prior to settlement and expansion across North America, healthy rivers and streams were abundant, recharging aquifers, slowing wildfires, and sustaining fish and wildlife. Over time, the stream systems that were once full of water and life have become narrower and straighter and less capable of serving the valuable role as natural sponges and vital habitat. Today, in part due to the absence of beavers on the landscape, most of our freshwater ecosystems are a shell of their former selves, leaving our communities and economies more vulnerable to persistent drought, record rainfalls, and urban flooding. Worse still, one of the nation’s principal tools for protecting and restoring healthy streams and wetlands, the federal Clean Water Act, was dramatically weakened earlier this year by a reckless Supreme Court decision.

This short animation shows how we lost streams and wetlands and what we can do to restore them to build climate resilience. Credit: NRDC/Lily Padula

The severity of the climate and biodiversity crises requires urgent action backed by national plans and strategies that integrate and accelerate restoration for rivers and wetlands. As the U.S. looks to implement nature-based solutions at scale, here are three areas ripe for investment:

  • The Bureau of Land Management (BLM) should launch a Healthy Riverscapes Initiative to prioritize riverscape restoration on BLM managed lands and partner with states, tribes, and local stakeholders to create good paying, private, non-profit, and public sector restoration jobs in rural and tribal communities. The Bureau should invest where: (a) conditions are right for low-tech, process-based restoration, (b) ecological and hydrological benefits are high, and (c) partner interest and stakeholder engagement is high. Finally, to support such an effort, the BLM should finalize its Public Lands Rule with strong provisions for both conserving and restoring priority lands and waterways.
  • The Bureau of Indian Affairs and other  agencies should invest in and partner with tribal wildlife management programs that are leading the way in restoring beavers on their ancestral lands. Tribal communities have long recognized the value of maintaining beavers on their landscapes and are demonstrating what is possible when beavers are returned to these ecosystems. In addition to making deep and sustained investments to increase the capacity of tribally led fish and wildlife programs and agencies, we all have the responsibility to acknowledge and learn from our tribal and Indigenous colleagues as we seek to employ resilient and time-tested approaches to protect and restore our shared natural resources.
  • Congress should pass the bi-partisan Recovering America’s Wildlife Act (RAWA) to make a generational investment in state, tribal, and territorially led wildlife conservation programs which include habitat restoration. States like California, Oregon, and Utah have already begun incorporating beavers, and the habitat they create for other fish and wildlife, into their State Wildlife Action Plans—sustained and increased funding from RAWA could empower other states to follow their example.

As the impacts from climate change march forward, our freshwater ecosystems will only increase in importance and value. It’s essential we use every tool in the toolbox, including nature-based solutions, to protect and restore our rivers, watersheds, and the benefits they provide.

If you’re reading this and are a Willow Flycatcher, beaver, or other adorable fauna of the Sierra Nevada, stop now. You already know how important mountain meadows are to river health and why we need to keep them healthy and functional. But if you’re a human who enjoys clean, abundant drinking water and breathtaking natural space, this is the blog post for you. This summer and fall American Rivers worked tirelessly alongside our project partners to restore 415 acres of mountain meadow in the Sierra Nevada mountain range that defines California’s skyline. 

One of the most significant roles mountain meadows play involves water storage, a burning topic for Californians in the face of drought and climate change. Meadows are like green glaciers in how they hold groundwater and release it slowly, allowing our rivers to stay hydrated during periods of drought. In a similar vein, meadows are the first floodplains our rivers encounter as they tumble down steep granite slopes into the Central Valley (where American Rivers also does a lot of work on floodplain restoration). A healthy meadow is connected to its stream channel, allowing high stream flows (like historic last winter’s spring runoff) to flood out onto its broad, flat surface, where that abundant water slows down and percolates into the shallow groundwater just beneath the surface. That shallow groundwater, in turn, supports lush plant communities and willow thickets, the habitat of choice for countless wildlife and plant species in the Sierra Nevada, a global biodiversity hotspot. The shallow groundwater is held into the summer season, when the meadows begin to draw down, contributing that stored groundwater to streams headed to California’s downstream habitats and communities. Beyond water storage, healthy meadows also sequester  (absorb) carbon, which directly counteracts the impacts of climate change, and meadows provide key habitat and fuel breaks that mitigate the impacts of high-intensity wildfires.   

Lupine at Ackerson Meadow on the western edge of Yosemite National Park | Photo by Melissa Steller
Lupine at Ackerson Meadow on the western edge of Yosemite National Park | Photo by Melissa Steller

Our meadow restoration projects require a level of adaptability and creativity as we work to balance our attempts to restore natural functions and processes with the needs of special-status species, recreation, land management, and other interests. At Faith Valley in the West Fork Carson River watershed, we are raising the water table of the meadow through the construction of beaver dam analogs (BDAs), which mimic the positive impacts of natural beaver dams. This summer and fall completed the second phase of restoration, installing 25 BDAs, which over time will allow sediment to accumulate and flows to spread, raising the water table and restoring natural flow patterns to the benefit of recreational enthusiasts and native fish and wildlife. The project aims to help the resident beaver population restore and maintain the meadow over the longer term, and in exciting news, beavers adopted one of the project structures and started making it their own. This season, the project also repaired the off-highway vehicle road alongside the meadow to protect the meadow and enhance recreational opportunities.  

Beaver dam analogs installed at Faith Valley in the West Fork Carson River watershed | Photo by Julie Fair
Beaver dam analogs installed at Faith Valley in the West Fork Carson River watershed | Photo by Julie Fair

Restoration at Ackerson Meadow, located in the Tuolumne watershed along the western edge of Yosemite National Park, marks a significant milestone in our efforts to scale meadow restoration across the Sierra Nevada. The Ackerson Meadow Restoration Project is the largest full-fill meadow restoration attempted in the Sierra Nevada to date (in this particular ‘full-fill’ restoration, we used 150,000 cubic yards of soil, or 15,000 dump truck loads, to fill in the incised streambed that reached as deep as 15 feet). A robust coalition that includes Stanislaus National Forest (SNF), Yosemite National Park (YNP), and the Yosemite Conservancy is working to revitalize Ackerson and we look towards the next phase of implementation, set to begin in early 2024.   

In designated Wilderness, you can’t move a thousand dump trucks worth of dirt because motorized vehicles and machinery are not permitted, so we needed to start thinking outside the box and looking at alternatives. Log Meadow (18 acres), located in Sequoia and Kings Canyon National Parks in the Middle Fork Kaweah watershed, presented a unique opportunity for restoration in a world-famous natural space. The meadow is in Sequoia National Park’s Giant Forest, one of the most important sequoia groves based on land area, the size of sequoias within the grove, and current conditions. The meadow had a large gully which was filled with onsite grasses and soils so flows could spread across the floodplain surface. The larger goal of this project was to use low impact hand-labor techniques to conduct full-fill meadow restoration to inform potential future work in designated Wilderness.  Log Meadow Restoration was a collaborative effort undertaken alongside Sequoia and Kings Canyon National Parks, hand crews (the California Conservation Corps, American Conservation Experience, and Walker Basin Conservancy), and funded by the CA Department of Fish and Wildlife and the CA Wildlife Conservation Board.  

The stream at Wilson Ranch Meadow in the American River watershed, with the road crossing in the background | Photo by Maiya Greenwood
The stream at Wilson Ranch Meadow in the American River watershed, with the road crossing in the background | Photo by Maiya Greenwood

We also finished implementation at Wilson Ranch Meadow (60 acres) in October! Wilson Ranch Meadow is in the South Fork American River watershed in Eldorado National Forest (ENF). The meadow was selected as a priority site for restoration during our 2017 assessment of meadows in the American River watershed. The fundamental issue at Wilson Ranch was a road crossing at the top of the meadow.  This crossing created a pinch point and channelized flows entering the meadow, which resulted in a large gully through the entire meadow. We replaced the crossing with a series of 8 culverts and fully filled the gully with onsite soils to spread flows and improve groundwater storage. Another important aspect of this Project was building the U.S. Forest Service’s (USFS) capacity to conduct meadow restoration work. We did this by engaging employees to follow the lifecycle of a project, as well as providing guidance and mentorship at each stage. We worked with USFS employees to identify this project, complete planning, and implement the project. This model led to broad-based support and enthusiasm for meadow restoration within ENF and directly to additional meadow restoration efforts in the footprint of the 2021 Caldor Fire.

It’s been an exciting and expansive year for meadow restoration in California’s headwaters. And we need meadows as much as rivers do, whether for their practical functions like clean drinking water, or that sense of peace that arrives when one steps into one of these unique biomes. Mountain meadows in the Sierra Nevada have held cultural significance for thousands of years and continue to inspire generations of residents and recreators. American Rivers is working alongside our partners within the Sierra Meadows Partnership (SMP) to restore 30,000 acres by 2030 and ready the headwaters of the Sierra Nevada to face the changing climate. By leveraging private philanthropy and public funding, we are creating comprehensive impacts on California’s rivers. Get involved! Join us on-site at one of our volunteer events and get some dirt under your fingernails or reach out to pcallahan@americanrivers.org to see how you can support our work in the Sierra Nevada.

The Middle Fork Nooksack River flows from the glaciers of Mount Baker, with only one dam interrupting its free-flowing course for nearly 60 years. In 2020, the process began to remove the Middle Fork Nooksack Diversion Dam, located near Deming, Washington, and was part of the original supplemental water supply diversion facility for the City of Bellingham. Three years after the dam was removed, we returned and marveled at the resiliency of nature – the riparian vegetation starting to grow back, the free-flowing natural river coursing through the previous dam site – and how creating sustainable infrastructure improvements support restoration of this important cultural resource.  

Three Years Post Dam Removal: The Middle Fork of the Nooksack is Thriving

The old water supply diversion infrastructure was replaced with a modern water supply diversion that did not require a dam to operate. This enabled removing the dam, opening 16 miles of cold, pristine habitat, and gave the river an opportunity to adjust back to a more natural state. The project has become a real example of how giving back control to nature, gives benefit to the environment and people.

Additionally, this project helped restore culturally significant resources for the Nooksack Indian Tribe and Lummi Nation, increased resiliency and reliability of Bellingham’s municipal water supply, and removed a safety hazard for whitewater kayakers.

These types of multi-benefit projects are critical, and while complex to plan and implement, can be efficiently achieved through partnerships and use of best project planning, restoration, and management practices to accomplish the end goal. As a result, the project achieves more than one desired goal. For example, fish passage to critical habitat for ESA listed species produces broader social, economic, and ecological benefits.  

By removing vulnerable infrastructure from the ever-evolving dynamic riverbed and maintaining the functional purpose of the dam with smarter off-channel infrastructure; liability associated with take of endangered species and costs associated with maintaining the old dam, disappear. As such, the City’s water supply reliability increases, as does species resiliency as volitional access to critical habitat and natural ecological processes, like habitat-forming sediment transport, are restored.  

We can continue to grow natural resiliency and buffer the quality of life and economic impacts of extreme events on communities if we just give nature a chance. By applying what we have learned from the past century of costly landscape transformation, and the last several decades of dam removal and water resource infrastructure modernization, we can support an environment that will in turn sustain us all.  

The Middle Fork Nooksack River Fish Passage Project was re-initiated in 2017 when American Rivers became a formal partner, with funding provided by the Paul G. Allen Family Foundation for project management and coordination, as well as planning and construction. The private foundation funding was critical to reinitiating the project with key partners, streamlining technical design development and permitting, and in leveraging over $20 million of public funding for project completion.

The project was a collaborative effort between American Rivers, the City of Bellingham, Nooksack Indian Tribe, Lummi Nation, and Washington Department of Fish and Wildlife, with funding and collaboration from the Paul G. Allen Family Foundation, the City of Bellingham, Resources Legacy Fund, the National Oceanic and Atmospheric Administration, the U.S. Fish and Wildlife Service, and the Puget Sound Partnership. Additional key project partners include Long Live the Kings and American Whitewater. 

The dam is gone. Now what? 

There are many aspects to managing dam removal projects. I seek out good projects. Fundraise for them. Gather partners and stakeholders. Try to lay out the full scope of the project puzzle. Hire and manage contractors. Solve problems. Review designs and work on permits. Keep the project train on the tracks. Chug. Chuuuug… Chug? Chug! 

Once we’ve completed a project, perhaps many years down the road, we want to share it with others! Sharing our example projects can raise awareness of why we remove dams and how our work can help both rivers and local communities thrive.  

About a year ago, I shared a sneak peek behind the scenes of the Paper Mill Dam removal project in Reading, PA. This summer, we completed additional site restoration work at the site and completed the project! It looks great!  

We’ve also been busy sharing the lessons learned from this project and exploring other avenues to connect with different people about the importance of dam removal. Here are some of those examples: 

Good Medicine Event 

On June 3, 2023, American Rivers partnered with the Widoktadwen Center for Native Knowledge, Barrio Alegria, Berks Nature, and the City of Reading to host an Indigenous Wellness Celebration for the local community called Good Medicine. We kicked off the event with a Rally for the River, where the public paraded around with giant fish puppets and listened to speakers talk about the importance of protecting our rivers and streams in support of their own health and wellness. The puppets were made by Albright College’s Artist in Residence, Michael Miller, and kids from the local community. 

After we were all inspired at the rally, American Rivers hosted a fun Dam Bustin’ Photo Booth at our information table. We talked with many people about why we remove dams and how they can get involved in their community. The adults and kids alike had a great time bustin’ a dam on the Klamath River.   

Meanwhile, Michael Miller worked with other community members to refresh a mural along the river.  

Later in the day, we had a wonderful dance performance from Barrio Alegria’s Grupo Uarhani. This group is comprised of local students who are inspired to share traditional Mexican folkloric dance with the public. They really did a lovely job sharing this form of dance that many people had never experienced before. Prior to the performance, American Rivers supported Barrio’s efforts to get Grupo access to the park for rehearsals. Barrio Alegria wants to frame the use of public spaces, “as an example of how this natural attraction in our city can be used to amplify beauty, light, elegance, and excellence.” We just love that! 

In case you are wondering, people indeed were out on the river splashing around and having a great time.  

The merging of art, Indigenous knowledge, and connection to the river at this event was inspiring! 

Nahi Downstream Brochure 

One of the outreach items that we were required to do through permitting was to create an interpretive sign about the Paper Mill Dam removal. Our partners at Berks Nature took the lead on developing that sign and have since installed it along a nearby public path.  

Over the course of conversations about the sign, we realized that we did not have enough space to convey all of the information that our Indigenous partners were interested in sharing. We began to think about other ways to get that information out to the public and decided to collaborate with the Widoktadwen Center for Native Knowledge on a brochure called, Nahi Downstream: An Indigenous Perspective on the Future of Southeastern Pennsylvania’s Watersheds. The brochure was written by an Indigenous writer, Paige Willett (Potawatomi Nation), designed by an Indigenous graphic designer, Shana Mofarrah, and printed by Tribal Print Source, a tribally-owned non-profit print and training facility. We are so pleased with how the brochure turned out and hope it inspires those who read it to steward their natural resources, gain an understanding of Indigenous ways of thinking, and reconnect with rivers. 

Youth Fishing 

In April 2023, we partnered with Berks Nature on a fun youth fishing event in Reading with the local Boys and Girls Club, Barrio Alegria, and others. We had about 60 kids out there learning how to fish, plus at least six adult volunteers, not counting staff. We were able to provide fishing kits, bait, water shoes, and a pizza lunch for all of the participants. The kids received instruction on how to put their equipment together, bait their hooks, be safely aware of others while fishing, and learn about why it is important to have clean water and healthy rivers. The kids really jumped right in, and stuck with it pretty well, considering the fish were not really biting. Still, we had a great time learning about fishing! 

Tree Planting 

On a very wet day back in April, Berks Nature took community volunteers out to the Paper Mill Dam site to plant trees. They planted 164 riparian species, including red maple, black willow, redbud, sycamore, river birch, and others. Then, in the fall, they planted another 209 trees, including many grey and silky dogwoods. Soon, the site will have a nice riparian buffer established to help protect the river from runoff from the roads. 

Project Presentations 

Lastly, we have been sharing the results of this project with other practitioners as a case study. We feel that it is important to share both the ups and downs of our projects with others so that we can all learn from what works and what does not on projects. No project is perfect. There are always nuggets that we can take away for future reference. We shared presentations on this project at the National Stream Restoration Conference, PA Organization for Watersheds and Rivers Conference, and at a project manager training event in New Jersey.  

We are so grateful for our partners at Berks Nature, Widoktadwen Center for Native Knowledge, Barrio Alegria, and the City of Reading for helping us reach the local community to talk about the importance of river restoration.  

If you are interested in learning how to manage dam removal projects and are located near the Delaware River Basin, we will be having a dam removal project manager training event March 26-27 at the Jacobsburg Environmental Education Center in PA. Let us know if you are interested in attending!