IT’S HUCKLEBERRY SEASON!

I, like many of us, am a proud huckleberry fanatic, so it’s no surprise that huckleberry season (late July through September) is my favorite time of year to be in the forest.

I love huckleberries. If a huckleberry milkshake is on a menu, I’m ordering it. Did I want a milkshake when I came in? Doesn’t matter. Huckleberry lotion? Slather it on. Huckleberry pie? Huckleberry soda? Huckleberry candies? Absolutely! Huckleberry patch along a hiking trail? There goes my schedule for the day. 

To celebrate the huckleberry season and the ongoing efforts of Cascade Forest Conservancy’s staff and volunteers to monitor the efficacy of huckleberry patch restoration efforts, please enjoy these delicious huckleberry facts!

 

1. Huckleberries have been a culturally significant food source since time immemorial

 

Huckleberries are considered a sacred and culturally significant “first food” among many Indigenous communities in the West, including the Cowlitz Indian Tribe and the Confederated Tribes and Bands of the Yakama Nation. Indigenous communities maintained and enhanced huckleberry fields for centuries by using fire and other techniques to create optimal growing conditions for plentiful berry harvests. A number of adaptations, including fire-resistant foliage, make huckleberry plants resilient to low-intensity fires. Regular burns can even benefit berry production by eliminating competition from less fire-resistant species and allowing more light to reach the forest understory.

Today, huckleberry production is well below the historic estimates we are able to make based on anecdotal observations from Tribes, forest inventory data and historical photos (aerial and other). This is true in forests across the region and at a number of specific, historically important berry patches like the Sawtooth Berry Fields within the Gifford Pinchot National Forest. This decrease is mainly due to fire suppression and the resulting conifer encroachment and increased competition from other shrubs.

 

An Indigenous woman drying huckleberries in southwest Washington, 1937

 

In the Gifford Pinchot National Forest, the U.S. Forest Service is working to restore several huckleberry patches through targeted thinning activities meant to help recreate the growing conditions that existed before the suppression of forest fires and the forced removal of native peoples from their lands. 

Cascade Forest Conservancy and our science and stewardship volunteers have been working over the course of several years to assess the impact of these efforts through ongoing monitoring of berry production in the project area. 

 

2. Huckleberries are an economically important forest product

There are efforts underway attempting to produce commercially viable domesticated huckleberries or crossbreed huckleberries with domestic blueberries. However, at this point in time, every huckleberry you have ever eaten or consumed has come from a wild plant somewhere in the forest.

Commercial harvest permits in the Gifford Pinchot National Forest allow individuals to pick up to 75 pounds of berries each harvest season. Depending on the location, year, and whether a picker is selling to a wholesaler or directly to consumers, huckleberries harvested in the forest can fetch local pickers anywhere between $11 to $50 per pound. 

 

3. Huckleberries are exceptionally delicious and nutritious

The twelve species of huckleberries that grow in the Gifford Pinchot National Forests are not true huckleberries, but are in fact native blueberries belonging to the genus Vaccinium. True huckleberries are native to the eastern US and belong to the genus Gaylussacia.

Whatever we call them, huckleberries are exceptionally delicious and nutritious. For example, western huckleberries pack in four times the amount of the beneficial antioxidant anthocyanin than commercially produced varieties of blueberries. Compared to their domesticated blueberry cousins, wild huckleberries have a darker color and a deeper, more intense flavor.

 

The nutrition provided by huckleberries benefits the health of both human and non-human species. The fruits provide important forage for birds, bears, and many other species of native wildlife.

 

4. Huckleberry cobbler will change your life

While science has not empirically proved it (yet), among us huckleberry fanatics, it is a widely accepted fact that huckleberry cobbler is the most delicious thing a person can eat. 

Obtain a free personal use huckleberry picking permit to get everything you need for your life-changing cobbler here. Non-commercial huckleberry permits allow each permit holder to collect one gallon of berries per day, and up to three gallons of berries per year. Ask a ranger where the berries are ripe, and make sure to pay attention to restrictions indicating where you can and can’t pick. 

NEWS RELEASE: Forest Service moves forward with timber sale in the Gifford Pinchot National Forest over objections of conservation groups

Vancouver, WAon May 28, the US Forest Service released its final decision about the upcoming Yellowjacket timber sale. The decision came over the objections of concerned conservation groups, who say the agency’s plans do not adequately protect critical habitats and mature stands, and that the cumulative impacts of concentrated timber harvests on the area’s watersheds were not sufficiently considered by Forest Service planners.

The Yellowjacket sale will occur on national forest lands in Lewis and Skamania counties east of Mount St. Helens in the Camp Creek-Cispus River and Yellowjacket Creek watersheds. The sale includes a total of 4,651 acres of timber harvest, in addition to various infrastructure and habitat improvement activities.

Molly Whitney, Executive Director of the Vancouver-based Cascade Forest Conservancy, said in an email to the group’s supporters, “[o]ur national forests are on the frontline of climate change. These places contain the vast majority of our region’s remaining old-growth and mature forests; a resource that belongs to all of us. The science is clear. Protecting old-growth and mature forests in the Pacific Northwest is critical to slowing climate change and creating resilience to climate impacts for our local communities, ecosystems, and wildlife. It is imperative that we work to protect these forests and enhance connectivity, but in many ways, the decision released by the Forest Service fails to do that.”

 

 

The Yellowjacket timber units are primarily composed of forests dominated by Douglas fir, western hemlock, and silver fir. These forests are located west of the Cascade crest, an area with abundant annual precipitation and a relatively low risk of wildfires.

Whitney says that one of the problems with the Yellowjacket sale is the intensity of the logging, pointing out the agency’s use of a controversial practice known as regeneration harvests, which materials published by the Forest Service say are designed to create more of the young forest habitat preferred by deer and elk by removing up to 90% of an area’s existing canopy cover. Whitney says that regeneration harvests are essentially clear-cuts and that more young forest habitats are already being created by wildfire, drought, root disease, and insect outbreaks. 

“The Forest Service has acknowledged that protecting mature and old-growth forests is one of the simplest things it can do to combat climate change,” said Ryan Talbott, Pacific Northwest Conservation Advocate for WildEarth Guardians. “Yet the agency continues to approve sales like Yellowjacket that target the very forests that it knows should be left standing. And keeping mature and old-growth forests intact not only benefits our climate but protects watersheds and wildlife habitat.”

 

 

“We used every tool available to us to change the outcome of this decision,” said Ashley Short, Cascade Forest Conservancy’s Policy Manager, and that her organization had been discussing concerns and areas of agreement about the sale with agency officials and the timber industry for years. “We submitted official comments, collected data about stands out in the field, raised issues, and filed objections.” Short says some of her group’s concerns were heard and incorporated into the final plan, but that many of the issues raised, including concerns about the cumulative effects on watersheds of harvest concentrated near waterways, were ignored.

The Yellowjacket timber sale is happening during a time of major transition in how national forest lands are managed. Since taking office, the Biden Administration has been taking steps to rethink how public lands are managed, including executive orders focused on protecting mature and old-growth forests, the formation of a federal committee to formulate recommendations for an update to the Northwest Forest Plan, and the Infrastructure Bill which directs significant funding to climate-related programs.

Short says that while the Administration is trying to take steps to protect old-growth and mature forests, “the changes aren’t making it down to on-the-ground decision-making yet, and that will have consequences for years to come.”    

NEWS RELEASE: CFC Objects to Upcoming Timber Sale In Gifford Pinchot National Forest

NEWS RELEASE | March 25, 2024

Vancouver, WA – Cascade Forest Conservancy, a Vancouver-based conservation nonprofit, is objecting to plans for the upcoming Yellowjacket timber sale, which will occur on national forest lands in Lewis and Skamania counties east of Mount St. Helens in the Camp Creek-Cispus River and Yellowjacket Creek watersheds. The conservation group says that the Forest Service provided inadequate analysis about certain aspects of the project, which they argue could result in harm to sensitive species and waterways in the forest. Plans for the proposed project include a total of 4,651 acres of timber harvest in addition to other infrastructure and habitat improvement activities. 

Ashley Short, Cascade Forest Conservancy’s Policy Manager, said the Forest Service’s analysis of the timber sale’s impacts on waterways was conducted at a level that was too broad. “Analysis this broad hides what’s really going on at the various places affected by a project like this and ignores what could happen to specific waterways and sensitive species if Cascade Forest Conservancy didn’t speak up,” she said, adding that failing to object could contribute to a bad precedent regarding the level of analysis the agency applies to future projects.

Cascade Forest Conservancy’s objection, authored by Short and filed on Friday, March 22, argued that the agency’s plans for the timber sale failed to comply with the National Environmental Policy Act (NEPA), which requires federal agencies to provide site-specific analysis for impacts resulting from actions taken on public land, but “instead rolled site-specific impacts into a larger watershed, diluting the true impacts of the project.”

According to Short, the Forest Service may choose to allow certain impacts to result from timber sales, but are obligated to study those impacts and present their analysis to the public for comment and engagement first.

Molly Whitney, Cascade Forest Conservancy’s Executive Director, says the conservation group has a positive working relationship with the Forest Service and expressed optimism that the concerns raised in her organization’s objection would be resolved without the need for litigation. Parties who object to timber sales discuss their concerns at an objection mediation meeting with the Forest Service. 

“In this instance, the Forest Service failed to provide adequate site-specific analysis relating to the impacts of logging activities near several important streams. There is reason to believe that some of the streams located near timber stands where the agency is planning high-intensity harvest activities contain rare and sensitive species, like the Cascade torrent salamanders. We want the agency to provide the site-specific analysis required by law and that is needed to fully understand and address the impacts of this sale on places like Pinto and Stepladder Creek.” Said Whitney. “We want to see a specific analysis of how sedimentation from timber harvest activities will impact these waterways and the species depending on them. And we are asking the agency to address any site-specific negative impacts they find by reducing the intensity of timber harvest in certain areas.”

 

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HISTORIC NEW PROTECTIONS FOR THE GREEN RIVER

On December 18, the Washington Department of Ecology (Ecology) announced new rules designating portions of three waterways, the Cascade River, Napeequa River, and Skamania County’s Green River, as Outstanding Resource Waters (ORWs). The new designations are the end result of a multi-year effort by several organizations, including Cascade Forest Conservancy, to safeguard some of Washington’s most exceptional waters.

Under federal law, individual states are directed to designate waterways of exceptional ecological and recreational value as ORWs. These designations provide a high level of federal protection under the Clean Water Act of 1972, but until now, Washington had never used this tool.

The Green River’s new protections are well-deserved. The upper reaches of this waterway flow from the foothills of Mount St. Helens. This section of the river is beloved by recreationists of all kinds, including hikers, mountain bikers, backcountry horseback riders, hunters, anglers, botanizers, foragers, and many others. The river also has unique ecological significance due to its role as a gene bank for wild steelhead—an area set aside for wild fish populations to protect genetic diversity and ultimately the long-term health and survival of the species.

“Protecting Washington’s pristine waters benefits all Washingtonians and is critical for the state’s salmon and steelhead,” said Molly Whitney, Cascade Forest Conservancy’s Executive Director. The Tier III A classification assigned to the Green River means that new forms of pollution along the designated portions are prohibited.

 

 

Securing these designations would not have been possible without the help of concerned citizens, including many CFC supporters! After attending an event supporting the new rule held at the beginning of September, Tara Easter submitted written comments and attended an in-person hearing in Kalama, WA. 

“I felt it was important to show my support for these designations as a Washington resident concerned with the health and resilience of our freshwater ecosystems,” she explained.

The passion and advocacy of our community was a significant help in our efforts to see these new protections enacted. Thank you to everyone who submitted comments or otherwise supported this effort!

 

Thanks to the supporters who came out in support of Washington’s first ORW designations

 

In addition to added protections for the ecosystems and wildlife of the Green River, this designation is particularly helpful towards our long-term efforts to defend the surrounding area against the threat of mining. While these new protections do not explicitly prevent mining in this area, they will make it more difficult and costly to develop a mine here. In this way, the designation of the Green River as an ORW directly compliments our ongoing work with the Green River Valley Alliance to secure permanent protections for the area through a legislative mineral withdrawal.

We are thrilled Ecology has recognized the unique values of the waterways that have become Washington’s first ORWs—especially of the Green. Keep an eye out for an in-person celebration of these designations in the new year as we mark a successful end of this multi-year, collaborative effort.

AMPHIBIAN SURVEY TRIP REPORT

Near the Cispus River, beneath towering conifers and sheer rocky cliffs, Cascade Forest Conservancy staff and volunteers spent Earth Day weekend searching under rocks and logs, in and around small creeks, for various life stages of salamanders and frogs. 

The work was the first step in CFC’s new study designed to understand how the salmon habitat recovery projects planned at our two survey sites will affect amphibian populations. Here in the Cascades, a place defined for many by its majestic mountain peaks and its iconic species like salmon, Roosevelt Elk, Douglas fir, and Western redcedar, small things can be easily overlooked. Too little is known about current populations of many species of amphibians in the Pacific Northwest, but these creatures play vital roles in healthy ecosystems and understanding how they are being impacted by habitat restoration efforts is key to preserving biodiversity in our region.

 

CFC volunteers turning over rocks in a shallow stream searching for amphibians
Volunteers and CFC staff searched two streams and the surrounding banks for amphibians.

 

To conduct our surveys along the creeks, CFC staff and volunteers split into three teams. Two groups worked across from each other on opposite stream banks and the third worked in the stream itself. Each terrestrial team began by measuring an area 50 meters long and 10 meters back from the water’s edge into the forest, then searched for a set amount of time before measuring out a new area and beginning the process again.

 

Volunteers on either side of a beautiful stream surrounded by old growth forests in the Gifford Pinchot National Forest
To conduct the surveys, volunteers split into three teams. Two terrestrial teams searched each bank, and the third team looked in the stream itself.

 

Turning over and carefully resetting the rocks and logs under which these species live meant getting low and close to the forest floor and stream bed. From these vantage points, the familiar forests look very different. The world of amphibians may be miniature, but it brims with life. The teams encountered subterranean networks of tunnels, a staggering array of mosses and fungi, and a diverse array of terrestrial and aquatic invertebrates. At the end of two days of searching, we found and documented 31 individuals from five species of amphibian; two terrestrial salamanders (ensatina and the western red-backed salamander) and three frogs (Pacific tree frog, western toad, and northern red-legged frog).

 

An ensatina found during CFC's amphibian survey
The terrestrial salamander, ensatina.

 

A red-backed salamander found during CFC's amphibian survey
A red-backed salamander found during CFC’s amphibian survey.

 

A volunteer's gloved hands holding a small juvenile western toad
A volunteer holding a juvenile western toad. The oils on human skin can harm amphibians, so CFC’s staff and volunteers only handled specimens with gloved or wetted hands.

 

The stream team had less luck than the groups working the banks. Based on our locations and the characteristics of the waterbodies we searched, it was possible we would find egg masses or fully aquatic species like Cascade torrent salamander, Pacific giant salamander, or Cope’s giant salamander. We did not find any amphibian species in the creeks, but after the surveys, we decided to venture to the nearby Cispus River. There we found stagnant backwater channels that, lo-and-behold, had Pacific tree frog, western toad, and northern red-legged frog egg masses! This discovery reiterated the fact that these species, among others, need slow-moving water to lay eggs.     

 

Volunteers stand in and around an area of still water beside the Cispus River
CFC’s staff and volunteers found amphibian egg masses and several species of frogs in an area of still water along the Cispus River just outside of the first survey area.

 

WSU Biology PhD candidate and amphibian expert, Julianna Hoza, with a northern red-legged frog
WSU Biology PhD candidate and amphibian expert, Julianna Hoza, found this northern red-legged frog in an area of slow-moving water near the one of CFC’s survey sites.

 

Later this year, CFC will be working to restore Camp Creek by placing more large woody debris into the stream. The lower reaches of the creek have great potential for being used as off-channel habitat for salmon. The addition of wood will create diverse salmon habitat in the form of slow-moving water for resting, cover from predators, and deposition of gravel for spawning. After our amphibian surveys, we can now hypothesize that the slow-moving water will not only benefit salmonids, but could also create more habitat for Pacific tree frogs, western toads, and northern red-legged frogs to breed since we know they are in the area. But then the question arises; if we are creating more salmon habitat and more amphibian habitat, are we just creating more food for the salmon? The impact of instream restoration on amphibian populations has not been well studied. Project partner, Julianna Hoza, with the University of Washington-Vancouver, is studying the impact of beaver dam analogs on amphibian populations, which inspired us to consider this for our upcoming studies.  

 

A fast-flowing stream flowing through a lush forest
Future restoration projects will create areas of slow water and diversify habitat to benefit salmon and other species.

 

We’ll start the restoration work with the Forest Service in August of this year. Changes to the water often occur quickly, but we’ll have to wait until spring to see what fish and wildlife have moved in. In early spring of 2024, we’ll be back out at the site to see how the placement of large woody debris has shaped the stream and to see if there have been any changes to the amphibian species that are utilizing the creek and surrounding areas.

WOLVES HAVE FINALLY RETURNED TO SOUTHWEST WASHINGTON

A long-absent keystone species has returned to southwest Washington. On April 7th, 2023, the Washington Department of Fish and Wildlife released a report that confirmed the existence of a new wolf pack in a sparsely populated area on the Yakama Reservation, east of Mt. Adams. 

Migrating wolves began returning to Washington in the 2000s from packs in Idaho, Montana, Wyoming, Oregon, and British Columbia. Their recovery has been closely monitored ever since. Washington’s Wolf Conservation and Management Plan divides the state into three zones, Eastern Washington (where most of the state’s wolves reside), Northern Cascades, and Southern Cascades and Northwest Coast. The Big Muddy Pack (named by the Yakama Nation for the Big Muddy Creek which flows east from Mt. Adams) is the first pack to establish a territory in the Southern Cascades and Northwest Coast zone.

 

WDFW map showing territories of known wolf packs at the end of 2022
WDFW map showing territories of known wolf packs at the end of 2022

 

So far, the Big Muddy Pack consists of only two individuals. One is a young male, WA109M, who set off from his central Washington pack in 2021 and eventually wandered more than 300 miles to Klickitat County. In April 2022, biologists observed WA109M traveling with another wolf who was later confirmed to be female. Two wolves traveling together in winter meet the state’s definition for a pack. The pair have now established a territory and it’s possible they will have pups soon.

 

WDFW photograph of WA109M

 

As modest as the Big Muddy Pack may be for the moment, the documentation of a new wolf pack in southwest Washington is historic news that many have been waiting a long time for. 

Wolves were nearly eradicated across the continental U.S., including within the Pacific Northwest, by the first part of the 20th century. The gray wolf was listed as endangered under the Endangered Species Act when it was passed in 1973 and listed as endangered by the state of Washington in 1980. The species briefly lost its federally protected status in January 2021, but protections were restored in February 2022.

As the recent back-and-forth protection status changes illustrate, the wolf, perhaps more than any other animal in North America, elicits strong feelings and spurs passionate debates. To some, the federal government’s all-too-successful campaign to exterminate the gray wolf epitomizes the darkest and most ill-informed parts of America’s legacy of colonial expansion and the ecological destruction wrought by people who saw the natural world as something to be claimed and tamed. For them, the return of wolves is a sign that we are moving beyond old ways of thinking and allowing the natural world to heal. For others, wolves represent an unwelcome danger or a threat to rural livestock economies. There are effective co-existence strategies and compensation policies that ranchers and agencies can employ, but fear and distrust often end up taking center stage in some corners.    

 

A wolf feeding in Yellowstone National Park

 

Wherever they appear (or reappear), the presence of wolves makes an impact, but not just symbolically or politically. Wolves are a keystone species that play a vital role in and bring balance to ecosystems. For example, the now-famous 1995 reintroduction of wolves to Yellowstone National Park led to a surprising number of positive impacts for ecosystems in the region. Without their primary predator, elk had overgrazed much of the park. The resulting loss of vegetation negatively impacted populations of mice and rabbits, as well as the animals that prey on them. Songbirds found fewer available nest sites. Even bears were impacted as the elk out-competed them for the berries they relied on. In riparian areas throughout the park, the absence of wolves had even more drastic impacts. Overgrazing in riparian areas led to erosion and stream sedimentation and a reduction of the abundance of beavers, fish, insects, birds, and river otters, compromising the health of entire aquatic systems. With wolves back in the mix, the ecosystem rebounded. 

We can see the impacts that a century of elk and deer populations living without their main predator have had on riparian systems here in the southern Washington Cascades as well. It will take more than one pack of wolves to really affect the feeding and movement behaviors of their prey species, but we expect this relationship to be re-established at some point in the future. We look forward to the opportunity to assess how the return of wolves impacts ecosystems here and to better understand the role the species may have to play in supporting climate change resilience in our region.

NEWS RELEASE | December 6, 2022 Local conservation groups welcome recent US Forest Service announcement as a step forward for climate-smart forest management

FOR IMMEDIATE RELEASE

December 6, 2022

Local conservation groups welcome recent US Forest Service announcement as a step forward for climate-smart forest management.

The announcement signals the beginning of a process to update current federal land management policies to account for wildfire, carbon sequestration, and climate change.  

 

On December 5th, the US Forest Service announced plans to establish a Federal Advisory Committee to provide the agency with recommendations for updates to the 1994 Northwest Forest Plan (NWFP). The NWFP was enacted during a period of intense national debate surrounding logging in old-growth forests and other unsustainable land management practices in the Pacific Northwest. It was the world’s first policy establishing a science-based, ecosystem-focused land management plan and remains the largest, affecting an area of more than 19 million acres of national forests in Washington, Oregon, and northern California. The committee’s recommendations will become the basis for the first significant updates to the NWFP in nearly three decades.  

The announcement calls for nominations for individuals to serve on a 20-member Federal Advisory Committee that will be comprised of representatives of the scientific community, non-governmental organizations, and individuals representing the interests of Tribes, governments, and the public at-large. Local conservation groups, like Cascade Forest Conservancy (CFC), are welcoming the move as a necessary opportunity to bring federal land management policy in line with current climate science.

“In a lot of ways the Northwest Forest Plan has been a huge success. It’s one of the most important tools we have for preserving old-growth habitats and maintaining and improving water quality,” said Ashley Short, Cascade Forest Conservancy’s Policy Manager. “But the plan hasn’t been updated since its adoption in 1994 and the conditions we see on the ground have changed. We’re already seeing the impacts of climate change in our region, like drought, higher water temperatures, and a longer fire season, and the science indicates these changes are going to continue.” 

CFC also pointed out that when it was adopted, the NWFP focused on conserving populations of a number of species dependent on old-growth habitat, but noted that the plan leaves many old-growth and mature forests still at-risk from logging and road building. Short says that “for example, in areas currently designated as “matrix lands,” where timber harvesting is focused, there are few protections for these rare patches of old forest. The small amount of old-growth left in the southern Washington Cascades is already facing growing threats like increased wildfires and drought. These magnificent places are worth preserving for their own sake, but they also play an outsized role in carbon storage. It is vital that we protect old-growth forests whenever possible.”

This week’s announcement carries the potential to shape the future of land management in Washington for years to come. It represents one of the administration’s more significant actions affecting national forests in the Pacific Northwest since Biden’s Earth Day Executive Order directing the Forest Service to develop a definition for old-growth and mature forests and map remaining stands on federally managed lands.   

Short said that “forming this Federal Advisory Committee is an opportunity for the Biden administration to ensure the continued success of the Northwest Forest Plan by listening to experts and community leaders like scientists, Tribal representatives,  and members of rural timber communities. We are hopeful this will eventually result in an updated forest plan that benefits people in Indigenous communities and rural communities and that it will ensure that land management policies are more aligned with our current climate realities. Getting the details of the plan right will be essential to conserving biodiversity, protecting mature and old-growth forests, and addressing the impacts of wildfires.” 

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PROJECT UPDATE: BEAVER REINTRODUCTIONS ARE IN FULL SWING

CFC’s beaver reintroduction program has been operating since 2019 and to date has released 34 individuals into carefully studied and selected locations where the animals have the best possible chance to thrive. We, along with an ever-growing number of Tribes, agencies, and organizations, are using beaver reintroductions as a way to improve degraded habitats and mitigate the impacts of climate change. Watersheds are healthier and more resilient when beavers are present. Their dams slow waterways and create deep pools, expand and improve aquatic habitats, foster drought and flood resilience, and slow or even disrupt the spread of wildfires.

 

 

At the end of the third field season in my time working as Cascade Forest Conservancy’s (CFC) Communications Manager, I had an opportunity to participate in and document the final leg of a beaver’s relocation into the forest–something that has been high on my “CFC bucket list” since I joined the team. This was my first chance to meet the iconic, indomitable, habitat-engineering North American beaver (Castor canadensis) up close.

I was also getting time to chat with CFC’s Science & Stewardship Manager/beaver wrangler extraordinaire, Amanda Keasberry, on our drive north to the release site as our passenger, a 55-pound male beaver, napped on a bed of straw in a large animal carrier in the back of the Subaru. Amanda trapped him the day before, and he had spent the night at the Vancouver Trout Hatchery, where animals are safely housed and cared for between capture and release. We are grateful to have access to these facilities thanks to new partnerships with the Washington Department of Fish and Wildlife and our friends at Columbia Springs, a local nonprofit working to inspire stewardship through education experiences designed to foster greater awareness of the natural world.

I found it difficult to fully comprehend how it was that animals like the one snoring softly behind me had once been the driver of continent-wide change. Not so long ago, Europe’s obsession with fashionable pelts motivated and financed westward colonization and resulted in the near-eradication of beavers from many parts of North America. The loss of this once-abundant keystone species profoundly altered the character, course, and quality of unfathomably vast areas of aquatic and riparian habitat across the continent. The systematic extermination of beavers was an ecological disaster on par with the destruction of the buffalo herds of the Great Plains.

 

 

As we drove, our conversations returned to CFC’s beaver program. Now a licensed trapper equipped with advice from a few generous mentors, Amanda had been busy, to say the least. Our passenger (the mate to a beaver caught earlier in the week) was the sixth animal Amanda had successfully trapped in only ten days. These two beavers, she explained, were being moved at the request of a local landowner. It seemed that after several years of peaceful co-existence, the situation with these beavers had become dangerous. The landowner had noticed that the animals had been chewing large trees on a slope directly above their home. Just days before traps were set, the beavers felled a tree onto the homeowner’s deck. “A lone beaver can take down a large tree in a single night,” Amanda explained.

Nearly all of the beavers CFC relocates come from similar situations. Although current population numbers are still well below their estimated abundance prior to European colonization, the species has managed a remarkable recovery. Unfortunately, they have been slow to return to some areas high in watersheds where their dam-building will have much-needed positive impacts. The species is, however, becoming widespread in some places where their tendency to down trees, flood fields or roads, or block culverts, inevitably leads to conflict with human neighbors. Even ardent lovers of wildlife sometimes feel forced to resort to lethal removal. Thankfully, Amanda’s trapping and relocation efforts provide an alternative. In many instances, beaver relocations represent the best outcome for all involved.

 

 

As we neared our destination and gained elevation, the rain picked up and the temperature dropped. We stopped along an unpaved forest road south of Mount St. Helens. After zipping up our coats, pulling up our hoods, and putting on gloves and waders, we carried our cargo (who was still somehow napping) into the brush before carefully lowering the carrier to the ground a few feet back from the bank of the waterway.

 

 

I could tell from the animal carrier-sized depression in the grass and the bits of straw on the ground that this was exactly the same site where this individual’s mate had been released just days before. Amanda noted that the willow trimmings she’d left on the bank had been eaten. This was a good sign, she said. She felt reasonably optimistic that our male’s mate was still nearby.

I expected our beaver would be eager to get away from us, his strange captors, as soon as the door to the carrier opened. I walked off a few yards to set up a camera and tripod and prepared to capture what I thought would be a quick burst of action. I hit record and gave Amanda a thumbs up. The door swung open, but to my surprise, nothing happened. This male was in no hurry to leave. It seemed he’d prefer to continue contentedly napping on his warm bed of straw.

Amanda coaxed him out by gently lifting the back of the carrier up a few inches. Still, even on the bank, the beaver was in no rush to go anywhere. But a minute later, his nose began to twitch–he seemed to smell something familiar. He zeroed in on remnants of the bedding left behind from the earlier release of his mate and started to perk up.

 

 

At last, the beaver was on his way. He lumbered a few feet down the bank before slipping silently into the dark, tannin-stained waters. Watching him go, I had thought he was slow and awkward on land. Once in the water, however, he moved gracefully and with purpose.

He swam for a short distance with his head and back above the surface, then arched his back and slipped out of sight beneath the water–becoming in that instant as much a part of this landscape as the grasses, willows, and western redcedars around us. I was moved to see him set off into this wild, remote, and unnamed waterway deep in the forest, and felt hopeful in the understanding that if all goes well, the presence of this beaver and his mate will improve this area and protect it from the worst impacts of climate change for years to come.

GATHERING NATIVE SEEDS FOR WILDFIRE RESTORATION IN THE SHADOW OF PAHTO (MT. ADAMS)

Halfway through a day of collecting seeds from native plant species from forests north of Trout Lake, volunteers and CFC staff enjoyed a break with a unique view. Pahto (Mt. Adams) towered above an expanse of charred snags arranged among a green carpet of wildflowers, shrubs, berries, and new saplings flourishing in the abundant sunlight.

 

 

 

This area burned in 2015’s Cougar Creek Fire. Yet, seven short years later, it is well on its way to recovery and is currently providing valuable early seral habitat (areas characterized by the early stages of forest re-growth which are important to many plant and animal species) to the larger forest ecosystem. In dry mixed-conifer stands, like those found throughout the eastern half of the Gifford Pinchot National Forest, wildfires are a natural and even necessary part of forest ecology. But not every fire-impacted area in this part of the forest is doing as well as this one.

 

 

In some instances, climate change has led to more intense wildfires and shorter intervals between burns occurring in the same stands. These high-intensity, low-interval fires can deplete buried seedbanks and the forest’s ability to replenish and rely on the supply, making it difficult for some stands to recover naturally. Not far from where we were enjoying our break another fire-impacted area is fairing much differently. The triple burn area was affected by three fires in a short period of time–2008’s Cold Spring Fire, 2012’s Cascade Creek Fire, and the 2015 Cold Creek Fire. This area is now struggling to recover, so CFC’s staff, the US Forest Service, and volunteers are stepping in to lend a hand through what could be called “assisted migration” of vegetation from healthy stands to areas that have been slow to regrow.

 

 

For the past 6 years, we have been working to gather seeds from native plant species like beaked hazelnut, wax currant, snowberry, western columbine, pearly everlasting, ocean spray, lupine, wild roses, Oregon sunshine (aka wooly sunflower), and many others. We collect these materials from forests closely resembling the triple burn area in species composition and elevation. The collected seeds are then being used to revegetate the area where seedbanks have been exhausted.

 

Guided by Evan Olson, a botanist for the Gifford Pinchot National Forest, volunteers learned how to identify, collect, and label seeds from targeted species, and spent a beautiful sunny Saturday gathering among the understory.

 

 

Leading up to the trip, volunteers were given several documents to get a chance to familiarize themselves with the history of the three fires that created the triple burn area and a resource guide of native plant species that we would be encountering in the field. At each site we visited, volunteers and staff split into groups and dispersed throughout the area to find the seeds. Some worked as generalists collecting any species listed in the pre-trip materials they came across. Others specialized in finding one or two species.

 

At the end of the day, we gathered around Evan’s Forest Service pickup and handed over the last of our haul to be sorted, stored, and then used in upcoming revegetation efforts, including our upcoming and final volunteer trip of the year where many of the same seeds gathered will be spread throughout the triple burn area.

 

 

“This is vital work,” Evan explained as he thanked the volunteers for their efforts. Climate change may be altering the ecology of wildfire and the landscape’s ability to regenerate after a burn, but helpful interventions like these can make a long-lasting difference. 

READ CFC’S 2021 ANNUAL REPORT

Instead of lots of statistics and charts, this year’s annual report is a collection of narratives told by our staff about just a few of the advocacy, conservation, and restoration successes of last year. Together, these stories demonstrate how CFC continued to achieve positive impacts for the forests, rivers, wildlife, and communities throughout the southern Washington Cascades in 2021, thanks to the generous support of our donors and the hard work of our volunteers.

Enjoy!

Click here to download a PDF or read the report below