You’ve got to start thinking about this as an ecosystem. All these plantations might as well be growing corn. But if you want clean water, salmon, wildlife, and high-quality lumber, you’ve got to have a forest.
— Mike Fay, a Wildlife Conservation Society biologist and National Geographic Society explorer-in-residence
Seeing a pair of bald eagles, a possum and a black bear just minutes into my trip to an interview is, to say the least, icing on the “Eco Cake.”
Especially now, with so many people in various stages of isolation and paranoia — restricting time outdoors has a double-whammy effect on our mental health, but also on the health of a community who expects in-person participation and face-to-face debate.
Virtual bird watching and online hikes just don’t cut it.
My assignment is to catch a 30-something scientist — coordinator of a non-profit — doing what he loves best: hands-on, in-the-field work, coordinating with landowners on projects to restore river refugia.
I met Evan Hayduk, 35, with Mid-Coast Watershed Council when I first moved to the coast from Portland. That was Jan 2019 at Oregon Coast Community College for a dual presentation as part of the Williams Lecture series.
“Shedding a Scientific and Humanitarian Light on Climate Change” was a one-two punch featuring Hayduk alongside Bill Kucha, well-known artist and founder the 350 Oregon Central Coast.
That night unfolded as a contrast in personalities, age and emphases. Kucha is a 70-plus-year-old two-and three-dimensional artist who also composes and performs his music, guitar in hand. Hayduk opened up the talk with a detailed PowerPoint that emphasized the power of natural tidelands/wetlands to not only purify water for species like salmon, but also as natural mitigation for carbon dioxide absorption from fossil fuel burning.
Tidal wetlands are important habitats for salmon and a diversity of other fish and wildlife species. They also trap sediment, buffer coastal communities from flooding and erosion and perform other valued ecosystem services. — Hayduk
This is a story about a man, about his passion, about his vision to see a better world through several lenses, not exclusively through biology.
The first personality to greet me on the private land near Lobster Creek was Hayduk’s loyal two-year-old Australian shepherd, appropriately named, “Tahoma.”
“The original name for Mount Rainer,” Hayduk emphasizes. In fact, “Tahoma” is the Puyallup word for “Supreme Mountain,” and according to others, Tahoma translates to “the breast of the milk-white waters.” Or as Hayduk has heard, Mother Mountain.
Before his gig here with Mid-Coast Watershed Council (MCWC) starting 2016, Hayduk worked on Tahoma (Mount Rainier National Park) running the restoration crew at its native plant nursery.
Today, we are on one of four adjoining 40-acre chunks whose landowners have granted Hayduk and MCWC access to flood plain habitat and Little Lobster creek to “help restore once was a healthy complex riparian ecosystem.”
All water flows downstream
When we try to pick out anything by itself, we find it hitched to everything else in the Universe. — John Muir
While the Alsea River is the mainstem of salmon runs, tributaries like Lobster Creek play a crucial role in salmon health. We are in an area known as Five Rivers, 25 miles east of Waldport. Alder, Cougar, Buck, Crab and Cherry creeks make up those five tributaries.
Within the Alsea Basin, the Lobster/Five Rivers watershed provides an important contribution to the populations of native fish. However, water quality problems, relating to stream temperature, have been documented in several sub-watersheds and along the main stems of both Lobster Creak and Five Rivers. The level of disturbance in the watershed has contributed to the degradation of quality habitat. [So states a 227-page scientific paper, from the Bureau of Land Management, “Lobster/Five Rivers Watershed Analysis.]
Hayduk is “eyes, ears and feet/hands on the ground” coordinator of this project. The day I show up, he has 164 home-propagated lupines and a couple of dozen Camus bulb starts. Zach and Casey from Lincoln Soil and Water Conservation District (LSWCD) soon arrive as part of their regular brush-clearing duties to fight back the canary grass and Himalayan blackberry bushes, both pernicious invasive species in our ecosystem.
They have an auguring machine to dig holes for all these pollinating plants Hayduk and his wife, Jen, grew in their Waldport home garden. Jen is the interim director of LSWCD.
Team players
The husband-wife team met in 2008 when they both worked for a backcountry conservation crew near Port Angeles. She’s from Pennsylvania, and Hayduk grew up in Woodinville (near Seattle) with his two older sisters and parents.
My dad was a general contractor in Seattle. My family had 1.5 acres and turned it into a formal English garden, so I spent a lot of time with plants.
He tells me he always knew he’d be working with plants as he got older. He did an undergraduate degree at Santa Clara University. He graduated from the Evergreen State College in 2012 with a master’s in Environmental Studies. One of his more unique programming experiences as a student was contributing to the Sustainability in Prisons Project (SPP) in school in Olympia.
I gravitate toward the prison work he did more than eight years ago. On SPP’s website, the goal is clear: “SPP brings together incarcerated individuals, scientists, corrections staff, students, and program partners to promote education, conserve biodiversity, practice sustainability, and help build healthy communities. Together, we reduce the environmental, economic, and human costs of prisons.”
Hayduk’s work now is all about conservation, restoration and replicating the natural systems that contribute to streambeds and streambanks gaining structures that make them prime refuge for young salmon and other species to blend into a natural ecological community, or web.
Stream Fish, Flora
Now there are some things in the world we can’t change — gravity, entropy, the speed of light, the first and second Laws of Thermodynamics, and our biological nature that requires clean air, clean water, clean soil, clean energy and biodiversity for our health and wellbeing. Protecting the biosphere should be our highest priority or else we sicken and die. Other things, like capitalism, free enterprise, the economy, currency, the market, are not forces of nature, we invented them. They are not immutable and we can change them. It makes no sense to elevate economics above the biosphere, for example.
–– Canadian scientist and TV series producer David Suzuki
It goes without saying rehabilitating an ecosystem like a Coastal Range temperate forest is much more complicated (and complex) than sending a projectile into space.
Evan Hayduk is one of these “forest triage experts” — he sees what 150 years of headstrong resource exploitation, unchecked razing of ecosystems and overharvesting have done and how difficult it is to put it all back together.
I met up with him on the land where he is rehabilitating riparian and river systems. This article was precipitated by my interest in Hayduk’s association with Mid-Coast Watersheds Council, most notably the monthly guest speaker series, “From Ridgetop to Reef.”
He also has just received an impressive laurel: American Fisheries Society’s 2020 Rising Star Award. This is a recognition of Hayduk’s work as someone early in his career through a partnership with NOAA and the National Fish Habitat Partnership:
“Hayduk was recognized for the quantity and quality of his restoration projects and his cooperative work with agencies and landowners.”
He sent me the entire package — the award, the letters of recommendation, projects he has worked on, his college transcripts. As I’ve learned in the Deep Dive column reporting/writing, we have some real gems on the coast. Hayduk could be a superstar in a larger non-profit and in a bigger demographic.
His job with MCWC — promoting freshwater and coastal fish conservation — is one-part grant writer, one-part field expert, one-part people manager, one-part public engagement/relationships impresario. He told me that he goes to landowners with those streams, creeks and rivers run through their properties in order to find ways to encourage stream health and restoration mitigation.
My time with him in early June focused on the process of dropping 60-foot trees into streams, crisscross fashion. This might seem counterintuitive as a best practice for stream health, but in fact, it’s a dynamic natural way to rebuild stream beds and create a functioning healthy floodplain and wetlands cohesion.
He tells me this replication of an ecosystem’s natural hydrodynamic process creates these weirs and in-stream structures that “spread the creek out,” keeping gravel beds intact all the while connecting cold water refugia to the floodplain.
The most challenging aspect of these projects comes down to humans.
“We need to work with land owners,” he tells me. “I sort of see myself as the glue between everybody.”
He shows me this riparian floodplain near the Upper Little Lobster Creek where he and his crew of volunteers have planted conifers, including cedars, and other plants to help revitalize the power of those trees to hold in soil. When the deciduous alders age out (around 60 years), they have a tendency to fall. Conifers live longer and they too will fall and act as natural “damming structures” to replicate what a natural stream should be: a haven for salmon and other aquatic species.
I study all these saplings growing inside “cages” that protect their early growth from deer.
Wood Wide Web
“The wood wide web has been mapped, traced, monitored, and coaxed to reveal the beautiful structures and finely adapted languages of the forest network. We have learned that mother trees recognize and talk with their kin, shaping future generations. In addition, injured trespass their legacies on to their neighbors, affecting gene regulation, defense chemistry, and resilience in the forest community. These discoveries have transformed our understanding of trees from competitive crusaders of the self to members of a connected, relating, communicating system. Ours is not the only lab making these discoveries-there is a burst of careful scientific research occurring worldwide that is uncovering all manner of ways that trees communicate with each other above and below ground.” ― Peter Wohlleben, “The Hidden Life of Trees: What They Feel, How They Communicate — Discoveries from a Secret World”
The connection between healthy rivers, functioning floodplains, and healthy fish, Evan emphasizes while putting planting riverbank lupine (Lupinus rivularis) in clusters of four, is trees. I learned much of these interlinked processes while teaching and living in Spokane, working on issues around the Spokane River, a highly urbanized and suburbanized river. Those forested watersheds have much higher water quality. Trees also provide a wide variety of ecological services.
Hayduk sources logs from many places, including Georgia Pacific other for-profit outfits, land owners and from projects on BLM, State and National Forest lands.
While the tree canopy lessens the erosive impact of rain and slows the velocity of stormwater flowing towards the river, trees trap sediments that build the floodplain while the roots stabilize the riverbanks.
I jump into some “ponding” water just below one of the crisscross tree structures Evan and his volunteers had dropped into this moving water refugia, Little Lobster Creek. I was presented with nice stretches of fine sand and cul-de-sacs of great pebble beds, perfect habitat for salmon redds. Hayduk showed me fresh water mussels. Crayfish were scrambling in the shallows piercing the shadows underwater.
Hayduk emphasized that there are some healthy stream systems in our area where past disruptive logging practices and snag clearing have not been so impactful and permanent. However, the cost for this sort of project Hayduk is heading up tallies to $28,000 per acre, with invasive species, brush clearing and salvage log/wood placement as the large chunk of the bill.
The tree species that best work for the log weirs and dams are conifers, like Doug firs and cedar, that latter species having the added benefit of not rotting for decades while submerged.
It’s a no-brainer trees also provide shade for maintaining water temperature. To carry the analogy to the end point, we see fallen leaves, limbs and branches support food webs by providing food and habitat for insects that are food for fish, Hayduk states. Clean, cool water with more food equals bigger fish.
Nuances like growing alders on the flood plain or marsh plain encourages other species of trees to grow on the decaying fallen alder.
Looking at the ecosystem from a centuries-versus-a-few-decades perspective is important in understanding what Evan and others of his ilk are attempting. “Big conifers that fall help with grade control. Water tables rise. Conifers in the riparian areas can grow from 100 to 200 years before they fall into the creek.”
This concept of a “messy” stream refugia as being the most healthful for all species is anathema to the way most humans have thought about rivers. Scientists like Hayduk know fish get through any of the hurdles a natural stream environment presents them — even with huge logs and entire trees with root balls integrated into the water flow.
Big enough wood simulating log jams buy time to get refugia back to an interconnected vibrancy. Thus far, in this area, 28 structures have been laid on 2.4 miles of stream, Hayduk stated.
Fragility in a huge forest
He shows me areas where logging trucks came in and now the stream is bare of trees and also where channel incision had “down cut” incisions into the bedrock, not a healthy Coho or chinook refuge.
Again, this is a fragile complex system Hayduk and his cohorts work on. The flood plain is many yards beyond the actual stream channel. So, a 30-foot creek flood flow necessitates a 60-foot log or fallen tree.
The connection between fish, trees and rivers is now poised emerging in our urban areas as sound ecology and ecosystem management. Many cities, large and small, are recognizing the benefits of reestablishing the physical and emotional linkage between river, trees and the human community. For instance, San Antonio has its iconic River Walk, Chicago has just completed its riverfront, Washington DC has its Southwest Waterfront neighborhood, and Pittsburgh has reconnected neighborhoods to its three rivers via a network of urban trails.
We talk about the high turnover rate for positions like his own, as well as his wife’s at the Lincoln Soil & Water Conservation District.
His wife Jen knows the connection of little things put back into an ecosystem having global ramifications. She obtained her master’s degree at OSU in marine resource management.
Back to the glossary: Jen Hayduk could explain the power of blue carbon, which is elegantly illustrated by this marine plant species she was studying — seagrass (Zostera marina). These seagrass habitats provide important “ecosystem services,” including their ability to take up and store substantial amounts of organic carbon, known as “blue carbon.”
Again, the couple not only understands the fragility of homo sapiens as an individual species in a time of COVID-19, but how the cultural and economic activities can so easily be disrupted.
No more volunteers out in the field, Hayduk tells me, and many projects are on hold and grants stalled/delayed because of the lockdown.
The lack of human traffic might be temporarily beneficial to such threatened species as the Northern spotted owl (Strix occidentalis caurina), marbled murrelet (Brachyramphus marmoratus) and Oregon spotted frog (Rana pretiosa), but Evan Hayduk would rather spend time in the field with people throwing in to help him with his work with river and wetlands restoration.
His background in human rehabilitation through ecological health started with people locked out of society, in tiny prison cells.
“The effects of nature on incarcerated individuals is powerful,” Hayduk tells me. His mentor was Nalini Nadkarni, Ph.D., Founder of the Sustainability in Prisons Project. “Prisoners spend limited time outside. But the program demonstrated they are good with plant stuff. It’s a powerful therapeutic tool, working with the Oregon spotted frog raising them from tadpoles all the way to adult frogs and releasing them into the wild.”
For individuals like Hayduk, “the cure” is being outside, working with/within nature, and with people (Homo sapiens), who are also part of the ecosystems, whether we recognize it or not.
Right now, Jen and Evan are tending a huge Waldport home garden, pickled goodies like carrots, tomatoes and cucumbers. Jen has even gotten into exotic plant growing, selling one of her “children” on etsy.com for a pretty penny.
They are self-sufficient, well-traveled, share visions and know how to grow food. Traits we all might need when the you know what tied to global warming hits the fan.
Q&A: Evan Hayduk Style
Hayduk is a busy fellow, having put in 63-hour work weeks and rushing to harvest tons of garden produce and preserving them, an undertaking he and his wife Jen have been doing for several weeks. Still, though, Hayduk put down some compelling responses to my intrusive queries.
Paul: What are the three things you suggest citizens can do to help folks like you and nonprofits like MCWC do what you have to do to protect salmon habitat/refugia?
Evan: A. Help and protect beaver on the landscape. This is #1. Beavers do a better job to create and maintain salmon habitat than we could ever hope to. Tolerate beavers if you live on a property that has a stream. There are beaver solutions that make it easier to “live with beaver.” Inform your neighbors about the importance of beaver and join efforts to stop trapping and killing of this ecosystem engineer.
B. Get involved! Volunteer your time helping at a MCWC event (when we bring them back after COVID-19). If you live on a river or stream clear invasive species and plant natives. Or give us a call and we can help.
C. Donate! Donations to the MCWC are tax deductible! They go directly to helping us get projects on the ground that protect and improve salmon habitat. For a non-profit like ours, just a little goes a long way.
Paul: Who are two of your biggest influences in this work, in your life?
Evan: I think I’ll separate that out into two categories life/work.
Life: My parents. I grew up observing an absolute model of love, hard work and kindness. My dad worked his way from a carpenter to owning his own construction company. This instilled a work ethic that I couldn’t shake even if I tried. I spent weekends growing up working in our 1.5-acre garden, working with my dad to turn bare land into formal English gardens. If I don’t put in a good amount of time in any given weekend now, I feel like my weekend was wasted.
Work: I’ve been lucky along the way to have some great mentors. I mentioned to you Nalini Nadkarni, who I worked with at Evergreen with the Sustainability in Prisons Project. Nalini is the most amazing person I have ever been around. Her energy is contagious, and when she is in a room there is an electricity that is undeniable.
During my time at MCWC, I also have had amazing support from some Oregon Coast legends. Before retiring in November 2018, Wayne Hoffman was an absolute encyclopedia of information. I could walk into his office, ask about any given creek on the midcoast, and Wayne could ramble on forever about the stream, current conditions, past projects, habitat potential, etc. Fran Recht and Paul Engelmeyer, who started the MCWC back in the late 1990s, are both dedicated stewards of the environment and have devoted their lives to the midcoast. My success at MCWC is due in large part to Wayne, Fran and Paul, and the rest of the active MCWC board and community.
Paul: If you were to present to a high school class, what would your elevator speech introduction be to them.
Evan: Salmon and people aren’t that different. We all need cool, clean water to survive. The actions we take to restore salmon habitat — replacing bad culverts, placing large wood in streams, planting native trees and shrubs — all do more than just restore salmon habitat. These actions restore the natural systems and processes that give us idyllic images of cold-water streams rushing through lush, green mountain terrain. We are focused on salmon, but the work we do touches everything that lives on the landscape — from birds, to bees, to you and to me!
Paul: Ocean forest range here and Olympics are some of the best places on earth to capture carbon. What makes your work out here so vital to that part of the picture?
Evan: Carbon storage is story of our lifetime. We have pumped so much carbon into the atmosphere that we have offset the balance of the system. Protecting and restoring old growth forests, sinks for carbon, is vital. Restoring salt and freshwater marshes and wetlands is also crucial. We can keep carbon locked up in estuary mud or in a 10-foot diameter cedar tree, but if these systems that support these processes are not protected and restored, we are headed down a bad path.
Paul: What are two of your most observable successes thus far in your work here?
Evan: In the last couple years we have tackled some very big projects, though any large wood placed in a stream, any tree planted, or invasive species removed is a success. By far the most observable success was the North Creek culvert project. This project was completed in 2019, restoring full aquatic organism passage to 13 stream miles of pristine habitat on US Forest Service managed lands in the Drift Creek (Siletz) basin. The undersized culvert, installed in 1958, not only blocked adult and juvenile salmon from accessing habitat upstream, but also ceased river processes and degraded habitat above and below the culvert site. The complex project in a remote location was difficult, and 60 years of “Band-Aid” solutions failed because they didn’t address the real problem: the culvert itself.
Paul: A “land ethic” by Aldo Leopold says a lot — riff with it, as in these two quotes:
“When we see land as a community to which we belong, we may begin to use it with love and respect.”
“A thing is right when it tends to preserve the integrity, stability, and beauty of the biotic community. It is wrong when it tends otherwise.”
Evan: We as people often see ourselves as other, as separate from nature, but this couldn’t be more incorrect. We not only breathe the same air as all other beings on this earth, we have by every measure had a greater impact than any.
Paul: Again, if you as director got a $5 million check from nonprofit for your work, no strings attached, what would you use that for?
Evan: Well, a boy can dream, can’t he? I think acquisition of important habitat areas would be high on the list (other than just hiring other staff to help!). Though, giving a better wage and benefits package to our staff and work crew would be a no-brainer.
Paul: Give the young reader some spiel on why they might want to pursue a degree or degrees in the general field of environmental sciences tied to ecology during a time of COVID-19, dwindling budgets for these sorts of jobs and more and more tuition expenses.
Evan: I had a professor at Evergreen (Gerardo Chin-Leo) who liked to say one of my favorite expressions: “Science is the painful expression of the obvious”. He also liked to say “Ecology isn’t rocket science; it is way more complicated than that.” Everything in this world in inextricably connected, the clues are in the interactions of flora and fauna on the landscape. Uncovering these connections and understanding how the work we see today has evolved through millennia of interactions is incredibly enthralling (to me!). These times are hard (COVID), budgets are being slashed in this field, salaries in this line of work have never been great. However, the folks that choose this line of work have a greater calling. Understanding this complex world which we are a part of and working to restore ecosystems is more rewarding that any paycheck could ever be.
Paul: Wood wide web — In your own words, explain this concept, if you have any input around how this concept ties to what you are doing in the “preservation” field.
Evan: This gets at the complexity (it isn’t rocket science!) of the natural world. Above ground we see large trees, growing individually across the landscape. What we don’t see, is the complex system of roots, fungi and microbes below the soil that supports this vast forest. Tree talk to each other, conspire when drought is near, and share resources/nutrients through the fungal networks that have co-evolved with them over millennia. This is the original “community”, and our communities could get a lot of good out of better understanding how to work together towards a shared goal.
Paul: You are working in restorative ecology. Explain that.
Evan: We are working with a degraded landscape. We are also dealing with shifting baselines. Bad enough is the direct impact on habitat over the last 200 or so years, this has gone further to disrupt ecosystem processes that maintain what we think of as a functioning system. Restoring these processes is difficult, but if successful, process-based restoration can reset these systems to be self-sustaining. Though the impact can be quick, the restoration can take centuries. When we plant a tree for long-term recruitment of wood to a stream, it’s full impact won’t be felt for 100 or 200 years.
Paul: Then, you were working in a sort of restorative justice program at Evergreen tied to sustainability in prisons. Expand.
Evan: This is where I lean on the words of Nalini: the power of nature. Everyone who works with SPP sees the power of fresh air and getting your hands dirty. Working in a prison can be a dismal setting — windowless cells, limited outside time, fluorescent lights. This is not a restorative situation. There are major problems with the criminal justice system in this country, I don’t claim to be an expert on this. But I have seen the impact that building a greenhouse in a prison yard can bring. What the nurturing of a tiny plant from seed to flower can do for a person. We worked with prisoners to captive rear Taylor’s Checkerspot butterflies and Oregon spotted frogs in Washington. Watching these “hardened” criminals hand feed and raise these tiny creatures in a prison setting was restorative, for me, and for those individuals. The guys that raised the frogs made hats with “Cedar Creek (Prison) Frog Crew” printed on them, they wore them around the prison like badges of honor.
Paul: Where do you see yourself in 15 years? Location-wise, intellectually speaking, emotionally, and politically?
Evan: Oof. I’ve been so busy lately I’ve just been able to take it day by day. In 15 years, I’ll be 50. I have no idea where this world will be at that point, so I really can’t say where I’ll be either. Long term dreams are important, but right now I’m just thinking about how to get my projects on the ground for this summer…
Note: First appeared in Paul’s column, Deep Dive, in Oregon Coast Today.
The post Fish Do Grow on Trees first appeared on Dissident Voice.
