By Sophia DiCarlo, Digital Content Writer/Editor, foundry10
On June 8, first- and second-year Ocean Research College Academy (ORCA) students gathered with their classmates and families at Everett Community College’s Waterfront Center to present their research as a part of the eleventh annual Possession Sound Student Showcase and Talks (PSSST).
ORCA is an innovative early college academy where students can earn up to two years of college credit while completing their high school graduation requirements. Most ORCA students graduate with an associate degree in addition to a high school diploma from their sponsoring high school. foundry10 is proud to partner with ORCA and support student-led research projects.
The well-attended event included two poster presentation sessions and three oral presentation panels focused on research questions related to the greater Possession Sound area. ORCA founder and educator Ardi Kveven shared that the goal of this event is to give students the opportunity to explore this region and what interests them about it while also gaining comfort working with data and presenting their research to a larger audience.
ORCA students also have the opportunity to present this research at other scientific conferences, including the Salish Sea Ecosystem Conference, UW Undergraduate Research Symposium, and Puget Sound Environmental Monitoring Program.
The poster presentation sessions included first-year students sharing research questions guided by their curriculum and data they used from ORCA’s State of Possession Sound (SOPS) project. Their presentation topics ranged from water temperature, salinity, and chlorophyll values to plankton presence and abundance over time and in different locations in Possession Sound.
Elise Foot Puchalski
First-year students gave two- to three-minute summaries of their projects to attendees. They eagerly answered any follow-up questions and shared real-world applications sourced from their data, such as tracing the impacts of increased algae blooms on the food chain.
The oral presentations were given by second-year ORCA students who ask and investigate their own original research questions. Each student gave a five-minute presentation sharing the inspiration for their project, how they collected their research, and what they learned from the process. Students’ Possession Sound projects covered topics including water chemistry, currents, underwater noise, biology, and more.
Abby Searle
Abby Searle
Second-year student Abby Searle presented about seasonal diet shifts in river otters at the mouth of the Snohomish River. This project required Abby to routinely collect and analyze otter scat to better understand what their diets were composed of. She was surprised to find a larger percentage of crustaceans in the diet samples, as opposed to a dominant source fish as she originally expected. There were even a couple weeks where Styrofoam made an appearance in the samples she collected.
After her sample collection and analysis were completed, Abby shared that preparing for this presentation allowed her to gain confidence in her public speaking skills. “It’s definitely something that I can carry along with me—realizing that I can do it, even if it’s hard and takes a lot of practice. But at the end of the day, I can do it.”
Abby credits the supportive staff at ORCA for helping her put together her project and developing her presentation skills. “I genuinely don’t know if there is a place I could feel more supported just because I could walk into any of their offices, ask a question, and come out satisfied with the answer. Or if they don’t know, they’ll help me figure it out, and they’re just so willing to be a part of my research, but also step back and let me do it and figure things out by myself.”
foundry10 was excited to partner with ORCA and support student data collection for their research projects. To learn more about ORCA, visit their website. To learn more about foundry10 research, programs, and events visit foundry10.org.
LLTK joins research network modeling Puget Sound ecosystems
Long Live the Kings is part of a new collaborative project led by the Puget Sound Institute to create the Puget Sound Integrated Modeling Framework (PSIMF). PSIMF will bring together five separate models of Puget Sound, helping scientists and planners understand the complex puzzle pieces of our region’s ecosystems from ocean to mountaintops.
Funded in part by the Paul G. Allen Family Foundation, PSIMF will enable better regional planning and decision-making by providing a cohesive picture of the entire Puget Sound ecosystem. Components of the integrated framework will model land cover, freshwater, marine, food web and human activity. Hem Nalini Morzaria Luna, a researcher with Long Live the Kings, works with the Atlantis Ecosystem Model to study the Puget Sound food web. This research is key to ongoing work from the Salish Sea Marine Survival Project to understand how factors at the base of the food web – including the influence of climate change – ripple up to affect salmon and other predators like orcas. By combining Atlantis with the four other models, PSIMF provides a powerful tool for shaping the path to salmon recovery as part of a sustainable future for Puget Sound.
Read more on PSIMF and the power of data-driven modeling from Puget Sound Institute.
In the late 1800s, settlers converted the Ohop Valley to pastures and farm fields, turning a once meandering Ohop Creek into a straight-flowing ditch to drain the valley for dairy farming. The process drastically transformed the landscape, reducing its ability to provide spawning and rearing habitat for historical salmon populations, including chum, pink, coho, and Chinook salmon, as well as steelhead and cutthroat trout. As a major tributary to the Nisqually, the loss of this habitat was detrimental to these salmon and has contributed to decreased populations and the listing of Chinook and steelhead as threatened under the Endangered Species Act. Substantial work has been done to address the historic habitat degradation, however new science points to another more modern threat to salmon recovery.
Over the past 15 years, watershed partners have worked together to implement the Lower Ohop Creek Restoration Project, transforming the lower section of Ohop Creek and the surrounding valley, converting it back to what it looked like prior to settlement. Completed over two phases of construction, over 2 miles of Ohop Creek have been remeandered, derelict structures and invasive plant species removed, and large woody debris placed throughout the valley floor. As part of the restoration, nearly 200,000 native trees and shrubs have been planted across 180 acres of floodplain.
The restoration of Ohop Creek is a major step in recovering Nisqually salmon, but stormwater pollution that comes of off roadways has been recently identified as a major threat to recovery. Some of the harmful components of stormwater include heavy metals and microscopic tire particles. Traffic volume along Highway 7, which crosses Ohop Creek near the Town of Eatonville, has been on the rise due to population growth of the Puget Sound region resulting in more of these chemicals entering Ohop Creek. According to Washington State’s Department of Transportation’s 2019 annual average daily traffic data, assuming four tires per vehicle, roughly 12 pounds of microscopic tire particles are released at this site throughout the year. Scientists have recently discovered that these tire dust particles contain a chemical known as 6PPD-Quinone, which causes mortality in salmon, especially coho, in low quantities. The Nisqually Indian Tribe and Long Live the Kings have partnered with Cedar Grove, an environmental solutions company, to pilot a mobile biofiltration system designed specifically to capture and filter stormwater run-off from Highway 7.
In January 2022, the unit was installed between the two bridge crossings along Highway 7, in close proximity to Ohop Creek. The size of the unit allows for the collection of 91% of the roadway run-off. With each significant rain event, the system automatically collects water quality samples at three locations: where the run-off enters the filtration system, the middle of the system, and at the outlet where the water is discharged onto the Ohop Creek floodplain. The water samples allow researchers to test the effectiveness of Cedar Grove’s system at removing harmful contaminants. These samples are tested for their chemical and toxicological composition, including heavy metals, ammonia, dissolved organic carbon, total suspended solids, nitrates, nitrites, total phosphorus, and polycyclic aromatic hydrocarbons (PAH’s). Additionally, the composite samples are shared with Washington State University to assess biological impacts and University of Washington’s Tacoma Campus to test for 6PPD and 6PPD-Quinone.
The biofiltration system is mobile, relatively inexpensive, and scalable for different stormwater filtration needs. If the system can safely remove harmful chemicals and prevent them from polluting salmon streams, don’t be surprised if you see the use of this system become widespread. In the very near future, stormwater filtration systems will go hand in hand with habitat restoration as a principal salmon recovery tool.
Fall 2022 Update:
By the end of April, the Ohop biofiltration system had encountered two significant rain events. As of November, preliminary data analysis shows positive signs that this system is effective at reducing heavy metals, water toxicity, and 6PPD-quinone to levels that are not detrimental to salmon. We hope to continue this study and look forward to sharing more results as they are available!
Learn more from the Northwest Treaty Tribes here.
Come along on a tour of the project site (via LLTK’s Instagram)!
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Authors: Ashley Von Essen is the Lead Entity Coordinator at the Nisqually Indian Tribe. Ashley Bagley is a Project Manager at Long Live the Kings. This article was originally published in the Summer 2022 issue of Yil-Me-Hu, the Nisqually Watershed Salmon Recovery newsletter. Read the full issue here.
Project partners include: Nisqually Indian Tribe, Long Live the Kings, Cedar Grove, Fremont Analytical, Herrera Environmental Consultants, Nisqually Land Trust, University of Washington at Tacoma, Washington State Department of Transportation, Washington State University at Puyallup.
Financial support for this project was provided by: Nisqually Indian Tribe, Puget Sound Stewardship and Mitigation Fund, Royal Bank of Canada, Sustainable Path Foundation, and Washington Sea Grant.
Fighting for Survival in the Salish Sea
Finding solutions to save the resident orcas and the salmon they depend on.
By Emily Crawford, published originally in Harbor’s Magazine.
On a crisp fall afternoon, the big leaf maples are splashes of gold on the high bluffs of San Juan Island. Hiking the rugged coastline between the lighthouse at Lime Kiln Point State Park and the crescent beach of Deadman Bay, we keep an eye out for the island’s most charismatic members, the endangered Southern Resident killer whales. Despite their frequent appearances in Haro Strait and along the island’s famed west side, the whales face steep odds. Last July, one grieving orca, J35, demonstrated this to the world when she carried her deceased calf through her home waters for more than two weeks, during what should have been a season of abundance for her newborn.
The plight of J35, also known as Tahlequah, and her relatives in the J, K, and L pods, increased the spotlight and pressure on the Southern Resident Killer Whale Task Force designated by an executive order from Governor Inslee last spring. The Task Force is charged with preparing a comprehensive report and recommendations for recovering the Southern Residents, with a full draft due by October 1, 2018.
The population of the Southern Residents is at an all-time low of 74 members, according to the Center for Whale Research located in Friday Harbor on San Juan Island. The organization has studied the population since 1976. The loss of J35’s calf – the first born in three years to the resident orcas – places the survival of the Southern Residents on a precipice.
A severe lack of the preferred diet of the Southern Residents, mostly Chinook salmon, along with increased vessel noise and traffic, and rising levels of toxins in their home waters, have created a triple threat in a battle the orcas are losing, said Jacques White, executive director of Long Live the Kings (LLTK), a science-based organization working to recover endangered salmon and steelhead. More concerning is the Southern Residents are currently heavily dependent upon the success of our hatchery production. “About 70-80% of the Chinook returning to Washington waters were born in hatcheries,” White said.
As a member of the Southern Resident Killer Whale Task Force, White and LLTK scientists provide technical expertise to the larger group and to a working group focused on how best to increase prey availability for the Southern Residents.
For the last several decades, LLTK has worked to recover wild salmon and reform hatchery practices to prevent negative impacts on wild fish. Their work has brought several salmon populations back from the brink of extinction, while establishing sustainable fishing opportunities to meet harvest obligations. Along the way, LLTK has contributed to the food supply for the Southern Residents.
Now, LLTK is focused on providing hard-won data collected as part of a major effort to decipher one of the greatest mysteries of the Salish Sea – why juvenile Chinook, coho and steelhead are dying at radically increased numbers in marine waters – to resource managers and the Southern Resident Killer Whale Task Force.
In 2014, LLTK and their Canadian partners, the Pacific Salmon Foundation, brought together U.S. and Canadian scientists and more than 60 federal, state, tribal, academic, private and nonprofit organizations to launch a comprehensive, multi-disciplinary, and highly coordinated research program. The ambitious Salish Sea Marine Survival Project seeks to discover the causes of up to tenfold decline in salmon and steelhead survival in the Salish Sea—defined as the combined marine waters of Puget Sound, Strait of Georgia and Strait of Juan de Fuca.
Their collective discoveries have direct implications for the survival of the Southern Residents. The Marine Survival Project “has crystalized our focus,” over the past five years, White said. “If we don’t answer that question, we are not going to recover the salmon or the Southern Resident killer whales.”
Research from the Salish Sea Marine Survival Project suggests several factors may be contributing to the decline in survival rates of juvenile wild and hatchery salmon. While the science is ongoing, some factors are beginning to rise to the top, including limited food supply for salmon and their predators, increased predation, contaminants, a lack of estuary habitat and the interplay between changing ecosystem conditions and today’s hatchery practices.
Hatchery Chinook salmon stocks are less diverse than wild Chinook and they are generally released in a short window, rather than over a broad time period more like natural migrations. With many Chinook juveniles entering the system at once, predators may key in on the fish, or there may not be sufficient food available to support so many fish in the system at one time. LLTK recommends state, federal and tribal hatchery managers test whether diversifying their Chinook stocks – by releasing fish during different and broader time frames and releasing different types of Chinook – will increase survival of adult Chinook and change the time when these fish return to our waters, Michael Schmidt, LLTK deputy director said. Viewing the hatchery practices in light of orca recovery, “the whales need more Chinook salmon, they need them returning more often throughout the year, and they need bigger fish.”
The increased abundance of seals and sea lions throughout the Salish Sea is also a concern. Recent studies suggest these pinnipeds are competing with the Southern Residents for food, and the impact may be “several times that of all fishing,” White said. “We may be doing a really good job of supporting species that are not in decline to the detriment of the endangered ones.”
To give juvenile salmon, steelhead, and forage fish a better chance at survival, LLTK recommends further research and a comprehensive management approach. Predation hots spots must be identified and site-specific strategies developed that may include removing artificial haul outs, addressing infrastructure that restricts salmon passage, changing hatchery strategies that may attract predators, and increasing the abundance of forage fish or other fish that are staple food for pinnipeds.
Habitat and food are critical to the survival of Chinook salmon. Estuary habitat, currently limited in Puget Sound, is crucial for providing juvenile Chinook a place to grow before entering the open marine environment. Once the Chinook are in the marine environment, they need high quality food like forage fish and certain species of zooplankton to grow rapidly. LLTK recommends more emphasis on estuary restoration, recovering populations of Pacific herring and sand lance that will provide the most benefit to juvenile Chinook, and tracking our zooplankton, the cornerstone of our food web.
LLTK’s expertise on the Task Force has ensured the members working on prey recovery take into account the many threats facing salmon, and consider recovery methods backed by research findings.
In mid-September, one week before the Southern Resident Killer Whale Task Force was to release its draft report for public comment, a three-year-old sick and malnourished female orca, “Scarlet” (J50), was declared missing and presumed dead by the National Oceanic and Atmospheric Administration (NOAA). Lynne Barre, director of Southern Resident recovery for NOAA, acknowledged that the death of J50 was a “low point” at a standing room only public meeting held in Friday Harbor. She stated a positive outcome from the public outpouring of anger and grief would be “broad public support for the more difficult steps needed to make things better for the whales.”
The steps the Task Force is considering are hotly debated and complex in scope, bringing to light the ways the Salish Sea and its various inhabitants are connected together and to the greater Pacific Northwest. In addition to the recommendations provided by LLTK, proposed actions include increasing flows through or breaching the four Lower Snake River dams to help salmon, requiring permits for recreational whale watching, “no go zones” or extension of safety zones around whales from 200 yards to 400 yards, increased funding for hatchery production and fish habitat restoration and protection, and reducing pollution, among many others. The Task Force must submit its final report to the governor by November 1.
Meanwhile, autumn unfolds in warm days, cool nights and the first squalls of the season. The number of whale watching vessels in Haro Strait slowly dwindles as vacationers return to the mainland and busy schedules. And the J, K and L pods continue to search the length and breadth of the Salish Sea and beyond for their increasingly elusive prey.
Endangered No More
A milestone for salmon recovery in Hood Canal
By Mark Glyde, originally published in Harbors Magazine
In the estuary flats of Lilliwaup Creek, a long leg of the journey to bring salmon back from the brink of extinction has come to a happy end. Last February, a generation of hatchery-born Hood Canal Summer Chum was released into the creek for what scientists hope is the last time.
The success of Long Live the Kings’ conservation hatchery program to boost summer chum runs on Lilliwaup Creek and the Hamma Hamma River is a bright spot in the story of salmon recovery. On the West Coast, 28 stocks have been added to the federal threatened and endangered species list in Washington, Oregon and California since the early 1990s. None have yet been declared fully recovered. “When I started there were hardly any fish, and it was very difficult to find even five pairs. I was out every day for a month in a drysuit looking for fish, looking behind every rock in the river,” said Rick Endicott, Facility Manager for the Lilliwaup Field Station run by Long Live the Kings, a conservation and research organization.
Only 70 chum made it back to Lilliwaup Creek in 1993, when Endicott and state fisheries managers first started capturing returning fish, harvesting their eggs, and releasing salmon at the fry stage, when they would naturally emerge from gravel beds and head for the saltwater of Hood Canal.
Today, the 1/4 mile stretch of brackish water between Hood Canal and Lilliwaup Falls boasts spawning clusters that rival similar-sized streams in Alaska, the world’s bread basket of wild salmon. LLTK has released about 150,000 chum salmon fry each year into Lilliwaup Creek since 1993. Today, between 1,500 and 3,000 chum return to spawn. Over half are born in the wild, a sign that hatchery rearing is no longer needed. LLTK stopped aiding the Hamma Hamma River population when it reached a similar milestone in 2009. Now, nearly 5,000 summer chum spawn each year.
Those runs are part of the larger Hood Canal Summer Chum population, which joins Snake River Fall Chinook and Oregon Coastal Coho as one of the only three populations of salmon on a path to recovery, and, one day, delisting and removal from America’s Endangered Species Act list.
For Tribal fishermen and anglers, the rebound of chum means more opportunity in the future to catch not just chum, but also prized for their flavor chinook and coho salmon. Because the three species mix in the waters of Hood Canal and its feeder rivers and streams, managers have curtailed fishing on all three species to minimize incidental catch of chum by fishermen targeting chinook and coho.
The recovery of chum and other salmon species depends on a combination of actions including innovative science, careful harvest management, and habitat restoration. On more than a dozen salmon streams that flow into Hood Canal, local leaders and volunteers have been building healthy habitat one tree and one log at a time. Bankside forests regulate flows, tempering flood and drought damage. Woody debris builds in-river structures where fish can rest, avoid predators and find food.
“For the people who live there it’s been a huge community effort doing different kinds of restoration. And there have been limits on fishing,” said Scott Brewer, Executive Director of the Hood Canal Coordinating Council. “Unlike many (places) in Puget Sound, recovery activities seem to be working, but you have to keep at it. We need to support remaining actions necessary to get them across the finish line.”
“It’s been very uplifting being part of something that’s working and for lasting change, said Joy Lee Waltermire, a biologist and hatchery manager with LLTK. “When I started I thought my goal was to put myself out of a job. Now I want to do this for more than summer chum.”
Summer chum also returned to Union Creek in record numbers, rewarding countless hours of sweat equity invested by hundreds of restoration volunteers led by groups like the Hood Canal Salmon Enhancement Group. In other watersheds on the Kitsap Peninsula side of Hood Canal, however, salmon recovery has a long road ahead. No summer chum are showing up yet in the Dewatto River or Big Beef Creek.
The optimism of science, policy and community leaders is tempered by caution that it’s too early to declare the job done. “As much as everyone here would love to see summer chum fully recovered, we want to wait for a few years before anyone talks about delisting so we make sure (the run) is healthy and ready to roll,” said Paul McCollum, Director of Natural Resources for the Port Gamble S’Klallam Tribe.
Beyond the reach of local salmon recovery heroes, the intensifying impacts of climate change present new and formidable challenges. Scientists warn a warming ocean will likely mean more frequent and extreme high-temperature cycles, like the recurring El Nino weather pattern responsible for atmospheric rivers that drive windstorms and flooding. And that means lean times for salmon as the productivity of their prey, like herring and krill, falls due to warmer water in the Pacific Ocean.
Scientists and fisheries’ managers know a lot about what salmon need to survive and thrive in freshwater environments: the rivers, estuaries and streams where they spawn, feed and grow. We have much to learn about what affects salmon survival in the marine environment of Puget Sound and the open ocean.
LLTK is leading research in collaboration with tribal, federal, state, and independent researchers to find out why salmon are suffering high-mortality in Puget Sound. Study results, and proposed actions to improve marine survival, are expected in 2019. The study is likely to recommend modifications to Hood Canal Bridge, a known chokepoint where predators wait for salmon.
As 4 to 6 inch juveniles, chum salmon migrate out of Hood Canal, under the bridge, and through the Strait of Juan de Fuca before heading north to the Gulf of Alaska. In the ocean, they will feed and grow for 2-3 years, reaching about two feet in length and weighing 8-10 pounds before returning to their birth waters to spawn the next generation of fish.
The legendary life-cycle of salmon, which demands extreme endurance and a sharp homing instinct that scientists still don’t fully understand, has fascinated humans for millennia. Salmon have a remarkable ability to survive and adapt. Over the eons, these resilient fish have bounced back from calamities like earthquake-driven landslides choking off access to rivers and spawning grounds.
For people doing the hard work of salmon recovery, patience and persistence do pay off. About 15,000 fry, hatched from eggs collected from only five adults, were released into Lilliwaup Creek in 1993. Eight salmon generations later, thousands return. “It’s remarkable how quickly they’ve recovered,” said Endicott.
One of the biggest mysteries among people working on salmon recovery in Puget Sound and the Salish Sea is what happens to juvenile fish once they head for the ocean. Survival rates of Chinook, Coho and Steelhead have all declined since the 1980s, but resource managers don’t know why.
A new grant from Microsoft is using artificial intelligence to greatly improve the computer models used to tackle the question.
A collaborative effort called the Salish Sea Marine Survival Project has been around for nearly a decade. It unites the work of 60 different scientific and non-profit entities, all trying to understand what is preventing salmon and steelhead from coming home. They already use sophisticated computer models to compile field data and answer some questions.
“Like how do short and long-term changes in like circulation, water chemistry — how do they affect salmon and other relevant species in Puget Sound,” explains Hem Nalini Morzaria-Luna, an ecosystem modeler with the non-profit Long Live the Kings.
Morzaria-Luna, who works with field data from all over the region, says the recent grant from Microsoft has vastly improved the speed and capability of their modeling. Using artificial intelligence tools such as machine learning, they can dig in to much more complicated questions, for example comparing hundreds of slightly different answers to one question about available food and its effects on survival rates.
“Like, what happens if instead of 70 percent herring and 30 percent other species, what happens if that is 60 percent or 65 percent or 85 percent? It seems like a trivial question, but it actually in the end has important management implications. And before, we haven’t been able to ask those questions,” she says.
She says the relatively small grant from Microsoft (it’s valued at about $10,000 for software, in kind) has the potential to improve not just the Puget Sound model, but several others on a widely-used platform from Australia, called Atlantis.
At first thought, it might seem odd that organisms as delicate as endangered salmon and other marine species could be helped with the slick technology tools that enable modern life.
But Long Live the Kings Deputy Director Michael Schmidt says Microsoft Azure and the cloud-computing and artificial intelligence it enables is just what the Salish Sea Marine Survival Project needs, to propel research that can inform ecosystem management and policy decisions.
“Machine learning is often applied to areas where you have lots of uncertainty, where there is lots of unknown and where you’re trying to process a lot of information,” Schmidt says.
Long Live the Kings is proud to have Duke’s support. Check out one of Duke’s locations for sustainable salmon and keep coming back for the delicious variety of seafood dishes and signature chowders. Look out for Duke’s new location in Bellevue opening soon.
“At Duke’s Chowder House, we are committed to serving the finest quality, most sustainable seafood available, with a strong focus on 100% Wild Salmon. One of the major crises facing the Pacific Northwest today is declining salmon populations in the Salish Sea. This is why I strongly support Long Live the Kings (LLTK), an organization whose mission it is to fully restore those salmon populations, while at the same time promoting scientific advancement and sustainable fisheries.”
See Duke’s entire article about Long Live the Kings here.
Alison Morrow, KING 6:13 PM. PDT April 14, 2017.
“As juvenile steelhead make their treacherous trek through Puget Sound people can now follow individual fish on their journey to see if they survive.
The fish are tagged with acoustic transmitters like the one NOAA Fisheries Research Biologist Megan Moore implanted in a juvenile steelhead this week. It will send signals to receivers in the water so scientists know when the fish passes by.
“We don’t know why their populations have been declining,” Moore said.
Predators are just one of many challenges steelhead face on their way from rivers like the Skokomish all the way to the ocean. About 80 percent of them die along the way.
“The receiver picks up a ping from the transmitter up to 300 meters away,” Michael Schmidt said.”
Read the whole article and see the report at King 5.
Lisa Stiffler wrote a great piece on salmon and steelhead marine survival and our Survive the Sound campaign.
“Salmon — whether being tossed between Pike Place Market fish mongers or wending their way through the locks in Seattle’s Ballard neighborhood — are one the most iconic images of the Pacific Northwest.
They’re also one of the most threatened.
Since at least the 1980s, steelhead and certain salmon populations have been tanking in Puget Sound. Local steelhead alone have plummeted to less than 10 percent of their historic population size. But many people are unaware that the area’s beloved fish are in such dire straits.
Survive the Sound is a new interactive game that hopes to both educate the public about the salmons’ plight and help save the fish by raising money for essential research and environmental restoration.
“Without salmon, there is no Northwest, there is no Puget Sound and there is no home,” said Michael Schmidt, deputy director of Long Live the Kings, a nonprofit working to protect chinook or “king” salmon, and related fish. The group created Survive the Sound in partnership with Paul Allen’s Vulcan.”
Read the full article on Geekwire!
LLTK’s Deputy Director, Michael Schmidt, was recently interviewed by Seafood Source regarding the current administration’s proposal to eliminate Environmental Protection Agency (EPA) funds for Puget Sound recovery, and dramatically reduce or eliminate National Oceanic and Atmospheric Administration (NOAA) salmon funding for western states. Both cuts would significantly impact the science that guides our actions, critical habitat restoration underway, and the overall momentum to recover salmon and their ecosystem. Hitting close to home, the work of our Salish Sea Marine Survival Project to understand juvenile salmon mortality is at risk. Specifically, the $800,000 per year currently proposed in the draft Puget Sound Federal Task Force Action Plan and Puget Sound Science Plan. This funding would drive recovery actions and implement new management tools that will transform the way we manage our fish and the ecosystem they depend upon.
Also at risk is the twelve-entity collaborative zooplankton monitoring program initiated via the Marine Survival Project, currently funded by EPA. Zooplankton stand at the intersection of the physical and biological environments, providing us the best chance to understand how water quality and climate impact the productivity and success of salmon, forage fish, and the Puget Sound food web as a whole. This program is so important to salmon and Puget Sound recovery that tribal, state, federal, academic and nonprofit players have all come together to make it happen.
EPA and NOAA funding are also instrumental in understanding the impacts of the Hood Canal Bridge. LLTK is leading an effort to determine why the floating bridge is a hotspot for juvenile fish mortality and determine what short- and long-term management actions could be taken so that other investments in Hood Canal habitat and water quality are realized and protected.
Visit Seafood Source for the complete story. Also, check out the recent KUOW interview with our partners, the Nisqually Tribe, as they discuss the critical importance of the zooplankton program, the marine survival project, the risk of lost federal funding, and their own massive investment in these efforts.