LLTK field staff regularly survey rivers in Hood Canal where they are monitoring threatened fish populations. Some of the populations were rebuilt by LLTK’s supplementation efforts, but careful monitoring is needed to understand our impact and ensure the populations don’t slip to dangerously low levels.
On this day, an LLTK field staffer was nice enough to bring our project coordinator along, which got him out of the office and into nature. It was a fun day filled with lots of learning!
This survey was on the Hamma Hamma river on the west side of Hood Canal, WA. Access to the river is via private land. Please do not try to access this area without express permission from the land owners.
Music from Bensound.com
This piece was made in 2018 by Transect Films as a reflection of LLTK’s current work. For The Long Run celebrates our current project portfolio, our partners, and optimism for future success. Whether it’s recovering a certain population in a remote stream or coordinating an international research effort, LLTK believes that the work that we do is making a different for salmon, orcas, and our community.
The Glenwood Springs Chinook program, located on Orcas Island in Washington State, began as an experiment. In 1978, LLTK founder Jim Youngren wanted to see if he could create a Chinook run from a small stream on his property. Nearly 40 years later, up to 4,000 Chinook return annually to be harvested in fisheries from Alaska to Northern Puget Sound. These Chinook help nourish our local population of endangered orca whales. And because few, if any, of our Chinook stray to mainland rivers, wild populations are protected from the negative effects of interbreeding with hatchery fish.
Every year, we release 750,000 juvenile Chinook from Glenwood Springs Hatchery—an amazing feat, given how little water is used. This success is due in large part to an expansive network of natural rearing ponds, and to reliable sources of cold spring water that keeps our fish healthy.
Glenwood Springs Hatchery is a true community effort. About 20 people volunteer annually to spawn the large Chinook that return, mark juveniles to be identified as hatchery origin in fisheries, and help maintain the facility. We also receive substantial operations and funding support from the Washington Department of Fish and Wildlife—our lead project partner—as well as generous members of the local community.
We are pleased to welcome more than five hundred tourists, students, and campers to the hatchery every year. Our facility manager conducts guided tours, teaching visitors about the critical role of salmon in our region, the status of wild fish, and the ongoing efforts of Long Live the Kings to recover wild salmon and promote sustainable fisheries.
Over the years, the Glenwood Springs Chinook program has shown us that we still have much to learn about the many factors affecting the survival of juvenile salmon as they migrate through Puget Sound to the Pacific Ocean. This was the inspiration for our Salish Sea Marine Survival Project (Marinesurvivalproject.com).
Over the last year, Long Live the Kings has been forging new partnerships and making new connections up and down the Lake Washington Ship Canal. We’re part of a loose coalition of diverse interests: commercial fishing companies, boat maintenance yards, the Port of Seattle, American Waterway Operators and the Lake Washington-Cedar-Sammamish Watershed Salmon Recovery Council, among others, working to ensure that the Ballard Locks get the attention and funding they deserve to remain open and facilitate safe fish migration.
What is the issue at the Locks?
For anadromous fish like salmon, the Ballard Locks represent the biggest barrier in the watershed. All salmon have to navigate the Locks to go to the ocean and return to spawn, running the gauntlet of 100-year-old machinery and a patchwork of workarounds. The fish ladder functions as it should for returning adults, but as they travel through the large and small Locks, they risk injury by getting pulled into saltwater drains. The small salmon smolts (outmigrating juveniles) face even more danger. They “go with the flow” and end up exiting the Locks one of two ways: the lucky smolts exit via slides or flumes installed by the Army Corps of Engineers for safer passage, while the unlucky ones get sucked into the filling tunnels and scraped along rough, barnacle-covered walls – more on that and photos below!
Managers have known about these issues since a plan to recover Chinook was written in 2005. The Army Corps of Engineers partnered with the Salmon Recovery Council to make temporary fixes and minor improvements, but funding for permanent fixes and improvements for passage was the primary barrier (no pun intended). The erroneous notion in Washington DC had been that the Ballard Locks were largely a recreational and tourist amenity, and so we were unable to access maintenance dollars when competing with the big, commerce-moving infrastructure of the Mississippi or even the Columbia River facilities. Thanks to our new Ship Canal partners, that notion was put to rest when they commissioned a study to demonstrate the huge value of the Locks, which provide a freshwater port on Puget Sound for the Alaskan Fishing fleet and an entire maritime industry. They estimated over $1.2 billion in annual economic losses to the maritime industry alone if the Locks were to fail. We credit this study as catalyzing our coalition of partners who welcomed the “salmon interests” into their fold and together we worked with the Washington congressional delegation and every level of US Army Corps of Engineers to make the problem and solution well understood.
What is the solution?
The solution is a suite of projects for the 101-year-old structure, making a series of necessary upgrades and replacements to ensure the continued operation of the Locks while also improving survival of juvenile and adult migrating salmon. This series of projects will take several years to complete and we will need to keep up the pressure to fund them and see it through. The project that benefits fish most happens to be the first project on the list, so it won’t be long before we see a benefit to sockeye, Chinook, and coho salmon. The project entails replacing the valves and machinery of the ‘filling culvert’ mentioned earlier: a huge tunnel that moves lake water into the large lock to fill it during a lockage (when a vessel is raised or lowered to the the appropriate water level). The upgrades allow the culvert gates to open and close at different speeds to slow the velocity of water entering the locks during the smolt outmigration. This improvement, along with the smolt slides and flumes that you see as you walk across the dam at the Locks, should markedly increase the number of smolts that experience safe passage from the Ship Canal to Puget Sound.
Very importantly, the overall safety and functionality of the Locks is being improved. Last year’s funding was approved to replace a crane for the emergency closure system. Now the large Lock filling mechanism marks the project with the highest price tag on the list. Future projects involve seismic retrofits and a new screen on the saltwater drain so fish don’t get entrained (stuck) there.
There is more to do but let’s take a minute to celebrate this victory for fish and infrastructure in Puget Sound!
What can you do?
- Help us thank our Congressional leaders, especially Senator Patty Murray and Rep. Pramila Jayapal.
- Want to tour the large Locks and filling tunnel? Every year the Army Corps of Engineers empties each Lock at different times and conducts a series of safety checks and tests. They also scrape barnacles from inside the filling tunnel. The public can sign up to join a tour. Sign up here.
- Support LLTK to help advocate for salmon and steelhead in Olympia and Washington DC. Most of our grant funds can’t be used for this sort of effort, so we rely on individual donors to be able to leverage partnerships, meet with elected officials, and be a voice for salmon.
Cover image courtesy of: By Unknown Photographer / US Army Corps of Engineers – , Public Domain, https://commons.wikimedia.org/w/index.php?curid=480030
All other images courtesy of Eric Hall, ehall Photo: https://www.flickr.com/photos/ehall/
Through this spring and early summer, as salmon and steelhead migrate out of their home rivers, we are filled with hope that they will thrive in marine waters and return big and strong to support local fishing communities and Orca whales, and continue to nourish the health of their native watersheds, thus restarting the cycle. This hope is both brightened by recent successes and tempered by the great challenges they, and we, face.
Good news includes two specific successes from Long Live the Kings and our partners that deserve celebration. As part of a recovery effort in partnership with the Skokomish Tribe and Tacoma Power, three-year old spring Chinook reared at our Lilliwaup facility returned this May to the north fork of the Skokomish River for the first time in memory. Also in Hood Canal, the Endangered Species Act listed population of summer chum in Lilliwaup Creek, once in single digits, are now, in 2018, considered “self-sustaining” and no longer require intervention. Our mission is to restore wild salmon populations, so to see this success and be able to step away from the work is truly gratifying.
Continuing challenges include poor marine survival of both salmon and steelhead in the Salish Sea, and problems with barriers to migration that we know are preventing recovery. Long Live the Kings is nearing completion of the two country, 60 partner, and 200 researcher Salish Sea Marine Survival Project and we are already recommending solutions. The solutions come in the form of specific actions such as reducing toxics, treating parasites that can make fish sick, identifying ways to reduce excessive predation on young fish, and improving hatchery practices that can increase survival. Our fun and educational Survive the Sound fish-tracking game reached over 35,000 kids and adults this year, educating them about these challenges and what it really takes for these salmon and steelhead to make it to the ocean.
Long Live the Kings’ leadership and successes in the Marine Survival Project, population recovery in rivers, and our outreach to the community with Survive the Sound speaks to the importance of a large and committed community that supports our work. Thank you for your partnership, you help us advance salmon recovery throughout the state and the Pacific Northwest. If we save salmon, we ultimately save ourselves.
Long Live the Kings
Environmental Science Associates is an LLTK Sponsor.
The Salish Sea (comprised of the Puget Sound, Strait of Georgia, and Strait of Juan de Fuca) is the lifeblood of the Pacific Northwest—it’s a platform for recreation, a conduit for transportation, and is home to one of the region’s most precious cultural resources: salmon. But with the region’s surging population and the growing threats of climate change, the health of this lifeline hangs in the balance.
Even with the relatively small amount of funding devoted to recovery efforts, a modest amount of funding is still making its way into the region for restoration of the Puget Sound and its surrounding rivers and tributaries. And, while the funding is mostly federal, the work that actually affects species and habitats happens at the local level with on-the-ground projects. While local governments, environmental firms, and organizations (like Long Live the Kings and the Puget Sound Partnership) can help steer the efforts of salmon recovery, it is Washington’s Native American tribes that play a critical role in the recovery and restoration of the Puget Sound ecosystem and its native salmonids.
The Suquamish: A Salish Sea Tribe Committed to Saving Salmon
As with most of Washington’s Native American tribes, the Suquamish are connected to salmon in virtually every aspect of their daily life—from nourishment and family to ceremony and trade. Taking their name from a phrase in their traditional Lushootseed language, these “people of the clear salt water” are expert fisherman, canoe builders, and basket weavers that have lived in harmony with the lands and waterways along Washington’s Central Puget Sound Region for thousands of years. Today, salmon remains a staple in the diets of Tribal people and is also the primary source of income for many Tribal families. The Suquamish Tribe is committed to maintaining the health and productivity of salmon to ensure availability for future generations, and, as such, have been an instrumental player in helping to restore healthy populations in the region. Here are two recent projects that Environmental Science Associates (ESA) partnered with the Tribe on that illuminate this commitment.
Partnership in Action: Recent Project Examples
Since the initial listing of Puget Sound steelhead as threatened in 2007, the Suquamish Tribe has been a champion for steelhead recovery and a leader in monitoring salmon and steelhead returns and watershed conditions. In 2016, the Tribe successfully persuaded NOAA Fisheries to expand the portion of the Kitsap Peninsula designated as critical habitat for steelhead. More recently, the Tribe has invested valuable time and resources toward assessing priority watersheds on the peninsula to enable more effective management, protection, and restoration of habitat for steelhead and other salmon species. Now, in collaboration with the West Sound Watersheds Council, the Tribe will be one of the first watersheds to tackle developing a recovery plan chapter for steelhead.
ESA—in partnership with Long Live the Kings—is currently assisting the Tribe with this laudable endeavor by developing population and habitat goals for this community of steelhead, an effort that requires broad evaluation of existing information, model approaches, and stakeholder input. With scant data available for these fish, we will rely the best available local science and other pertinent information along with regional tools and guidance such as the Puget Sound Partnership’s Chinook Recovery Planning toolkit to expedite development of recovery strategies and the final plan.
Prior to this steelhead effort, the Suquamish focused on the human induced impacts to the spawning, rearing, and migratory habitat of native salmonids in the Blackjack Creek watershed, and finding ways to prevent further degradation and restore habitat-forming processes. Through a science-based assessment, ESA assisted the Tribe in developing a complete and clear plan of distinct strategies and actions that can guide, inform, and ultimately meet its objectives for restoring watershed processes, including the stream, riparian and floodplain conditions, estuary, and nearshore habitats in this specific area of Puget Sound.
While there is still a tremendous amount of work to be done, it is these concentrated efforts—in partnership with Salish Sea tribes—compounding over time that will have a profound and lasting impact in restoring the precious balance of Puget Sound.
Ilon Logan is a Senior Ecologist at Environmental Science Associates.
To raise awareness about high mortality rates for steelhead and salmon in Puget Sound waters, “Survive the Sound” invites students to track juvenile steelhead as they travel to the ocean from their freshwater homes.
Just a few paces from the front entrance to Cascadia Elementary School, dozens of baby salmon dart around in a large, bubbling tank. But for a class of 28 second-graders down the hall, a cartoon juvenile steelhead named “Fishy McFishface” is stealing the show.
For the past week, teacher Gary Bass Jr. has used Fishy — an alias for a real fish that’s been fitted with a surgically implanted tracking device — to teach his students about the obstacle-ridden journey from the river to the ocean that most Puget Sound steelhead die trying to complete.
“Should we check in on our fish?” Bass asked just after the morning bell on a recent school day. The students gave a cheer and scurried to the front of the classroom as Bass pulled up a website on a projection screen.
To the left of a map of Puget Sounds waters, a panel showed a leaderboard with 47 other fish, the migration mascots for the nearly 2,000 classrooms, most of them in Washington, that are participating in “Survive the Sound” this year.
Created by salmon-conservation nonprofit Long Live the Kings, Survive the Sound became a supplement to salmon and steelhead curricula somewhat accidentally. Described as a sort of fantasy football for fish, the initiative started during last year’s steelhead migration.
Image caption: Cascadia Elementary School teacher Gary Bass Jr. answers questions at the end of a lesson about salmon and steelhead migration to the Puget Sound. Bass also works writing and math into his “Survive the Sound” lesson plan.
More than ever before, people are becoming environmentally-conscious and want to understand how their efforts can improve biodiversity and the health of a range of organisms. This applies to those people living near bodies of water, such as lakes, streams and oceans. Urban runoff has a detrimental effect on aquatic animals and organisms. Many contaminants can sicken and kill off fish, coral and other aquatic animals. Other contaminants can lead to algae blooms which can also reduce the populations of necessary organisms.
This has a greater likelihood of occurring in and near cities and urban developments as many paved surfaces and buildings lead to a reduction of areas whereby rainfall may easily filter and penetrate the ground, but it can occur in even the smallest community to some degree. Necessary rainfall becomes easily polluted and in such cases can carry toxic substances and debris to waterways. Here are some ways the average household can help reduce urban runoff and make a difference in their local environment.
What Is Urban Runoff?
Urban runoff is much like stormwater runoff. With urban runoff, rainwater flows over areas that are saturated with water or impervious. Such rainwater does not immediately soak into the ground upon contact. Runoff increases in urban areas as there are less exposed areas that allow for seepage into the ground. The natural environment’s landscape is altered and rainwater has to work its way around paved roads, rooftops and hard surfaces. Those living in such areas can expect more water to flow to beaches or streams as there are fewer areas where it may seep into the ground.
Another issue with urban runoff is that it comes into contact with undesirable and potentially toxic substances. Homeowners, residents and nature lovers should be aware that pollutants such as hard metals, fertilizers, pesticides, oil and road grime are only a few of the less obvious contaminants that can be swept up in the runoff and make its way into area lakes, streams and waterways. There are manmade options that can decrease urban runoff and allow necessary filtration and penetration into the ground.
How Can Homeowners Reduce Their Impact?
Homeowners who want to decrease urban runoff in their area can take steps to include green infrastructure in the design of their property. This is a design element that incorporates natural systems and engineered systems to duplicate the systems found in nature. Much of the stormwater that reaches a property can be retained, treated and used to irrigate plants and more. Green infrastructure benefits include:
- Improved habitat for aquatic animals;
- Less pollutants flowing into waterways;
- Increased water absorption into the ground and available for underground wells;
- Storage and usage of stormwater for irrigation; and
- More retention of stormwater on the property.
Homeowners may also want to be more aware of the potential sources of pollutants in urban runoff. Stormwater runoff can easily be contaminated from illegal discharges, from pavement and vehicle wear; at building and construction sites, from detergents, sewer overflows, animal feces, weathering of buildings and organic matter decay. Suspended solids, micro-organisms, heavy metals and surfactant can come into contact with the runoff and make their way into local ecosystems.
One of the biggest concerns with stormwater is the affect it has on the salmon population. The toxins in the stormwater can actually kill the fish, but that is not the only threat they face from it. Even the salmon who survive swimming in this polluted water are in danger. There are sensors on their bodies that help them find food and locate predators, along with finding locations they need to head toward or away from. These sensors are thin and like hairs, and the stormwater runoff can damage those sensors. When salmon cannot find what they need to live, spawn, eat, and avoid danger, their chances of surviving are drastically reduced.
Fish and aquatic life can be negatively impacted by surfactants such as oils, detergents and soaps. Aquatic life can also ingest and become ill or die from litter and debris. Those who want to protect the biodiversity of local waterways can take steps to decrease the amount of urban runoff making its way off a property and provide means to allow for water filtration and ground absorption on their property.
Easy Ways to Keep Waterways Clean
Property owners can do their part to help the aquatic life and ecosystems in their area. One can look for and remove any potential trash that may be easily swept up in runoff, such as cigarette butts, soft drink cups, plastic bags and other immediately observable trash and debris. Additional ways to reduce urban runoff is to increase garden areas and redirect urban runoff to locations with low lying vegetation.
Runoff may also be collected in containers for later use. Gardening and the use of rain barrels can help property owners and residents do more with runoff and reduce the potential for it to be contaminated when running over large areas of land and a variety of materials. Urban gardening is one way that city dwellers can beautify their space while assisting in the reduction of stormwater runoff.
Those who want to take steps to add green infrastructure can start off with locating sources of potential pollutants, identifying where storm water runoff occurs, sketching the area and recognizing limitations. The addition of splash blocks at downspouts can direct runoff into storage containers or slow runoff speed. Landscaping can be used to control sediment runoff. These are a few of the many ways that individuals can reduce runoff and support the health of their local environment.
Justin Havre is a Calgary native and owner of Justin Havre & Associates.
A lot of effort goes into tracking juvenile steelhead.
People often ask us how we’re able to pull off tracking 48 juvenile steelhead, and they’re are always impressed to find out what goes into it. So, we’ve outlined the process in the steps below!
1. Over the course of about 2 months during spring, scientists from Washington Department of Fish and Wildlife and NOAA’s Northwest Fisheries Science Center work together to trap 300-350 wild steelhead migrating from their natal streams to the saltwater.
2. Scientists surgically implant a small acoustic tag inside the body cavity of each juvenile steelhead. The tags are the size of a large pill and cost hundreds of dollars each. Each tiny tag is programmed to transmit, or “ping”, a unique code every few seconds. The fish are anesthetized for surgery and placed in a special recovery tank afterwards. They are back up and swimming strong in a matter of minutes!
3. When scientists release the tagged fish back into the river and they continue migrating towards the Pacific Ocean, acoustic receivers placed underwater all around Puget Sound log every acoustic ping they ‘hear’ from nearby (200m or less) tagged steelhead. The batteries in the tag die soon after the fish reach the Pacific Ocean, therefore we are unable to track their return as adults.
4. In late summer, scientists travel to the location of each receiver and download its data. The data goes through a preliminary stage of processing and then 48 fish, who are representative of the larger group of tagged fish, are selected for Survive the Sound. Scientists interpret the data for all 48 fish to create a smooth migration path over a 12 day period.
5. The tracking data from each of the fish is assigned to a Survive the Sound character and 24 hours of the fish’s movements are shown on the map each day of the migration.