Endangered Species Act protections sought for a Northwest freshwater mussel -OPB

Another species needing urgent protection here in our State. While this is specific to Central Oregon I assume that these are found in our waters as well.

A 2017 analysis that looked at historic versus recent distributing areas of the species and found that the populations have declined by almost 50% of its historic range and it has been accelerating in recent years.

A nonprofit conservation group has filed a petition for Endangered Species Act protections for a unique species of mussel that is vanishing from rivers and streams in the Pacific Northwest.

https://www.opb.org/article/2020/08/20/endangered-species-act-protections-sought-for-a-northwest-freshwater-mussel/

‘The smell will knock you off your feet’: mass mussel die-offs baffle scientists | Environment | The Guardian

The Chehalis River is one of the locations mentioned in this article.

Mussels, the backbone of the river ecosystem because they control silt levels and filter water, are facing a mysterious affliction
— Read on www.theguardian.com/environment/2019/oct/14/the-smell-will-knock-you-off-your-feet-mass-mussel-die-offs-baffle-scientists

Blueback closure latest in Quinault climate change impacts – North Coast News

And as if to put a fine point on the previous article, commercial fishing is being closed on the Quinault River for sockeye.  If I’m not mistaken, while the Quinault is not dammed, it has been greatly affected by widespread logging of the hills all around it. A look at the satellite images of the river from Google Earth https://earth.app.goo.gl/uDneeP shows that between currently logged areas and second and third growth areas the habitat for salmon has been seriously compromised over the last 100 years. The buffers along the river, likely clear cut long ago, have been allowed to grow back and gain some modicum of protection for the river, but appear to be very small, compared the vast logging operations allowed all around it. Take a look and explore the overview of the area. Likely the increased temperatures from global warming, overharvest at sea, sea water warming and the increasing upflows of cold water known as the “Blob” have all added to the problems.  Have a different opinion on what’s causing all this? Feel free to add them to the comments below. I don’t claim to know it all, just cursory looks and 40 years seeing the endless logging of the west end proceed with virtually no stopping nor real effort to protect the watersheds which are the habitat of the salmon that spawn there.

The decision to close commercial fishing for Quinault River blueback (sockeye) salmon for conservation purposes this year is part of the ongoing effort by the Quinault Indian Nation to deal with the very tangible costs of climate change. After announcing the blueback closure on the river last week for 2019, Quinault President Fawn Sharp traveled to Washington, D.C. with a message for Congress about how the entire Quinault ecosystem from the glacier to the ocean is being harmed by climate conditions that have major impacts, economically as well as environmentally. Angelo Bruscas reports. (North Coast News)

Blueback closure latest in Quinault climate change impacts

BC Led international expedition to probe ailing Pacific Salmon stocks- Vancouver Sun

Finally we are seeing some joint scientific effort around wild salmon. Time is certainly running out to take dramatic steps to save what is left of the salmon runs. Glad to see this happening now, no matter how late in the day it seems.

An unprecedented international collaboration could revolutionize salmon science and fisheries management, return forecasting and even hatchery output. Nineteen scientists from Russia, Canada, the United States, Japan and South Korea are set to probe the secret lives of five Pacific salmon species with a four-week grid search and test fishery across the Gulf of Alaska. The expedition begins next week aboard the Russian research ship MV Professor Kaganovsky. “We know virtually nothing about what happens to salmon once they leave near-shore waters in the Salish Sea,” said expedition organizer Dick Beamish. The project was developed as a research element of the 2019 International Year of the Salmon celebration, organized by the North Pacific Anadromous Fish Commission and its partners. Randy Shore reports. (Vancouver Sun)

BC-led international expedition to probe ailing Pacific salmon stocks

Pinto Abalone Seeking State Endangered Species Listing

This is a very good idea who’s time has come, however late. Pinto Abalone stocks have collapsed in the Salish Sea and WDFW has been working hard for twenty years to try and reverse this.  Help out by supporting this effort and sending in letters of support to the email or mailing address below.

The Washington Department of Fish and Wildlife is seeking your input on a status review of the pinto abalone (Haliotis kamtschatkana), a Candidate for State Endangered Species.  Populations of these iconic marine snails have not recovered from historic harvests and may merit additional protection.  We recognize that Washington based state and federal natural resource agencies have an important perspective on the status of our state’s marine species and habitats. We would appreciate your participation in the following way:
 Directly submit your opinions and/or questions regarding the status review to:
 
Washington State Department of Fish and Wildlife
c/o Michael Ulrich, Fish Program
P.O. Box 43200
Olympia, WA 98504-3200
 
 
(360) 902-2737
 
What is the current status of pinto abalone in Washington?  Some receiving this notice may recall an era in Washington when legal take of abalone was allowed and healthy populations existed in the Strait of Juan de Fuca and San Juan Archipelago.  Recognizing a declining trend in populations during dive surveys, the department closed the recreational fishery in 1994.  Since that time, the department has continued regular monitoring and results indicate that surveyed populations continue to decline or are entirely absent from areas once well established.  Additionally, the increasing average size of remnant abalone, and absence of juveniles, indicates an aging population with little natural reproduction.  Finding abalone anywhere in Washington waters is becoming more and more difficult.
 
           What has the department been doing about these observed declines?  By the early 2000’s it had become apparent that pinto abalone populations were unlikely to recover to sustainable levels without human intervention.  A species restoration partnership was initiated with local non-profit organizations, as well as, tribes, universities, government agencies and commercial aquaculture.  A captive breeding program was developed to produce hatchery juveniles for distribution into the wild. The resulting restoration program uses local, wild broodstock to rear disease-free juvenile abalone and, since 2009, has placed over 16,000 juveniles to sites in the San Juan Islands.  Sites have been regularly monitored to assess growth and survival of the hatchery-origin abalone and the results have been encouraging.  Many sites have matured into groups of adults at reproductive densities, although, a significant scale-up of the program will be necessary to achieve meaningful results on a state-wide basis. 
 
What happens now?  We are communicating to interested parties around the state to solicit data, opinions, and questions regarding the listing proposal.  Following this period of public comment and a peer review of a draft status report (available on our website in December), the Washington Fish and Wildlife Commission will consider the status of the species.  Please lend your voice to the discussion by submitting your opinions or attending a public meeting.  (the meetings were advertised and held in early December in PT)
The period of public comment will conclude on March 31st, 2019.  We hope to hear from you about the status of this integral species to Washington’s nearshore marine environment.
 
For more information, please visit    https://wdfw.wa.gov/conservation/pinto_abalone/
 
Thank you in advance for your help.
 
Sincerely,                                                                                               
 
 
Michael Ulrich, Shellfish Biologist
Washington Department of Fish and Wildlife

State discusses killing seals and sea lions in Puget Sound

Perhaps the most controversial idea out of the Orca task force has been the notion of killing sea lions and seals to help salmon survive. Like many ideas, this one is simplistic and has the greatest appeal to people who don’t want to spend much time thinking about whether something works or just makes you feel like you are doing something. Fish and Wildlife are holding meetings to gather information on whether or not this really is an idea with merit. Biologists who study the food chain aren’t so sure. If you think you already know the answer, then you should read this article. “There is no guarantee of a response by the salmon in terms of returning adults.” And you know what an assumption is, it’s a word made up of and makes an “ass of u and me”. Let’s put the science of this in it’s rightful place, which is at the head of the train and not tow it along in our ill informed wake.

State wildlife commissioners heard testimony Friday about whether a seal and sea lion cull could help save salmon, and thereby restore food to the starving Southern Resident killer whales (SRKW)…. “It’s important to set the stage that this occurs in a very complex ecosystem and it is a very complex food web,” said WDFW Research Scientist Scott Pearson…. “If you want a 25 percent reduction in the total juvenile Chinook consumption by seals, we have to reduce this number of 19,000 seals down to 14,300. If you subtract this number from this number, that’s how many we have to remove 4,700 seals, and we have to annually remove 530 seals per year to keep it at that level,” Pearson said. But the problem is, salmon also face a slew of other challenges, including hydropower, hatcheries, habitat, disease, and contaminants. Scientists told commissioners they don’t know whether killing seals and sea lions will do anything at all…. “In my opinion, even if the seal consumption were somehow reduced or eliminated, there is no guarantee of a response by the salmon in terms of returning adults,” said WDFW Research Scientist Joe Anderson. Alison Morrow reports. (KING) See also: Puget Sound resident orcas limited by social behavior  Alison Morrow reports. (KING)

State discusses killing seals and sea lions in Puget Sound 

Congress OKs bill to allow killing sea lions to help salmon – Seattle Times

The knee jerk reaction to killing sea lions to theoretically ease the amount of endangered salmon that are being eaten by them passed Congress two days ago. While not based in science, this has been done at the behest of a variety of groups that see the sea lions as the problem. White sports fishermen, some tribes. The likelihood of this succeeding in any meaningful way has not been proven. But killing something always seems like a good solution to many.

https://www.seattletimes.com/nation-world/congress-oks-bill-to-allow-killing-sea-lions-to-help-salmon/?utm_source=RSS&utm_medium=Referral&utm_campaign=RSS_nation-world

 

 

State Fish & Wildlife propose endangered listing for Pinto Abalone

Washington State Department of Fish & Wildlife have proposed listing the Pinto Abalone (Haliotis kamtschatkana) as endangered locally. Though attempts at cultivation have been tried, they have not been  considered successful at levels capable of sustaining the population.

Pinto Abalone have been in significant decline since the late 1980s. While there never was a commercial fishery for them, recreational divers harvested untold amounts, as the catch was never monitored. Habitat destruction also is understood to have played a role.

According to the WDFW web site (https://wdfw.wa.gov/conservation/pinto_abalone/):

The overall goal of the abalone recovery team is to halt the declines of abalone populations in the Pacific Northwest and to return populations to self-sustainable levels.  Such a long term goal requires a suite of interim goals and the development of numerous methodologies.  To date, such interim goals have enabled the abalone recovery team to successfully:

  • Develop hatchery and nursery programs for captive propagation and rearing of abalone.

  • Develop protocols to maintain genetically diverse and disease-free families in restoration hatchery facilities.

  • Conduct experimental outplants of juvenile hatchery reared abalone to assess the efficacy of outplants as a restoration strategy.

  • Aggregate adult abalone in the wild to enhance reproductive potential and to assess this method as a restoration strategy.

  • Outplant abalone post-larvae at experimental locations to assess this method as a restoration strategy.

  • Draft a collaborative  Pinto Abalone Recovery Plan for Washington.

  • Launch a public outreach campaign targeting divers, schools, boaters, fishers and the general public.

This body of work represents nearly two decades of basic and applied science and has laid the foundation for increasing the scale of the abalone recovery effort.   Such an effort will require a broad coalition of scientists, advocates, policymakers, and volunteers. For more information on this process please contact WDFW lead abalone biologist Michael Ulrich (hyperlink to : Michael.Ulrich@dfw.wa.gov).

WHAT YOU CAN DO: WDFW is soliciting any available data on the species, and seeks public comment on a proposal to list the pinto abalone as a State Endangered Species.  Please consider attending one of the following public meetings:

December 4, 2018, 6:00 p.m.
Northwest Maritime Center
431 Water Street, Port Townsend, WA 98368

Or, submit comments and questions to:

WDFW, Fish Program, attention: Michael Ulrich
P.O. Box 43200
Olympia, WA 98504-3200
(360) 902-2737
Michael.Ulrich@dfw.wa.gov

 

West’s rivers are hot enough to cook salmon to death. Will this court ruling keep them cool? – Bellingham Herald

With global warming comes the heating of our rivers. That has devastating impacts on salmon, which need a river to remain under 56 degrees or young salmon will die. This might bring a change of heart to the issue of Snake River dam removal or breaching.

A federal judge in Seattle has directed the Environmental Protection Agency, in a ruling with implications for California and the Pacific Northwest, to find a way to keep river waters cool.

Read more here: https://www.bellinghamherald.com/news/state/washington/article220466120.html#storylink=cpy

 

Video on NOAA work to breed oysters resistant to ocean acidification – Crosscut & PBS

Local PBS show ReInventors highlights the work of NOAA Manchester’s research facility as they race to find a hybrid oyster that can survive ocean acidification. A very good quick look at the problem, with animation, and the possible solution. If we are going to have seafood survive, this will likely hold the possibility. As it is currently going, we don’t have long before the oceans will be too acidic for shellfish to survive.

The story

https://crosscut.com/2018/10/can-these-super-oysters-survive-our-screwed-oceans

The video

https://youtu.be/WP8J0-90VoM

Salmon at Salmon Cascades, Sol Duc River

From the great camera artistry of John Gussman, who gave us “Return of the River”

silver salmon

 

New Genetic Research Shows the Legacy of Fish Farm – Hakai Magazine

The fish farming industry has been saying for the last number of years that this couldn’t happen. Well, it apparently has. While this could not happen here because of the distinct species, it does add fuel to the fire that these farmed fish are just not a good idea. We have no idea what additional information the industry, along with certain departments in WDFW and NOAA who seem to be simply mouthpieces for the industry, are not investigating, or actually hiding from the public.

Newfoundland’s great fish jailbreak took place on September 18, 2013, when a damaged sea pen, roiled by currents and tides, discharged 20,000 farmed Atlantic salmon into the frigid freedom of Hermitage Bay. Cooke Aquaculture, which owned the failed pen, swiftly set about controlling the damage in the media, if not the ocean. Seals and other predators would scarf up the rogue salmon, the company assured the CBC. The fish, it added, “pose[d] no threat to the environment.” A new genetic analysis, however, refutes that dubious claim. Researchers with Fisheries and Oceans Canada (DFO) have shown that the fish fled Hermitage Bay, fanning out and infiltrating many of southern Newfoundland’s rivers. There, the escapees interbred with their wild cousins—potentially weakening the gene pools of imperiled populations. Ben Goldfarb reports. (Hakai Magazine)

New Genetic Research Shows the Legacy of Fish Farm

 

 

 

Columbia River salmon fishing closed.

OLYMPIA – Starting Thursday (Sept. 13), fishing for salmon will be closed on the mainstem Columbia River from Buoy 10 upstream to Hwy 395 in Pasco under new rules approved today by fishery managers from Washington and Oregon

Deep River in Washington and other tributaries in Oregon (Youngs Bay, Tongue Point/South Channel, Blind Slough and Knappa Slough) are also closed to salmon and steelhead angling.

The Washington Department of Fish and Wildlife (WDFW) already prohibited steelhead retention in much of the same area of the Columbia River several weeks ago, and the new emergency rule closes angling for both salmon and steelhead in those waters as well.

Bill Tweit, Columbia River fishery coordinator for WDFW, said the counts of fall chinook at Bonneville Dam are 29 percent below preseason forecasts, and on-going fisheries are approaching the allowable catch limits under the Endangered Species Act (ESA). 

“We recognize that this closure is difficult for anglers, but we have an obligation to meet our ESA goals so that fisheries can continue in the future,” he said.

Tweit said the upriver fall chinook run provides the bulk of the harvest opportunity for fall fisheries, but that returns in recent years has been declining due to unfavorable ocean conditions. The preseason forecast for this year is 47 percent of the 10-year average return of upriver bright fall chinook.

The new emergency fishing rule is posted on WDFW’s website at https://fortress.wa.gov/dfw/erules/efishrules/.

WDFW authorizes transfer of Atlantic salmon into net pens

Note the new location to get future alerts on farmed salmon issues at the bottom of the story.

OLYMPIA – The Washington Department of Fish and Wildlife (WDFW) has authorized Cooke Aquaculture to transport about 800,000 juvenile Atlantic salmon from the company’s hatchery in Rochester, Wash., to existing net-pen facilities in Puget Sound.

WDFW issued the fish transport permit this week after working to ensure Cooke had met all of the state’s requirements for fish health.

Earlier this year, state lawmakers passed legislation to phase out Atlantic salmon net pen operations in Puget Sound as soon as 2022. Cooke is continuing its operations in the meantime.

On Aug. 2, Cooke submitted applications to move a total of 800,000 1-year-old Atlantic salmon from its Scatter Creek facility in Rochester to two different net pen locations in Puget Sound.

Both WDFW and Cooke tested samples of the fish, which met the state’s health requirements, including testing negative for all forms of the fish virus PRV (piscine orthoreovirus), said Ken Warheit, WDFW’s fish health manager.

Cooke typically transports fish eggs from an Iceland facility to Scatter Creek, where the eggs grow into smolts before being moved to net pens. In May, an exotic strain of PRV that shows up in north Atlantic waters was detected in a different batch of smolts at Cooke’s Scatter Creek facility. WDFW denied the company’s request to transfer those fish into net pens.

The state also requires that Cooke leave its net pens empty (or “fallow”) for at least 30 days before transferring fish there. Warheit noted that Cooke will also meet this requirement as it transfers fish in October and November.

Cooke will move about 400,000 juvenile Atlantic salmon to its Cooke’s Hope Island facility in Skagit Bay and another 400,000 fish to its Orchard Rocks facility (Kitsap County) in Rich Passage.

All future notifications about Atlantic salmon transfer permits will be posted online at https://wdfw.wa.gov/ais/salmo_salar/ where people will be able to sign up for email notifications in the near future.

See related story: https://olyopen.com/2018/08/27/alexandra-morton-and-sea-shepherd-take-water-samples-in-pa-harbor/

 

In WSU Stormwater Runoff Research, Coho Salmon Die Quickly,Chum Survive

More data that shows how complicated the salmon recovery effort is.

On April 20, 2018, the Columbia Basin Fish and Wildlife News Bulletin reported that Washington State University (WSU) scientists discovered that different species of salmon have varying reactions to polluted stormwater runoff.

In a recent paper published in the journal Environmental Pollution, scientists found that coho salmon became mortally ill within just a few hours of exposure to polluted stormwater. But chum salmon showed no signs of ill- effects after prolonged exposure to the same water.

The study can be found at

https://www.sciencedirect.com/science/article/pii/S026974911734527X?via%3Dihub

“It really surprised us,” said Jen McIntyre, an assistant professor in WSU’s School of the Environment. “Not that the coho were affected so quickly, but how resistant the chum were. We saw no impact at all in the chum’s post-exposure blood work.”

Stormwater is toxic to fish because it can include carcinogenic hydrocarbons, metals, and other organic compounds, most of which have yet to be identified.

McIntyre and her team collected stormwater runoff in large tanks from a highway in western Washington. Then they placed salmon in that water for four hours or until the fish showed signs of illness. Blood samples were then taken from all of the fish.

Only a few coho lasted four hours before having to be removed. In blood tests, the team found a significant increase in lactic acid concentrations and their blood was much thicker. Their blood pH was thrown off and the amount of salt in their plasma decreased significantly.

The chum test results showed none of those changes, all these fish lasting the full four hours without showing any signs of distress or sickness.

 

“These fish are very closely related,” said McIntyre, who works at WSU’s Puyallup Research and Extension Center. “They’re the same genus, but obviously something is significantly different physiologically. We just don’t know what that difference is yet.”

The study was done at the Suquamish Tribe Grovers Creek Salmon Hatchery, with fish donated by the Suquamish Tribe.

McIntyre worked on the project with fellow WSU scientists, along with colleagues from the National Oceanic and Atmospheric Administration (NOAA) National Marine Fisheries Service and the U.S. Fish and Wildlife Service.

McIntyre and her team noticed a few clues for where to start their next round of investigations: studying what makes the chum nearly impervious to toxic runoff. One is that the coho appeared hypoxic, meaning they weren’t getting enough oxygen. But the water had plenty of oxygen, so they’ll look at blood circulation issues, how the fish metabolize oxygen in their muscles, and a few other areas.

“We don’t know if the thicker blood is a symptom of the problem, or if that’s the initiating event that then causes the oxygen deprivation,” McIntyre said. “There’s a lot of work still to come, but this really narrows down where we need to look.”

They’re also hoping that looking further into chum will turn up clues about how they resist the effects of toxic runoff.

In a later study, not included in this paper, McIntyre and her team conducted a prolonged exposure test on chum. Those fish swam in the stormwater runoff for four days and none of them got sick.

“We’re still trying to understand how they’re unaffected,” she said. “It’s actually really impressive.”

Another problem for the coho is that scientists don’t know what particular contaminants in the runoff are causing the problems.

“There’s a whole variety of heavy metals and hydrocarbons in that water,” McIntyre said. “And a whole bunch of chemicals we are working with scientists at the University of Washington in Tacoma to identify so that we can protect more delicate species like coho salmon from the effects of human pollution.”

McIntyre’s research is part of a grant from EPA.

For more information, Jen McIntyre can be reached at jen.mcintyre@wsu.edu.

Source:    http://www.cbbulletin.com/440562.aspx

 

 

Dismal Copper River salmon run prompts ‘unprecedented’ shutdown of dip-netting at Chitina – Anchorage Daily News

Not good news coming in from the Copper River. Salmon numbers are so bad they’ve close the fishery.

The state is taking the historic action of shutting down Copper River dipnetting at the popular, physically demanding sites around Chitina.

The Alaska Department of Fish and Game issued an emergency order Wednesday closing the personal-use fishery until further notice as of Monday.

 

https://www.adn.com/outdoors-adventure/fishing/2018/06/13/dismal-copper-river-salmon-run-prompts-unprecedented-shutdown-of-dipnetting-at-chitina/

 

Sunflower sea stars remain hard to find in B.C. waters four years after massive die-off – Vancouver Sun

Sobering news from north of the border.

Reports that sea stars may be recovering after a massive die-off four years ago may be premature, experts say. “We want simple solutions. People see a few of them, and they assume they’re back,” said Port McNeill diver and scientist Jackie Hildering. “But they’re not.” While the number of ochre stars is reportedly on the rise, the iconic sunflower star remains elusive on the B.C. coast. “There is very little evidence of recovery (among sunflower stars),” confirmed Peter Raimondi, marine ecologist at the University of California, Santa Cruz. Tracking the wasting disease that killed millions of sea stars from Alaska to Baja California in 2013 and 2014 is difficult because so little work has been done on the species. It is unclear how many sea stars melted away during the outbreak — and how many are left. Glenda Luymes reports. (Vancouver Sun)

New ways of fishing could better protect endangered salmon – Watching Our Waterways

Another good idea to explore for saving salmon.  Could be used in some trial scenarios. From many non-native fishermen I’ve talked to, the issue for them will likely be management of the native part of the take. There is a wide spread perception that the tribal take is not well managed and that they get to take more with less oversight, while the non-native fisherman is overburdened with regulations and enforcement. It’s been expressed to me that all many fishermen want is equal balance to the catch. While I’ve done a lot of looking into this issue and do not feel that the non-native perspective is accurate, the state and tribes might want to do a better job of PR to the non native community to help explain how it’s done.

Higher standards of “sustainability” for salmon — recently developed by the Wild Fish Conservancy — are designed to put salmon on people’s tables with virtually no impact on depleted salmon runs. The new standards, which could become part of a certification program, are built upon the concept that fishing should take place closer to streams with abundant runs of salmon. The standards call for fishing methods that can take a portion of the fish from the abundant runs while allowing fish from depleted runs to pass on by and spawn naturally. Chris Dunagan reports. (Watching Our Water Ways

 https://pugetsoundblogs.com/waterways/2018/03/22/new-ways-of-fishing-could-better-protect-endangered-salmon/

Sea lions feast on fragile fish in US Northwest survival war – AP

This is a major problem, and one that pits one creature against the other as we watch the stocks of salmon continue to decline. Sea lions aren’t the *only* issue facing salmon, (which include habitat destruction, over fishing and more) but given the low numbers of fish, they have become a major problem for their survival. The question it raises is do we kill off sea lions to save the salmon? If so, how many?

It’s a frustrating dance between California sea lions and wildlife managers that’s become all too familiar in recent months. The bizarre survival war has intensified recently as the sea lion population rebounds and fish populations decline in the Pacific Northwest Gillian Flaccus reports.(Associated Press)

 https://www.seattletimes.com/nation-world/sea-lions-gobbling-fragile-fish-in-us-northwest-survival-war/

What’s killing the salmon? Long Live the Kings investigates decline in iconic fish – KCPQ

Good overview of what Long Live The Kings and Microsoft are doing to help us understand root causes of the decline of the salmon.

Salmon are a big part of life in the Pacific Northwest. But over the past couple of decades, they’ve declined to critical levels and researchers don’t know why. Solving the mystery is what nonprofit Long Live the Kings is working on, and thanks to a grant from Microsoft, technology is helping the nonprofit develop a comprehensive model to find clues to solve it. Long Live the Kings is looking into Puget Sound and the waterways the flow into it, more broadly known as the Salish Sea. This Salish Sea Marine Survival Project is tracking migration of fish through our marine environment to understand what’s affecting salmons’ mortality.  Simply, why do salmon keep dying? Tatevik Aprikyan reports. (KCPQ)

http://q13fox.com/2018/01/30/whats-killing-the-salmon-long-live-the-kings-investigates-decline-in-iconic-fish/

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