Tag Archives: Washington Department of Fish and Wildlife

Have we turned the corner on Puget Sound bulkhead construction?

It’s hard to describe the surprise I felt when I first glanced at a new graph plotting bulkhead construction and removal along Puget Sound’s shoreline since 2005.

On the graph was a blue line that showed how new bulkhead construction had declined dramatically the past two years. But what really caught my eye was a green line showing an increase in bulkhead removal. Amazingly, these two lines had crossed each other in 2014, meaning that the total length of bulkheads removed had exceeded the total length of bulkheads built last year.

Graphic: Washington Department of Fish and Wildlife
Graphic: Washington Department of Fish and Wildlife

Not only was this the first time this has ever happened, it was totally unexpected. Few people really believed that bulkhead removal could exceed construction anytime soon. I was happy to write up these new findings in the latest newsletter for the Puget Sound Institute, where I’m now employed part-time.

“It was pretty shocking — in a good way,” said Randy Carman of the Washington Department of Fish and Wildlife, who coordinated the data based on state permits. “It makes me optimistic going forward.”

Randy helped develop the “vitals signs indicator” for shoreline armoring, along with a “target” approved by the Puget Sound Partnership. The target called for the total length of armoring removed to exceed the total length constructed for the 10-year period from 2011 through 2020.

Like many of the vital signs indicators, this one for shoreline armoring was far from a sure thing. In fact, like most of the indicators, the trend was going in the wrong direction. Some people believed that the Puget Sound Partnership was setting itself up for failure.

These were “aspirational” targets, Randy recalled, and meeting them would be a tremendous challenge for many individuals, government agencies and organizations.

As I described in some detail in the article for PSI, the number of new bulkheads has declined, in part because of new government rules. Meanwhile, the number of bulkheads removed has increased, in part because of government funding.

But something else may be afoot, as pointed out by Sheida Sahandy, executive director of the Puget Sound Partnership, and David Price, habitat program manager for WDFW. A new “culture” may be taking hold in which people realize that bulkheads are neither good for the environment, attractive nor functional when it comes to people enjoying their own beach.

Before and after composite view of a 2013 bulkhead-removal project at Penrose Point State Park in Pierce County. Original photos: Kristin Williamson, South Puget Sound Salmon Enhancement Group
Before and after composite view at the site of a 2013 bulkhead-removal project on the shore of Penrose Point State Park in Pierce County.
Composite: Kris Symer, PSI; original photos: Kristin Williamson, South Puget Sound Salmon Enhancement Group

When talking to shoreline property owners who have removed a rock or concrete bulkhead, often the first thing they tell me is how much nicer their beach has become. No more jumping or climbing off a wall. No more rickety stairs. One can walk down a slope and plop down a lawn chair wherever the tide tells you is the right spot.

“The factors are all in place for a paradigm shift,” Sheida told me. “When people see the geotech reports for their own beach, they can see there is a different way. People can take off their shoes and put their toes in the sand.”

Getting contractors and real-estate agents to understand and support new methods of beach protection and restoration is one strategy being considered. Personally, I was impressed with the change in direction by Sealevel Bulkhead Builders. Check out the story I wrote for the Kitsap Peninsula Business Journal.

It takes a little land to create the right slope to dissipate wave energy without any man-made structure. In some cases, large rocks and logs — so-called “soft shore protection” — can help reduce erosion. In some situations where land is limited and wave energy is high, a solid wall may be the only remedy. No matter which option is used, one must consider the initial cost and long-term maintenance — including consideration of sea-level rise caused by global warming.

“The secret,” said Dave Price, “is less about the strong arm of regulation and more about helping people understanding what they are getting.”

Scientific evidence about the damage of bulkheads has been building for several years. Among the impacts:

  • Loss of beach and backshore, which reduces the area used for recreation, shellfish, bird habitat and forage-fish spawning.
  • Loss of slow, natural erosion, which helps maintain the quantity and quality of sand and gravel along the shoreline.
  • Alteration of wave action, which can impede natural movement of sand and gravel and scour the beach of fine sediment, leaving hardpan and scattered rocks.
  • Increased predation of juvenile salmon by larger fish where high tides leave deep water along the bulkhead, plus fewer insects for food caused by loss of shoreline vegetation.

See Washington Department of Ecology’s Frequently Asked Questions (PDF 640 kb)

Bulkheads can cause a coarsening of a beach over time, with harder and harder substrate becoming evident. Damage from one bulkhead may be slow and limited, experts say, but alterations to more than 25 percent of the shoreline, as we see today, has taken a serious toll in some parts of Puget Sound.

Dave told me about the time he stood next to a concrete bulkhead and watched the tide coming in. Large fish, such as sculpins, were able to swim right up to the wall.

“I stood there and watched these fish come right in next to shore,” he said. “These were big fish, and they came up right next to the bulkhead. There was nowhere for the juvenile salmonids to get out of there.”

The cartoon below was part of this week’s “Amusing Monday” feature, and it illustrates the situation that Dave described. I could say much more about changing trends in bulkheads, given new studies funded by the Environmental Protection Agency, but that can wait for future blog posts.

Studies of bottom fish help fill in key portions of Puget Sound food web

In a new video, Dayv Lowry of the Washington Department of Fish and Wildlife does a great job explaining how scientific trawling provides information about the kinds of creatures that hang out on the bottom of Puget Sound.

The video shows a big net being brought to the surface filled with crabs and all sorts of strange creatures, which are then sorted and measured right on the deck of the Chasina. This research, which has been going on for years, provides information about how populations of marine species are changing over time.

Two years ago, I joined Dayv and his crew aboard the same trawler while working on the Kitsap Sun series “Taking the Pulse of Puget Sound.” With most of the attention focused on salmon, I thought it was important to highlight lesser-known fish that play a key role in the Puget Sound ecosystem.

You may wish to check out my story, “Problems with bottom fish are coming into view.” While you’re at it, maybe take a look at the graphic “Ten Puget Sound fish you may not know much about.”

Click on image to see interactive graphic. Kitsap Sun graphic
Click on image to see interactive graphic.
Kitsap Sun graphic

I hate to say it, but one reason that many marine fish get short shrift, compared to salmon, is that they are not as commercially valuable — but that does not mean they are not important.

Overfishing, combined with degraded habitat conditions and pollution caused many of these species to decline through the years. Three species of rockfish are now federally protected under the Endangered Species Act. For a recent update on rockfish, check out Water Ways from June 18.

It is encouraging to know that forage fish, including herring, will receive increased scrutiny with a $1.9-million boost from the Legislature, allowing studies on population, habitat and viability. Reporter Tristan Baurick wrote about this new appropriation in Tuesday’s Kitsap Sun. The money should allow researchers to provide a nice status report, and I hope money will be available for ongoing monitoring into the future.

As for those species of fish caught by trawling, it’s time to figure out what role they play in the Puget Sound food web and what it will take to improve their conditions.

During the 1970s, new-fangled fish-finders and commercial fishing gear allowed for more intense fishing than ever before. State resource managers made a critical mistake in assuming that because fishing was going well, populations of bottom fish must be doing OK. Managing fishing using a steady-state fishing rate without adequate monitoring has been the downfall of fish populations throughout the world.

In Puget Sound, “the first sign of a problem came when there were no fish,” Dayv told me, only slightly exaggerating the problem.

Now the effort is to rebuild the populations, and it will likely take more than a trawler to understand where certain species reside and what is posing the greatest threat to recovery. Surveys using remotely operated vehicles, or ROVs, have become an important tool, shedding light on fish living in shallow water and rocky areas where the trawler cannot go.

One thing that is still needed, however, is a map of the various types of underwater habitat throughout Puget Sound. Knowing the locations and extent of rocky versus sandy or muddy bottoms could provide a basis for estimating entire populations of marine species. Researchers are working on a computer model to do just that, but more underwater surveys are needed.

If residents of this unique region hope to restore Puget Sound to health, we must not forget about the bottom fish, which for many people tend to be out of sight and out of mind.

Amusing Monday: Puppet, music help people save rockfish

Last week, while looking into some early research findings about Puget Sound rockfish (Water Ways, June 18), I found an amusing video, one created to encourage anglers to save the lives of rockfish when releasing the fish.

The video begins with a talking rockfish (puppet) sitting at a desk and watching a music video. That leads into a conversation about barotrauma, a type of injury to rockfish that results when the fish are caught and brought to the surface from deep water. Barotrauma can be reversed — and the lives of fish saved — by using a device to get the fish back down deep.

If you fish in deep water, you probably already know about this device, but I think everyone can be amused by this video and appreciate how humor can help introduce people to a serious topic.

The first couple minutes of the video introduces the viewer to the problem of barotrauma in simple terms, followed by about five minutes of product reviews showing various devices to reduce the effects on fish. If you are not interested in the technical side of things, you can skip over this part and go to 6:55 in the video. There you will hear the funny rap song about fishing for rockfish, including a line about “sending them back to where you got ‘em.”

The music video, “Rockfish Recompression,” was written and sung by Ray Troll and Russell Wodehouse. Wodehouse is the musician appearing in the video. Those two and others have long performed as the group Ratfish Wranglers, creating funny tunes about fish and related issues.

If you’d like to hear more from this group, check out these YouTube performances:

Research on rockfish
in Puget Sound reveals intriguing findings

This week’s announcement that the coastal population of canary rockfish had dramatically rebounded got me to wondering what new information might be coming from research on the threatened and endangered rockfish of Puget Sound.

Canary rockfish Photo by Tippy Jackson, NOAA
Canary rockfish // Photo by Tippy Jackson, NOAA

Dayv Lowry, research scientist at the Washington Department of Fish and Wildlife, shared some intriguing new information about Puget Sound rockfish that could link into the coastal population. In fact, if limited genetic findings hold up, a delisting of one type of Puget Sound rockfish could be in order.

On Monday, the Pacific Fishery Management Council reported that West Coast populations of two groundfish species — canary rockfish and petrale sole — have been “rebuilt” some 42 years earlier than expected. Canary rockfish were declared “overfished” in 2000, and a rebuilding plan was put in place a year later. Strict fishing restrictions were imposed, and experts expected the stock to rebound successfully by 2057.

“This is a big deal,” former council chairman Dan Wolford said in a news release. “We now have six times more canary rockfish than when we scaled back so many fisheries. This shows the Pacific council’s conservation policies work.”

Meanwhile, WDFW and NOAA Fisheries are researching the three species of Puget Sound rockfish listed under the Endangered Species Act. They are canary rockfish and yelloweye rockfish, both listed as threatened, and bacaccio, listed as endangered.

Yelloweye rockfish Photo by Kip Evans, NOAA
Yelloweye rockfish
Photo by Kip Evans, NOAA

Underwater surveys with a remotely operated vehicle in 2012 and 2013 looked for all sorts of bottomfish across a grid laid down on Puget Sound. Researchers found a greater abundance of quillback and copper rockfish (not ESA listed) than in the past, and young juvenile quillbacks were seen on muddy substrate — not the place you would normally look for rockfish.

While that was encouraging, nearly 200 hours of video at 197 grid points revealed just two canary and five yelloweye rockfish.

“That was quite distressing to us,” Dayv said.

This year and next, surveys are more focused on rocky habitat, including locations where fishing guides say they have had success catching rockfish in the past. The results are more encouraging, locating somewhere around 40 canary and 40 yelloweye and two bacaccio, Dayv said.

“We’ve caught some big fish and some little fish, so the population demographics have not entirely collapsed,” Dayv told me, and that means there is still hope for recovery.

Rockfish don’t typically reproduce until somewhere between 5 and 20 years old, so over-fishing places the future of the entire population at risk. Some rockfish are known to live as long as 100 years.

Finding juvenile yelloweyes — “bright red with ‘racing stripes’” — is especially encouraging Dayv said.

Genetic work so far is offering some intriguing new findings, he noted. While yelloweye rockfish from Puget Sound and the Strait of Georgia seem to be distinct from those on the coast, the same cannot be said for canary rockfish.

In fact, the limited samples taken so far suggest that the coastal population of canary rockfish — those found by the PFMC to be “rebuilt” — may not be genetically distinct from canary rockfish living in Puget Sound.

If that proves to be the case, it could have a profound effect on what we understand about canary rockfish and could even lead to a de-listing of the Puget Sound population.

Kelly Andrews, a genetics expert with NOAA Fisheries, cautioned that the sample size is small and more results are needed before anyone can draw conclusions. New samples are soon to be examined to see if there are any differences between canary rockfish on the coast and those in Puget Sound.

“What initially may seem to be the same could change dramatically with all these new samples we just got,” he told me. “Still just finding them is good news.”

When the Puget Sound rockfish were listed in 2010, researchers did not have the genetic data to define the populations in that way, so they used reasonable assumptions about geographic isolation. Now, the genetics can be factored in.

A five-year review is due to be completed this year for the listed rockfish in Puget Sound. If the new genetics information holds up, then the technical review team could propose a delisting of the canary rockfish.

For that reason, a long-awaited recovery plan for rockfish is being completed for the most part, but its release will be delayed until the genetic information is conclusive and the five-year review is completed. It would not make sense to come out with a recovery plan for canary rockfish, if the plan is to delist the population.

Meanwhile, small areas of Quilcene and Dabob bays have been reopened to fishing for some flatfish. (See earlier news release.) Bottom fishing is generally closed in Hood Canal because of the ongoing low-oxygen problems and its effects of bottom fish.

As in other areas of Puget Sound, targeted bottom fishing must take place in less than 120 feet of water, and all rockfish caught must be released. Experts strongly advise using a “descending device” (see video) to get rockfish safely back to deep water, no matter where they are caught. Without that, many of the fish die from barotrauma caused by the ballooning of their swim bladder as they are brought to the surface. See “Bring That Fish Down” by California Sea Grant and “Protecting Washington’s Rockfish” by WDFW.

Salmon managers reduce Puget Sound fishing
to protect chinook

I missed the annual trek to Olympia this year to meet with state and tribal salmon managers, recreational and commercial fishermen and others involved in setting fishing seasons. The event, held in March, is both a reunion and the official start of some serious talks about salmon.

Each year, fishermen head to the Skokomish River to catch chinook that have made it all the way through Hood Canal. This year, more restrictions are in store. Kitsap Sun file photo
Each year, fishermen head to the Skokomish River to catch chinook that have made it all the way through Hood Canal. This year, more restrictions are in store.
Kitsap Sun file photo

I’ve always enjoyed the discussions about the number of various salmon stocks expected to return to diverse areas of Puget Sound, the Washington Coast and the Columbia River. Years ago, I observed much more horse-trading — or rather salmon-trading — as experts made decisions about how far inland the fish should be allowed to swim before being caught.

Saving enough fish to make it back to the streams to spawn has always been the goal of the negotiating process, known as “North of Falcon” — so named because the discussions are focused on an area north of Cape Falcon in Oregon. I have to say, however, that the discussions began to change after Puget Sound chinook were declared “threatened” under the Endangered Species Act and conservation measures became even more important.

Chinook recovery has not been going well, even after major reforms in harvest management, hatchery operations and habitat restoration. So the need to protect the salmon from fishing pressures grows ever greater and the opportunities to catch fish in particular areas continue to decline.

Such was the case this year, when salmon managers decided to forego fishing for chinook in the popular fishing area known as Area 10 between Bremerton and Seattle. Other salmon can still be caught there, but all chinook — even those reared in a hatchery — must be released.

I was not around to observe how the negotiations went this year, having retired from the staff of the Kitsap Sun in October. (I’m now doing some in-depth reporting for the Sun and currently covering the Legislature for InvestigateWest.) It appears that recreational and commercial fishers believe that the salmon managers could have carved out some fishing seasons in the area without risking survival of the species.

“We fought hard just to keep what we had last year, and then to get the rug pulled out from under us is totally incomprehensible,” said Tony Floor of the Northwest Marine Trade Association, quoted in a story by Seattle Times reporter Mark Yuasa.

“With increasing (licensing) fees and the declining fishing opportunities, it makes it really difficult,” said Karl Brackmann, a Puget Sound Anglers board member, quoted in a story by Kitsap Sun reporter Tristan Baurick.

Even though sophisticated computer models try to determine how many salmon will be coming back to a given area, it’s still a guess. Deciding how many fish can be safely caught is always a judgment call. I guess this year managers have concerns not only for the wild chinook but also the marked hatchery chinook. The hatchery chinook, marked by removing the adipose fin, are normally considered free for the taking as long as unmarked wild chinook are released.

Lorraine Loomis, chairwoman of the Northwest Indian Fisheries Commission, said fishing reductions were especially painful for tribal and state managers this year, but the cutbacks were necessary. Salmon returns were poor last year, she said, and managers were concerned about ocean conditions and a low snowpack that could lead to increased stream temperatures.

“Because of these conditions we may see an increase in pre-spawning mortality of salmon this year, which required the tribal and state co-managers to be extra cautious in setting seasons,” Loomis said in a news release.

Anglers will still have good opportunities to catch coho, pink and Skagit River sockeye, according to Ryan Lothrop, Puget Sound recreational fishery manager for the Washington Department of Fish and Wildlife.

“Fishing for pink salmon should be excellent in Puget Sound, including in Hood Canal and Dungeness Bay,” Lothrop said in a news release.

For details on the fishing seasons, check out the North of Falcon webpage, which will be updated as new information becomes available.

Climate change disrupts steady streamflows, adds problems for chinook

Climate change appears to be altering the flow characteristics of Puget Sound salmon streams, and the outcome could be an increased risk of extinction for chinook salmon, according to a new study.

I’ve long been interested in how new housing and commercial development brings more impervious surfaces, such as roads, driveways and roofs. The effect is to decrease the amount of water that infiltrates into the ground and to increase surface flows into streams.

Chinook salmon Photo: Bureau of Land Management
Chinook salmon
Photo: Bureau of Land Management

Stormwater experts talk about how streams become “flashy,” as flows rise quickly when it rains then drop back to low levels, because less groundwater is available to filter into the streams.

The new study, reported in the journal “Global Change Biology,” suggests that something similar may be happening with climate change but for somewhat different reasons.

Climate models predict that rains in the Puget Sound region will become more intense, thus causing streams to rise rapidly even in areas where stormwater is not an issue. That seems to be among the recent findings by researchers with NOAA’s Northwest Fisheries Science Center and Washington Department of Fish and Wildlife:

“Over the last half century, river flows included in our analysis have become more variable — particularly in winter — and these changes are a stronger predictor of chinook population growth than changes in average winter flows or climate signals in the marine environment.

“While other impacts to this ecosystem, such as habitat degradation, may be hypothesized as responsible for these trends in flow variation, we found support for increasing flow variation in high-altitude rivers with relatively low human impacts.”

Joseph Anderson of WDFW, an author of the report, told me that chinook salmon, listed as threatened under the Endangered Species Act, may be particularly vulnerable to dramatic changes in streamflows. That’s because spawning chinook tend to show up before winter storms arrive — when the rivers at their lowest levels. The fish are forced to lay their eggs in a portion of the river that will undergo the most forceful flows once the rains begin to fall.

High flows can scour eggs out of the gravel and create serious problems for emerging fry, Joe said. Other factors may come into play, but the researchers found a strong correlation between the sudden variation in streamflows and salmon survival.

In the lower elevations, where development is focused, flow variability could result from both impervious surfaces on the land and more intense rainstorms. Efforts to infiltrate stormwater into the ground will become even more important as changes in climate bring more intense storms.

Stormwater management is an issue I’ve written about for years, including parts of last year’s series called “Taking the Pulse of Puget Sound.” See Kitsap Sun, July 16, 2014. Rain gardens, pervious pavement and infiltration ponds are all part of a growing strategy to increase groundwater while reducing the “flashiness” of streams.

Other strategies involve restoring rivers to a more natural condition by rebuilding side channels and flood plains to divert excess water when streams are running high.

According to the report’s findings, the variability of winter flows has increased for 16 of the 20 rivers studied, using data from the U.S. Geological Survey. The only rivers showing less variability were the Cedar, Duwamish, Upper Skagit and Nisqually.

The effect of this streamflow variability was shown to be a more critical factor for chinook survival and growth than peak, total or average streamflow. Also less of a factor were ocean conditions, such as the Pacific Decadal Oscillation and related ocean temperature.

Eric Ward, of Northwest Fisheries Science Center and lead author on the study, said many researchers have focused attention on how higher water temperatures will affect salmon as climate change progresses. High-temperature and drought conditions in California, for example, could damage the organs of salmon, such as their hearts.

Salmon swimming up the Columbia River and its tributaries could encounter dangerously warm waters as they move east into areas growing more arid. Some salmon species are more vulnerable to temperature, while streamflow may be more important for others. Coho salmon, for example, spend their first summer in freshwater, which makes extreme low levels a critical factor.

Eric told me that further studies are looking into how various conditions can affect each stage of a salmon’s life, conditions that vary by species. One goal is to build complex life-cycle models for threatened species, such as chinook and steelhead, to determine their needs under the more extreme conditions we can expect in the future.

Agency lists critical habitat for endangered Puget Sound rockfish

National Marine Fisheries Service has designated more than 1,000 square miles of Puget Sound as “critical habitat” for rockfish — a colorful, long-lived fish decimated by over-fishing and environmental problems.

Canary rockfish Photo by Tippy Jackson, NOAA
Canary rockfish // Photo by Tippy Jackson, NOAA

In Hood Canal, we know that thousands of rockfish have been killed by low-oxygen conditions, and their populations have been slow to recover because of low reproductive rates. Elsewhere, rockfish are coming back with mixed success, helped in some locations by marine protected areas.

The final designation of critical habitat was announced today in the Federal Register for yelloweye rockfish and canary rockfish, both listed as “threatened” under the Endangered Species Act, and bocaccio, listed as “endangered.”

The critical habitat listing includes 590 square miles of nearshore habitat for canary rockfish and bocaccio, and 414 square miles of deepwater habitat for all three species. Nearshore areas include kelp forests important for the growth and survival of juvenile rockfish. Deeper waters are used for shelter, food and reproduction by adults.

Yelloweye rockfish Photo by Kip Evans, NOAA
Yelloweye rockfish
Photo by Kip Evans, NOAA

Potential critical habitat was reduced by 15 percent for canary rockfish and bocaccio and by 28 percent for yelloweye rockfish. Most of the excluded area was deemed already protected, either by tribes near their reservations or by the military near Navy and Army bases and their operational areas.

The designated habitat overlaps in large part with existing critical habitat for salmon, killer whales and bull trout. The only new areas added without overlap are some deep-water areas in Hood Canal.

Under the law, federal actions within designated habitat must undergo consultations with the National Marine Fisheries Service. Such actions — which include funding or issuing permits for private development — cannot be approved if they are found to be detrimental to the continuing survival of the species.

Catherine Kilduff of the Center for Biological Diversity offered this comment about the habitat designation in a news release:

“Saving rockfish from extinction requires protecting some of the most important places they live, and that’s exactly what’s happening now in the Puget Sound. These habitat protections will not only give rockfish a fighting chance at survival but will help all of the animals that live in these waters.”

Critical habitat for rockfish in Central Puget Sound NOAA map
Critical habitat for rockfish in Central Puget Sound
NOAA map from Federal Register

The three species of rockfish were placed on the Endangered Species List in 2010, following a series of petitions by biologist Sam Wright. Last year, the Center for Biological Diversity notified the National Marine Fisheries Service of its intent to file a lawsuit over the agency’s delay in designating critical habitat.

Federal and state biologists are now working on a recovery plan. I have not heard whether they still hope to get the plan completed next year.

Rockfish are unusual among bony fishes in that fertilization and embryo development are internal. Female rockfish give birth to live young. After birth, the larval rockfish may drift in shallow waters for several months, feeding on plankton. Among the listed species:

  • Canary rockfish can reach up to 2.5 feet in length. Adults have bright yellow to orange mottling over gray, three orange stripes across the head and orange fins. They can live to be 75 years old.
  • Bocaccio can reach up to 3 feet in length. They have a distinctively long jaw extending to the eye socket. Adult colors range from olive to burnt orange or brown. Their age is difficult to determine, but they may live as long as 50 years.
  • Yelloweye rockfish can reach up to 3.5 feet in length and 39 pounds in weight. They are orange-red to orange-yellow in color and may have black on their fin tips. Their eyes are bright yellow. They are among the longest lived of rockfishes, living up to 118 years.

A 2011 plan for saving the rockfish was written by the Washington Department of Fish and Wildlife with assistance from a group of experts. The report, “Puget Sound Rockfish Conservation Plan” (PDF 706 kb), identifies the cause for the population declines:

“These declines have largely been caused by historical fishing practices, although several other stress factors play a part in their decline. Rockfish in urban areas are exposed to high levels of chemical contamination, which may be affecting their reproductive success. Poor water quality in Hood Canal has resulted in massive periodic kills of rockfish as well as other species. Lost or abandoned fishing nets trap and kill large numbers of rockfish.”

The plan identifies these objectives to restore the population:

  • Place the highest priority on protecting and restoring the natural production of indicator rockfishes to healthy levels,
  • Promote natural production through the appropriate use of hatcheries and artificial habitats,
  • Protect and restore all marine habitat types for all rockfish species,
  • Manage all Puget Sound fisheries to ensure the health and productivity of all rockfish stocks,
  • Protect and restore existing functions of rockfish in the complex ecosystem and food web in Puget Sound,
  • Conduct monitoring of indicator stocks to evaluate stock status and management actions,
  • Implement new research to understand the diversity, biology and productivity of indicator rockfish, and
  • Conduct a strategic outreach and education program to inform Washington citizens of the value of rockfish stocks and to promote ecotourism.

Puget Sound grants continue ecosystem restoration

About $22 million in state and federal grants were awarded last week for Puget Sound ecosystem restoration, another installment in the struggle to nurse Puget Sound back to health.

About $12 million in state and federal funds came through the Estuary and Salmon Restoration Program, or ESRP, under the Washington Department of Fish and Wildlife. As the name suggests, these funds are focused on improving nearshore and ecosystem processes.

Another $10 million came from the Puget Sound Acquisition and Restoration (PSAR) Fund, which is focused mainly on salmon restoration. More of those funds will be awarded before the end of the year.

Reporter Tad Sooter and I wrote about the West Sound projects in Friday’s Kitsap Sun (subscription required), focusing a good deal of our attention on a key acquisition of property on the Bainbridge Island shoreline along Agate Passage.

The property includes 4.5 acres of tidelands, including 550 feet of undeveloped beach, along with 7.5 acres of upland woods and meadows, all to be preserved by the Bainbridge Island Land Trust.

Brenda Padgham, stewardship director for land trust, told Tad that this property is one of the last intact nearshore habitats on Bainbridge Island. “The whole reach is so pristine,” she said.

Of the $1.2 million provided for the Bainbridge Island purchase, $810,000 came from the PSAR funds and $396,000 came from the ESRP.

Betsy Lions, who manages the ESRP for the Department of Fish and Wildlife, said most of that money this year will go toward removing unnecessary bulkheads, replacing culverts that block salmon passage and restoring tidal functions.

The 20 ESRP grants are described in a news release from Fish and Wildlife.

The salmon recovery money was approved Thursday by the Salmon Recovery Funding Board. In a news release yesterday, Gov. Jay Inslee stressed the economic value of preserving the state’s salmon runs:

“These projects will increase salmon populations while giving a boost to the economy. Salmon are important economically to Washington state and these projects will provide construction jobs and help countless numbers of Washington families and businesses, including tackle shops, charter operators, restaurants and hotels, that rely on the world-renowned Pacific salmon.”

David Troutt, chairman of the SRF Board and natural resources director of the Nisqually Tribe, made this comment:

“Puget Sound Chinook are about one-third as abundant as they were a century ago. As we have developed our urban and rural landscapes, we’ve damaged many of the estuaries, floodplains and rivers that salmon need to survive. These projects have been selected as ones that will make big impacts on Puget Sound and salmon recovery. Those two things go hand in hand. Puget Sound needs healthy salmon, and salmon need a healthy Puget Sound.”

The 11 PSAR projects are outlined in a document (PDF 106 kb) on the state Recreation and Conservation Office’s website. By the way, projects in Hood Canal were held up until October, as members of the Hood Canal Coordinating Council continue discussions about priorities.

Amusing Monday: See baby ospreys in the nest

UPDATE, June 17, 6 p.m.

I forgot that I had written about ospreys and their hunting techniques in this blog in August of 2011.

In an osprey nest monitored with live video by the Washington Department of Fish and Wildlife, it appears that all three eggs have hatched into baby osprey.

The video at right was recorded from the live WDFW Ospreycam and posted on YouTube Saturday by someone called AccSpec, who says the nest is located near Gig Harbor.

View the live Ospreycam here. A 10-second update of the webcam is available for slow computers and seems to work better at night. To read the story about how the webcam was installed, click here.

Opreys eat fish almost exclusively, which is why they nest near water. Adults typically hover over the water before they drop like a rock and dive feet first, grabbing fish with their sharp talons. The young will begin exercising their wings before they take their first flights and learn to fish.


Hog Island ospreycam is managed by Audubon on Hog Island near Bremen, Maine. These ospreys laid their eggs about the end of April.

Cape Cod ospreycam monitors a nest at the Cape Cod Museum of Natural History in Brewster, Mass.

Hellgate Canyon ospreycam is located at Riverside Health Care Center in Missoula, Mont.


Pintail duck wildlife cam in the Prairie Pothole Region near Egeland, N.D. The eggs were laid May 16 and should hatch at any time, but long-term prospects for the ducklings are not good. Previous research in the area has shown that the likelihood of surviving predators and other threats is about 5 percent.

Atlantic Puffin cam at Seal Island National Wildlife Refuge in Maine.

Elephant seal cam located between San Simeon and the Piedras Blancas Light Station on the Pacific Coast of California. The webcam is a joint project of Friends of the Elephant Seal and California State Parks.

Salmoncam shows salmon returning to Issaquah Hatchery, operated by WDFW. The camera in the holding pool shows a still photo that refreshes every 10 seconds.

New watchdog group to focus on Puget shorelines

It’s not often that we get to talk about a new environmental group in the Puget Sound region. We have a lot of existing groups, to be sure, but I can’t recall when the last one came into existence.

Whether Sound Action is actually a new group can be debated, since its core leaders come from Preserve Our Islands, the organization that battled the gravel mining operation on Maury Island. But I consider it a new group, because Sound Action has a new, clearly defined mission, not focused on a single development but on protecting shoreline habitats throughout Puget Sound.

The group will begin by keeping its eye on hydraulic project approvals issued by the Washington Department of Fish and Wildlife. The group’s audit of 290 past HPAs (PDF 3.3 mb) purports to show that adequate restrictions were not imposed in many cases where shoreline habitats and species needed to be protected.

Randi Thurston of WDFW disputes the report’s methods and conclusions, as I mention in my story published in today’s Kitsap Sun.

Those overall findings and statistics may make little difference in the long run, however. More interesting will be the deficiencies the group discovers as it goes about reviewing every permit issued by WDFW — the express goal of Amy Carey, the group’s executive director.

“Our intent here isn’t to be adversarial,” she told me yesterday. “We want to be supportive of DFW and help them fix the problem. … Reasonably good laws have been on the books for decades, but we have agencies that just don’t say no.”

When it comes to specific permits, it will be easier to discuss what conditions exist at a specific site, what data are available about the particular shoreline, what permit conditions are mandatory and what conditions would be advisable to add some measure of protection.

I can’t see how another set of eyes or even a differing opinion can hurt if the goal is to protect the environment, and maybe this effort will make a big difference in restoring Puget Sound to health. Of course, if the goal is to approve shoreline developments as quickly as possible, then regulations and oversight just get in the way.

Here are the goals, as described by Sound Action:

  • In our new work, Sound Action will be reviewing each Puget Sound-based HPA as it comes under the consideration of WDFW to ensure that all applicable environmental regulations are applied.
  • In the event that science-based information is missing or overlooked by WDFW, we will present detailed documentation on species and habitats present as well as impacts of the proposal.
  • If a permit is approved which does not contain appropriate provisions or is approved in violation of state law, Sound Action will pursue appeal and legal action.
  • Sound Action will expand its watchdog role to other regulatory areas in Puget Sound, but its first task is to focus on the state HPA program to make sure each permit does what the law requires and that the program is functioning and providing habitat protection. Not only is this required by law, it also supports the state mandate to restore Puget Sound by 2020.