Young Fishermen's Initiative

Thirty years ago, a young person who wanted to fish commercially needed a boat, some fishing gear, and a sense of adventure to get started in the business.  Today young fishermen face staggering entry level costs, high operating costs, and a level of risk that is equivalent to buying a starter hotel, instead of a starter house as a first step in home-ownership.  Studies show that the average age of Alaska’s commercial fishermen is now 50, up by nearly 10 years since 1980.  Research documents that fishery access permits and quota are being lost from rural Alaska communities, and that gaining access to the fisheries off Alaska is increasingly difficult for young Alaska rural residents. 

ALFA is committed to helping the next generation of fishermen and ensuring residents of Alaska’s coastal communities have access. Through a number of programs, we are helping the next generation of commercial fishermen launch and support viable commercial fishing businesses.  ALFA’s young fishermen programs and focus areas include: 

  1. Apprentice or entry-level deckhand opportunities on commercial fishing boats.
  2. Fishery Conservation Network bathymetric data sharing.
  3. Inter-generational transfer of permits and quota in partnership with the Alaska Sustainable Fisheries Trust.
  4. Young fishermen training, skill building and education.
  5. Alaskans Own Seafood—connecting fishermen and fish lovers  

Apprentice and entry-level deckhand experience- ALFA member ERIC JORDAN works with ALFA to offer a deckhand training program.  Eric takes first time deckhands fishing for a day, a week, or a season, depending on his fishing schedule and the “greenhorns” proclivity for fishing.  But before Eric takes young people out, he provides safety training and a thorough introduction to life on a fishing boat.  While on that water, Eric teaches deckhand skills and works in a healthy measure of conservation ethic.  Over the past three years, Eric has introduced 23 young people to deckhanding on his troller the FV I Gotta, many of whom return to fish with him or have taken jobs on other boats. ALFA and Eric consider all apprenticeships a success, because even those whose fishing careers end after one trip have gained a new understanding and appreciation for commercial fishing.  

Fishery Conservation Network- Members of ALFA’s Fishery Conservation Network collect seafloor bathymetry data that ALFA then compiles into one database and generates digital bathymetric charts.  The charts are provided back to participating fishermen, helping FCN members efficiently catch target species while controlling bycatch rates and avoiding sensitive habitat.  The FCN collaboration helps small boat fishermen stay competitive in an increasingly challenging profession; it also helps young fishermen gain knowledge, tools and insight from ALFA’s well established fishermen. 

Alaska Sustainable Fisheries Trust—ALFA has explored alternative funding mechanisms for limited entry and IFQ purchase since IFQs were implemented in 1995.  In 2009, ALFA helped establish the ASFT, and this past year worked with local fishermen and Ha Aani, the community development arm of Sealaska, to support transfer of a limited entry permit and a block of sablefish IFQs from out of state ownership to young Sitka fishermen.  This innovative approach lowers entry level costs and shields the young fishermen’s financial risk while still providing a clear path to ownership of fishery access.  ASFT and ALFA are now working to finalize legal documents to support future transfers and to capitalize the Trust.  

Beginning Fishermen’s Development Program—In 2008 Congress funded a number of programs to support the next generation of farmers, ranchers and aquaculturists, including the Beginning Farmers and Ranchers Development Program and the Individual Development Accounts.  Unfortunately, not a single federal program exists to provide support and resources to young commercial fishermen. ALFA is working with allies in the Fishing Community Coalition to change that.  We envision a program that will:

    Offer financial support and guidance for new fishery entrants.

    Provide training for developing new markets and adding value to seafood products.

    Enhance fishermen engagement in the resource management process.

    Identify ways to sustain America's working waterfronts.

    Foster a conservation ethic that prioritizes sustainable fishing practices and marine stewardship.

A national program that partners with federal, state and local organizations and agencies to provide increased opportunities for the next generation of commercial fishermen could be a groundbreaking step in protecting the stability of coastal fishing communities and America’s seafood supply chain. That is why we are working, along with our colleagues around the nation, to develop a program that adequately funds and supports the next generation of fishermen. 

 

Alaskans Own Community Supported Fishery—last fall ALFA took over management of Alaskans Own (AO), a program we helped start in 2010.  AO provides high quality seafood through a monthly subscription program to Alaska and lower 48 customers.  Customers also learn about the fishermen who catch their fish and the work ALFA’s dedicates to promoting sustainable community based fisheries for the future.  ALFA works with Sitka Sound Seafoods and Seafood Producers Cooperative to process fish for AO, supporting rather than competing with Sitka’s important processing sector.  We consider the incredible seafood ALFA members catch to be best outreach tool on land or sea.  With AO we aim to build connections for the future between fishermen, fishing communities, and seafood consumers. 

Don't Forget! Annual Fish Raffle Tickets Are on Sale NOW!

Did you know that in Sitka you can now swing by Old Harbor Books during their business hours to buy your raffle tickets?  You can also come by the ALFA office on the second floor of the Sitka Sound Science Center to buy your tickets from an eager ALFA staff person.  We gladly accept payment through snail mail as well, and will send you your tickets back to you in the mail too, so call us at (907)747-3400 to purchase your raffle tickets now!

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SEASWAP Article by Anna Wietelmann

Skipper Stephen Rhoades of the Marilyn J (left), University of Alaska BLaST student Kate Hauch, Dr. Thomas Gordon (foreground), and Alaska Longline Fishermen’s Association program coordinator Dan Falvey (right) coordinate the release of hydrophone a…

Skipper Stephen Rhoades of the Marilyn J (left), University of Alaska BLaST student Kate Hauch, Dr. Thomas Gordon (foreground), and Alaska Longline Fishermen’s Association program coordinator Dan Falvey (right) coordinate the release of hydrophone arrays for tracking sperm whales that strip fish from commercial fishing gear. (Photo Provided by Anna Wietelmann) 

A unique alliance between fishermen and scientists has attracted attention and participation from international scientists.

A world-renowned marine mammal scientist from Scotland and his brother, an expert in underwater microphone technology, came to Sitka to test a new technique to locate sperm whales. The two, Dr. Jonathan Gordon of the Scottish Oceans Institute of St. Andrews and Thomas Gordon were in Sitka last month working with their new device. If successful, the technology would allow fishermen to identify the presence and location of sperm whales within 5 miles of their boat, allowing fishermen to more easily avoid sperm whales and reduce the chances of having whales take fish from their longline gear.

The sperm whale issue began as early as the 1980s, when longline fishermen approached Tory O’Connell, then a groundfish manager for the Alaska Department of Fish and Game, with reports of sperm whales feeding on sablefish (black cod) from longline gear. This behavior, known as depredation, is not only economically costly to the fishery but also potentially dangerous for the whales. Like garbage bears of the ocean, the whales are engaging in an unnatural behavior that increases chances of human conflict, like getting caught in gear.

In the 1990s interactions increased, Tory O’Connell, reached out to Jan Straley, University of Alaska Southeast (UAS) whale biologist and Linda Behnken and Dan Falvey of the Alaska Longline Fishermen’s Association (ALFA). With funding from the North Pacific Research Board they formed Southeast Alaska Sperm Whale Avoidance Project (SEASWAP) in 2003. SEASWAP hopes to understand the complex relationship between sperm whales and the longline fishery and ultimately provide recommendations to decrease or eliminate depredation. SEASWAP has since formed other collaborations, including Scripps Institution of Oceanography to work on deterrent methods.

“It is not common, still, after all these years for fishermen, scientists, and managers to work so closely and collaboratively together. Some of the best and innovative experiments we have tried and techniques we have in our toolkit are because of the knowledge of the fleet, they are just good at thinking through solutions. So this is kind of a rare and very rewarding partnership. The fleet has been very proactive in helping drive this research,” says O’Connell.   

Now with funding from the Central Bering Sea Fishermen’s Association, Jonathan Gordon, one of the world’s leading sperm whale experts, is joining in the effort in sperm whale avoidance all the way from Scotland.

“It’s nice that the fishing industry came looking for answers,” reflects Jonathan Gordon on the partnership between fishermen and scientists. “I think Sitka is very good in that respect.”

Gordon and his brother, spent three weeks this June working with local fisherman Stephen Rhoades, skipper of the F/V Marilyn J, and Lauren Wild, a PhD student at the University of Alaska Fairbanks' School of Fisheries and Ocean Sciences.  Lauren grew up in Sitka and has been a part of SEASWAP since 2009. In 2013 she received her master's degree in Marine Mammal Science from the University of St. Andrews in Scotland, where she worked with Jonathan Gordon on her dissertation, which focused on sperm whale acoustics.

“The way to study sperm whales is acoustics,’’ says Wild, who first joined SEASWAP as a research biologist and acoustic technician and is now looking at sperm whale diet and ecology for her PhD research. This is because “they are deep divers, hard to track [visually] really far offshore, and come up miles away. If they are diving, they are clicking.”  Sperm whales, like bats, produce clicks to echolocate, or navigate by reflected sounds, during dives to depths where there is very little or no light. Rather than trying to spot sperm whales when they are at the surface, scientists find it more effective to record their clicks.

Last month, the team took two trips offshore, and two day-trips within the Sitka Sound, to test the equipment they have been developing for years.

The Gordons equipment, called a towed array, consists of a 200 meter long cable, ending in an oil-filled, plastic tube containing two underwater microphones, or hydrophones, one situated three meters in front of the other. The array is towed behind the fishing vessel. Unlike the use of a traditional hydrophone, which requires the vessel to be stopped while it is deployed, the towed array is meant to be used while fishermen are moving to provide real-time information.

The towed array relies on clicks produced by sperm whales to locate where they are. Sperm whales spend 75 percent of their dives, which typically last up to 60 minutes, producing clicks to navigate to locate prey. The two hydrophones pick up these incredibly powerful clicks. The device converts the clicks into electrical signals and sends that signal up the cable to be filtered and amplified. It is then run through a computer software called Pamguard, for analysis.

The computer program times the difference in arrival times of the sperm whale clicks between the two hydrophones and uses this to provide the user with a bearing for the whale. The program also uses the rate of change of the whale’s bearing to figure out how far away the sperm whale is.

The Gordons used their time in Sitka to work on some of the issues that stand in the way of widespread use by the longline fleet. “We still have more work to do, mostly with the details of how to make it more appropriate: to figure out a simpler power supply, and make the software interface more straightforward, ” says Jonathan.  The ultimate goal is to have a product that any longline fisherman can take out and use themselves to tell where whales are and then avoid them.

“This will give fishermen a powerful tool to help them make informed decisions when on the fishing grounds,” remarks Dan Falvey, fisherman and project coordinator for ALFA. “When you’re out there now, you don’t know if there are whales in the area unless you see a spout. The towed array will tell you if there are whales within 5-6 miles of you and in which direction. If there are whales in the area and the fishermen know it, they can keep moving until they find a whale free area.”

The towed array is the most recent attempt at avoiding sperm whales. Other attempts have included acoustic decoys that play sounds mimicking the sound of boat engines, beads on longline gear meant to confuse the whale’s echolocation, and a reporting network where fishermen use texting devices to report whale locations and are given location of tagged whales to aid the fleet in avoiding whale interactions. For more information about SEASWAP, please visit www.seaswap.info

(Photo Provided by Anna Wietelmann)

(Photo Provided by Anna Wietelmann)

This article appeared in the "Daily Sitka Sentinel" on Tuesday, July 26, 2016.  It was written by Sitka Sound Science Center Science Outreach Intern Anna Wietelmann. Wietelmann received her B.S. in Earth Systems from Stanford this Spring (2016) and is a M.S. candidate in Earth Systems at Stanford.

Sperm Whales Tagged Near Sitka

On July 13 and 14, 2016 the SEASWAP team placed satellite tags on 4 individual sperm whales offshore of Cape Edgecumbe and Shelikof Bay out of Sitka, AK.  In addition, 7 skin samples were collected, which will be used to analyze genetics and stable isotopes as a proxy of diet.  The information gathered will allow fishermen to avoid fishing near tagged whales to minimize depredation, and help our team better understand sperm whale movements and population dynamics in the Gulf o Alaska.  To follow whale movements, go to the SEASWAP website at www.seaswap.info/whaletracker.

For more information, please contact SEASWAP personnel at seaswap03@gmail.com or call 907-738-4494.