Recreating Sustainable Fisheries in the Skeena Watershed

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Recreating Sustainable Fisheries in the Skeena Watershed Greg Taylor SkeenaWild Conservation Trust Skeena Watershed Selective Harvesters Association Skeena Fisheries Commission

Skeena Sockeye Conservation Units Map courtesy of Skeena Fisheries Commission 1. Johnston 2. Alastair 3. Lakelse 4. Kisumkalum 5. McDonnell 6. Dennis 7. Aldrich 8. Kitwanga 9. Stephens 10. Club 11. Swan 12. Sicintine 13. Slamgeesh 14. Damshilgwit 15. Motase 16. Bear 17. Azuklotz 18. Asitka 19. Sustut 20. Spawning 21. Johanson 22. Kluayaz 23. Kluatantan 24. Morice 25. Atna 26. Bulkley 27. Maxan 28. Babine 29. Morrison

Snapshot of Current Status of Skeena Sockeye Stocks Serious Concern, 5 Current Status of Skeena Watershed's 30 Sockeye (Lake Type) Conservation Units (SWCT, 2008) Insufficient Escapement Data, 17 (Most are assumed to be overfished to some degree) Concern, 6 No Concern, 2 The X-axis represents the exploitation rate that the Independent Science Report stated would allow for the preservation (not rebuilding to allow for FN access, etc.) of depressed Skeena sockeye stocks. This graph shows that stocks such as Kitwanga have been exploited on average - in excess of 135% of the recommended minimum rate since 1982. P e r c e n t a g e D i f f e r e n c e 40.0% 35.0% 30.0% 25.0% 20.0% 15.0% 10.0% 5.0% 0.0% Percentage Difference from ISRP Target Aggregate Exploitation Rate (ISRP Recommendation is 30-40%: chart uses 35%) Wild Babine Coastal CU's Below Kasiks Kitsum- Kalum Mid-Skeena Below Fiddler Kitwanga Lake Bulkley/ Morice Hazelton to Low. babine Morrison (Babine) Upper Sk Bel Sustut Upper Sk. Bear Upper Sk & Sustut

First Management Era: 3,000 BC to 1877 Pictures courtesy of Allen Gottesfeld

Skeena First Nations harvested salmon at relatively high harvest rates for at least 5,000 years. Archeologists and traditional FN history indicate that First Nation s population was limited by salmon abundance. FN s would have tended to fish to the sustainable limits of salmon populations in the areas where they lived. This means that at a time when a small village called Rome was being founded there was a sustainable fisheries management strategy in place in the Skeena.

Robust design and construction would have prevented fish passage unless there was a management process that allowed for escapements Pictures courtesy of Ken Rabnett and Allen Gottesfeld

Babine Barricades were of the most formidable and imposing appearance constructed of an immense quantity of materials, and on scientific principle which not a single fish could get through. People were catching and processing some three quarter of a million fish Hans Helgerson, Fishery officer 1906 (from Copes. 1995) Picture courtesy of Bill Spenst and the Lake Babine Nation

Relative Time Frames the two Management Strategies have been in existence and how long in relative terms it took modern management to replace a sustainable fishery which preserved biodiversity to one that has placed biodiversity at risk.

Fisheries prior to Enhancement: 1873-1970

Early Modern Management: 1883-1969

Modern Era Sockeye Management: Attempting to manage a trade-off between maintaining economic benefits from a mixed stock fishery and protecting biodiversity

Although Exploitation Rates from 1982 2008 appear relatively constant; they disguise the trade-offs DFO has made between biodiversity and marine harvests. This graph illustrates management response to increasing aggregate abundance. Mixed stock harvests are allowed to increase even though it is understood that such increases will likely compromise biodiversity

Harvest rates Harvest rates Managers have attempted to move mixed stock harvest impacts in a failed effort to maintain commercial efforts and protect biodiversity 0.0800 0.0700 0.0600 0.0500 0.0400 0.0300 1980 1991 Weekly Harvest Rates Plotted against the run timing of selected stocks of concern Weekly Harvest Rates for 1980-1991 Plotted Against the Estimated Run Timing of Morice Sockeye, Kitwanga Sockeye, Early Timed Steelhead and Coho 1980-1991 Harvest Rates Early Steelhead Coho kitwanga Sockeye Morice/Nanika Sockeye Reducing harvest rates in August from 1992 2002 to protect coho and steelhead led to a decision to increase weekly harvest rates in July in an attempt to maintain mixed stock harvests 0.0800 0.0700 0.0600 0.0500 0.0400 0.0300 Weekly Harvest Rates for the 1992-2002 Plotted Against the Estimated Run Timing of Morice Sockeye, Kitwanga Sockeye, Early Timed Steelhead and Coho Early Steelhead Coho kitwanga Sockeye Average Weekly Harvest Rates 1992-2002 Morice/Nanika 0.0200 0.0200 0.0100 0.0100 0.0000 0.0000

Harvest rates Harvest rates This resulted in increased impacts on Nanika sockeye a critical food source for the Wet suwet en people. Managers responded by curtailing weekly harvest rates in the early period and maintaining the August restrictions. But in an effort to maintain mixed stock harvests significantly increased weekly harvest rates in the middle of the season right on top of other less productive sockeye stocks. 0.0800 0.0700 0.0600 0.0500 0.0400 Weekly Harvest Rates for 2008 Plotted Against the Estimated Run Timing of Morice Sockeye, Kitwanga Sockeye, Early Timed Steelhead and Coho 0.0800 0.0700 0.0600 0.0500 0.0400 Weekly Harvest Rates for 2008 Plotted Against the Estimated Run Timing of Morice Sockeye, Kitwanga Sockeye, Early Timed Steelhead and Coho Early Steelhead Coho Early Steelhead Coho kitwanga Sockeye kitwanga Sockeye 2008 Harvest rates 2008 Harvest rates Morice/Nanika Morice/Nanika 0.0300 0.0300 0.0200 0.0200 0.0100 0.0100 0.0000 0.0000

There is another way: Looking back to move Forward

ESSR and Economic Opportunity Harvests totaled almost 3.4 million sockeye and 260,000 pink salmon between1992 and 2008. The problem is the inconsistency of supply as DFO typically only allows ESSR fisheries when sockeye returns well exceed the average (blue arrow)

Location of Selective Fisheries

2008 Economic Opportunity and ESSR Fisheries

Name of Total Median Income Employment Community Population (incl. transfers) Rate Gitwangak 465 $11,392 33% Gitsegukla 721 $7,030 24% Gitanmaax 723 $13,579 34% Kispiox 617 $11,104 31% Moricetown 592 $14,400 45% Lake Babine Nation 802 $10,134 32% Average $11,273 33% BC Average $31,598 62% Community economic profiles. Selective Fisheries are important for struggling First Nations communities.

Distribution of 2008 Selective Fishery Catch

Total revenues for First Nations communities from the 2008 selective fishery totaled almost $1.2 million $450,000 Mid-River Economic Opportunity Fishery, $423,921 $400,000 $350,000 $300,000 Babine Fence ESSR Fishery, $307,480 $250,000 $200,000 Gisgagaas Canyon ESSR Fishery, $192,723 $150,000 $100,000 Pinkut Creek ESSR Fishery, $109,921 Fulton River ESSR Fishery, $148,488 $50,000 $0 Mid-River Economic Opportunity Fishery Gisgagaas Canyon ESSR Fishery Babine Fence ESSR Fishery Pinkut Creek ESSR Fishery Fulton River ESSR Fishery

The New Skeena Commercial Fishery Reconnects with the Past Conservation, biodiversity and ecological integrity is paramount in all management. Peer reviewed science and traditional ecological knowledge are incorporated in technical discussions Traditional Law influences fisheries management decisions

Mid-River Selective Beach Seine Fishery Strengths 1. Excellent quality of fish 2. Ability to harvest allocation 3. Consistent access 4. Very Species Selective 5. Relatively easy logistics Challenges 1. Mixed stock fishery 2. Access tied to commercial access. As commercial access declines so does Mid-River selective fisheries access. 3. Less harvest opportunities upstream of Kitwanga River

Gisgagaas Canyon Selective Dip-Net Fishery Strengths 1. Good quality fish 2. Stock Selective 3. Slow Pace of fishery enhances fish quality 4. Bleeding program Challenges 1. Need to improve catch rates to access entire allocation 2. Dependent on ESSR Allocation 3. Labour intensive transport up Canyon to ice and trucks 4. Better fish release methods required in some sites 5. Difficult access to fishery

Babine Fence Dip-Net Fishery Strengths 1. Good fish quality 2. Reasonable roe maturity 3. Very stock selective 4. High rates of Harvest 5. Good infrastructure Challenges 1. Long access road to fishery 2. Dependent on ESSR Allocation 3. Grizzly bears!

Babine Lake Fisheries Strengths 1. Flesh quality acceptable for market but can decline late in run 2. Excellent roe maturity and quality 3. High harvest rates 4. Very stock selective Challenges 1. Dependent on ESSR Allocation

Moricetown Pink Fishery Strengths 1. Excellent direct access to market 2. Located at major tourist attraction 3. Good products 4. High prices for pinks. Relies on good prices instead of high volumes 5. Excellent roe maturity and quality 6. Reasonable harvest rates when pinks available 7. Long term successful fishery 8. Very species and stock selective Challenges 1. Inconsistent access 2. Dependent on ESSR decisions 3. Can not make long term business decisions

The Skeena Watershed s First Nations have come together to collectively work on the challenges facing their fisheries. They have formed the Skeena Watershed Selective Harvester s Association (SWSHA). The SWSHA s mandate is to: 1. Improve SWSHA s access to sockeye. Each selective fishery must have an annual defined share of the Canadian commercial surplus of Skeena sockeye. This will allow SWSHA members to grow their businesses while increasing biodiversity in the Watershed 2. Certify all sockeye products as selectively harvested in fair-trade fisheries under the SkeenaWild Certification mark. 3. Develop additional value added opportunities either through marketing or product development 4. Identify opportunities where the SWSHA might invest in ice machines, totes, infrastructure or processing in order to return a greater share of the market value to local communities.

Thank you to the following for the pictures and maps in the presentation: Allen Gottesfeld Ken Rabnett Skeena Fisheries Commission Ecotrust Bill Spenst Walter Joseph Taylor Bachrach Greg Knox And special thanks to the First Nations of the Skeena Fisheries Commission for their efforts over the past twenty years. Without it there would not be an inland selective fishery today.