Southern Pacific salmon integrated fisheries management plan summary as of 2018
The IFMP covers fisheries in tidal and non-tidal waters from Cape Caution south to the BC/Washington border, including the Fraser River watershed
Download a PDF version of this Management Plan Summary
The purpose of this Integrated Fisheries Management Plan (IFMP) summary is to provide a brief overview of the information found in the full IFMP. This document also serves to communicate the basic information on the fishery and its management to DFO staff, legislated co-management boards and other stakeholders. This IFMP provides a common understanding of the basic “rules” for the sustainable management of the fisheries resource. The full IFMP is available on request.
This IFMP summary is not a legally binding instrument which can form the basis of a legal challenge. The IFMP can be modified at any time and does not fetter the Minister's discretionary powers set out in the Fisheries Act. The Minister can, for reasons of conservation or for any other valid reasons, modify any provision of the IFMP in accordance with the powers granted pursuant to the Fisheries Act.
Where DFO is responsible for implementing obligations under land claims agreements, the IFMP will be implemented in a manner consistent with these obligations. In the event that an IFMP is inconsistent with obligations under land claims agreements, the provisions of the land claims agreements will prevail to the extent of the inconsistency.
The electronic version of the entire IFMP can be found at the DFO online library:
General overview/introduction, including map
This 2018/2019 Southern B.C. Salmon Integrated Fisheries Management Plan (IFMP) covers the period June 1, 2018 to May 31, 2019.
The IFMP provides a broad context to the management of the Pacific salmon fishery and the interrelationships of all fishing sectors involved in this fishery.
This IFMP covers fisheries in tidal and non-tidal waters from Cape Caution south to the BC/Washington border, including the Fraser River watershed (see map below). Fishing plans for First Nation, Recreational and Commercial fisheries are included in Section 13 of the IFMP.
Stock assessment, science and traditional knowledge
Pacific salmon include five species belonging to the genus Oncorhynchus family Salmonidae: pink (O. gorbuscha), chum (O. keta), sockeye (O. nerka), coho (O. kisutch) and chinook (O. tshawytscha). The native range of Pacific Salmon includes the north Pacific Ocean, Bering Strait, south-western Beaufort Sea and surrounding fresh waters. They occur in an estimated 1300-1500 rivers and streams in BC and Yukon; notably, the Skeena and Nass Rivers in the north and the Fraser River in the south historically accounted for approximately 75% of the total salmon numbers.
Pacific salmon complete their life cycle by returning to their natal stream to spawn, in many cases to the particular gravel bed where they were hatched. Homing of Pacific salmon to their natal stream is an important biological characteristic of salmon stocks. Each stock is genetically adapted to the environment in which it resides, and exhibits unique characteristics such as life history, migration route, migration timing, and productivity. Sockeye and chinook travel the farthest upstream to spawn, as far as 1,500 kilometers. Chum, coho and pink usually spawn closer to the sea.
The numbers of Pacific salmon returning to BC waters varies greatly from year to year and decade to decade, often with pronounced population cycles. For example, many sockeye salmon populations are very abundant every third or fourth year. This is seen most dramatically in the Fraser River, where the abundance of some populations in abundant years is many times larger than that of other years. Longer term cycles are also apparent but less regular and seem to be associated with changes in ocean conditions that affect survival during the feeding migration.
Aboriginal traditional knowledge (ATK)/Traditional ecological knowledge (TEK)
Traditional Ecological Knowledge (TEK) and Aboriginal Traditional Knowledge are cumulative knowledge gathered over generations and encompass regional, local and spiritual connections to ecosystems and all forms of plant and animal life. ATK is knowledge held by Aboriginal communities while TEK is local knowledge held by Non-Aboriginal communities, including industry, academia, and public sectors. While qualitatively different both are cumulative knowledge gathered over generations and are regionally and locally specific. Both forms of knowledge can often be utilized to improve the management process. The growing awareness of the value of TEK/ATK is reflected in the increasing requirements for it to be included in environmental assessments, co-management arrangements, species at risk recovery plans, and all coastal management decision-making processes. Both are needed to inform and fill knowledge gaps related to the health of salmon stocks and to aid decision making related to development and resource use. Government and the scientific community acknowledge the need to access and consider ATK/TEK in meaningful and respectful ways. However, the challenge for resource managers is how to engage knowledge holders and how to ensure that the information can be accessed and considered in a mutually acceptable manner, by both knowledge holders, and the broader community of First Nations, stakeholders, managers, and policy makers involved in the fisheries.
Salmon stock assessment is primarily concerned with providing scientific information for conservation and management of salmon resources. Stock assessment describes the past and present status of salmon stocks and forecasts future status of stocks under different scenarios. Stock assessment programs contribute information to the fisheries management process, from the initial setting of objectives (and policies) to providing expert advice in the implementation of management plans. Stock assessment information also supports First Nation and Treaty obligations, integrated ocean management planning, development of marine protected areas, protection and recovery of species at risk, and international Treaty obligations and negotiations.
External partners and clients play an increasing role in delivery of the stock assessment activities. Some First Nations, recreational and commercial harvesters contribute directly through data collection and reporting. First Nations and community groups conduct field data collection projects. Universities and non-government organizations (NGOs) are active in the analytical and peer review elements. Stock assessment staff collaborates with other regional, national and international organizations and conduct numerous cooperative and/or joint programs.
Section 2 outlines the salmon ecosystem overview and interactions.
Shared stewardship arrangements
As outlined in Section 3, in Pacific Region, DFO consults with and engages First Nations and other interests through a wide range of processes. For salmon, the focal point for DFO’s engagement with First Nations, the harvest sectors and environmental interests is around the development and implementation of the annual IFMP. At a broad, Province-wide level, the Integrated Harvest Planning Committee (IHPC) brings together First Nations, commercial and recreational harvesters, and environmental interests to review and provide input on the draft IFMP, as well as coordinate fishing plans and (where possible) resolve potential issues between the sectors.
Other processes, such as the First Nations Salmon Coordinating Committee (SCC) and the Forum on Conservation and Harvest Planning, are being developed in order to facilitate dialogue between First Nations and DFO. Engagement between DFO and First Nations also takes place through a number of bilateral and “integrated” (multi-interest) advisory processes, management boards, technical groups and roundtable forums.
In addition to integrated dialogue through the IHPC, the Department also works directly with the commercial and recreational sectors, largely through the Commercial Salmon Advisory Board (CSAB) and Sport Fishing Advisory Board (SFAB), respectively. The Department also officially consults with the Marine Conservation Caucus, an umbrella group representing eight core environmental groups.
Economic, social, cultural importance
Section 4 of the IFMP provides a socio-economic overview of the salmon fishery in British Columbia. In future years, information on the social and cultural context of the various fisheries can be added, where available. This section addresses salmon in the context of the Aboriginal food, social, and ceremonial fishery, the Aboriginal communal commercial fishery, the recreational and commercial fishing sectors, the processing sector and the export market. DFO recognizes the unique values of each of the fisheries described here. The overview provided in this profile is intended to help build a common understanding of the socio-economic dimensions of each fishery rather than compare the fisheries. Where possible this summary highlights information specific to the South Coast.
Departmental policy development related to the management of fisheries is guided by a range of considerations that include legislated mandates, judicial guidance and international and domestic commitments that promote biodiversity and a precautionary, ecosystem-based approach to the management of marine resources. Section 1.6 outlines the policies that were developed with considerable consultation from those with an interest in salmon management. While the policies themselves are not subject to annual changes, implementation details are continually refined as appropriate.
Please see the salmon consultation website for more information.
Access and allocations
The Minister can, for reasons of conservation or for any other any other valid reasons, modify access, allocations and sharing arrangements outlined in this IFMP in accordance with the powers granted pursuant to the Fisheries Act.
Details can be found at the Pacific Salmon Commission (PSC) website.
An Allocation Policy for Pacific Salmon can be found on-line here.
Allocation decisions are made in accordance with the Allocation Policy for Pacific Salmon.
Figure 2 below describes a generalized framework by which fishing opportunities are allocated to different fishing sectors at different abundance levels.
Figure 2: Allocation guidelines
|Low Abundance||High Abundance|
|First Nations FSC||Non-retention / closed||By-catch Retention||Directed||Directed||Directed|
|Recreational||Non-retention / closed||Non-retention||By-catch Retention||Directed||Directed|
|Commercial||Non-retention / closed||Non-retention||By-catch Retention||By-catch Retention||Directed|
Note: This table describes conceptually how First Nations, recreational and commercial fisheries might be undertaken across a range of returns. It does not imply that specific management actions for all stocks exactly follow these guidelines, but rather is an attempt to depict the broad approach.
The allocation guidelines above refer to directed fisheries on a species. The application of the Allocation Policy for Pacific Salmon on non-target stocks is case specific. The inadvertent harvest of different species of concern is referred to as by-catch. The inadvertent harvest of stocks of concern within the same species (i.e. Cultus Lake sockeye when harvesting Summer Run sockeye) is referred to as incidental harvest. Both by-catch and incidental harvest are factored into the calculation of exploitation rates on various stocks, and therefore, fishing plans are designed to be consistent with existing policies and to keep exploitation rates on stocks of concern within the limits described in the fishery management objectives.
All harvest groups have recommended that the Department consult on by-catch/incidental harvest allocations. However, the Department does not generally allocate by-catch or portions of the acceptable exploitation rate on stocks of concern. The Department considers a number of fishing plan options and attempts to address a range of objectives including minimizing by-catch and incidental catch.
Section 7 of the IFMP outlines the detailed information on the First Nation, Recreational and Commercial fisheries.
Management of the fishery
Section 6 of the IFMP outlines the fishery management objectives for stocks of concern. The decision guidelines, specific management measures for each fishery and specific fishing plans are described in Section 13.
|#||Management Issue||Objectives||Management Measure|
|1||Lower Strait of Georgia (LGS) chinook||Continue rebuilding through a comprehensive set of fishery, hatchery, and habitat related actions.||LGS chinook are harvested in terminal First Nations fisheries, mixed stock commercial troll fisheries off the west coast of Vancouver Island and recreational fisheries off the west coast of Vancouver Island, in the Strait of Juan de Fuca, in the Strait of Georgia and in Johnstone Strait. Restrictions introduced in recent years include PST reductions to the WCVI allowable harvest, restrictions in Victoria sport, spot closures in the Strait of Georgia, and terminal area sport closures from Nanaimo to Saanich. The development of a management framework that considers abundance levels, triggers and associated management measures consistent with the Southern BC Chinook strategic planning and the Wild Salmon Policy is being initiated.|
|2||West Coast of Vancouver Island (WCVI) chinook||
||DFO will manage commercial troll fisheries in the North Coast to a 3.2% exploitation rate ceiling on total WCVI chinook return to Canada. The allowance for mortalities of WCVI chinook in the Area F troll fishery is calculated based on 3.2% of the total WCVI return to Canada as an in-season proxy for exploitation rate. The in-season exploitation rate will be estimated using the mean effort-harvest rate relationship developed from historical DNA analysis. The fishery will be further constrained by remaining closed during the first three weeks of June and the month of August as these periods are known to have higher proportions of WCVI chinook in the total catch. DNA analysis and coded-wire tag analysis of catch will be used to assess the 3.2% exploitation rate objective post season.|
|3||Fraser River Chinook populations (including Spring 42, Spring 52, Summer 52, Summer 41, and Fall 41)||Precautionary 25% to 35% reduction in exploitation rates for specific Chinook stocks of concern in 2018||Additional fishery management measures are in place for 2018
fisheries to address conservation concerns for many BC
Chinook Salmon populations. DFO is implemeting a
precautionary 25% to 35% reduction in exploitation rates for
specific Chinook stocks of concern to support conservation and
promote rebuilding. The additional reductions are planned to
address conservation concerns for all Fraser River Chinook
populations (including Spring 42, Spring 52,
Summer 52, Summer 41, and Fall 41)
in Southern BC.
Previous management actions in place for Fraser River chinook stocks of concern remain in effect unless otherwise noted.
|4||Fraser Spring 42 chinook||Conserve these populations by continuing to minimize incidental harvests in Canadian ocean fisheries and to continue fisheries management measures in the Fraser River to limit overall impacts and support rebuilding.||Fraser Spring 42 chinook have been classified as a stock of
concern continued very depressed abundance due to on-going
unfavourable marine survival conditions and low productivity
(which is exacerbated by a decline in spawner fecundity in
Based on CWT recoveries from fisheries, Fraser Spring 42 chinook have historically been encountered primarily in Fraser River First Nation net fisheries, Fraser River and tributary recreational fisheries, marine troll fisheries (e.g. WCVI and North Coast), and recreational fisheries in the Strait of Juan de Fuca and Strait of Georgia, with lower rates in other marine recreational fisheries.
|5||Fraser Spring and Summer (age 52) chinook||Conserve these populations consistent with the management zones outlined in Section 13 Southern Chinook Salmon Fishing Plan under the Southern ISBM Chinook section.||Spring 52 and Summer 52 Chinook stocks have been classified
as stock of concern given on-going depressed parental
abundance,unfavourable marine survival conditions and low
Management actions for these populations are set based on an in-season assessment of the return to the Fraser River and specific management measures associated with each of 3 abundance zones are outlined in the IMFP.
|6||Interior Fraser River coho (including Thompson River coho)||The objective for Interior Fraser River Coho (including Thompson River Coho) is to manage Canadian fisheries in a highly precautionary manner with fisheries management measures similar to those in place prior to 2014. This approach is expected to achieve an overall exploitation rate in Canadian waters within the 3 – 5 % range.||
For fishery planning purposes, Interior Fraser coho fishing mortality is
estimated pre-season using a series of models that integrate assumptions about
anticipated coho encounters, fishing effort levels, an estimate of the proportion
of Interior Fraser River coho stocks within the total encounters based on past data,
and an average release mortality rate. A post-season estimate of exploitation rate
is developed from the same models but using any actual information on encounter rates
and fishing effort collected during the fishing season.
Management measures for Interior Fraser River coho are generally in place from May to September when these populations are expected to be encountered in southern BC waters. These measures are also expected to limit impacts on other coho populations in Southern BC, including Lower Fraser River coho and Strait of Georgia coho populations.
Fisheries in the following areas and times will likely continue to be managed to limit overall impacts on Interior Fraser coho consistent with the annual management objectives:
|7||Cultus Lake Sockeye||Cultus Lake Sockeye will be managed within the constraints of the exploitation rate
identified for the Late Run aggregate. The maximum allowable exploitation rate for
Cultus Lake Sockeye will be the greater of
||Cultus Lake sockeye is a component of the Late Run Fraser River sockeye
aggregate which is typically harvested in southern B.C. waters in August and
The returns of sockeye salmon to Cultus Lake have been particularly low relative to historic averages. To work toward rebuilding this population, Late Run sockeye fishery management actions have been implemented to reduce fishery exploitation levels on this stock. Enhancement measures have included fry and smolt releases as well as a captive brood program. Freshwater measures in the past have included: predator control (removal of adult northern pikeminnow in Cultus Lake), removal of Eurasian watermilfoil and contaminant studies. An overview on the recovery activities and the current status of Cultus Sockeye can be found in the Status of Cultus Lake Sockeye Salmon (Bradford et al., 2010), available on-line at: http://www.dfo-mpo.gc.ca/CSAS/Csas/publications/resdocs-docrech/2010/2010_123_e.pdf The conservation strategy can be found online at: http://www.dfo-mpo.gc.ca/Library/337479.pdf
All Canadian fisheries that could harvest Cultus Lake sockeye will be impacted by the need to limit exploitation on this stock. This includes:
|8||Sakinaw Lake sockeye||To stop their decline and re-establish a self-sustaining, naturally spawning population.||Most fisheries that have potential to intercept Sakinaw Lake
sockeye will continue to be delayed prior to the last week of
July to ensure a significant portion of the return has passed
through major fisheries in Johnstone Strait. The plan will
|9||Nimpkish Sockeye||Minimize the impact of Canadian fisheries during periods of low abundance.||Nimpkish sockeye are encountered in Queen Charlotte Strait and Queen Charlotte Sound typically during June and July. In order to protect this stock, time and area closures may be implemented for First Nation, commercial, and recreational fisheries in the approach waters to the Nimpkish River (including the river). Marine waters north of Lewis Point on Vancouver Island (Subareas 11-1, 11-2 and 12-5 to 12-19) are scheduled to be closed to sockeye retention in all fisheries until late July. However, marine waters north of Lewis Point may open to sockeye retention in marine FSC fisheries prior to late July if in-season abundance of Nimpkish sockeye is higher than expected and no other weak stock constraints exist. If in-season abundance permits, some First Nations FSC harvest may also occur within the Nimpkish River.|
|10||Interior Fraser River steelhead||The objective for Interior Fraser River steelhead is to minimize the impact of Canadian fisheries managed by DFO, taking into account conservation concerns for these populations.||Spawning escapement of Interior Fraser Steelhead has been on a downward trend for
many years, with recent years’ escapements reaching the lowest on record. In
February 2018, COSEWIC completed an Emergency Assessment on Thompson and Chilcotin
Steelhead as per S.28(1) of SARA and found that both the Thompson and Chilcotin
Designatable Units (DUs) were Endangered, and an emergency listing process is
underway to determine whether or not to list the DUs under SARA on an emergency basis.
While the SARA listing process is proceeding, DFO will implement management measures for 2018 that reduce the incidental impacts of Chum fisheries on co-migrating IFR Steelhead.
Specific objectives for the salmon fishery will be to focus compliance management efforts on:
- Monitoring in-river and in marine approach waters by intelligence to target priority fisheries and compliance issues.
- Work with stakeholders to improve regulatory compliance
As outlined in Section 8, salmon fishery compliance continues to be a priority for C&P. There are, however, other competing priorities such as habitat management, the Canadian Shellfish Sanitation Program, and the protection of Species at Risk.
In order to balance multiple program demands, C&P applies a risk-based integrated work planning process at the Regional and Area levels. This process ensures that resources are allocated appropriately. Resource utilization is dependent on availability of program funding.
The electronic version of the entire IFMP can be found at the DFO online library: http://waves-vagues.dfo-mpo.gc.ca/Library/40694306.pdf
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