State of Salmon

The Pacific Salmon Foundation’s State of Salmon 2026 Report provides a data-driven overview of the state and trends for six species of Pacific salmon, including steelhead, throughout British Columbia and the Yukon. 

Current State

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Select a Region

> 150%
Spawner Abundance (% anomaly)
+150%+100%+50%0%-50%-100%
Increased AbundanceDecreased Abundance
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All Regions

Declines in Pacific salmon abundance are widespread, with abundance below the long-term average for most regional salmon populations. A few hopeful exceptions highlight the resilience of salmon and opportunities for recovery.

How to Interpret this Graph

Each fish above shows the per cent anomaly of current spawner or total abundance over the most recent generation compared to the long-term average (horizontal line) for each region and species. Hover over a fish to see what region it corresponds to or select a species or a region to find out more.

Well above long-term average. No conservation concern.

Above long-term average. Current outlook is good.

At or near long-term average. Precaution is warranted.

Below long-term average. Current outlook is poor.

Well below long-term average. Significant conservation concern.

!

Critically low. At risk of local extinction.

?

Unknown state due to a lack of readily accessible data. 

Key Findings

1.Approximately half of all salmon populations are below their long-term average.

Viewed over the longer term, Pacific salmon are in decline. Yet we have seen incremental improvements over three years of reporting, with some populations moving from just below to just above their long-term averages: sockeye and pink showed relatively strong returns in 2025, even as chum and steelhead remain below average in most regions.
Salmon species

2.Sockeye had above-average spawner abundance in all but one region.

Strong returns in 2025, including a Fraser sockeye return that exceeded forecasts, were encouraging. However, lower-than-expected returns in 2026 reinforce the importance of interpreting any single year with caution. Salmon abundance can vary considerably from year to year, and changing ocean conditions are adding uncertainty about future returns.
Salmon species

3.Coho populations are up in some southern regions, while most northern populations are below average.

Positive trends in the Fraser and East Vancouver Island & Mainland Inlets reflect strong marine survival and a broader shift towards increased productivity for populations residing in the Strait of Georgia. These gains have not extended farther north, where regions such as Haida Gwaii continue to experience declines.
Salmon species

4.Steelhead are in serious decline with below-average spawners in nearly every region.

Some steelhead populations are approaching record lows. Thompson River summer steelhead in the Fraser are of particular concern, with no steelhead observed in the 2025 test fishery. In-season reports from the Skeena suggest returns in that region may be better , but significant concerns remain. Monitoring for steelhead continues to be sparse, and research suggests angler catch data may underestimate the severity of declines.
Salmon species

Species at a Glance

Salmon species

Chinook

Chinook have increased in abundance in southern regions but are still below average in much of northern B.C. and the Yukon.

Salmon species

Chum

Chum salmon have experienced the most precipitous declines of any species with spawner abundance below the long-term average in all regions except the Nass.  

Salmon species

Coho

Coho are thriving in southern regions, but northern populations from Haida Gwaii to Northern Transboundary remain near or below average.

Salmon species

Pink

Pink salmon are well-above average in most regions, despite 2025 returns that fell short of expectations in several regions. 

Salmon species

Sockeye

Sockeye spawner abundance has increased above average in all regions except East Vancouver Island & Mainland Inlets. 

Salmon species

Steelhead

Steelhead have the lowest abundance of all six species and are below the long-term average for spawner abundance in all regions except the Nass.

FACTORS AFFECTING THE STATE OF SALMON

The salmon life cycle extends from freshwater streams and lakes to the North Pacific Ocean, exposing salmon to numerous pressures that can accumulate and interact to influence survival. Over the past 150 years, the number of factors affecting the abundance of Pacific salmon have dramatically increased, challenging salmon survival.

See The Factors
  • Climate Change
  • Aquaculture
  • Fisheries
  • Hatcheries
  • Industrial Development
  • Urban Development

The Path Forward

This State of Salmon report provides a data-driven assessment of the current state of Pacific salmon throughout their Canadian range. The results suggest that salmon need our help. Conserving and recovering wild salmon in the face of climate change requires forward-looking, coordinated action that is focused on protecting and rebuilding the natural diversity of salmon populations and their habitats.

The Path Forward

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