Pacific Salmon Disaster in 2026: From Alaska to Kamchatka, What Is Happening to the Ocean?

Ten days ago, we published an analysis explaining why weak Alaska salmon harvests could push wild salmon and red caviar prices to record levels through 2026–2028.

At that time, Alaska's numbers were already alarming. Pink salmon harvest was approximately 83% below the comparable prior season, chum was down 66%, coho was down 85%, and Chinook was down 52%. Sockeye was the important exception: Alaska had harvested nearly 35 million sockeye, reaching about 78% of its preseason projection.

Now, new catch data from the Russian Far East makes the situation much more concerning.

This is no longer only an Alaska problem. Weak salmon production is appearing on both sides of the North Pacific—from Alaska to Kamchatka, Sakhalin, the Amur River and the Kuril Islands.

The question facing fishermen, processors, scientists and seafood buyers is becoming unavoidable: Is 2026 simply an unusually late and uneven fishing season, or are we seeing evidence of a much larger Pacific salmon crisis?

Russia Had Harvested Only 23.3% of Its Forecast by July 30

According to the supplied 2026 Russian salmon catch report, the total forecast for the covered fishing areas was 227,028 metric tons. Actual catch as of July 30 was only 52,877.9 metric tons—just 23.3% of the forecast.

The species-level numbers show how widespread the shortfall was:

These are in-season figures, not final season totals. Different salmon species and regions peak at different times, and late runs can improve the final result. Coho, in particular, is normally harvested later than pink and sockeye salmon. The spreadsheet also shows that the South Kuril pink salmon forecast was increased from 655 to 2,655 metric tons in a July 16 adjustment.

Even with those qualifications, harvesting less than one-quarter of the combined forecast by July 30 is a major warning sign—especially when Alaska is experiencing severe shortfalls during the same season.

Kamchatka Is Carrying Most of Russia's Catch

The Russian harvest was not weak everywhere. Eastern Kamchatka produced 27,436.4 metric tons, equal to approximately 46% of its regional forecast. The Karaginsky subzone alone accounted for 23,819.6 metric tons, driven mainly by pink and chum salmon.

Primorye also reached roughly 52.5% of its forecast, largely because of pink salmon catches along the Khabarovsk Krai coast.

But many other important regions remained far behind:

The Amur River numbers are especially important for the premium red caviar market. The region's chum salmon forecast was 14,140 metric tons, but only 619.5 metric tons had been harvested—approximately 4.4% of forecast.

East Sakhalin showed an even more extreme chum shortfall: only 11.9 metric tons against a forecast of 11,500 metric tons. Because runs develop at different times, this does not mean the final season will remain at that level. It does show how little product had reached processors by the reporting date.

Alaska and Russia Are Sending the Same Warning

Our previous report focused on Alaska. Through July 25, Alaska's commercial harvest included:

Alaska reports fish counts, while the Russian spreadsheet reports metric tons, so the two datasets should not be combined into one total. They can still be compared as measures of progress against each region's forecast.

The comparison reveals an important pattern. Alaska sockeye performed reasonably close to forecast, supported by Bristol Bay. Pink, chum, coho and Chinook were much weaker. In Russia, every major species was below 30% of forecast as of July 30, although some fisheries had more of their season remaining.

The species and timing are not identical, but the geographic scale is difficult to ignore. Weakness is appearing across thousands of miles of the North Pacific.

Is Something Wrong With the Pacific Ocean?

Catch statistics can show that fewer salmon are being harvested, but they cannot by themselves identify the cause. It would be irresponsible to blame the entire 2026 shortfall on one event without complete post-season data and scientific analysis.

However, there are several scientifically credible reasons for concern.

1. Warmer water can reduce salmon survival

NOAA reported in March 2026 that a massive marine heatwave had dominated West Coast waters since the previous summer. At its peak, the heatwave raised temperatures approximately 3–4°F above normal, and the Northeast Pacific reached a record average temperature in September 2025.

Warm water does not simply make salmon uncomfortable. It changes the marine food web. Salmon metabolism increases as water becomes warmer, meaning fish require more energy at the same time that the ocean may produce less nutritious prey.

NOAA research on western Alaska chum salmon found that warmer conditions were associated with a greater share of low-calorie prey, including jellyfish, and lower fat reserves in juvenile salmon. Fish that fail to grow quickly or store enough energy may not survive their first winter at sea.

The current heatwave cannot automatically be blamed for adult salmon returning in 2026 because those fish spent multiple years in freshwater and the ocean. Their survival reflects conditions accumulated across several stages of their lives. But today's heatwave may add pressure to younger salmon that would otherwise return in future seasons.

2. Salmon may be finding less nutritious food

Salmon survival depends on more than the quantity of food. The quality of that food matters.

Marine heatwaves can shift plankton communities away from large, energy-rich species toward smaller, lower-fat prey. Those changes can move through the food chain, affecting forage fish and ultimately salmon. A juvenile salmon may have food in its stomach and still fail to accumulate enough energy for migration and winter survival.

3. Migration timing and distribution may be changing

Warm water can change where salmon travel and when they approach the coast. Fish may remain offshore longer, move through different corridors or arrive later than historical averages.

That possibility is important because both the Alaska and Russian numbers are in-season snapshots. Some of the apparent disaster could still be explained by delayed migration rather than final biological failure. The next several weeks of catch and escapement data will help separate a late run from a genuinely missing run.

4. Freshwater conditions also matter

Pacific salmon do not live only in the ocean. River temperature, water flow, snowpack, spawning habitat, floods, drought, predation and juvenile migration conditions can all influence how many fish reach the sea and how many adults later return.

A broad Pacific decline may therefore have several causes operating at once. Conditions can also vary sharply among rivers, which helps explain why one stock may perform well while another collapses.

5. Forecasts can be wrong—but simultaneous misses deserve attention

Salmon forecasts are estimates built from historical run patterns, brood-year strength, juvenile surveys and other biological indicators. They are not guarantees.

A poor percentage against forecast can partly reflect an optimistic forecast or a run arriving later than expected. But when major shortfalls appear across numerous species and regions on both sides of the Pacific, it becomes harder to dismiss the pattern as a routine forecasting error.

The Red Caviar Market Could Face a Severe Supply Squeeze

The new Russian numbers strengthen the warning in our previous Alaska analysis.

Pink and chum salmon supply most of the commercial salmon roe used for ikura. An Alaska Seafood supply-chain report notes that the bulk of Alaska salmon roe production and value comes from these two species. Pink salmon provides large volumes of affordable roe, while chum salmon supplies the large, firm eggs preferred in the premium market.

When pink salmon production falls, buyers move toward chum. When chum is also scarce, demand shifts toward coho, sockeye and trout roe. This substitution effect raises prices across the entire red caviar category.

In 2026, the pressure is now coming from both major production regions:

• Alaska's pink and chum harvests were dramatically behind normal levels through July 25.
• Russia had reached only 28.4% of its pink forecast and 16.8% of its chum forecast by July 30.
• The Amur River and East Sakhalin chum fisheries were exceptionally slow at the reporting date.
• Japanese buyers, who strongly influence global ikura pricing, must compete for a smaller available supply.
• Fishing, labor, fuel, utilities, packaging, freezing, cold storage and transportation costs remain elevated.

This does not guarantee that every retail price will rise immediately. Existing inventories and contracts can delay the effect. But if the final Alaska and Russian harvests remain weak, the direction of the market is clear: less salmon, less roe and much stronger competition for premium caviar.

Why One Better Season May Not Solve the Problem

Salmon abundance follows brood cycles. The fish returning in 2026 are the survivors of eggs laid and juveniles that entered the ocean several years earlier, depending on species and stock.

A weak adult return creates two separate problems. First, it reduces the fish and roe available today. Second, if too few salmon reach spawning grounds, it can reduce the number of juveniles available to support future returns.

Fishery managers protect escapement by restricting harvest when runs are weak. Those conservation measures are necessary, but they also reduce commercial supply. That is why the market impact of a poor season may continue beyond a single year.

It is still too early to declare how the 2027 or 2028 runs will perform. But the risk cannot be ignored, especially if poor ocean survival and warming conditions continue.

What Consumers and Seafood Buyers Should Expect

If the 2026 season finishes close to the current pattern, buyers should prepare for:

• Limited availability of premium chum salmon caviar
• Higher prices for pink, chum, coho and trout roe
• Greater differences in quality between caviar grades
• Smaller inventories and fewer promotional discounts
• Higher wild salmon prices in affected species and regions
• More competition from Japanese and international buyers

Consumers should also be careful with unusually cheap offers. During a shortage, low prices may indicate older inventory, lower grades, soft eggs, excessive liquid, broken eggs or products that have been repeatedly thawed and refrozen.

Conclusion: A Warning From Both Sides of the Pacific

Alaska's terrible 2026 salmon season was the first warning. Russia's July 30 catch report makes that warning much louder.

Russia had harvested only 23.3% of its combined forecast, with chum at 16.8% and coho at only 0.26%. Alaska was simultaneously reporting severe weakness in pink, chum, coho and Chinook salmon, even as sockeye remained comparatively close to forecast.

The season is not finished, and late runs could improve some of these numbers. We should not confuse an in-season shortfall with a final scientific verdict.

But we should not ignore the scale of the signal either.

From Alaska to Kamchatka, Sakhalin, the Amur River and the Kuril Islands, Pacific salmon are returning unevenly and, in many places, far below expectations. Warming water, changing food webs, freshwater stress, altered migration and poor marine survival are all plausible pieces of the puzzle.

The most honest conclusion is also the most urgent: we do not yet know the full reason, but something unusual is happening across the North Pacific—and the seafood industry, scientists and consumers need to pay close attention.