Fish (salmon) Monthly Price - Bolivar Fuerte per Kilogram

Data as of March 2026

Range
Apr 2011 - Aug 2018: 1,411,971.000 (4,198,780.00%)
Chart

Description: Fish (salmon), Farm Bred Norwegian Salmon, export price, Bolivar Fuerte per Kilogram

Unit: Bolivar Fuerte per Kilogram



Source: International Monetary Fund

See also: Agricultural production statistics

See also: Top commodity suppliers

See also: Commodities glossary - Definitions of terms used in commodity trading

Overview

Salmon is a high-value seafood commodity traded primarily as farmed Atlantic salmon, with prices commonly quoted on an export basis in US dollars per kilogram. A widely used benchmark is the export price for farm-bred Norwegian salmon, which reflects conditions in one of the most important aquaculture supply regions. Salmon is sold in multiple forms, including whole fresh fish, fillets, frozen product, and processed portions, but benchmark pricing usually refers to whole fish at the farm gate or export point. The commodity is valued for its mild flavor, high fat content, and consistent flesh quality, which make it suitable for fresh retail, foodservice, and processing. It is also used in smoked products, sushi, ready meals, and chilled packaged seafood. Because salmon is a farmed animal protein rather than a mined or harvested crop, its market structure is shaped by biological growth cycles, feed costs, disease management, and cold-chain logistics. Prices are influenced by the balance between aquaculture output from northern hemisphere producing regions and demand from affluent consumer markets in Europe, North America, and Asia.

Supply Drivers

Salmon supply is dominated by aquaculture, especially in cold coastal waters where sea temperatures, fjord geography, and marine infrastructure support cage farming. Norway, Chile, Scotland, Canada, and parts of the North Atlantic and Pacific rim are long-standing production regions because they combine suitable water temperatures with access to sheltered sites and export logistics. Production is constrained by biology: salmon require several months to grow from smolt to harvest size, so supply responds with a lag to changes in stocking decisions, feed availability, and mortality. This lag makes output less flexible than many agricultural commodities.

Disease, parasites, and environmental stress are persistent supply risks. Sea lice pressure, bacterial infections, algal blooms, oxygen stress, and storm damage can reduce harvest volumes or raise production costs. Regulatory limits on site density, fish welfare, and environmental discharge also shape output by restricting expansion in some locations. Feed is another structural input, and the cost and availability of fishmeal, fish oil, and plant-based substitutes affect farm economics. Transport matters because salmon is highly perishable; air freight, refrigerated trucking, and cold storage are essential for reaching distant markets. Wild salmon exists as a separate supply stream, but it is much smaller in commercial price formation than farmed salmon and is more exposed to river conditions, ocean survival, and fishing quotas.

Demand Drivers

Demand for salmon is driven by its role as a premium protein in retail and foodservice. Consumers value it for convenience, perceived health attributes, and versatility in fresh, smoked, and prepared formats. Demand is strongest in markets with established chilled seafood distribution and high household purchasing power, including Europe, North America, and parts of East Asia. Because salmon is often purchased as a fresh or lightly processed product, demand is sensitive to refrigeration logistics, shelf life, and consumer preference for quality consistency.

Substitution is important. Salmon competes with other seafood such as trout, tuna, cod, shrimp, and whitefish, as well as with poultry and other animal proteins in prepared meals. When salmon prices rise relative to these alternatives, buyers may shift toward lower-cost proteins or toward frozen and processed seafood formats. Seasonal patterns also matter: consumption often strengthens around holidays, grilling seasons, and periods of higher restaurant traffic, while supply can be affected by biological harvest timing and weather. Income elasticity is relatively high compared with staple proteins, so demand tends to be more responsive to household income and foodservice spending than to basic caloric needs. Long-run demand is also shaped by the expansion of aquaculture-based seafood supply chains and by consumer familiarity with salmon as a standardized, branded product.

Macro and Financial Drivers

Salmon prices are influenced by exchange rates because international trade is commonly invoiced in US dollars while production costs are incurred in local currencies. A weaker local currency can improve farm-gate returns for exporters, while a stronger currency can compress margins. Feed costs link salmon to broader agricultural and marine ingredient markets, and energy prices affect refrigeration, processing, and transport. Because salmon is perishable, storage is limited relative to grains or metals, so inventory cannot be carried cheaply for long periods; this reduces the role of classic contango and backwardation, though short-term supply gluts or shortages can still affect nearby pricing. Demand also responds to general consumer spending conditions, especially in restaurant and premium grocery channels. Compared with many commodities, salmon has a stronger link to foodservice and retail margins than to industrial cycles.

MonthPriceChange
Apr 201133.63-
May 201131.87-5.23%
Jun 201127.02-15.21%
Jul 201124.15-10.63%
Aug 201123.08-4.44%
Sep 201120.50-11.15%
Oct 201118.27-10.88%
Nov 201118.14-0.70%
Dec 201119.527.57%
Jan 201218.66-4.40%
Feb 201220.469.66%
Mar 201221.665.87%
Apr 201221.36-1.39%
May 201221.490.60%
Jun 201219.39-9.78%
Jul 201219.04-1.77%
Aug 201219.954.73%
Sep 201220.633.44%
Oct 201219.00-7.90%
Nov 201220.075.64%
Dec 201222.4811.97%
Jan 201326.4217.56%
Feb 201334.7131.35%
Mar 201341.2218.78%
Apr 201344.437.77%
May 201346.254.10%
Jun 201342.55-8.01%
Jul 201346.198.55%
Aug 201343.74-5.31%
Sep 201336.51-16.52%
Oct 201338.334.99%
Nov 201340.094.59%
Dec 201347.3218.03%
Jan 201450.657.04%
Feb 201448.95-3.35%
Mar 201446.69-4.62%
Apr 201447.511.75%
May 201444.43-6.48%
Jun 201438.90-12.45%
Jul 201440.163.23%
Aug 201437.27-7.20%
Sep 201434.50-7.42%
Oct 201433.75-2.19%
Nov 201436.137.08%
Dec 201438.656.96%
Jan 201537.39-3.25%
Feb 201535.07-6.22%
Mar 201532.30-7.89%
Apr 201532.18-0.39%
May 201532.180.00%
Jun 201532.430.78%
Jul 201533.242.52%
Aug 201534.253.02%
Sep 201531.61-7.71%
Oct 201531.55-0.20%
Nov 201531.550.00%
Dec 201536.3915.34%
Jan 201640.5311.40%
Feb 201638.58-4.81%
Apr 201670.9283.81%
May 201672.522.25%
Jun 201676.515.50%
Jul 201679.904.43%
Aug 201670.42-11.86%
Sep 201666.53-5.52%
Oct 201671.928.10%
Nov 201673.021.53%
Dec 201678.407.38%
Jan 201786.189.92%
Feb 201778.60-8.80%
Mar 201771.82-8.63%
Apr 201774.213.33%
May 201780.007.80%
Jun 201780.801.00%
Jul 201780.20-0.74%
Aug 201774.41-7.21%
Sep 201770.12-5.76%
Oct 201769.53-0.85%
Nov 201762.24-10.47%
Dec 201763.041.28%
Jan 201871.7213.77%
Feb 2018140,987.80196,480.20%
Mar 2018327,263.00132.12%
Apr 2018510,612.8056.03%
May 2018658,670.6029.00%
Jun 2018654,806.90-0.59%
Jul 2018878,077.0034.10%
Aug 20181,412,004.0060.81%

Top Companies

Pan Fish-Marine Harvest
Website: http://www.marineharvest.com/
Location: Oslo, Norway
Estimated Production: 100000 tonnes per year

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