Top 10 Fish Producing Countries in 2025: Global Fisheries and Aquaculture Insights

by StatRanker June 17, 2025 7722 30 min read

Environment & Resources · Fisheries & Aquaculture

Fish production (capture fisheries + aquaculture) is now one of the world’s most important protein systems. The latest fully harmonised global picture shows a historic turning point: aquaculture became the largest source of aquatic animals globally, while wild capture remains broadly stable in volume.

This 2025 ranking uses the latest widely comparable country totals (baseline year) and presents them as a practical “2025 snapshot” for cross-country comparison, with short notes on structure (farmed vs wild-caught), key species, and sustainability pressures.

Indicator: aquatic animal production (capture + aquaculture) Baseline: 2022 (latest broad, comparable year) Unit: million tonnes (live weight equivalent) Update: January 2026 (format + context refresh)

Methodology (how this ranking is built)

What is counted: aquatic animal production (fish, crustaceans, molluscs, etc.) from capture and aquaculture. Aquatic plants (algae/seaweeds) are not part of the country totals below.
Country ranking: sorted by total production; split shown into aquaculture and capture for structure.
Data handling: values are rounded; some components use best-available harmonised estimates where the official breakdown differs by reporting format.
Limitations: “fish production” may be reported differently in national sources; the purpose here is comparability, not an official national statistical release.

In Part 3 you’ll find interpretation, a sustainability lens, FAQ, and official sources.

Top 10 producers — quick country notes

#1 China

88.6 Mt (2022)

Aquaculture-led

Carp · tilapia · shrimp

The world’s largest producer, driven by intensive freshwater aquaculture and a large domestic market. Policy focus: efficiency + environmental controls.

#2 Indonesia

24.85 Mt (2022)

Mixed (farm + wild)

Shrimp · tuna · pangasius

A fast-growing aquaculture base alongside a large capture sector. Key challenges: IUU control, coastal ecosystem pressure, climate exposure.

#3 India

16.24 Mt (2022)

Aquaculture-led

Shrimp · carp · catfish

A major producer and exporter (especially shrimp). Growth depends on disease management, feed efficiency, and water quality regulation.

#4 Vietnam

8.2 Mt (2022)

Export-oriented

Pangasius · shrimp

High-performing aquaculture exporter with intensive farming. The core issue is maintaining environmental compliance while scaling output.

#5 Peru

6.7 Mt (2022)

Capture-led

Anchoveta (fishmeal)

A capture powerhouse dominated by anchoveta. Volatility is high due to ocean conditions (El Niño/La Niña) and quota management.

#6 Russia

5.3 Mt (2022)

Capture-led

Pollock · cod

Large marine capture output (North Pacific and Arctic waters) with comparatively smaller aquaculture volumes.

#7 United States

4.3 Mt (2022)

Capture-dominant

Pollock · salmon

A major capture producer with highly regulated fisheries. Aquaculture share is still relatively small versus consumption demand.

#8 Bangladesh

4.5 Mt (2022)

Aquaculture-led

Carp · shrimp

A standout aquaculture producer supporting food security and employment. Key constraint: feed costs and flood/climate risks.

#9 Norway

4.2 Mt (2022)

High-value farming

Salmon

A global benchmark in salmon aquaculture governance and technology, with strong export orientation and strict biosecurity focus.

#10 Philippines

4.0 Mt (2022)

Mixed

Milkfish · prawns

A large small-scale fisheries base with meaningful aquaculture (milkfish). Food security is a core driver of policy priorities.

Table 1. Top 10 fish-producing countries (baseline year), with aquaculture vs capture split

Totals are shown in million metric tons (Mt). The split helps explain whether growth comes mainly from farming or wild capture.

Rank	Country	Total (Mt)	Aquaculture (Mt)	Capture (Mt)
1	China	88.6	75.4	13.2
2	Indonesia	24.85	16.87	7.99
3	India	16.24	12.12	4.12
4	Vietnam	8.2	6.5	1.7
5	Peru	6.7	0.14	6.56
6	Russia	5.3	0.35	4.95
7	United States	4.3	0.45	3.85
8	Bangladesh	4.5	3.0	1.5
9	Norway	4.2	3.8	0.4
10	Philippines	4.0	2.3	1.7

Note: baseline year totals are used as the latest broadly comparable ranking snapshot; “2025” reflects a practical view of leadership in today’s global fish system rather than a final audited national release.

Top 10 total production (Mt) — quick comparison

This view shows total production only (capture + aquaculture). The next block adds structure (stacked split) and a top-10 aggregate share.

Chart fallback: if the chart library is blocked or unavailable, use the ordered list below.

China — 88.6 Mt
Indonesia — 24.85 Mt
India — 16.24 Mt
Vietnam — 8.2 Mt
Peru — 6.7 Mt
Russia — 5.3 Mt
Bangladesh — 4.5 Mt
United States — 4.3 Mt
Norway — 4.2 Mt
Philippines — 4.0 Mt

Structure matters: farmed vs wild-caught production

Two countries can have similar totals but very different risk profiles. Aquaculture-led systems are exposed to feed prices, disease, water quality and permitting; capture-led systems are more exposed to quotas, stock health, climate variability and illegal/unreported fishing.

Top 10 aggregate snapshot (from Table 1)

Top 10 total

166.89 Mt

Sum of capture + aquaculture across the Top 10 countries.

Aquaculture share

~72.5%

Top 10 are strongly farm-driven in volume terms.

Capture share

~27.5%

Capture remains decisive for Peru, Russia, and the U.S.

Calculated from the Top 10 table values in Part 1.

Aquaculture vs capture by country (same totals, different structure)

Stacked bars show how each country’s total splits into farming vs wild capture.

Chart fallback: aquaculture vs capture split (Mt).

Country	Aquaculture	Capture
China	75.4	13.2
Indonesia	16.87	7.99
India	12.12	4.12
Vietnam	6.5	1.7
Peru	0.14	6.56
Russia	0.35	4.95
United States	0.45	3.85
Bangladesh	3.0	1.5
Norway	3.8	0.4
Philippines	2.3	1.7

Top 10: aquaculture share vs capture share (aggregate)

A simple split of Top 10 totals into aquaculture and capture (useful for quick storytelling).

Fallback: Top 10 totals = 166.89 Mt, of which aquaculture = 120.93 Mt (~72.5%) and capture = 45.97 Mt (~27.5%).

Key species and production profiles

This table explains what each country tends to produce (and why their value chain looks different).

Country	Key species	Primary production profile
China	Carp, tilapia, shrimp	Aquaculture-led (large freshwater base)
Indonesia	Shrimp, tuna, pangasius	Mixed (strong farm expansion + large capture)
India	Shrimp, carp, catfish	Aquaculture-led (export shrimp + inland farming)
Vietnam	Pangasius, shrimp, tilapia	Aquaculture export hub (intensive systems)
Peru	Anchoveta	Capture-led (fishmeal-focused chain)
Russia	Pollock, cod	Capture-led (cold-water marine fisheries)
United States	Pollock, salmon, crab	Capture-dominant (high regulation)
Bangladesh	Carp, shrimp	Aquaculture-led (food security + jobs)
Norway	Salmon	High-value aquaculture (biosecurity-driven)
Philippines	Milkfish, prawns	Mixed (small-scale capture + aquaculture)

Sustainability lens: marine stocks have improved in some managed fisheries, but overfishing remains material in multiple regions; climate variability adds volatility for capture-heavy producers.

Insights: what this 2025 Top 10 tells us

The global fish system has shifted from a “wild-catch-first” era to a “farmed-first” era. Capture fisheries still matter for biodiversity, coastal livelihoods and specific species, but the margin of growth is now predominantly aquaculture.

Five practical takeaways from the ranking:

Scale is concentrated: a small set of countries, led by China, defines global supply dynamics.
Aquaculture is the growth engine: most Top 10 producers rely on farming for expansion and stability.
Capture-heavy leaders are volatile: Peru’s anchoveta chain shows how climate cycles can swing output and exports.
Value ≠ volume: Norway’s salmon model illustrates how high-value species can dominate trade despite smaller tonnage.
Policy quality matters: biosecurity, water governance, and enforcement against IUU fishing increasingly separate “stable” systems from fragile ones.

In other words, “who produces most” is not only a volume story. It’s also a story about species mix, export exposure, environmental constraints, and how well regulation keeps pace with intensification.

What this means for readers

Consumers: the price and availability of common farmed species (carp, tilapia, shrimp, salmon) increasingly set the baseline of global seafood affordability.
Businesses: supply risk is shaped by disease outbreaks (farming) and climate shocks (capture). Diversifying origin countries reduces exposure.
Policy watchers: countries that scale aquaculture sustainably tend to combine permitting clarity, monitoring, and transparent enforcement.
Environmental context: improvements in stock management can raise sustainability outcomes, but pressure remains significant in multiple basins.

If you use this ranking for research, always pair “tonnage” with “species + method + governance”.

Sustainability challenges and the 2025 outlook

The biggest constraint is not demand — it’s how production can grow without damaging ecosystems. Farming can reduce pressure on wild stocks, but it introduces new externalities: feed inputs, effluent, habitat conversion, escapes, and disease management.

Aquaculture risks: biosecurity failures, antibiotic misuse, water pollution, coastal habitat loss, feed cost volatility.
Capture risks: overfishing, illegal/unreported fishing, bycatch, climate-driven stock migration, quota enforcement challenges.
System risks: warming oceans and extreme events can hit both methods (mortality in farms; distribution shifts in the wild).

A realistic “2025 and beyond” view is that aquaculture will keep expanding where regulation and monitoring can keep externalities under control — while capture output stays relatively bounded by ecological limits.

FAQ (in plain language)

What exactly does “fish production” mean here?

We use aquatic animal production from capture fisheries + aquaculture. It includes fish and other aquatic animals (e.g., shrimp and molluscs) to match the standard global reporting approach for seafood supply.

Why use a baseline year if the title says 2025?

Because the latest globally comparable country totals are typically available with a lag. The page is a “2025 snapshot” built from the latest harmonised totals and used to explain the current leadership structure.

Why is China so far ahead?

China combines scale, a huge domestic market, and decades of freshwater aquaculture development. The result is a very large, diversified farmed output that dominates global volume.

Which countries are most dependent on wild capture?

In this Top 10 list, Peru and Russia are the most capture-led, with the U.S. also capture-dominant. These systems are typically more exposed to climate variability and stock management constraints.

Does higher volume mean higher export power?

Not always. Export strength depends on species value, processing capacity, logistics, and market access. Norway is a classic example of high export influence through high-value salmon rather than extreme tonnage.

Is aquaculture always “more sustainable” than fishing?

It can be — but only with strong regulation and monitoring. Poorly managed aquaculture can cause pollution, habitat loss, and disease spillovers. The sustainability outcome depends on practices and governance.

What can change the ranking fastest?

Climate shocks (e.g., El Niño effects on anchoveta), disease outbreaks in shrimp/salmon, feed price spikes, and policy changes (quotas, permits, enforcement) can shift output and trade quickly.

How should I cite this page?

Use it as a formatted summary and cite the primary sources listed below for official figures and methodology. That’s the safest approach for research and publishing.