Cocoa Growing Regions: Where the World’s Cocoa Comes From — and Why It Matters for Prices

Cocoa growing regions defined Cocoa (Theobroma cacao) is grown exclusively within a tropical belt approximately 20 degrees north and south of the equator, where temperatures are warm, rainfall is high, and humidity is consistent year-round. Approximately 70% of the world’s cocoa comes from just two adjacent West African countries — Côte d’Ivoire (Ivory Coast) and Ghana — making cocoa one of the most geographically concentrated major agricultural commodities in the world. This concentration means that weather events, disease outbreaks, and policy changes in two neighbouring countries can determine the price of chocolate and cocoa-derived ingredients globally.

Table of Contents

1. The Geography of Cocoa: The Tropical Belt Constraint
2. West Africa: Côte d’Ivoire and Ghana — The 70% Concentration
3. The 2023-2024 Cocoa Price Crisis: El Niño, Disease, and Aging Trees
4. Asia-Pacific: Indonesia, Papua New Guinea, and the Philippines
5. The Americas: Ecuador, Brazil, and the Dominican Republic
6. ICE Cocoa No. 7 Futures: The Global Price Benchmark
7. EU Deforestation Regulation (EUDR) 2025: The Traceability Mandate
8. What Cocoa Supply Chain Concentration Means for Buyers
9. Frequently Asked Questions
10. Key Takeaways

The Geography of Cocoa: The Tropical Belt Constraint

Cocoa trees (Theobroma cacao) are uniquely demanding in their growing requirements, which is why cocoa cultivation is confined to a narrow geographic band.

Cocoa requires:

• Temperature: 18°C–32°C, with no frost tolerance whatsoever
• Rainfall: 1,500–2,500mm annually, well distributed through the year
• Humidity: 70–80% relative humidity
• Shade: young cocoa trees need shade from taller trees (often banana or coconut palms); mature trees can tolerate more sun
• Soil: deep, well-drained soils with organic matter

These requirements are met almost exclusively within 20 degrees latitude of the equator. The cocoa growing belt runs from West Africa through Central Africa, then across Asia (Indonesia, Papua New Guinea, Philippines, Malaysia) and into the Americas (Ecuador, Colombia, Peru, Brazil, Dominican Republic, Trinidad).

The world’s total cocoa-growing area is approximately 12 million hectares. Unlike most major agricultural commodities, cocoa is almost entirely produced by smallholder farmers — the average cocoa farm in Côte d’Ivoire is roughly 2–4 hectares. The structure of a commodity produced by millions of individual smallholders in some of the world’s least-developed countries creates significant challenges for data collection, quality control, and sustainability certification.

West Africa: Côte d’Ivoire and Ghana — The 70% Concentration

Côte d’Ivoire (Ivory Coast):

Côte d’Ivoire is the world’s largest cocoa producer by a wide margin, accounting for approximately 40–45% of global cocoa output. Annual production is typically 1.8–2.3 million tonnes of cocoa beans. The main cocoa-producing regions are in the south and centre of the country: Gôh-Djiboua, Lacs, and Lagunes districts.

The Ivorian cocoa industry operates through a distinctive marketing system. The government-established Conseil Café-Cacao (CCC) sets minimum farm-gate prices at the start of each season and manages export licensing. Unlike most commodity markets where farm gate prices respond to international prices in real time, Ivorian farmers receive a regulated price that is updated only seasonally — providing some protection from price volatility but also limiting upside during price spikes.

Côte d’Ivoire produces cocoa in two crops per year:

• Main crop: October–March (accounts for ~70–75% of annual output)
• Mid-crop (petit intermédiaire): April–September (remaining 25–30%)

Ghana:

Ghana is the second-largest cocoa producer, accounting for approximately 15–20% of global supply, with production typically 700,000–1,000,000 tonnes per year. Ghana’s cocoa marketing system is even more centralised: the government-owned COCOBOD (Ghana Cocoa Board) is the sole buyer of Ghanaian cocoa, which it then sells internationally. COCOBOD also operates quality control, pre-financing arrangements with international banks, and the agricultural inputs program.

Ghanaian cocoa has a reputation for quality — the Ghana Grade 1 designation is prized by premium chocolate manufacturers. The uniformity enforced by COCOBOD’s centralised system produces a more consistent product than markets where many private buyers operate with varying quality standards.

The concentration risk:

Côte d’Ivoire and Ghana are geographically adjacent, share a similar climate zone, and face the same weather patterns simultaneously. When El Niño brings drier conditions to West Africa, it affects both countries at once. When an airborne fungal disease spreads, it can cross borders freely. When global cocoa production needs to be 10% lower due to weather, a 10% shortfall in two countries that supply 70% of the world’s cocoa represents a massive systemic risk.

No comparable concentration of a major agricultural commodity exists anywhere else. Soybean production is split between the USA, Brazil, and Argentina on two continents. Palm oil is concentrated in Indonesia and Malaysia but these are large countries with diverse climate microzones. Cocoa’s 70% concentration in two adjacent countries in a single climate zone is exceptional.

The 2023-2024 Cocoa Price Crisis: El Niño, Disease, and Aging Trees

The 2023–2024 cocoa season produced the most dramatic price spike in the cocoa market’s modern history.

ICE Cocoa No. 2 futures (the New York benchmark in USD/tonne) rose from approximately $2,700/tonne in early 2023 to above $10,000/tonne by April 2024 — a nearly fourfold increase in approximately 14 months. The London cocoa contract (ICE Cocoa No. 7, in GBP/tonne) similarly exceeded £8,000/tonne.

Three concurrent factors drove the crisis:

1. El Niño weather disruption (2023):

The 2023 El Niño event brought significantly drier-than-normal conditions to West Africa during the critical May–September period — the phase of the growing cycle when cocoa trees set pods for the main crop. Drought stress during this window directly reduces the number and size of pods produced. Soil moisture deficits in Côte d’Ivoire’s key growing regions were at multi-decade highs in parts of 2023.

2. Black pod disease:

Phytophthora palmivora — the fungal pathogen that causes black pod disease — thrives in conditions of alternating wet and dry, particularly when cocoa trees are already stressed. Weakened trees are more susceptible to infection. The 2023 season saw widespread black pod outbreaks across Côte d’Ivoire and Ghana. Black pod can destroy 20–30% of a crop in a severe year. When combined with drought stress reducing pod set, the disease multiplied the damage.

3. Aging tree stock:

This is the most structurally significant factor and the one most overlooked in news coverage of the crisis. The average age of cocoa trees in Côte d’Ivoire and Ghana is estimated at 30–40+ years. Cocoa trees are most productive between ages 5 and 30; beyond that, yields decline steadily. A significant portion of West African cocoa cultivation is on trees that are past their productive peak.

Replanting cocoa trees is a slow process — a newly planted tree takes 5–7 years to reach commercial production. The decades of underinvestment in tree renewal programs means that yield-per-hectare in West Africa has been structurally declining, creating a supply base that is more fragile than production statistics suggest.

The combined effect of El Niño drought, black pod disease, and aged tree stock produced a 2023/24 season deficit estimated by ICCO (International Cocoa Organization) at approximately 374,000 tonnes — the largest annual deficit in decades. This structural shortfall sent prices to their highest levels ever recorded.

Asia-Pacific: Indonesia, Papua New Guinea, and the Philippines

Indonesia:

Indonesia is the world’s third-largest cocoa producer, accounting for roughly 5–8% of global supply. Production is concentrated in three main regions: Sulawesi (the dominant zone, producing approximately 75% of Indonesian cocoa), Kalimantan, and Sumatra. Indonesian cocoa has historically suffered from a quality reputation problem — inconsistent fermentation, disease pressure, and farmer practices have resulted in lower premiums compared to West African or Latin American origins.

In recent years, Indonesian production has declined from peak levels (over 800,000 tonnes in the early 2010s) to approximately 400,000–500,000 tonnes due to disease pressure, aging trees, and competition from more profitable crops (palm oil, rubber). Indonesia’s domestic chocolate industry has grown, absorbing more domestic cocoa.

Papua New Guinea (PNG):

PNG produces approximately 35,000–45,000 tonnes of cocoa annually, primarily from smallholder farms on Bougainville Island and in East Sepik province. PNG cocoa is fermented and dried on a small scale. The quality is variable but premium lots are prized by fine chocolate manufacturers for their distinct flavour profiles.

Philippines:

The Philippines produces a modest amount of cocoa (approximately 20,000–30,000 tonnes), primarily for domestic consumption. The Philippines government has been investing in cocoa as an agricultural development priority.

The Americas: Ecuador, Brazil, and the Dominican Republic

Ecuador:

Ecuador produces approximately 250,000–350,000 tonnes of cocoa per year and punches above its weight in the fine chocolate world. Ecuador is the world’s leading exporter of fine or flavour cocoa — the premium category of cocoa with distinctive floral, fruity, and nutty flavour profiles valued by artisan chocolate makers. The traditional Ecuadorian variety, Nacional (also known as Arriba), is among the most prized cocoa varieties in the world.

Ecuador has been growing market share, partly through investment in post-harvest practices (fermentation and drying) that preserve and develop flavour.

Brazil:

Brazil was once the world’s largest cocoa producer (in the 1970s), but a devastating outbreak of witches’ broom disease (Moniliophthora perniciosa) in the late 1980s, centered on Bahia state, collapsed Brazilian production from approximately 400,000 tonnes to under 100,000 tonnes within a decade. Brazilian production has recovered to roughly 250,000–300,000 tonnes but has never returned to former prominence.

Brazil is now more significant as a cocoa processor and importer (grinding foreign cocoa for domestic use) than as a raw cocoa exporter.

Dominican Republic:

The Dominican Republic produces approximately 80,000–100,000 tonnes of cocoa, primarily of fine or flavour grades. It is a significant supplier to the premium chocolate market.

ICE Cocoa No. 7 Futures: The Global Price Benchmark

Cocoa is priced through two major futures contracts that serve different geographic markets:

ICE Cocoa No. 2 (New York):

• Exchange: ICE Futures US
• Ticker: CC
• Contract size: 10 metric tonnes
• Price: USD per metric tonne
• Delivery: Warehouses in Delaware, Hampton Roads, Baltimore, Philadelphia, New York, New Orleans
• Contract months: March, May, July, September, December

ICE Cocoa No. 7 (London):

• Exchange: ICE Futures Europe
• Ticker: CA
• Contract size: 10 metric tonnes
• Price: GBP (British pounds sterling) per metric tonne
• Delivery: Approved European ports (Amsterdam, Antwerp, Hamburg, Liverpool, and others)
• Contract months: March, May, July, September, December

The London Cocoa No. 7 contract is the primary global benchmark for physical cocoa pricing because West African exporters (Côte d’Ivoire, Ghana) denominate their contracts in sterling — reflecting the historical trading relationships with European (particularly British) chocolate manufacturers. Many physical cocoa supply contracts globally reference the ICE No. 7 (London) price.

The role of the ICCO:

The International Cocoa Organization (ICCO), based in Accra, Ghana since 2018, publishes the ICCO Daily Price — a composite price based on the front three months of both the ICE New York and ICE London contracts, averaged and converted to the same currency. The ICCO price is used as a statistical reference in industry reports and market analysis.

Price drivers for cocoa futures:

1. ICCO quarterly production estimates: the most significant scheduled price catalyst. When ICCO revises production estimates for Côte d’Ivoire or Ghana down, prices spike.
2. West African port arrivals data: weekly cocoa port arrival data from Abidjan and San Pedro (Côte d’Ivoire) and Tema (Ghana) are the earliest real-time supply signals.
3. Weather forecasts for West Africa: rainfall anomalies during critical pod development periods (particularly June–September) are closely tracked.
4. Origin differential levels: the spread between physial cocoa prices at origin ports and the London futures price — wide differentials signal either origin tightness or logistics disruption.

EU Deforestation Regulation (EUDR) 2025: The Traceability Mandate

The European Union Deforestation Regulation (EUDR) represents the most significant regulatory change in cocoa supply chain management since organic certification emerged in the 1990s.

What the EUDR requires:

Companies placing cocoa, palm oil, soy, cattle, coffee, wood, rubber, and derived products on the EU market must demonstrate that those products:

1. Were not produced on land that was deforested or degraded after December 31, 2020.
2. Comply with all relevant laws of the country of production.
3. Have a due diligence statement covering the supply chain.

For cocoa, this means EU importers and manufacturers must trace every shipment back to the specific geographic coordinates of the farm or plantation where it was grown. The EUDR requires GPS-level traceability — not just country of origin or even region, but plot-level coordinates.

Why this is challenging for cocoa:

The majority of cocoa is grown by smallholder farmers with 2–4 hectare plots. Côte d’Ivoire has an estimated 600,000–800,000 cocoa farmers. Getting GPS coordinates for all their plots requires massive field mapping operations that are logistically and financially demanding.

Several major cocoa companies (Barry Callebaut, Cargill, Olam) and brands (Nestlé, Mars, Mondelez) began field-mapping programs years ahead of the EUDR deadline to collect farm-level geolocation data. Nevertheless, the coverage is incomplete, and significant portions of West African supply chains were not yet fully mapped ahead of the regulation’s initial implementation timeline.

Timeline:

The EUDR was initially set to apply from December 2024 for large operators. Following industry feedback about readiness concerns, implementation was delayed to December 30, 2025 for large companies and June 30, 2026 for SMEs. This delayed but certain implementation date is reshaping cocoa sourcing strategies — EU chocolate manufacturers must now know exactly where their cocoa comes from, at a farm-plot level.

Implications for commodity buyers:

For anyone importing cocoa or cocoa-derived products into the EU, the EUDR creates a new supply chain documentation requirement. Suppliers must now provide due diligence data, including geographic plot information, alongside conventional commercial documentation (phytosanitary certificates, certificates of origin). Non-compliant cocoa cannot legally be sold in the EU market.

What Cocoa Supply Chain Concentration Means for Buyers

For food manufacturers, chocolate companies, and confectionery importers, cocoa’s geographic concentration creates specific supply chain risks that demand active management.

Weather correlation risk:

Because 70% of cocoa comes from two countries sharing a climate zone, a single El Niño or La Niña event can simultaneously affect both major supply sources. No geographic diversification within West Africa eliminates this climate correlation. Buyers who source from Ghana specifically to diversify away from Côte d’Ivoire will still see supply shortages from both origins in the same season during a major weather event.

Origin premium management:

Different cocoa origins carry different physical premiums or discounts to the futures price. Ghanaian cocoa typically carries a premium over Ivorian cocoa and significantly over Indonesian cocoa. Buyers can manage cost by sourcing from different origins at different price points — but access to premium origins at reasonable prices requires long-term supplier relationships rather than spot market purchasing.

EUDR compliance as a competitive differentiator:

As EUDR implementation approaches, companies with well-established farm-level traceability systems and mapped supply chains have a competitive advantage over those scrambling to document their sourcing. The EUDR effectively raises the barrier to entry for EU cocoa supply chains, potentially concentrating supply among well-capitalized cocoa traders with the infrastructure to comply.

Price risk management:

The 2023–2024 price spike — from $2,700/tonne to above $10,000/tonne — demonstrated the consequences of not hedging cocoa price exposure. Chocolate manufacturers with forward purchasing programs locked in at $3,000–$4,000/tonne were significantly protected relative to those buying on the spot market. The ICE Cocoa futures contracts exist precisely to enable this kind of forward price locking.

Frequently Asked Questions

Where does most of the world’s cocoa come from?

Approximately 40–45% of global cocoa production comes from Côte d’Ivoire (Ivory Coast), and approximately 15–20% from Ghana. Together these two adjacent West African countries supply roughly 60–70% of the world’s cocoa beans. Other significant producers include Indonesia (~5–8%), Ecuador (~5%), Cameroon, and Brazil. The total cocoa-growing area is approximately 12 million hectares, almost entirely farmed by smallholders with plots of 2–4 hectares.

Why did cocoa prices exceed $10,000 per tonne in 2024?

Three factors converged in the 2023–2024 crop year: El Niño-driven drought in West Africa reduced cocoa pod set during the critical growing period; black pod disease (Phytophthora palmivora) spread widely in stressed trees; and the underlying structural problem of aging tree stock (average West African cocoa trees are 30–40+ years old, past peak productivity). The ICCO estimated the 2023/24 deficit at approximately 374,000 tonnes — the largest in decades — driving prices from ~$2,700/tonne to above $10,000/tonne.

What is ICE Cocoa No. 7?

ICE Cocoa No. 7 (London) is the primary global cocoa futures benchmark, traded on ICE Futures Europe in London. It is a 10-metric-tonne contract priced in British pounds sterling (GBP) per metric tonne. The sterling denomination reflects historical cocoa trading relationships between West African producers and European (especially British) chocolate manufacturers. Many physical cocoa contracts worldwide reference the ICE No. 7 price.

What is the EUDR and how does it affect cocoa?

The EU Deforestation Regulation (EUDR) requires that cocoa (and other commodities) sold in the EU market must be traceable to specific GPS coordinates of the farm where it was grown, and that land was not deforested after December 31, 2020. This GPS-level traceability requirement is a major operational change for cocoa supply chains. Large operators face compliance deadlines in December 2025. Non-compliant cocoa cannot legally enter the EU market.

What is fine or flavour cocoa?

Fine or flavour cocoa refers to cocoa varieties with distinctive taste characteristics — floral, fruity, nutty, or complex profiles — prized by artisan chocolate makers and commanding price premiums over standard bulk cocoa. Ecuador (Arriba/Nacional variety) and Trinidad (Criollo variety) are the leading sources of fine cocoa. The ICCO designates countries as producers of fine or flavour cocoa based on the proportion of fine/flavour genetics in their production. Côte d’Ivoire and Indonesia produce primarily bulk cocoa; Ecuador, Dominican Republic, and PNG are known for fine or flavour production.

How long does it take to grow a cocoa tree?

A cocoa tree planted from seed takes approximately 5–7 years to reach commercial production. Once productive, a healthy tree can produce for 30–40 years, though yields decline after approximately 25–30 years. This long establishment period means that supply cannot respond quickly to price signals — even if farmers plant new trees today in response to $10,000/tonne cocoa prices, it will be 2030 before those trees produce meaningful crops.

Key Takeaways

• Approximately 60–70% of the world’s cocoa comes from just two adjacent West African countries — Côte d’Ivoire and Ghana — sharing the same climate zone, creating exceptional supply concentration risk.
• The 2023–2024 cocoa price crisis drove ICE futures above $10,000/tonne, driven by three simultaneous factors: El Niño drought, black pod disease, and structurally aging West African tree stock.
• Cocoa trees take 5–7 years from planting to first commercial harvest, meaning supply cannot respond quickly to price signals — demand-supply imbalances can persist for years.
• ICE Cocoa No. 7 (London, priced in GBP/tonne, 10 MT contract) is the primary global benchmark, reflecting West Africa’s historical trading relationships with European chocolate manufacturers.
• The EU Deforestation Regulation (EUDR), effective December 2025 for large operators, requires GPS-level traceability for all cocoa entering the EU market — a major operational change for global cocoa supply chains.
• Ecuador is the world’s leading producer of fine or flavour cocoa, which commands a significant price premium over bulk West African cocoa in the artisan chocolate market.
• Brazil, once the world’s largest cocoa producer, collapsed after witches’ broom disease in the late 1980s and has never returned to former production levels.
• Weekly cocoa port arrival data from Abidjan, San Pedro, and Tema are the most important real-time supply signals for cocoa futures traders — arrivals running below prior-year levels is a strong early indicator of crop shortfall.