Chestnuts (In Shell) Production by Country 2025

Chestnuts represent nutritious tree nuts cultivated in temperate regions, with China dominating production at 1,521,017 tonnes in 2023, projected to reach 1,527,683 tonnes by 2025. Worldwide production totaled 2095,742 tonnes in 2023, reflecting a 0.4% decline from 2022. Spain follows with 174,090 tonnes, while Bolivia produces 82,962 tonnes. These starchy nuts (Castanea species) serve as traditional food in Asia and Europe, valued for their carbohydrate content (40-50%), culinary versatility, and cultural significance. Production spans 27 countries across temperate zones, from Asian highlands to Mediterranean regions, serving both fresh consumption and processing markets.

Chestnuts (In Shell) Production by Country 2025 Map

🏆 China's Market Dominance

China leads with 1,521,017 tonnes, showing stability around 1.5 million tonnes, representing approximately 75% of global production. Production concentrates in Hebei, Shandong, Hubei, and Liaoning provinces where chestnuts have been cultivated for over 3,000 years. Chinese chestnuts (Castanea mollissima) are naturally resistant to chestnut blight, which devastated American chestnut populations. The crop serves domestic consumption with chestnuts roasted, boiled, in desserts, and as vegetable substitute. Traditional cultivation in mixed forests coexists with modern commercial orchards. Growing export markets for processed chestnut products drive quality improvement initiatives.

🔬 Forecast Methodology: 2025 projections calculated using Weighted Moving Average (WMA) methodology: Recent years weighted at 50% (2023), 30% (2022), and 20% (2021), combined with compound annual growth rate (CAGR) analysis. Countries with high volatility received balanced projections considering production trends.

Chestnuts (In Shell) Production by Country 2025

#
Country
2025 (est.) (Tonne)
1
China
China CN
1,527,683
2
Spain
Spain ES
176,796
3
Bolivia
Bolivia BO
82,963
4
Türkiye
Türkiye TR
75,196
5
Italy
Italy IT
60,990
6
South Korea
South Korea KR
52,756
7
Greece
Greece GR
34,845
8
Portugal
Portugal PT
26,260
9
Japan
Japan JP
15,320
10
North Korea
North Korea KP
12,753
11
Vanuatu
Vanuatu VU
10,082
12
France
France FR
9,261
13
Albania
Albania AL
5,997
14
Chile
Chile CL
3,379
15
Bosnia and Herzegovina
Bosnia and Herzegovina BA
1,816
16
North Macedonia
North Macedonia MK
1,467
17
Peru
Peru PE
617
18
Azerbaijan
Azerbaijan AZ
601
19
Switzerland
Switzerland CH
265
20
Hungary
Hungary HU
256
21
Ukraine
Ukraine UA
226
22
Slovenia
Slovenia SI
193
23
Cameroon
Cameroon CM
146
24
Zimbabwe
Zimbabwe ZW
89
25
Romania
Romania RO
66
26
Croatia
Croatia HR
36
27
Bulgaria
Bulgaria BG
26

🌍 European Production Centers

Spain leads European production with 174,090 tonnes, primarily from Galicia and Castilla y León regions. Italy contributes 60,990 tonnes from Piedmont, Tuscany, and Campania. Türkiye adds 71,156 tonnes, Greece 34,900 tonnes, Portugal 23,830 tonnes, and France 8,570 tonnes. European chestnuts (Castanea sativa) command premium prices, particularly protected designation of origin (PDO) varieties valued for size and flavor. Traditional cultivation in mountainous regions faces challenges from aging orchards and chestnut blight. Modern orchards use grafted varieties selected for disease resistance and nut quality.

🌎 South American Emergence

Bolivia has emerged as significant producer with 82,962 tonnes, representing unexpected growth in chestnut cultivation. Production benefits from suitable climate conditions in specific zones and expanding commercial orchards. Chile contributes 3,514 tonnes, Peru 617 tonnes. South American production is relatively recent compared to traditional regions, but favorable growing conditions and export opportunities drive expansion. Bolivian production particularly serves export markets in Asia and Europe, benefiting from counter-seasonal timing and lower production costs.

🌏 Asian Production Beyond China

South Korea maintains 52,779 tonnes with traditional cultivation practices. Japan produces 15,320 tonnes, North Korea 12,781 tonnes. These countries cultivate Japanese chestnuts (Castanea crenata) valued for large nuts and early maturity. Vanuatu shows emerging production at 12,600 tonnes, indicating Pacific island interest. Asian production beyond China serves primarily domestic markets where chestnuts maintain cultural significance in traditional cuisine and seasonal celebrations.

💪 Nutritional Value and Uses

Chestnuts provide unique nutritional profile among nuts with 40-50% carbohydrates, making them more similar to grains than typical nuts. Low fat content (2-3%) distinguishes them from other tree nuts. Rich in vitamin C, B vitamins, potassium, and fiber. Gluten-free nature suits celiac disease and gluten sensitivity. Traditional uses include roasting, boiling, and processing into flour for bread and confections. Marron glacé (candied chestnuts) represents premium product. Growing health consciousness drives interest in chestnuts as nutritious carbohydrate source.

🌱 Cultivation and Varieties

Chestnut trees require well-drained acidic soils and temperate climates with adequate rainfall. Trees begin bearing in 3-7 years, reaching full production at 10-15 years, and remain productive for decades with some trees producing for over 100 years. Major species include Chinese chestnut (C. mollissima), European chestnut (C. sativa), Japanese chestnut (C. crenata), and American chestnut (C. dentata, now rare due to blight). Modern orchards use grafted varieties selected for nut size, flavor, and disease resistance. Harvest occurs in autumn when nuts naturally fall from burrs.

📈 Market Dynamics and Challenges

Fresh chestnut prices range $3-8/kg depending on quality and origin. European PDO chestnuts command $8-15/kg. Processed products including chestnut flour ($10-20/kg) and marron glacé ($30-50/kg) serve premium markets. China's domestic consumption absorbs most production, with growing exports of processed products. European markets value premium chestnuts for seasonal consumption, particularly roasted chestnuts and marron glacé. However, chestnut blight and ink disease challenge European production. Climate change affects flowering times and increases pest pressure.

🔮 Market Outlook

Global chestnut production projected to remain stable through 2025 around 2.0 million tonnes, with China maintaining dominance. Traditional European production faces challenges from disease and aging orchards, while emerging producers in South America show growth potential. Strong demand in traditional markets ensures continued cultivation despite production challenges. Asian export demand supports production in Bolivia and other emerging regions. Climate change poses risks through altered flowering times and increased pest pressure. The industry invests in disease-resistant varieties and improved cultivation practices. Chestnuts' nutritional profile and cultural significance position them well for continued importance in traditional markets while gaining recognition in health-conscious consumer segments.

Chestnuts (In Shell) Production by Country 2025

#
Country
2018
2019
2020
2021
2022
2023
2025 (est.)
1
China
China
1,538,460 1,509,426 1,554,851 1,540,638 1,530,157 1,521,017 1,527,683
2
Spain
Spain
184,770 188,930 188,690 187,680 174,050 174,090 176,796
3
Bolivia
Bolivia
85,144 81,996 82,840 83,327 82,721 82,962 82,963
4
Türkiye
Türkiye
63,580 72,655 76,045 77,792 80,200 71,156 75,196
5
Italy
Italy
32,790 39,980 49,750 43,000 57,350 70,370 60,990
6
South Korea
South Korea
54,351 53,908 53,037 52,239 53,061 52,779 52,756
7
Greece
Greece
35,230 28,980 34,080 30,710 37,510 34,900 34,845
8
Portugal
Portugal
34,130 43,840 42,180 37,720 22,670 23,830 26,260
9
Japan
Japan
16,500 15,700 16,900 15,700 15,600 15,000 15,320
10
North Korea
North Korea
12,498 12,654 12,908 12,687 12,750 12,781 12,753
11
Vanuatu
Vanuatu
0 0 0 0 12,606 12,600 10,082
12
France
France
8,700 7,350 8,730 9,460 10,280 8,570 9,261
13
Albania
Albania
5,242 5,846 5,616 5,091 6,022 6,344 5,997
14
Chile
Chile
2,159 2,924 3,023 2,920 3,458 3,514 3,379
15
Bosnia and Herzegovina
Bosnia and Herzegovina
1,931 1,758 1,814 1,834 1,802 1,817 1,816
16
North Macedonia
North Macedonia
1,511 1,448 1,464 1,474 1,462 1,467 1,467
17
Peru
Peru
620 614 617 617 616 617 617
18
Azerbaijan
Azerbaijan
614 593 610 576 638 588 601
19
Switzerland
Switzerland
177 265 265 265 265 265 265
20
Hungary
Hungary
150 200 250 260 280 240 256
21
Ukraine
Ukraine
221 224 225 226 226 227 226
22
Slovenia
Slovenia
230 60 180 120 180 230 193
23
Cameroon
Cameroon
142 142 144 145 146 147 146
24
Zimbabwe
Zimbabwe
87 88 88 88 88 91 89
25
Romania
Romania
40 40 50 30 50 90 66
26
Croatia
Croatia
10 0 170 60 30 30 36
27
Bulgaria
Bulgaria
0 0 0 20 40 20 26

Frequently Asked Questions

Which country produces the most chestnuts in the world?

China is the world's largest chestnut producer with 1,521,017 tonnes in 2023, projected to reach 1,527,683 tonnes by 2025, accounting for approximately 75% of global production. Spain ranks second with 174,090 tonnes, followed by Bolivia at 82,962 tonnes. China's dominance stems from millennia of cultivation history, vast suitable growing areas in Hebei, Shandong, Hubei, and Liaoning provinces, strong domestic demand, and cultural significance. Chinese chestnuts are deeply embedded in cuisine, consumed roasted, boiled, in desserts, and as vegetable substitute.

How did Bolivia become a major chestnut producer?

Bolivia's chestnut production developed relatively recently, driven by favorable climate conditions in certain regions, investment in commercial orchards, and export market opportunities. The country's production benefits from suitable altitude and climate in specific zones, along with lower labor costs compared to traditional producing regions. Bolivian chestnuts primarily target export markets in Asia and Europe, where demand exceeds local production. This represents successful agricultural diversification, though production remains modest compared to China's output. Counter-seasonal timing and quality improvements support export competitiveness.

Data Disclaimer: Projected data (future years) are estimates based on mathematical models. Actual values may differ. Learn about our methodology →

Sources

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