String beans Production by Country 2025
String beans dominate fresh vegetable exports with USA leading at 641,725 tonnes in 2023, projected to reach 661,321 tonnes by 2025. Global production totaled 1.4 million tonnes in 2023, down 3.4% from 2022, spanning 21 countries concentrated in temperate and subtropical regions. Morocco produces 197,570 tonnes, Philippines contributes 106,258 tonnes, and Mexico adds 104,124 tonnes. These tender green beans (also called snap beans, French beans, or haricots verts) are harvested immature for fresh consumption, distinct from dried beans. String beans serve fresh markets (70%) and processing (30%)—canned, frozen, and pickled—providing year-round availability of this crisp, versatile vegetable prized in salads, stir-fries, and side dishes.
USA produces 641,725 tonnes in 2023, down from 798,110 in 2018, concentrated in Wisconsin (processing), Oregon, and New York. American string beans, primarily Blue Lake and Tendercrop varieties, serve domestic fresh markets and massive processing industry—canned and frozen green beans are Thanksgiving staples. Production combines mechanized harvesting for processing beans (once-over harvest) with hand-picking for premium fresh markets. However, production faces challenges from labor shortages, competition from imports, and shifting consumer preferences toward fresh over canned. Morocco contributes 197,570 tonnes with high volatility (110,000-200,000), concentrated in coastal regions where mild climate enables winter production for European export markets. Moroccan string beans, primarily haricots verts (thin French beans), ship fresh to Europe during off-season. Philippines produces 106,258 tonnes, Mexico 104,124 tonnes (exports to USA), and Turkey 70,021 tonnes. Malaysia contributes 61,702 tonnes with rapid growth, Argentina 51,081 tonnes, and Japan 31,443 tonnes (declining from 37,400 in 2018). Peru produces 26,614 tonnes, Malawi 18,849 tonnes. These producers balance domestic fresh markets with export opportunities. String bean cultivation suits diverse climates—temperate summers, subtropical winters, and tropical highlands. The vegetable's short growing season (50-60 days) enables multiple crops annually in warm regions. Fresh string beans command premium prices but require careful handling—they're highly perishable (5-7 days refrigerated). Processing beans tolerate mechanical harvesting and longer storage, though quality lower than fresh. String beans provide fiber (2.7g/100g), vitamin C, vitamin K, folate, and manganese at just 31 calories per 100g. Low calorie density makes them diet-friendly. The "string" (fibrous seam along pod) has been bred out of modern varieties—hence "stringless" beans dominate markets. Culinary versatility spans steamed, sautéed, stir-fried, roasted, or raw in salads. Classic preparations include green bean casserole (USA Thanksgiving), haricots verts almondine (French), and stir-fried beans with garlic (Asian). Processing creates canned beans (convenient but mushy), frozen beans (better texture), and pickled dilly beans. Fresh beans should snap crisply when bent—hence "snap beans." Organic string beans fetch 30-50% premiums but face pest management challenges from bean beetles and aphids. String beans thrive in warm weather (18-30°C) with 50-60 day growing season from planting to harvest. Bush varieties (compact, single harvest) suit mechanical harvesting for processing. Pole varieties (climbing, continuous harvest) provide extended fresh market supply but require trellising. Plants are frost-sensitive, requiring warm soil (15°C+) for germination. Major pests include Mexican bean beetle, aphids, and spider mites. Diseases include rust, bacterial blight, and mosaic virus. Fresh market beans require hand-picking every 2-3 days at optimal size (pencil-thin for haricots verts, thicker for standard). Processing beans harvested once mechanically when 80%+ reach maturity. Climate change brings heat stress and irregular rainfall affecting pod set. Breeding programs develop heat-tolerant, disease-resistant varieties with concentrated pod set for mechanical harvest. String bean prices fluctuate $1-4/kg for fresh, $0.50-1/kg for processing, depending on quality and season. Global string bean trade worth $2-3 billion annually, dominated by fresh exports. Morocco ships to Europe (winter supply), Mexico to USA (year-round), and Kenya to Europe (though not in top producers). Processing beans serve domestic markets—canned and frozen products rarely cross borders. Fresh string beans require cold chain logistics—they deteriorate rapidly at room temperature. Retail trends favor pre-trimmed, ready-to-cook fresh beans despite 200%+ price premiums. Organic production grows slowly. Climate change affects flowering and pod development. Labor shortages challenge hand-harvesting for premium fresh markets. Competition from frozen vegetables limits canned bean markets. Global string bean production projected to stabilize around 1.4-1.5 million tonnes through 2030, with fresh market emphasis over processing. Health consciousness drives fresh vegetable demand. Year-round availability from global sourcing meets consumer expectations. Mechanical harvesting advances for fresh markets (currently limited to processing). Climate-adapted varieties help cope with heat stress. However, string beans face challenges from perishability, labor intensity, and competition from other vegetables. The vegetable's versatility, low calories, and crisp texture ensure continued demand, though production will likely shift toward fresh exports from regions with labor cost advantages and counter-seasonal climates in this tender bean's modern role as premium fresh vegetable and convenient processed side dish.🏆 USA's Processing Powerhouse
String beans Production by Country 2025
🌍 Global Fresh Markets
🥬 Crisp Vegetable Nutrition
🌱 Warm-Season Cultivation
📊 Fresh Export Markets
🔮 Fresh Market Future
String beans Production by Country 2025
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1
798,110
732,652
653,318
671,662
687,088
641,725
661,321
2
156,016
119,927
109,432
127,520
199,642
197,570
184,182
3
114,380
112,311
109,516
108,781
107,893
106,258
107,253
4
91,853
81,161
101,956
102,543
79,761
104,124
96,499
5
88,024
89,860
88,107
76,245
75,961
70,021
73,048
6
0
0
10,451
70,608
72,374
61,702
66,685
7
49,432
49,732
50,117
50,413
50,747
51,081
50,847
8
37,400
38,300
38,900
36,600
33,100
31,443
32,971
9
25,685
25,911
26,522
26,400
26,508
26,614
26,539
10
27,971
14,013
18,684
20,223
17,640
18,849
18,761
11
29,505
31,064
46,210
4,677
23,038
14,112
14,903
12
10,838
7,026
8,331
9,428
8,654
11,515
10,239
13
10,789
9,990
10,102
9,914
10,240
9,815
9,962
14
10,789
9,990
10,102
9,914
10,240
9,815
9,962
15
6,756
6,158
5,425
5,327
6,209
5,724
5,790
16
6,201
721
7,178
5,865
4,958
5,094
5,207
17
4,720
4,755
4,773
4,762
4,792
4,823
4,802
18
309
312
310
311
311
311
311
19
291
304
336
109
168
177
161
20
235
182
118
116
82
59
77
21
29
33
36
36
29
21
27
Frequently Asked Questions
Which country produces the most string beans in the world?
USA is the world's largest string bean producer with 641,725 tonnes in 2023, though declining from 798,110 in 2018. Production concentrates in Wisconsin (processing), Oregon, and New York. American string beans, primarily Blue Lake and Tendercrop varieties, serve domestic fresh markets and massive processing industry—canned and frozen green beans are Thanksgiving staples. Morocco ranks second with 197,570 tonnes (winter exports to Europe), followed by Philippines at 106,258 tonnes and Mexico at 104,124 tonnes.
Why are they called "string beans" if modern varieties don't have strings?
Originally, green beans had tough, fibrous "strings" running along both seams of the pod that needed removing before cooking—hence "string beans." Breeders developed "stringless" varieties in early 1900s, eliminating this tedious prep work. Modern beans snap cleanly when bent (hence "snap beans") without any fibrous strings. However, the name "string beans" persists in American English despite being technically obsolete! Europeans call them "French beans" or "haricots verts" (thin variety). The "string" breeding achievement transformed green beans from labor-intensive vegetable to convenient, ready-to-cook produce—one of horticulture's most successful improvements!
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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Updated: 13.11.2025https://www.fao.org/faostat/en/#data/QCL
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