May 18, 2026 | China · Industrial Research
Asia Economic Research Institute (AERI)
China is the world's largest producer and consumer of vegetables, with vegetable prices consistently lower than those in developed countries. According to the World Bank's International Comparison Program (ICP), China's vegetable price index stands at approximately 112 (world average = 100), far below Japan (304), the United States (178), and the Netherlands (150), yet above low-income countries such as India (47) and Pakistan (37). Notably, while India and similar countries have even lower vegetable prices, this reflects low demand and low quality under income constraints, whereas China's "cheapness" stems from high supply efficiency—maintaining prices far below developed-country levels while surpassing low-income nations in quality, varietal diversity, and supply stability. This report systematically analyzes the deep causes of China's low vegetable prices from five dimensions—production, circulation, policy, cost, and culture—and, drawing on international comparisons with Japan, South Korea, Southeast Asia, Europe, and the United States, reveals the institutional logic and industrial structural characteristics behind this phenomenon. The study finds that China's low vegetable prices are not attributable to any single factor but rather result from the combined effects of an ultra-large-scale production system, an efficient distribution network, strong policy intervention, relatively low factor costs, and a unique dietary and cultural tradition. The report also notes that this system faces structural challenges, including "cheap vegetables hurting farmers," rising labor costs, and insufficient cold-chain infrastructure.
Keywords: vegetable prices; Vegetable Basket Project; facility agriculture; agricultural circulation; international comparison
Walk into any vegetable market in a Chinese city, and one of the most immediate impressions is the price—tomatoes at four or five yuan per jin (500g), a head of napa cabbage for just over one yuan, cucumbers at two or three yuan per jin. Even in the depths of winter, vegetable prices remain at globally low levels. According to Ministry of Agriculture and Rural Affairs monitoring data, the wholesale price of 19 major vegetable varieties in China hovers around 4 yuan/kg year-round; in Japan, a single head of cabbage can sell for over 40 RMB during supply shortages, tomatoes in the U.S. cost about 30 yuan/kg, and napa cabbage in South Korea has spiked to over 30 yuan per head due to extreme weather.
This price gap is not coincidental. World Bank ICP data shows that with the world average vegetable price index set at 100, China registers approximately 112, Japan soars to 304 (the highest globally), the U.S. at 178, the Netherlands at 150, while India stands at 47. It is important to emphasize that although China's vegetable prices are higher than those of India and other low-income countries, the logic behind their respective "cheapness" is fundamentally different—India's low prices result from low demand and low quality under income constraints, characterized by fragile supply systems, limited variety, and a lack of cold-chain infrastructure; China's low prices, by contrast, are achieved through high supply efficiency while maintaining quality, varietal diversity, and supply stability far exceeding those of low-income nations, and should be benchmarked against developed and middle-income countries. China sustains the world's largest-scale vegetable consumption at prices far below those of Japan, South Korea, the U.S., and Europe—with per capita annual consumption of approximately 413 kg, more than three times that of the U.S. (129 kg) and Japan (133 kg).
Why are vegetables in China so cheap? Behind this question lies the deep logic of an entire production–circulation–policy system that has been refined over decades. This report will analyze this system from five dimensions.
The scale of China's vegetable production is unrivaled globally. According to National Bureau of Statistics data, in 2024 the national vegetable planting area reached 351 million mu, with total output of 861 million tonnes, accounting for over 60% of global vegetable production—ranking first in the world for consecutive years. This output is four times that of the second-largest producer, India (approximately 220 million tonnes), and thirty times that of the United States (approximately 28 million tonnes).
Behind this production leadership lies a pattern of highly concentrated regional specialization. The five provinces of Shandong, Henan, Jiangsu, Hebei, and Sichuan together account for over 55% of national output. Among them, Shandong—known as "China's largest vegetable garden"—produced over 113 million tonnes of vegetables in 2024, accounting for more than 13% of the national total; Shandong alone produces more vegetables than the entire United States. Shouguang City, known as the "Hometown of Chinese Vegetables," maintains 600,000 mu of facility vegetable planting area year-round with over 300,000 vegetable greenhouses, producing 4.5 million tonnes annually. Every day, 8,000 tonnes of over 300 varieties are shipped from here to more than 200 cities nationwide, serving as the "ballast stone" that stabilizes national vegetable prices.
Facility agriculture is the cornerstone of China's low-vegetable-price system. As of 2024, the national modern facility planting area has exceeded 40 million mu, accounting for over 80% of the world's total facility agriculture area—ranking first globally. Among this, facility vegetable area accounts for over 80% of the total facility planting area, with facility vegetable output of approximately 320 million tonnes, representing 37% of national vegetable production.
This means that even in the -20°C winters of northeastern China, solar greenhouses can continue producing thermophilic vegetables such as tomatoes and chili peppers. China's facility agriculture is dominated by plastic tunnels (approximately 50%) and solar greenhouses (approximately 40%), with multi-span greenhouses (approximately 10%) as a premium supplement. A high-standard energy-efficient solar greenhouse in China costs approximately 150,000 yuan to build, whereas comparable facilities in Japan and South Korea typically cost at least double—providing China with a unique capability for low-cost off-season production.
China achieves exceptionally high vegetable yields per unit area, significantly diluting land and input costs. Modern greenhouse cucumbers can yield over 4 tonnes per mu, open-field tomatoes 5 tonnes per mu, and some advanced greenhouses achieve up to 50 kg per square meter. According to the National Agricultural Product Cost-Benefit Compilation, the average per-mu net profit for seven major vegetable crops is 3,669 yuan, far exceeding that of three major grain crops (116.8 yuan)—which also explains from an economic perspective why farmers are highly motivated to grow vegetables.
Technology-driven advances permeate the entire chain: 90% of solar greenhouses are equipped with automated curtain rollers, 71% have achieved mechanized tillage, and technologies such as integrated water-fertilizer systems and intelligent temperature control are becoming increasingly widespread. Shouguang's smart greenhouses have achieved full standardization from breeding to harvesting, with over 230 varieties. In 2024, the mechanization rate of facility planting exceeded 42%, and facility-specific varieties accounted for 42% of greenhouse vegetable planting area—a figure projected to surpass 50% by 2026.
Leveraging the geographic advantage of spanning nearly 50 degrees of latitude from north to south, China has established six major vegetable production zones—the Huang-Huai-Hai and Bohai Rim Facility Vegetable Advantage Zone, the Yangtze River Basin Winter-Spring Vegetable Advantage Zone, the Yunnan-Guizhou Plateau Summer-Autumn Vegetable Advantage Zone, and others—ensuring that at least three production zones can supply vegetables simultaneously in any given season. Luliang County in Yunnan dispatched over 10,000 tonnes of vegetables daily around the 2025 Spring Festival, while Hainan shipped over 5 million tonnes of winter melons and vegetables off-island during the 2023–2024 winter season. Cross-regional deployment models such as "southern vegetables transported north" and "western vegetables transported east" create a complementary national supply network—even if one region experiences reduced output, other bases can quickly fill the gap.
China has built a nationwide network of agricultural wholesale markets. As of 2023, there were over 4,100 agricultural wholesale markets nationwide, including 68 ultra-large markets with annual transaction volumes exceeding 10 billion yuan. In 2024, markets such as Beijing's Xinfadi recorded vegetable supply volumes of 6.8369 million tonnes, averaging nearly 19,000 tonnes daily, with pre-holiday peaks reaching 24,000–25,000 tonnes. This massive supply forces wholesalers to operate on thin margins with rapid turnover, and competition drives prices down.
Take the Shouguang Agricultural Products Logistics Park as an example: its peak single-day vegetable trading volume exceeds 20,000 tonnes, serving the agricultural supply of 17 cities within a 200 km radius. From Zhanjiang in Guangdong to Harbin in the northeast, green channel transport takes as little as 60 hours—"harvested at midnight, arrived by morning, sold by noon" has become the daily rhythm.
Since the implementation of the "Green Channel" policy for fresh agricultural product transport in 2005, vehicles fully and legally loaded with cataloged fresh agricultural products have been exempt from toll fees. According to Ministry of Transport data, annual toll exemptions for fresh agricultural product transport vehicles exceed 30 billion yuan. From 2010 onward, this policy was expanded to all toll roads nationwide, with additional product categories added to the exemption list. This policy directly reduces the cross-regional distribution costs for vegetables, enabling Hainan chili peppers to reach Harbin in 48 hours and Yunnan mushrooms to arrive in Shanghai in 36 hours.
China's cold-chain logistics still has notable shortcomings, but recent progress has been significant. According to the Cold Chain Committee of the China Federation of Logistics and Purchasing, the national cold-chain circulation rate for fruits and vegetables in 2023 was approximately 25%–35%, far below the 90%+ level in developed countries. However, since the 14th Five-Year Plan, the Ministry of Agriculture and Rural Affairs has supported 38,000 business entities in constructing 78,000 origin cold-storage and preservation facilities, adding nearly 20 million tonnes of storage capacity with county-level coverage exceeding 70%. Fruit and vegetable storage periods have been extended by 69–106 days, the average agricultural product loss rate has dropped from 19.7% to 7.1%, and loss reduction has generated direct economic benefits of approximately 53 billion yuan.
It is worth noting that Chinese consumers prefer bulk fresh vegetables and do not require complex packaging or grading—this in turn forces upstream suppliers to eliminate extra expenses on packaging and display, further compressing costs. This is fundamentally different from the model in Japan, South Korea, and the United States, where cold chain, packaging, and labor costs accumulate at every stage of distribution.
In 2024, China's agricultural product online retail sales exceeded 600 billion yuan, with fresh produce e-commerce penetration continuing to rise. Pinduoduo's "origin direct shipping" model has achieved over 40% annual growth in agricultural product orders by compressing intermediaries. Freshippo (Hema) and similar "online order + offline pickup" models have reduced fulfillment time to 12 hours, with front-end warehouse count exceeding 100,000, covering 90% of prefecture-level cities. These new business formats are restructuring the traditional three-tier distribution system of "origin—wholesale—retail."
In 1988, the former Ministry of Agriculture first proposed the "Vegetable Basket" Project. Over the following three decades, this system evolved from "ensuring supply" to a "mayor accountability system"—where the level of urban vegetable prices is directly tied to local government performance evaluations. Ministry of Agriculture and Rural Affairs data shows that in the first five years after the project's launch, over 2,000 agricultural wholesale markets and more than 80,000 urban-rural market fairs were established nationwide. Over 30 years, China's per capita vegetable availability surged from 170 kg to approximately 610 kg.
This practice of directly linking vegetable supply to administrative performance evaluation is virtually unique globally. Local governments stabilize vegetable prices through measures such as organizing direct supply from major production areas, deploying reserve vegetable stores, and reducing or waiving wholesale market stall fees. Shandong's "Vegetable Basket Project," Yunnan's "Southern Vegetables Northward Transport" initiative, and Hainan's winter melon and vegetable industry planning are all extensions of this institutional framework.
The 2025 central government fiscal policy for strengthening agriculture, benefiting farmers, and enriching rural areas covers nine major subsidy categories: arable land fertility protection subsidies, agricultural machinery purchase and application subsidies, corn and soybean producer subsidies, and agricultural insurance premium subsidies, among others. The central government provides 35%–50% premium subsidies for bulk agricultural products such as rice, wheat, and corn; machinery purchase subsidies focus on promoting high-performance seeders and intelligent rice transplanters. Greenhouse construction, utilities, and road infrastructure all receive subsidies, and agricultural insurance covers varieties such as napa cabbage and tomatoes—ensuring that even in the event of natural disasters, farmers have the confidence to continue planting.
China firmly maintains the red line of 1.865 billion mu of arable land and 1.546 billion mu of permanent basic farmland protection. The Plan for Accelerating the Construction of an Agricultural Stronghold (2024–2035) explicitly states that grain planting area should be stabilized at approximately 1.75 billion mu, and arable land should be prioritized for the production of grain, cotton, oil, sugar, vegetables, and other agricultural products. The arable land protection system ensures that the spatial foundation for vegetable production is not eroded, guaranteeing supply stability at the institutional level.
Fully market-determined vegetable prices are susceptible to significant fluctuations due to weather, logistics, and other factors, making government regulation a "reassurance." Minimum purchase price policies for rice and wheat are implemented, wheat and corn procurement and storage efforts are increased, and market prices are stabilized. When vegetable prices exhibit abnormal fluctuations, governments at all levels activate emergency supply assurance mechanisms, organize production-sales matchmaking, and ensure smooth distribution channels. This intervention by the "visible hand" keeps the amplitude of China's vegetable price fluctuations far smaller than in countries that rely entirely on market regulation.
Vegetable production has long relied on manual management and is difficult to fully mechanize like grain production, making labor costs a key determinant of vegetable prices. Daily wages for rural labor in China typically range from 100–200 yuan, compared to approximately 500 yuan per day for agricultural labor in Japan and up to 1,000 yuan for California harvest workers in the U.S. For the same one-mu greenhouse cucumber crop, labor costs in China are approximately 3,000 yuan, whereas in the U.S. they may exceed 30,000 yuan—a ten-fold gap directly reflected in retail prices.
However, this advantage is narrowing. According to National Bureau of Statistics data, average labor costs in the vegetable growing sector in 2023 increased by approximately 35% compared to 2018. The continued rural-to-urban labor migration and declining agricultural workforce are persistently driving up labor costs.
Agricultural land transfer rents in China are relatively low, averaging approximately 860 yuan/mu/year nationally (1,500–2,000 yuan/mu/year in developed regions), far below those of land-scarce countries such as Japan and South Korea. In 2022, the average land cost for three grain crops was 280 yuan per mu, representing 19.4% of per-mu output value. Low land rents keep the fixed cost proportion of vegetable farming well below that of developed countries, providing room for low retail prices.
However, land costs also face upward pressure. In economically developed regions such as Huizhou in Guangdong, land transfer prices have reached 800–2,500 yuan/mu/year—still manageable for high-value fruits and vegetables but difficult for grain crops to cover. This divergent trend warrants attention.
China has initially formed an independent, domestically produced facility equipment system, with greenhouse construction costs far below those of Japan and South Korea. 90% of solar greenhouses are equipped with automated curtain rollers, 71% have achieved mechanized tillage, and IoT technology has been adopted in select modern facilities. This localized supply chain gives facility agriculture a superior input-output ratio compared to overseas counterparts, further widening the cost gap between China and developed countries in vegetable production.
The Chinese dietary structure is vegetable-centric, with vegetables present at every meal and prepared in diverse ways—stir-fried, stewed, boiled, and served cold in endless variety. FAO data shows China's per capita annual vegetable consumption is approximately 413 kg, among the highest globally—more than three times that of the United States (129 kg) and Japan (133 kg). This consumption scale compels the supply chain to maintain high efficiency—with annual vegetable consumption exceeding 800 million tonnes, accounting for over half of the global total, the enormous market volume enables every link in the chain to reduce unit costs through sheer scale.
Chinese consumers prefer bulk fresh vegetables, are accustomed to daily purchasing for immediate consumption, and do not require complex pre-packaging or grading. This consumption preference feeds back into the distribution system, making the path from field to table more streamlined—bulk transactions at wholesale markets, retail by weight at wet markets—eliminating extra costs for packaging, grading, and display. In contrast, in Japan, South Korea, and the United States, the supermarket-dominated retail model requires vegetables to be washed, packaged, and graded, with cold-chain transport and premium packaging costs all layered onto the final price.
In the Chinese social context, "vegetable freedom" is regarded as the baseline of basic livelihood. Vegetables constitute a significant component of the CPI, and vegetable price stability directly affects social stability expectations. This cultural consensus provides legitimacy and popular support for strong government intervention in the vegetable market—the mayor accountability system, green channels, and reserve vegetable systems all have deep public backing.
| Indicator | China | Japan |
|---|---|---|
| Vegetable Price Index (World=100) | 112 | 304 |
| Per Capita Annual Consumption (kg) | 413 | 133 |
| Agricultural Labor Daily Wage (RMB) | 100—200 | ~500 |
| Facility Agriculture Area (% of Global) | ~80% | <1% |
| Vegetable Self-Sufficiency Rate | ~95% | ~80% |
| Cabbage Price (RMB/head) | 2—5 | 10–15 (40+ during shortages) |
Japan has the highest vegetable prices in the world, rooted in: extreme land scarcity driving up planting costs, severe aging of the agricultural population (average age of agricultural workers exceeds 68), strict quality grading and packaging standards inflating distribution costs, and the powerful price protection by agricultural cooperatives (JA), which sets vegetable prices around farmer returns rather than consumer affordability.
Affected by extreme heat in the summer of 2025, South Korea saw napa cabbage retail prices reach 32 RMB per head, tomatoes at 35 yuan per kg, and an 8-kg watermelon at approximately 173 yuan. South Korea's limited arable land and low self-sufficiency rate make its vegetable prices highly sensitive to extreme weather. South Korean Customs Service data shows kimchi imports in the first half of 2025 increased 11.2% year-on-year, almost entirely from China—this itself is international proof of China's low-vegetable-price advantage.
| Indicator | China | United States |
|---|---|---|
| Total Vegetable Output (100M tonnes) | 8.6 | 0.28 |
| Per Capita Annual Consumption (kg) | 413 | 129 |
| Vegetable Price Index (World=100) | 112 | 178 |
| Labor Cost (yuan/day) | 100—200 | ~1000 |
U.S. vegetable production is highly mechanized but concentrated on a narrow range of varieties (lettuce, tomatoes, carrots, etc.), with few leafy green varieties available at high prices. The U.S. relies entirely on market regulation with no institutional arrangement comparable to the "Vegetable Basket" system, and cold chain, packaging, and labor costs accumulate at every stage of vegetable distribution, resulting in terminal prices far higher than in China.
India's vegetable price index is only 47, below China's, but its per capita consumption is merely 95 kg—the low price is more a result of low demand under income constraints than of an efficient supply system. Vietnam's vegetable price index is 81 with per capita consumption of 183 kg, but its variety is relatively limited and cold-chain facilities are inadequate, leaving a gap compared to China in supply diversity and stability.
The core cost of China's low vegetable price system is the thin profit margins for growers. In 2022, per-mu net profit for three grain crops was only 116.8 yuan; even though per-mu net profit for vegetables (3,669 yuan) far exceeds that of grains, profit margins continue to shrink against the backdrop of rising labor costs. The phenomenon of "cheap vegetables hurting farmers" recurs in some production areas, and the industry chain lacks sufficient capital for reinvestment. How to balance livelihood protection with sustainable industry development remains an urgent structural contradiction.
Accelerated urbanization continues to reduce the rural surplus labor force, and the number of workers in the vegetable industry is already on a declining trend. Industry research forecasts that average labor costs in the vegetable sector will continue to rise. Automated substitution (smart greenhouses, harvesting robots, etc.) is the direction for response, but full-scale deployment will take time.
China's fruit and vegetable cold-chain circulation rate (25%–35%) still lags behind developed countries (90%+) by more than 20 percentage points, and post-harvest loss rates remain high. As consumers raise their demands for quality and safety, the improvement of cold-chain infrastructure will become an inevitable trend, though this will also push up distribution costs in the short term.
Looking ahead, China's vegetable prices will remain at globally low levels for a considerable period, but the driving factors will undergo structural change: gradually shifting from "low labor cost-driven" to "high technology efficiency-driven." The intelligent upgrading of facility agriculture (IoT, AI, automated harvesting), the improvement of origin cold-chain systems, and the deepening of e-commerce direct-sourcing models will become the new pillars sustaining low prices. Meanwhile, rising labor costs will push vegetable prices moderately upward, but efficiency gains from scaling and mechanization will largely offset this trend.
The reason vegetables in China are "so cheap" is not the effect of any single factor, but rather the result of a mature, detailed, and stable production–circulation–policy system operating in concert. We can summarize this system as a formula:
Extremely High Output × Relatively Low Labor Costs × Efficient Supply Chain × Policy Underpinning ÷ Ultra-Large Consumption Scale = Globally Rare Low Vegetable Prices
The formation of this system involves both historical contingency—the "Vegetable Basket" Project was launched in 1988 in response to the pressing livelihood issue of vegetable supply shortages; institutional necessity—the administrative mobilization capacity under the socialist system enabled the strong implementation of policies such as the mayor accountability system, green channels, and arable land red lines; and cultural foundations—thousands of years of farming tradition and a vegetable-based dietary structure provided this system with enormous demand support and market foundations.
Of course, this system is not without its costs. Thin profit margins for vegetable farmers, continuously rising labor costs, and insufficient cold-chain infrastructure are all structural challenges that China's vegetable industry must confront. But for the foreseeable future, China will remain one of the countries with the most stable vegetable supply and most consumer-friendly prices globally—this reflects not only economic efficiency but also the synergistic effect of institutional design and cultural tradition.
The Asia Economic Research Institute (AERI) is a think tank dedicated to regional economic research and cooperation in Asia. Since its establishment, the Institute has made promoting sustainable Asian economic development and facilitating regional economic integration its core mission, providing intellectual support and decision-making references for governments, enterprises, and international organizations through high-quality economic research, policy analysis, and academic exchange activities.