Reviewed September 2026 against California Department of Food and Agriculture (CDFA) export statistics, USDA Economic Research Service (ERS) data, and USDA Agricultural Marketing Service (AMS) port profiles.

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California shipped $23.8 billion in agricultural products to foreign buyers in 2024, equal to 13.5 percent of all U.S. agricultural exports by value, according to the California Department of Food and Agriculture (CDFA). No other state comes close to that combination of scale and crop diversity — California is the only state that ships almonds, pistachios, wine, dairy, and rice in volumes that move global commodity markets. This article breaks down exactly what California agricultural exports consist of, where the cargo moves through, and how growers and analysts can pull the current numbers themselves once the next annual report lands.

California Agricultural Exports: The Current Numbers

The CDFA’s most recent annual export report puts California’s total agricultural export value at $23.8 billion for 2024, drawn from the state’s official agricultural statistics program. That figure covers everything shipped internationally that originated on a California farm or was substantially processed there — tree nuts, dairy, wine, rice, and fresh produce among them. Because California grows a wider range of specialty crops than any other U.S. state, its export mix looks nothing like the corn-and-soybean profile of the Midwest; instead it is dominated by tree nuts and high-value perishables that depend on cold chain and shipping timing as much as on production volume.

This $23.8 billion figure is a snapshot of a single calendar year, not a fixed number. CDFA updates its export statistics annually, with the report for a given calendar year typically released the following February or March. Anyone who needs a figure more current than 2024 should go directly to cdfa.ca.gov/Statistics in Q1 and look for the newest annual export report — that is the authoritative source this article is built on, and it is also where the next revision will appear first.

Top California Export Commodities by Value

Tree nuts anchor California’s export economy. Almond exports reached $4.95 billion in 2024, the single largest agricultural export category from the state, per CDFA. Pistachios followed at $2.93 billion. Together, almonds and pistachios alone accounted for roughly a third of the state’s entire $23.8 billion export total for the year.

California’s dominance in almonds is not just a California story — it is close to a global monopoly. The state supplies 80 percent of the world’s almonds, and 67 percent of California’s almond crop is exported rather than sold domestically, according to the USDA Economic Research Service. That means two out of every three almonds grown in the Central Valley leave the country, which is why almond acreage, water allocation, and export demand are tied together as tightly as any commodity relationship in U.S. agriculture — a bad export year for almonds is a bad year for tens of thousands of acres in Kern, Fresno, and Stanislaus counties simultaneously.

Dairy and dairy products added $2.60 billion in export value in 2024, and wine exports contributed $1.08 billion, both per CDFA’s 2024 report. Rice is a smaller line item nationally but matters disproportionately to California’s Sacramento Valley growers: U.S. rice exports totaled $637 million with 50 percent of U.S. rice production exported, according to USDA ERS data cited in a UC Davis Giannini Foundation analysis. That rice figure and export share are from 2017, the most recent year with a published breakdown in that analysis — rice trade data is worth rechecking against USDA ERS’s current annual state export series before citing it as this year’s number.

Some categories that matter enormously to California agriculture — walnuts, strawberries and other berries, lettuce, broccoli, and the broader fresh-vegetable basket — do not have a granular 2024 export dollar figure in the CDFA and USDA sources reviewed for this piece. What is documented is that California grows roughly half of U.S. vegetables and more than three-quarters of U.S. fruits and nuts by volume; the export-specific dollar breakdown for those individual crops was not available in the current research pass. The reliable way to get those numbers is CDFA’s full statistical report at cdfa.ca.gov/Statistics, which publishes a commodity-by-commodity export table each year, and USDA ERS’s annual state agricultural exports dataset, which lets you filter by state and commodity directly rather than relying on a secondary summary.

Los Angeles Agricultural Exports Market: Ports, Cargo, and Corridors

Southern California’s ports are where a large share of the state’s agricultural cargo physically leaves the country. The Port of Los Angeles moved 6.6 million metric tons of agricultural cargo in 2017, and the neighboring Port of Long Beach moved 4.6 million metric tons the same year, according to USDA Agricultural Marketing Service port profiles. Combined, the two adjacent San Pedro Bay ports handled roughly 11.2 million metric tons of agricultural cargo that year, making the Los Angeles–Long Beach complex one of the largest agricultural export gateways on the U.S. West Coast, alongside the Pacific Northwest grain terminals and the Port of Oakland’s containerized reefer trade.

Those port-cargo figures are from 2017 — the most recent detailed AMS port profile data located in this research pass — and container and bulk volumes at both ports have moved since then, including through the 2021–2022 supply chain congestion period. For a current picture of what is moving through the Los Angeles agricultural exports market, the ports themselves publish updated statistics directly: check portoflosangeles.org and polb.com for the latest annual container and bulk cargo reports, and cross-reference against USDA AMS for the agricultural-specific breakdown, since general port traffic includes far more than farm products.

What makes the Los Angeles corridor structurally important to California exporters isn’t just tonnage — it’s proximity to the Central Valley and Salinas Valley growing regions combined with direct shipping lanes to Asia, which is the destination for a large share of California’s almond, pistachio, and dairy exports. Refrigerated container capacity at the ports, not just total volume, is usually the binding constraint for perishable exports like fresh produce and dairy, which is why cold-chain infrastructure investment near the ports tracks export demand almost as closely as farm-level packing investment does.

Example: Salinas Valley – A Microcosm of Export-Driven Growth

The Salinas Valley illustrates how export markets shape planting decisions well before cargo ever reaches a port. Lettuce, broccoli, strawberries, and leafy greens dominate the valley’s acreage, and growers align planting windows, harvest quantity, and crop rotation to hit peak export demand. That synchronization drives investment in drip irrigation, mechanized harvesters, and rapid-cooling infrastructure — the same infrastructure that ultimately determines whether product reaches the Port of Los Angeles or Port of Long Beach in condition to sell.

How Export Demand Shapes California Farm Production and Practices

Export markets act as a direct signal into planting and investment decisions across California farmland. With almonds and pistachios together representing close to $7.9 billion of the state’s $23.8 billion export total in 2024, growers in nut-producing counties make multi-decade orchard investments based substantially on the assumption that export demand — particularly from Asia and Europe — holds or grows. A handful of forces recur across export-oriented operations:

• ✔ Crop selection tied to buyer specification: Growers align variety and grade with what overseas buyers will pay a premium for, not just what yields best locally.
• ✔ Post-harvest infrastructure investment: Meeting export-grade requirements means packing sheds, cold storage, and grading lines built to the standard of the toughest destination market, since a shipment that fails one country’s inspection often can’t be redirected profitably.
• ✔ Irrigation precision: With 67 percent of the almond crop exported and California’s water supply constrained, drip and micro-spray systems are as much an export-competitiveness investment as a conservation one.
• ✔ Traceability adoption: Overseas buyers, especially in the EU and parts of Asia, increasingly require documented chain-of-custody data before a shipment clears. Digital traceability tools such as are becoming a baseline requirement rather than a differentiator for exporters selling into those markets.

Labor Markets and Rural Communities Tied to Export Agriculture

Export-oriented agriculture requires steady, often specialized labor across field harvest, packing, and processing. Perennial export crops like almonds and pistachios require both concentrated seasonal harvest labor and year-round orchard maintenance crews, while labor-intensive export produce — table grapes, berries, leafy greens — depends on skilled hand-harvest labor that is difficult to mechanize without compromising the grade export buyers require.

• ✔ Steadier employment cycles: Reliable export contracts support more predictable hiring and harvest scheduling than purely domestic-market production.
• ✔ Training investment: Export-grade packing and handling standards drive employer investment in worker training, since a packing error that would be tolerable for the domestic market can result in a rejected export shipment.
• ✔ Regional labor concentration: Major export-crop zones — the Salinas Valley, the Central Valley almond and pistachio belt, Modesto-area dairy processing — function as employment corridors precisely because export demand sustains harvest and processing volume through the year.

Additional Resources for Agricultural Labor and Field Management

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  Farmonaut Large Scale Farm Management – data-driven labor and field management

California Farmland: Land Use, Values, and Infrastructure Under Export Pressure

Export demand is priced directly into California farmland values, especially in almond, pistachio, wine grape, and berry regions where the $4.95 billion almond and $2.93 billion pistachio export totals translate into per-acre land premiums that domestic-only crops rarely command. A few mechanisms drive this:

1. Land value escalation: Acreage suited to high-export-value tree nuts and wine grapes commands a premium tied directly to expected export revenue, not just to yield potential.
2. Irrigation and soil investment: Drip and micro-spray systems, plus ongoing soil amendment programs, are funded to sustain the yield and quality consistency export buyers require year over year.
3. Facility modernization: Packing houses, grading lines, and rural road access near the Los Angeles–Long Beach port complex and Central Valley rail corridors get upgraded to keep transit times short for perishable exports.
4. Consolidation under volatility: When export prices swing — as almond prices have across recent seasons — some operators consolidate holdings or diversify into secondary crops to manage risk.

Leveraging Satellite Technology for Land and Resource Decisions

Real-time satellite monitoring lets growers track field health, plan rotations, and forecast production against export shipping windows without relying solely on manual scouting. Our large-scale farm management solutions provide field, soil, and input analytics built for operations managing export-grade consistency across many acres at once.

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Export Standards and Environmental Stewardship

Water scarcity and destination-market regulatory requirements make environmental compliance a market-access issue for California exporters, not an optional add-on. Export buyers — particularly in the EU, where residue and traceability rules are stricter than U.S. domestic requirements — increasingly condition purchase agreements on documented water use, pesticide residue levels, and carbon data.

• ✔ Water management: Precision irrigation, monitored through tools like NDVI satellite imagery, is now central to meeting both water-district allocation limits and export-buyer sustainability requirements simultaneously.
• ✔ Integrated pest management (IPM): Export protocols, especially into the EU, demand minimal pesticide residues, pushing growers toward IPM approaches over blanket spraying.
• ✔ Carbon and soil data: Some export contracts now hinge on documented soil carbon and emissions practices. Our carbon footprinting solutions help growers track and report these metrics.
• ✔ Traceability: Digital, blockchain-backed traceability is increasingly a contract requirement rather than a competitive extra. See product traceability for how this works in practice.

Example: Premium Market Access Hinges on Environmental Metrics

• ✔ Global buyers and retailers increasingly require verifiable emissions, pesticide, and water-use data before finalizing purchase agreements.
• ✔ Digitally verified compliance can support price premiums and preferred-supplier status with repeat export buyers.

From Fields to Facilities: The Value Chain Beyond the Farm Gate

California’s $23.8 billion in agricultural exports touches far more than farmland — it runs through processing plants, packing sheds, cold-storage warehouses, trucking companies, and the port operations at Los Angeles and Long Beach that moved a combined 11.2 million metric tons of agricultural cargo in the most recent detailed USDA AMS port data (2017).

• Processing and distribution: Export-oriented crops fund investment in sorting, chilling, and grading technology, generating jobs beyond the farm itself.
• Packing and logistics: Packing sheds and cold-storage facilities cluster along highway and port corridors linking growing regions to Los Angeles and Long Beach, supporting year-round employment.
• Transport access: Efficient rural road and rail access to the port complex is a direct competitiveness factor for perishable exports, where days — sometimes hours — determine whether a shipment meets grade on arrival.

Suppliers and Service Providers: The Broader Ripple

• ✔ Education and training: Export revenue supports school-farm partnerships and agricultural technical training programs in growing regions.
• ✔ Rural business activity: Local retail, housing, and utility demand rises with sustained export-driven agricultural employment.
• ✔ Regional investment: Concentrated agricultural export prosperity attracts further capital investment into processing and logistics infrastructure.

Satellite Technology for Export-Ready Farm Decisions

Meeting export-grade consistency across large acreage increasingly relies on data rather than manual scouting alone. Satellite-based monitoring adds a predictive layer to field management, input planning, and compliance documentation for export-oriented operations.

• ✔ Field and crop health monitoring: Multispectral imagery (NDVI, NDWI) flags stress or disease before it affects yield or export grade.
• ✔ Input optimization: Satellite data helps growers align water and nutrient use with export shipping timelines rather than guesswork.
• ✔ Traceability: End-to-end tracking supports documentation that export buyers now require. Explore our product traceability offering.
• ✔ Environmental compliance: Real-time tracking of carbon, emissions, and water use supports entry into markets with strict sustainability requirements.
• ✔ Fleet and input logistics: Tools like Farmonaut Fleet Management support efficient equipment and input coordination across large export operations.

These tools are available via browser, Android, or iOS app, or through customizable APIs and developer documentation for operations that want to integrate field data directly into their own systems.

Calculator: Estimate Your Farm’s Export-Linked Revenue Share

Enter your crop’s typical price premium and the share of your harvest sold into export contracts to estimate how much of your farm revenue is export-linked.

Assumptions: this tool models a simple two-market split (export vs. domestic) using the price premium and export share you enter — it does not account for currency movements, shipping and tariff costs, contract minimums, or year-to-year yield variation. Default values reflect the 67 percent export share USDA ERS reports for California almonds; adjust both fields to match your own crop and contract terms.

FAQ: California Agricultural Exports

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Where This Is Headed

California’s agricultural export position rests on a small number of high-value commodities — almonds and pistachios alone made up close to a third of the state’s $23.8 billion in 2024 exports — moving through a concentrated set of infrastructure: the Central Valley growing regions, the Salinas Valley for produce, and the Los Angeles–Long Beach port complex for a large share of ocean freight. That concentration is the durable structure of this story, and it is what to watch rather than any single year’s dollar figure.

The way to track this going forward is straightforward: CDFA’s annual export report each Q1 for the total and commodity breakdown, USDA ERS’s state export dataset for year-over-year detail by crop, and the Port of Los Angeles and Port of Long Beach’s own published statistics for current cargo volumes. Whichever of those you check, cross-reference the year — a 2017 port figure and a 2024 export-value figure are describing the same trade relationship at different points in time, and conflating them is the most common way this kind of data gets misquoted.

At Farmonaut, we support export-oriented growers with satellite field monitoring, traceability, and carbon tracking tools built for the documentation and consistency standards export buyers increasingly require.

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