Reviewed August 2026 against NC Commerce Department, USDA NASS, and NC State University Cooperative Extension.

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Table of Contents

North Carolina’s Workforce Agriculture Percent: The Real Number

North Carolina’s agriculture and agribusiness sector accounts for 19% of the state’s workforce โ€” roughly 965,000 jobs โ€” according to the NC Commerce Department and NC State University’s agricultural economics program, covering the 2024โ€“2025 period. A narrower measure using NC State University and USDA NASS data on direct agricultural employment alone puts the figure closer to 16% for 2023. Both numbers are correct; they answer different questions, and which one you need depends on whether you mean “people who grow food” or “people whose paycheck depends on the food system.”

That range โ€” 16% to 19%, depending on whether agribusiness (processing, distribution, equipment, inputs) is counted alongside on-farm labor โ€” is the source of most of the conflicting figures circulating online, including the “20%” and “over 17%” numbers people search for. Below, we break down exactly which definition produces which number, how North Carolina stacks up against other US states, and where the real labor shortage in this sector sits: not in row-crop harvest labor, but in horticulture.

North Carolina’s Workforce-in-Agriculture Percentage: Two Figures, One State

There is no single official “North Carolina agriculture workforce percent.” There are two credible figures from two different measurement approaches, and both are current as of the sources’ most recent published cycle:

Measure Figure What it counts Source Period
Direct agricultural employment 16% On-farm labor only NC State University & USDA NASS 2023
Agriculture + agribusiness 19% (~965,000 jobs) Farming, processing, distribution, inputs, equipment, ag-related services NC Commerce Department & NC State Agriculture Economics 2024โ€“2025

The 19% agribusiness figure is the one the NC Commerce Department publishes on its Agricultural Workforce program page, and it is the number worth citing if you’re asked “what percent of North Carolina’s workforce is in agriculture” without further qualification, since it reflects the full economic footprint the state itself tracks. The 16% figure is more useful if you specifically need on-farm headcount โ€” for labor planning, wage benchmarking, or comparing North Carolina against USDA’s national farm-employment series, which also measures direct farm jobs rather than the broader agribusiness chain.

NC agriculture workforce share by measurement method 0% 5% 10% 15% 20% Direct on-farm 16% Ag + agribusiness 19% Share (%) NC Commerce Department, 2023-2025

Neither figure supports the frequently searched “20%” claim as an exact number โ€” 19% is the closest verified figure, and it rounds to 20% only if you drop the decimal. If you’ve seen “20%” cited elsewhere, it is very likely a rounded version of the 19% agribusiness figure rather than a separate, distinct statistic.

How to get the current figure yourself:
The NC Commerce Department updates its agricultural workforce statistics annually on its Agricultural Workforce program page. Check there for the latest state workforce census data before citing a figure in a report, grant application, or policy brief โ€” the number in this article carries the 2024โ€“2025 vintage noted above and will be superseded by the next annual update.

How North Carolina Compares Nationally

Nationally, agriculture makes up just 1.57% of total US employment, per World Bank and USDA Economic Research Service data for 2023. That makes North Carolina’s 16โ€“19% share strikingly concentrated by national standards โ€” roughly 10 to 12 times the US average, whichever of the two NC figures you use.

North Carolina is not the most agriculture-dependent state by workforce share, however. USDA NASS and Bureau of Labor Statistics data for 2023โ€“2024 put Wyoming at 9.5% and North Dakota at 8.2% โ€” both well above the 1.57% national average, but below either of North Carolina’s figures. That gap matters: it means North Carolina’s agricultural workforce concentration is driven less by a single dominant commodity (as in Wyoming’s ranching economy or North Dakota’s grain belt) and more by the sheer diversity and scale of its agribusiness chain โ€” tobacco, poultry, hogs, soybeans, sweet potatoes, and a large food-processing and distribution base layered on top of direct farm labor.

Agriculture workforce share by geography 0% 5% 10% 15% 20% US national 1.57% North Dakota 8.2% Wyoming 9.5% North Carolina 16-19% Agriculture workforce share (%) USDA ERS and NASS, 2023-2024

For readers benchmarking a specific state economy against North Carolina’s, the source comparison is USDA NASS’s state-level employment series alongside the Bureau of Labor Statistics’ Quarterly Census of Employment and Wages, which both agencies update on a rolling basis โ€” so a state ranking pulled in one quarter can shift by the next.

Horticulture Workforce Solutions: The 20% Vacancy Problem

Separately from the state employment-share question, “horticulture workforce solutions” is its own search โ€” and it points to a different, more urgent number. AmericanHort’s industry survey, reported by Greenhouse Grower for the 2021โ€“2024 period, found that the US horticulture sector runs with an average 20% workforce shortage โ€” meaning roughly one in five positions across nurseries, greenhouses, and landscape operations goes unfilled at any given time. In response, 65% of US nurseries surveyed in the same period raised wages specifically to address the gap.

This is a national figure, not a North Carolina-specific one โ€” the brief’s sources do not break out a state-level horticulture employment count for North Carolina, and that breakdown does not appear to be published separately from the broader agriculture workforce figures above. If you need a North Carolina-specific horticulture headcount, the two paths worth trying are NC State University’s Cooperative Extension (ces.ncsu.edu), which publishes commodity- and sector-level economic impact studies periodically, and a direct request to AmericanHort for any state-level breakout of their survey data.

Horticulture labor shortage and wage response 0% 20% 40% 60% 80% Labor shortage 20% Raised wages 65% Share (%) AmericanHort survey, 2021-2024

A 20% vacancy rate is structurally different from a general labor shortage โ€” it means horticulture operations are routinely running at 80% of planned staffing, which shows up as delayed potting, missed shipping windows, and overtime costs rather than an outright inability to operate. That distinction matters for anyone designing a workforce solution: the fix for a chronic 1-in-5 vacancy rate (retention, wage competitiveness, cross-training) looks different from the fix for a seasonal spike (temporary recruitment, forecasting).

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What Farm Work Pays: US Wage Data

Wage data is where an AI summary usually stops short, because it dates fast โ€” but it’s also the number hiring managers and jobseekers actually need. USDA NASS’s Farm Labor Survey put the average gross hourly wage for all hired US farm workers at $19.10 for 2024, and $18.42 for field workers specifically. The same survey counted 808,000 workers hired directly by US farms during its July 2024 reference week.

Metric Figure Period
All hired farm workers, avg. gross hourly wage $19.10 2024
Field workers, avg. gross hourly wage $18.42 2024
Workers hired directly by US farms 808,000 July 2024 reference week

The brief’s sources do not include a state-by-state wage breakdown for North Carolina specifically, nor a comparison against non-agricultural median wages โ€” those splits are not published in the aggregate national releases we drew from. USDA NASS’s Farm Labor Survey is released quarterly, typically in January, April, July, and October; the Farm Labor Survey page is the place to pull the current-quarter rate rather than relying on a number that ages the moment a new release lands.

Core Challenges and Workforce Solutions in Agriculture

The core challenges facing the North Carolina agricultural workforce include labor shortages during seasonal peaks, a skills mismatch as mechanization and precision tools spread faster than training programs, and wage pressure that squeezes margins even as the $19.10/hour national average (2024) climbs. These aren’t abstract pressures โ€” they show up directly in the horticulture sector’s 20% vacancy rate above, and in wage responses like the 65% of nurseries raising pay to compete.

  • Seasonal tasks (harvest, weeding, transplanting) create unpredictable labor spikes
  • Integration of modern equipment and precision-ag technologies demands upskilling
  • Rising wage expectations, evidenced by the $19.10/hour 2024 national average, put pressure on thin margins

Solution Pathways:

  1. Aligning labor forecasting with crop calendars and market trends
  2. Designing training programs for both foundational and advanced skills
  3. Deploying economic incentives and policy support to attract and retain workers
  4. Embracing technological integration to blend traditional and tech-focused roles
  5. Smoothing the transition from classroom to field, ensuring a stable talent pipeline

Forecasting and Aligning Workforce with Crop Calendars

One of the most effective workforce strategies is accurate labor forecasting. By anticipating when needs spike in line with crop calendars, farms can deploy timely recruitment and avoid downtime or lost yield โ€” a direct lever against the kind of chronic vacancy horticulture operations report.

  • Technological tools help track plant growth cycles and resource requirements in real time
  • Farmers and employers can synchronize recruitment with seasonal peaks, improving efficiency
  • Systems integrating market demand analytics refine labor strategy ahead of the season, not during it
Investor Note:
Digital forecasting tools present attractive investment avenues for improving labor allocation efficiency in the North Carolina agriculture workforce sector.

Training and Upskilling: Building a Robust Workforce

Training and upskilling remain foundational to agriculture workforce solutions. Hands-on instruction, safety training, pesticide certification, and equipment operation are critical for maximizing productivity and resilience โ€” particularly in a state where agribusiness accounts for 965,000 jobs (NC Commerce, 2024โ€“2025) spanning far more than field labor.

  • Programs blending practical skills with advanced technology instruction boost both efficiency and crop yield quality
  • Integrated pest management, precision farming, and equipment maintenance are now essential skill sets
  • Extension services and cooperative models spread training costs while lifting overall community competency
Pro Tip:
Continuous upskilling keeps workforce skills aligned with rapid agri-tech innovation, giving North Carolina farms a competitive edge.
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Talent Pipeline & Career Pathways in North Carolina

Creating accessible pathways into agriculture careers ensures a steady pipeline of skilled technicians, field workers, and future farm managers โ€” a necessity given that agribusiness alone represents 19% of the state’s workforce (NC Commerce, 2024โ€“2025).

  • High school and community college outreach exposes students to diverse agriculture roles
  • Veteran transition programs tap into experienced and disciplined labor pools
  • Apprenticeship models merge on-the-farm learning with theoretical instruction
  • Accessible resources (language support, transport, flexible schedules) broaden participation

A stable, growing share of workforce in North Carolina agriculture is achievable when career progression and wage growth โ€” anchored to figures like the $19.10/hour 2024 national average โ€” are built into workforce initiatives rather than treated as an afterthought.

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Economic Incentives & Policy Support in Agriculture Workforce Solutions

Policy frameworks and economic incentives are vital for attracting and retaining agricultural labor in North Carolina:

  • Recruitment and training subsidies reduce onboarding and upskilling costs for employers
  • Wage subsidies help retain skilled workers during off-peak seasons
  • Visa policies that balance farm labor demand with fair practices address seasonal labor shortages, relevant given the 808,000 workers hired directly by US farms during the July 2024 reference week
  • Data-driven labor analytics optimize workforce strategy, aligning staffing with productive periods and reducing waste
Common Mistake:

Neglecting to integrate labor analytics into workforce strategy can lead to chronic overstaffing or understaffing, impacting both productivity and costs.

Technology Adoption & Its Intersection With Workforce Strategy

Technology is reshaping North Carolina’s farming practices in ways that directly change what “workforce” means:

  • Automated harvesters, autonomous tractors, and sensor networks reduce labor needs for repetitive tasks
  • Workforce demand shifts toward technicians skilled in equipment calibration, network maintenance, and data analysis
  • Training programs must offer dual tracks: practical field skills and digital literacy
Smart Farming Future : Precision Tech & AI: Boosting Harvests, Enhancing Sustainability

These advancements position North Carolina to keep pace with โ€” and in the diversity of its agribusiness base, exceed โ€” states with a narrower but deeper agricultural footprint like Wyoming (9.5%) and North Dakota (8.2%), creating opportunities for skilled roles that drive both productivity and rural economic growth.

Comparison Table of Workforce Solutions and Their Impact on North Carolina Agriculture Productivity

The adoption rates and productivity ranges below reflect general industry patterns for these solution categories rather than a single published NC-specific study; treat them as planning benchmarks and validate against your own operation’s records.

Workforce Solution/Technology Estimated Adoption Rate in NC (%) Estimated Productivity Improvement (%) Relevant Training Required
Mechanization (Tractors, Harvesters) 70% 15-25% Operation, Maintenance, Safety
Seasonal Worker Programs 85% 10-15% Crop Handling, Safety, Compliance
Precision Agriculture Tools (Sensors, Drones, Data Platforms) 40% 18-30% Digital Literacy, Data Analysis, Equipment Calibration
Agri-tech Training Initiatives 30% 14-20% Integrated Pest Management, Advanced Equipment, Technology Use
Shared Cooperative Resources 20% 8-15% Basic Operations, Safety, Collaborative Models
Satellite-based Monitoring Systems 15% 14-22% Data Interpretation, Remote Sensing Fundamentals

Tool: Horticulture Labor-Gap Calculator

Use the AmericanHort-reported 20% average vacancy rate as a starting benchmark, then enter your own crew size and wage to see your position-gap and the wage-increase cost of closing it the way 65% of surveyed nurseries did.

Interactive

Enter your numbers above to see your labor-gap position.

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Assumptions: uses the AmericanHort 20% average horticulture vacancy rate (2021โ€“2024) as a benchmark only, not a prediction for any specific operation. Wage cost estimate covers only base hourly pay for currently filled roles โ€” it excludes payroll taxes, benefits, overtime premiums, and the cost of recruiting to fill open positions. Your actual vacancy rate and cost of competing for labor will depend on your region, crop mix, and local wage market.

Visual List โœ”๏ธ: Workforce Best Practices

  • Blend traditional and tech-based training programs for holistic worker development
  • Apply accurate forecasting to match hiring with field peaks
  • Cultivate community partnerships for accessible education and upskilling opportunities
  • Incorporate digital platforms for real-time work allocation and monitoring
  • Regularly review labor market trends, including quarterly USDA NASS wage releases, for proactive hiring strategies
Smart Farming Future: Precision Tech & AI Boosting Harvests, Enhancing Sustainability

Agriculture Workforce Solutions: Practical Applications in NC

Everyday farming operations in North Carolina depend on intelligently matching workforce availability to crop cycles and market demand:

  • Crop Calendars:
    Using predictive analytics, farms forecast labor needs for planting, peak growth, and harvest, reducing the odds of hitting the kind of chronic vacancy horticulture reports at a 20% average.
  • Modular Training Programs:
    Hands-on field sessions address basic tasks (planting, weeding, harvest) alongside advanced modules (satellite monitoring, remote machinery control).
  • Upgrading Career Pathways:
    Career laddering helps seasonal and entry-level workers, earning wages near the $19.10/hour national average (2024), graduate to supervisory or technology-specialized roles.
  • Access & Inclusion:
    Removing barriers (language, mobility, flexible hours) grows the available local labor pool.

Combined, these solutions reinforce North Carolina’s position as one of the more agriculture-concentrated state economies in the country โ€” its 16โ€“19% workforce share sits well above the 1.57% US national average (2023, World Bank/USDA ERS), even if it trails narrower single-commodity states like Wyoming on a strict farm-employment basis.

Visual List โš ๏ธ: Workforce Solution Risks and Limitations

  • Underestimating technology training needs may slow technology adoption rates
  • Lack of alignment between classroom instruction and field requirements wastes training resources
  • Ignoring language/barrier issues can alienate potential local labor sources
  • Over-reliance on seasonal or migrant labor may create instability, particularly given that 808,000 workers were hired directly by US farms in the July 2024 reference week alone
  • Insufficient data on workforce demographics impacts forecasting and future planning
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Farmonaut’s Role in Agricultural Workforce Solutions

At Farmonaut, we recognize that workforce solutions are not just about labor numbers, but about empowering farms through data and technology. Our satellite-driven platform helps North Carolina farmers, employers, and boards make better decisions, optimize field operations, and respond faster to challenges.

  • Satellite-Based Monitoring: Enables real-time crop and soil health tracking, guiding efficient allocation of labor for planting, weeding, and harvesting phases.
  • AI Advisory Systems (Jeevn AI): Provide custom strategies and weather insights, minimizing downtime and risk for on-field workers.
  • Blockchain Traceability: Supports transparent supply chains, essential for compliance, reporting, and market access โ€” critical for farm labor accountability.
  • Fleet and Equipment Management: Enhances the allocation and safety of machinery and human operators, reducing operational costs and boosting productivity.
  • Environmental Impact Tools: Track resource use and carbon footprint for compliance and sustainability โ€” aligning North Carolina agriculture operations with modern workforce and market demands.
๐Ÿ“Š Data Insight:
Using real-time satellite insights lets operations fine-tune job assignments and proactively schedule upskilling, directly boosting productivity on North Carolina farms.

Our platform and apps are engineered to make advanced agriculture workforce solutions accessible to all โ€” from individual farm owners to large-scale agricultural enterprises in North Carolina.

Interested in compliance and environmental responsibility? Check out our Carbon Footprinting Solution to monitor and manage emissions from farm activities, contributing to sustainable agricultural workforce practices.

Need automated supply chain reporting? Discover Blockchain-based Traceability for improved transparency and credibility โ€” useful for farms employing a diverse team and aiming for traceable, sustainable production.

Enhance your large-scale operations: Try our Large Scale Farm Management Tool โ€” ensure coordination between equipment, technicians, and field workers for optimal workforce allocation.

Looking for farm fleet optimization? Our Fleet Management Solution helps schedule and route vehicles and machines, reducing wasted labor hours and equipment downtime.

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๐ŸŒฑ Common Mistake:
Overlooking the importance of blended skills training leads to an under-prepared workforce and inefficiency in adopting new technologies.

FAQ: North Carolina Agriculture Workforce Solutions

Q1: What percentage of North Carolina’s workforce is employed in agriculture?

A: It depends on definition. Direct on-farm employment was 16% of the state’s workforce for 2023 (NC State University & USDA NASS). Including the full agribusiness chain โ€” processing, distribution, inputs, and services โ€” the figure rises to 19%, or about 965,000 jobs, for 2024โ€“2025 (NC Commerce Department & NC State Agriculture Economics). Check the NC Commerce Agricultural Workforce page for the latest annual update.

Q2: Is North Carolina’s agriculture workforce percentage the highest in the US?

A: No. On a direct farm-employment basis, Wyoming (9.5%) and North Dakota (8.2%) lead the country for 2023โ€“2024, per USDA NASS and BLS data. North Carolina’s figures use a broader agribusiness definition that isn’t directly comparable to those single-sector state rankings, but its 16โ€“19% range still sits far above the 1.57% US national employment average for 2023.

Q3: What is the horticulture workforce shortage, and does it affect North Carolina?

A: AmericanHort’s industry survey (2021โ€“2024, via Greenhouse Grower) found a 20% average workforce shortage across the US horticulture sector, prompting 65% of surveyed nurseries to raise wages. This is a national figure โ€” a North Carolina-specific horticulture employment breakdown is not published in the sources reviewed for this article.

Q4: What do farm workers earn in the US?

A: USDA NASS’s Farm Labor Survey put the average gross hourly wage for all hired farm workers at $19.10 in 2024, and $18.42 for field workers specifically. The survey counted 808,000 workers hired directly by US farms during its July 2024 reference week. NASS updates this data quarterly (January, April, July, October) at its Farm Labor Survey page.

Q5: How does technology integration influence agricultural labor demand?

A: As automation and data tools become more common, demand shifts toward technicians skilled in both fieldwork and technology management โ€” equipment calibration, sensor network maintenance, and data analysis โ€” rather than traditional labor roles alone.

Q6: How can I start leveraging satellite-based monitoring for my farm workforce?

A: Using Farmonaut’s web and mobile applications, access real-time crop monitoring and AI-driven advisory to optimize labor allocation and productivity. Try our web app for instant benefits.

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Key Insight:
Choosing a modular and scalable digital solution like Farmonaut sets the benchmark for continuous workforce improvement and business resilience in North Carolina.

Conclusion: The Path Ahead for North Carolina Agriculture Workforce Solutions

North Carolina’s agriculture workforce percentage isn’t a single number โ€” it’s 16% for direct farm employment (2023, NC State/NASS) or 19%, roughly 965,000 jobs, once the full agribusiness chain is counted (2024โ€“2025, NC Commerce/NC State). Both sit well above the 1.57% US national average (2023), even though states like Wyoming (9.5%) and North Dakota (8.2%) lead on a strict farm-employment basis. Separately, the horticulture sector’s 20% average vacancy rate (2021โ€“2024, AmericanHort) is the more urgent workforce problem for that specific segment, driving the 65% of nurseries that have raised wages to compete for staff.

The durable method here matters more than any single figure: check the NC Commerce Department’s Agricultural Workforce page for the state’s current percentage, pull USDA NASS’s quarterly Farm Labor Survey for current wage rates, and use the definitional split above โ€” direct employment versus full agribusiness โ€” to know which number you’re actually being asked for. Numbers will move; the framework for finding the right one won’t.

Whether you’re a farmer, agricultural employer, technician, policymaker, or educator, there’s a role to play in keeping North Carolina’s agricultural sector resilient.

Maximize your workforce, amplify your success.

Action Step:
Get started with Farmonaut’s satellite-powered workforce solutions โ€” and bring a new era of precision, sustainability, and efficiency to your farm today.








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