Agricultural Insights and Rural Development
How U.S. and Florida Agriculture Is Changing—and What It Means for Producers
July 22, 2026 · By Wilbert Georges, Founder and Executive Lead of AGRILEAD Training & Consulting LLC
U.S. agriculture remains highly productive, but its structure is changing. The number of farms continues to decline, production is increasingly concentrated, technology is changing farm management, and climate-related pressures are creating additional operational and financial risks.
These changes do not affect every producer in the same way. Beginning farmers may face difficulties securing land, financing, technical guidance, or market access. Small-scale operations may depend heavily on off-farm income. Producers in underserved or multilingual communities may also encounter practical barriers when navigating regulations, insurance, conservation programs, financing options, or technical services.
The economic importance of agriculture extends well beyond the farm gate. According to the USDA Economic Research Service, U.S. farms directly contributed $222.3 billion to gross domestic product in 2023. Agriculture, food, and related industries together contributed approximately $1.537 trillion, or 5.5 percent of U.S. GDP. The broader estimate includes food manufacturing, retail, food service, textiles, forestry, and fishing.
Agricultural decisions therefore affect not only producers, but also the wider economic system that depends on farm production.
Florida provides a useful perspective on these national changes. Its agricultural sector includes high-value crops, livestock, horticulture, and production systems operating alongside urban growth and environmentally sensitive landscapes. Southwest Florida is especially diverse, combining large commercial operations, smaller farms, rural communities, and significant water-management challenges.
A Changing U.S. Farm Structure
The 2022 Census of Agriculture counted approximately 1.9 million U.S. farms and ranches, 7 percent fewer than in 2017. Land in farms declined to about 880 million acres, while the average farm size increased to 463 acres. These figures do not mean that every farm is becoming large, but they confirm a continuing restructuring of the agricultural sector.
Production is also unevenly distributed. USDA Economic Research Service data for 2024 show that small family farms—defined as farms with less than $350,000 in gross cash farm income—represented 86 percent of all U.S. farms. Large-scale family farms, defined as those with at least $1 million in gross cash farm income, represented approximately 5 percent of farms but accounted for 50 percent of the value of production.
This concentration does not make smaller operations unimportant. Small farms can contribute to specialized production, direct-market and local food systems, entrepreneurship, land stewardship, and the continuity of rural communities. Their financial structures, however, often differ substantially from those of larger commercial operations.
Households operating small family farms typically rely on off-farm income for most of their household earnings. Technical competence in crop or livestock production therefore remains essential, but it may not be sufficient by itself.
Farm viability can also depend on understanding production costs, managing cash flow, maintaining reliable records, evaluating markets, managing risk, and determining whether investments in equipment or technology are financially justified.
Demographic change presents another challenge. The average age of U.S. producers was 58.1 years in 2022. At the same time, the census counted slightly more than one million beginning farmers, producers with ten or fewer years of farming experience, an increase of 11 percent since 2017. Producers under age 35 represented 9 percent of all producers.
These figures show that new people are entering agriculture, but they also underscore the importance of succession planning, land access, mentorship, technical preparation, and business development.
The barriers faced by beginning farmers vary according to location, enterprise, resources, and experience. One producer may need assistance securing land or credit. Another may need help understanding regulatory requirements, conservation programs, crop insurance, market standards, or financial records.
The needs of underserved agricultural communities should therefore be documented through consultation rather than inferred from broad demographic categories.
Florida’s Diverse Agricultural Economy
Florida agriculture is often associated with citrus, but the state’s agricultural economy is considerably more diverse.
According to the USDA National Agricultural Statistics Service report Florida Agricultural Facts, Florida had 44,400 farm operations and 9.7 million acres of land in farms in 2023. Agricultural cash receipts reached approximately $9.466 billion, with crops accounting for 77.2 percent of the total.
Major commodities included floriculture, sugarcane, cattle and calves, tomatoes, dairy products, strawberries, broilers, watermelons, sweet corn, oranges, bell peppers, and potatoes.
This diversity creates economic opportunities, but it also produces technical complexity. Vegetable farms, citrus groves, nurseries, livestock operations, sugarcane enterprises, and diversified farms require different production systems, equipment, labor arrangements, markets, regulatory knowledge, and risk-management strategies.
Florida’s production environment also exposes farms to hurricanes, high temperatures, excess rainfall, flooding, pests, diseases, and water-management pressures.
In South Florida, saltwater intrusion and flooding can increase soil salinity, damage soil health, reduce plant growth and yields, and raise production costs. The UF/IFAS Extension publication Saltwater Intrusion and Flooding: Risks to South Florida’s Agriculture and Potential Management Practices notes that the feasibility of management practices depends on factors such as drainage, freshwater availability, soil characteristics, crops, infrastructure, and required equipment.
Climate preparedness should therefore be treated as part of farm management rather than as a separate environmental concern. Depending on the farm, it may involve emergency planning, drainage maintenance, irrigation efficiency, infrastructure protection, crop or enterprise diversification, pest monitoring, insurance decisions, and access to reliable technical advice.
These decisions also have a financial dimension. An agronomically sound practice may still be impractical if its cost, timing, labor requirements, or expected return are not carefully assessed.
Southwest Florida: Different Farms, Different Needs
Southwest Florida should not be treated as a single, uniform agricultural area. County-level data reveal substantial differences in farm size, sales, production systems, and business structure.
In 2022, Collier County had 330 farms and a market value of agricultural products sold of approximately $387.9 million. Crops accounted for 98 percent of that value, with vegetables and nursery, greenhouse, floriculture, and sod products among the leading categories. At the same time, 41 percent of the county’s farms had fewer than 10 acres, and 39 percent reported less than $2,500 in sales. These figures are reported in the 2022 Census of Agriculture County Profile for Collier County, Florida.
Hendry County had 392 farms and 586,858 acres of land in farms. The market value of agricultural products sold reached approximately $632.6 million, with crops accounting for 95 percent of the total. Forty percent of Hendry County farms reported sales of at least $100,000, while 17 percent operated 1,000 acres or more. These figures are reported in the 2022 Census of Agriculture County Profile for Hendry County, Florida.
Lee County had 813 farms and 91,203 acres of land in farms, with an average farm size of 112 acres. Forty-nine percent had fewer than 10 acres, and 38 percent reported less than $2,500 in sales. The county also counted 607 new and beginning producers. These figures are reported in the 2022 Census of Agriculture County Profile for Lee County, Florida.
These differences have direct implications for agricultural education.
A large vegetable operation may prioritize labor management, food safety, irrigation, plant diagnostics, regulatory compliance, and coordination with wholesale markets. A small or beginning farm may first need assistance with enterprise selection, cost calculations, recordkeeping, land-use planning, market assessment, or orientation to public agricultural programs.
Livestock producers, nursery operators, citrus growers, and direct-market farmers will require different content and delivery methods.
The social context also matters. U.S. Census Bureau estimates for Immokalee indicate that 79.6 percent of residents age five and older speak a language other than English at home.
That statistic confirms substantial linguistic diversity, but it does not establish the level or nature of agricultural training demand in Spanish, Haitian Creole, or any other language. Local consultation remains necessary to determine which producers or agricultural workers need adapted materials, which subjects are most relevant, and which delivery methods are accessible and trusted.
Training, Extension, and Access to Agricultural Knowledge
The United States already has an extensive Cooperative Extension System. The USDA National Institute of Food and Agriculture describes Extension as a federal, state, and local system that connects research-based knowledge from more than 100 land-grant colleges and universities with communities across the country.
Extension agents and specialists translate research into practical applications, identify emerging concerns, support disaster response, and provide communities with access to university expertise.
In Florida, UF/IFAS maintains Extension offices in all 67 counties and operates a network of research and education centers.
Southwest Florida also benefits from the UF/IFAS Southwest Florida Research and Education Center, located north of Immokalee. Its programs include citrus and vegetable horticulture, irrigation and water-resource management, precision agricultural engineering, pest management, plant pathology, agricultural and natural-resource economics, and soil science. The center’s mission integrates research, Extension, and teaching.
These institutions represent a major regional resource. The practical question is not simply whether agricultural knowledge exists, but whether intended users can find it, understand it, trust it, and apply it under their own farm conditions.
Barriers may include scheduling, transportation, digital access, limited awareness of available services, technical complexity, language, or difficulty adapting general recommendations to a specific farm.
Private, nonprofit, or community-based education providers should therefore complement rather than duplicate the work of Extension and other qualified institutions. Complementary initiatives should direct producers toward recognized technical resources, use validated content, clearly define institutional roles, and create opportunities for participant feedback.
Field demonstrations, practical workshops, multilingual materials, mentoring, and train-the-trainer approaches may be useful when supported by documented needs, appropriate technical review, and clearly defined responsibilities.
From Evidence to Practical Support
The changing agricultural landscape calls for locally informed and disciplined skills development.
Producers may need agronomic knowledge, business-management skills, risk planning, climate preparedness, and clearer pathways to existing services. Beginning farmers and smaller operations require support that reflects their stage of development, commercial objectives, available resources, and realistic market opportunities.
Communities facing access barriers should be engaged through evidence-based approaches that identify actual constraints rather than relying on assumptions.
AGRILEAD Training & Consulting LLC is a Florida-based company in an early stage of development. It is assessing potential future areas of contribution that may include agricultural training, applied agronomy, multilingual educational resources, beginning-farmer orientation, climate preparedness, curriculum development, and rural capacity-building.
These areas describe possible future activities, not services already delivered or programs already implemented. Any future activity would depend on documented local needs, appropriate technical review, available resources, compliance with applicable requirements, and formal agreements whenever institutional participation is proposed.
A credible starting point is not a predetermined training program. It is a structured process: listen to producers, map existing services, identify specific gaps, test limited educational approaches where appropriate, measure participation and learning if activities occur, and refine the approach using evidence.
The central challenge is not merely to produce more agricultural information. It is to help ensure that reliable knowledge reaches the right people, in a usable form, when farm-level decisions are being made.
About the Author
Wilbert Georges is an agronomist and agricultural-development professional with more than twenty years of professional experience spanning agricultural education, applied agronomy, rural development, and program leadership. His experience also includes the management of climate-resilience and natural-resource initiatives. He is the Founder and Executive Lead of AGRILEAD Training & Consulting LLC.
Editorial note: This article is an independent informational analysis prepared by AGRILEAD Training & Consulting LLC using publicly available government and academic sources. AGRILEAD is in an early stage of development, and the article does not claim that the company has already delivered the services or programs discussed. It does not constitute an official statement by, or imply endorsement, affiliation, representation, partnership, sponsorship, or approval from, any government agency, university, Cooperative Extension service, or agricultural organization mentioned.
Selected References
- U.S. Department of Agriculture, Economic Research Service. “Ag and Food Statistics: Charting the Essentials—Ag and Food Sectors and the Economy.” Updated April 30, 2026.
- U.S. Department of Agriculture, National Agricultural Statistics Service. “USDA Releases 2022 Census of Agriculture Data.” February 13, 2024.
- U.S. Department of Agriculture, Economic Research Service. “Ag and Food Statistics: Charting the Essentials—Farming and Farm Income.” Updated February 5, 2026.
- U.S. Department of Agriculture, National Agricultural Statistics Service. Florida Agricultural Facts. October 2024.
- U.S. Department of Agriculture, National Agricultural Statistics Service. 2022 Census of Agriculture: County Profile—Collier County, Florida. Accessed July 19, 2026.
- U.S. Department of Agriculture, National Agricultural Statistics Service. 2022 Census of Agriculture: County Profile—Hendry County, Florida. Accessed July 19, 2026.
- U.S. Department of Agriculture, National Agricultural Statistics Service. 2022 Census of Agriculture: County Profile—Lee County, Florida. Accessed July 19, 2026.
- U.S. Census Bureau. “QuickFacts: Immokalee CDP, Florida.” 2020–2024 American Community Survey estimates. Accessed July 19, 2026.
- U.S. Department of Agriculture, National Institute of Food and Agriculture. “What We Do: Extension.” Updated September 24, 2025.
- University of Florida Institute of Food and Agricultural Sciences. “Extension Offices and Research and Education Centers.” Modified July 31, 2025.
- UF/IFAS Southwest Florida Research and Education Center. “About UF/IFAS SWFREC.” Modified March 24, 2026.
- Bayabil, H. K., Y. Li, Q. Qureshi, and Z. Mi. “Saltwater Intrusion and Flooding: Risks to South Florida’s Agriculture and Potential Management Practices.” UF/IFAS Extension, Publication AE572. Accessed July 19, 2026.