Florida Strawberry Industry: Plant City and Beyond

Florida's strawberry industry is one of the most economically concentrated agricultural sectors in the southeastern United States, built around a narrow geographic corridor in Hillsborough County and defined by a growing calendar that runs opposite to almost every other strawberry-producing region in the country. Understanding how this industry operates — from soil management to market timing — clarifies why it occupies such a distinct position in American fresh produce supply.

Definition and scope

Plant City, Florida, sits at the center of roughly 11,000 acres of annual strawberry production (Florida Department of Agriculture and Consumer Services), making the state the dominant domestic supplier of fresh strawberries during winter months. The industry is defined by its counter-seasonal positioning: while California produces the majority of U.S. strawberries on an annual basis, Florida fills the market window from November through March, when California's production drops sharply.

The scope of Florida's strawberry economy extends beyond fresh-market berries. Processed strawberries — destined for yogurt, jams, and frozen products — represent a secondary but meaningful channel. Hillsborough County alone accounts for roughly 75 percent of Florida's total strawberry acreage, according to data from the University of Florida Institute of Food and Agricultural Sciences (UF/IFAS), which has conducted strawberry variety trials and pest management research in the region for decades.

This page addresses Florida's strawberry production system as it operates within the state. Federal marketing order regulations, interstate shipping rules, and California comparative analysis appear only where directly relevant to Florida growers. Federal commodity programs and international trade policy fall outside this page's coverage.

How it works

Florida strawberry production runs on a transplant-and-mulch system that would look almost unrecognizable to a backyard gardener. Growers plant bare-root transplants — typically sourced from nurseries in North Carolina and Canada — into raised beds covered with black polyethylene plastic mulch. The mulch suppresses weeds, retains soil moisture, and, critically, elevates soil temperatures during the cool-season growing window.

The production cycle follows a tight sequence:

  1. Bed preparation (August–September): Fields are fumigated and shaped into raised beds, then laid with drip irrigation tape beneath the plastic mulch.
  2. Transplanting (October–November): Bare-root runners are transplanted through holes punched in the mulch at spacings of approximately 12 inches within rows.
  3. Establishment (November–December): Plants root and begin vegetative growth; early flower removal is common to encourage canopy development.
  4. Peak production (January–March): Fruit matures and harvests occur, often multiple times per week on the same field.
  5. Season close (April): Fields are disced under, and the land rests before the cycle restarts.

Frost protection is an active management concern throughout the season. Overhead irrigation — running water over plants during a freeze event — uses the latent heat of water freezing to protect tissue, a technique that requires precise timing and substantial water volume. Florida's water management districts have at times imposed pumping restrictions during drought years, creating real tension between freeze protection and water conservation obligations.

Variety selection has shifted substantially since 2000. The Florida Strawberry Growers Association (FSGA) works alongside UF/IFAS on regional breeding programs, with the 'Florida Brilliance' and 'Florida127' varieties replacing older standards. The newer varieties tolerate Florida's humidity-driven disease pressure — particularly Botrytis gray mold — better than their predecessors.

Common scenarios

Counter-seasonal market capture. The most economically significant scenario in Florida strawberry production is the January–February fresh-market window, when California output is minimal. Florida berries shipped fresh to northeastern supermarkets during this period command premium pricing. The USDA Agricultural Marketing Service tracks weekly terminal market prices that consistently show Florida strawberries pricing above California product during peak winter weeks.

Freeze event management. A hard freeze event — temperatures below 28°F for more than four hours — can devastate an open bloom crop. Growers who run overhead irrigation effectively can protect open blooms down to approximately 26°F. Those without sufficient pump capacity, or who face restricted irrigation allocations, may lose the earliest and most profitable portion of the season. The Plant City area experienced a damaging freeze event in January 2010 that caused significant crop losses across Hillsborough County, a scenario that recurs roughly once per decade.

Labor availability and harvest logistics. Florida strawberries are hand-harvested, and the labor demand during peak weeks is substantial. The industry depends heavily on the H-2A agricultural guest worker program (U.S. Department of Labor), with growers applying for certifications months in advance of the season. Harvest-period labor shortfalls — whether from H-2A delays or competing agricultural demand — directly translate to field losses of mature fruit.

Decision boundaries

The key distinction that shapes management decisions in Florida strawberry production is the contrast between fresh-market and processed-market production. Fresh-market berries require near-perfect external appearance: size, color uniformity, and firmness are all graded by buyers. Processed-market berries tolerate cosmetic defects but accept lower prices per flat. A grower facing heavy disease pressure — Botrytis, for instance, following a stretch of rainy, cool weather — must decide in real time whether to continue harvesting for fresh markets at reduced quality or redirect volume to processors.

A second boundary lies in the fumigation question. Methyl bromide, the traditional pre-plant fumigant, has been phased out under the Montreal Protocol (EPA Ozone Layer Protection), and Florida growers have shifted to alternative fumigant programs, including combinations of chloropicrin and 1,3-dichloropropene. The transition has altered disease and nematode pressure management, and growers in historically high-nematode fields face higher soil health management costs than those in newer production ground.

For a broader view of how Florida's berry sector fits into the state's overall crop mix, the Florida Agriculture Industry Overview provides context across all major commodities. The full scope of Florida's agricultural production system — including all commodity sectors and regional patterns — is accessible from the site's main agriculture reference hub.

References

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