When Do Strawberries Grow in Florida?

Florida strawberries grow during the cooler months, with the commercial season stretching roughly from late November through March. Transplants go into the ground in early fall, typically September and October, and the first ripe fruit appears around Thanksgiving. Florida has built its entire strawberry industry around this winter window, earning it a reputation as the winter strawberry capital of the world.

The Season Timeline From Planting to Final Pick

The cycle begins in September, when growers in the main production area around Dover and Plant City, just east of Tampa, set bare-root transplants into raised beds covered with plastic mulch. These transplants have usually been propagated in northern nurseries where they accumulated some chill hours before shipping south. Once in the Florida ground, the plants establish roots through October as temperatures start to moderate from summer extremes. Flowering and early fruit set follow through November, and the first commercially harvested berries typically reach store shelves by late November or early December.

Peak production hits between January and March. This is when volume is highest, prices are most competitive, and labor demand is greatest. By April, rising heat and humidity make the crop increasingly difficult to sustain. Most commercial fields are pulled up after the final March or early April harvest, and the land is either fallowed or rotated to a warm-season crop. In Florida, strawberries are grown as an annual crop rather than as perennials, which distinguishes the state from regions where plants overwinter and produce for multiple years.¹

Why Florida Grows Strawberries in Winter

The logic is straightforward: Florida’s mild winters give it a production window that most of the continental United States cannot match. While California grows strawberries nearly year-round thanks to its coastal climate, the rest of the country is frozen or dormant from December through February. Florida fills that gap. Its subtropical latitude means winter days are short and cool enough for the most common commercial varieties, which are short-day types that flower and fruit in response to shorter daylight periods and moderate temperatures. When nights dip into the 40s and 50s Fahrenheit and days stay in the 60s and 70s, conditions are close to ideal.

Summer is a different story. The combination of intense heat, high humidity, heavy rainfall, and long day-length makes conventional strawberry production nearly impossible from May through September. Disease pressure skyrockets, fruit quality collapses, and the plants themselves struggle. That is why the Florida season has such a defined start and stop, and why the industry has historically not attempted summer production in the field.

How Flavor Shifts as the Season Progresses

If you have ever noticed that the strawberries you bought in December tasted noticeably better than the ones from late March, you are not imagining things. Research on Florida’s widely planted ‘Festival’ variety found that total sugar content drops as the harvest season progresses, with sucrose declining disproportionately compared to other sugars. That drop in sucrose pulls down the total volatile content of the fruit as well, and volatiles are the compounds responsible for that unmistakable strawberry aroma. The result is a measurable decline in both sweetness and what sensory panels describe as “strawberry flavor intensity” as the weeks go on.²

The driving forces are environmental. Solar radiation and temperature both climb through the season, and while that sounds like it should help, the changes shift the plant’s metabolism in ways that reduce sugar accumulation in the fruit. Early-season berries, harvested when temperatures are cooler and days are shorter, tend to develop more complex flavor profiles. For consumers, the practical takeaway is simple: if you want the best-tasting Florida strawberries, buy them earlier in the season rather than later. The berries at the Plant City Strawberry Festival in early March are good, but the ones from December and January are often better.

The Plasticulture System

Florida’s strawberry fields look nothing like the perennial patches most people picture. Instead of rows of leafy plants returning year after year, you see long raised beds wrapped in black or white plastic mulch, with drip irrigation lines running beneath the surface. This system, called annual hill plasticulture, is the standard commercial method. The plastic suppresses weeds, warms the soil early in the season, and keeps fruit off the wet ground where rot would be a constant problem.

The downside is cost. The plasticulture system makes strawberries one of the most expensive crops to produce.³ Every season, growers install new beds, new plastic, new drip lines, and new transplants. At the end of the season, all of it gets torn out. The plastic itself creates a disposal challenge, and researchers have explored whether reusing mulch for a second crop cycle could reduce both costs and waste. But the single-season approach persists in large part because disease organisms and pest populations build up in the beds over time, and starting fresh each fall is the cleanest way to keep them in check.

Frost Protection and the Sinkhole Problem

Even though Florida’s winters are mild, cold snaps do happen. When temperatures drop near or below freezing, strawberry flowers and developing fruit are vulnerable to frost damage, which can wipe out weeks of production. The traditional defense is overhead irrigation: growers run sprinklers all night, coating the plants in a thin layer of water that releases heat as it freezes, keeping plant tissue right at 32°F rather than letting it plunge lower.

This works well for the plants, but it puts enormous stress on the local water supply. The Dover and Plant City area sits above a karst landscape, meaning the underlying limestone is riddled with voids and channels. When large-scale groundwater pumping draws down the aquifer rapidly during a freeze event, the loss of water pressure can cause the ground above to collapse. Research found a strong correlation between sinkhole occurrence and both water extraction and minimum temperatures in the strawberry-growing region. When temperatures fell below 41°F and water levels dropped by more than 20 feet, the number of sinkholes increased sharply.⁴

Residential wells in the area have also gone dry during freeze events, leaving homeowners temporarily without water while growers keep their sprinklers running. The issue has prompted ongoing tension between agricultural water use and residential supply, and it has pushed some growers to explore alternative frost-protection methods, including row covers and high tunnels, that use less water or none at all.

Disease Threats That Shape the Season

Florida’s warm, humid conditions are a double-edged sword. The same climate that allows winter production also creates ideal conditions for fungal and bacterial diseases. Botrytis gray mold, anthracnose, and powdery mildew are familiar adversaries, and growers manage them with a combination of resistant varieties, fungicide programs, and cultural practices like drip irrigation that keep foliage drier.

A newer and more alarming threat emerged during the 2018–19 and 2019–20 seasons, when severe outbreaks of disease caused by Neopestalotiopsis fungi hit Florida strawberry fields. The pathogen was not entirely new to the crop, having first been reported causing fruit rot in the 1970s, but the recent outbreaks were unprecedented in severity, with symptoms appearing on nearly all plant parts including roots, crowns, petioles, fruit, and leaves.⁵ The scope of damage prompted urgent research into effective fungicide options.⁶

Disease pressure tends to intensify later in the season as temperatures and humidity both rise. This is another reason the Florida season wraps up in spring rather than stretching into summer. By late March and April, the accumulated pathogen load and increasingly hospitable conditions for fungal growth make it harder and more expensive to keep fruit marketable.

The Economics of a Winter Monopoly

Florida’s winter season is not just an agricultural curiosity; it represents serious money. The farm-gate value of Florida strawberries is roughly $400 million, and the total economic contribution of the industry, including packing, transportation, and related businesses, is estimated at about $1 billion.⁷

That value depends heavily on timing. Florida’s price advantage comes from being the domestic supplier when few other regions can produce. But the state does not have the field to itself. Mexico has dramatically expanded its winter strawberry production, and California ships year-round. Research modeling the price dynamics found that Florida’s own production has an outsized effect on its prices: a large weekly increase in Florida shipments depresses the Florida farm-level price roughly twice as much as the same increase coming from Mexico, and more than twice as much as the same volume from California.⁸ In practical terms, this means Florida growers cannot simply plant more acreage and expect proportional returns. Flooding their own market window hurts them more than competition from outside the state does. Growers have an incentive to spread their harvest across as many weeks as possible rather than peaking too sharply, which partly explains the interest in varieties and techniques that extend the front or back end of the season.

Finding Enough Hands for the Harvest

Strawberries are still harvested by hand. The fruit is too soft and too variable in ripeness for mechanical pickers to handle without crushing berries or missing ripe ones. That creates a massive labor demand concentrated in a few months. Research on Florida’s strawberry workforce found that labor shortages grow as the season advances, starting at around 14 workers short per 100 acres in September, when transplanting and field preparation are underway, and climbing to about 35 workers short per 100 acres by March, when the harvest is at its heaviest.⁹

The shortage at peak harvest is the more painful one. A strawberry left unpicked for even a day or two past its prime goes from sellable to waste. Workers have to cover every row multiple times a week, selecting only the ripe fruit and leaving the rest for the next pass. When crews are short-staffed, fruit rots on the plant and revenue disappears. The labor crunch has been a persistent concern for the industry and is one of the driving forces behind research into mechanized harvesting, although no commercially viable machine has yet replaced human pickers for fresh-market strawberries.

Growing Strawberries at Home in Florida

Home gardeners in Florida follow essentially the same calendar as commercial growers, just on a smaller scale. Transplants go into the ground between late September and early November, depending on whether you are in north, central, or south Florida. Northern parts of the state can plant a bit earlier because temperatures cool sooner. In south Florida, waiting until mid- to late October or even November is common, since summer heat lingers longer.

The varieties available to home gardeners tend to be the same short-day types used commercially, though some nurseries sell day-neutral varieties that produce fruit over a wider temperature range. For most of Florida, short-day types remain the most reliable choice. They flower and fruit during the cooler, shorter days of winter and taper off as spring warms up. Expect to harvest from roughly December through March or April, with the best fruit coming early.

A few practical tips matter more in Florida than in cooler climates. Good drainage is essential; strawberries sitting in waterlogged soil during a winter rain event will rot quickly. Raised beds or containers work well for this reason. Afternoon shade can help during unseasonably warm spells in February and March, slowing the temperature-driven decline in fruit quality. And because Florida’s growing season is short and the plants are treated as annuals, you will be pulling them out and starting over each fall regardless of how healthy they look. That annual reset is part of what makes Florida strawberry growing distinctive, whether you have ten plants in containers on a patio or a thousand acres under plastic in Hillsborough County.

Competition From Mexican Imports

One of the biggest shifts in the Florida strawberry landscape over the past two decades has been the growth of Mexican winter strawberry production. Mexico’s western states, particularly Baja California and Michoacán, can produce strawberries during the same November-through-March window that Florida occupies, and they do so with substantially lower labor costs. The result is steady downward pressure on prices during what was once Florida’s most profitable period.

The price modeling mentioned earlier underscores an interesting asymmetry. An influx of Mexican strawberries does hurt Florida prices, but an equivalent influx of Florida’s own berries hurts Florida prices almost twice as much.⁸ This likely reflects the fact that Florida berries and Mexican berries are not perfect substitutes in the eyes of buyers: some retailers and consumers prefer domestically grown fruit, which gives Florida growers a partial buffer. Still, the trend line has been clear, and it has pushed Florida’s industry to focus on quality, early-season timing, and local marketing advantages rather than trying to compete purely on volume. The annual Plant City Strawberry Festival, one of the largest in the country, is as much a marketing effort as a community tradition, reinforcing the identity of Florida-grown berries in a market increasingly crowded with imports.