Florida Orange Crop Closes Season Up 6 Percent but Far Below History

Florida's citrus industry ended the 2025-26 season on a modestly encouraging note. The U.S. Department of Agriculture's National Agricultural Statistics Service put the state's final orange production at 12.92 million boxes, roughly 6 percent above the previous season's final crop and above the department's own April estimate of 12.2 million boxes.

The orange total broke down to 4.77 million boxes of non-Valencia varieties and 8.15 million boxes of Valencias. Grapefruit production came in at 1.35 million boxes, tangerines and tangelos at 460,000 boxes, and lemons at 900,000 boxes.

An upward revision in the final forecast of the season is genuinely good news for growers who have absorbed two decades of decline. It is also important to keep the number in proportion. Florida produced well over 200 million boxes of oranges in its peak seasons around the turn of the century. A 12.9 million box crop is a fraction of that, and the season-over-season improvement is measured against a historically low base.

What the numbers actually say

USDA's citrus forecasts are issued monthly through the season, beginning in October and ending in July, with each revision incorporating fruit size measurements, droppage rates and harvest data. The July figure is the final estimate for the season.

This year's sequence moved upward late. The department raised its projection from 12.2 million boxes in April to 12.92 million in the final estimate, meaning the crop performed better through the back half of the season than the spring measurements suggested. Fruit size and droppage, the rate at which fruit falls from trees before harvest, are the two variables that most commonly drive those revisions.

The Valencia share matters commercially. Valencias are the primary juice orange, harvested later in the season, and they represented roughly two-thirds of the orange crop. Non-Valencia varieties, harvested earlier, serve both juice and fresh markets.

Grapefruit at 1.35 million boxes reflects the segment of Florida citrus that has contracted most severely. Florida grapefruit, particularly Indian River grapefruit from the state's east coast growing region, was once a globally recognized product category with production in the tens of millions of boxes.

The disease that reshaped an industry

The central cause of Florida's decline is citrus greening, also called huanglongbing or HLB. The bacterial disease is spread by the Asian citrus psyllid, a small insect that feeds on citrus leaves, and it was first confirmed in Florida in 2005.

Greening blocks the flow of nutrients through the tree. Infected trees produce smaller fruit, drop fruit prematurely, yield juice with altered sugar and acid balance, and decline over a period of years until they are no longer commercially productive. There is no cure. Once a grove is infected, and in Florida essentially all commercial groves are, management becomes a matter of extending productive life rather than eliminating the disease.

The economics of that fight are brutal. Growers must spend more per acre on nutrition programs, psyllid control and irrigation to sustain infected trees, while harvesting less fruit per acre. Cost per box rises while yield per acre falls, which is the arithmetic that has driven thousands of acres out of production.

Hurricanes compounded the damage. Hurricane Irma in 2017 and Hurricane Ian in 2022 both struck citrus-producing regions directly, knocking fruit off trees, flooding groves and killing trees already weakened by disease. A healthy tree recovers from a storm. A greening-infected tree often does not.

The land question

Every acre that leaves citrus production faces a decision about what comes next, and in Florida that decision is frequently development.

The state's historic citrus belt runs through Polk, Highlands, Hardee, DeSoto, Hendry and St. Lucie counties, among others, and much of that land sits along the growth corridors radiating out from Orlando and Tampa. As citrus economics have deteriorated and residential demand has risen, conversion of grove land to housing and commercial development has accelerated.

That conversion is largely irreversible. A grove that becomes a subdivision does not return to citrus. It also carries water implications, since agricultural and residential land use have different consumption and runoff profiles, and it affects the rural character and tax base of interior counties that have historically been agricultural.

The processing infrastructure is subject to the same logic. Juice processing plants require minimum throughput volumes to operate economically. As supply contracts, plants consolidate or close, and the remaining growers face fewer buyers and longer hauls. That infrastructure, once dismantled, is expensive to rebuild.

What is being tried

Research on greening has run on several tracks for close to two decades, funded through federal and state programs and through grower assessments.

Tolerant and resistant rootstocks and varieties are the most promising long-term path. Breeding programs at the University of Florida and USDA have released materials showing better performance under greening pressure, and some growers have replanted with them. The limitation is time: citrus trees take years to reach commercial production, which means a replanting decision is a bet placed years before it pays.

Therapeutic approaches include trunk injection of antimicrobials, which has been approved for use and adopted by some growers, and various nutritional and hormonal treatments intended to sustain tree health.

Individual protective covers, essentially mesh enclosures placed over young trees, physically exclude psyllids during the vulnerable establishment years. They are effective but labor intensive and costly at scale.

Florida has also directed state funding toward citrus research and grower support in recent budget cycles, and the industry has argued that sustaining research funding is the difference between managed decline and eventual recovery.

Why it matters beyond the groves

Citrus occupies a place in Florida's identity that exceeds its current share of the state economy. The orange blossom is the state flower, orange juice is the state beverage, and a citrus image appears on Florida license plates. The industry shaped the settlement patterns of interior Florida and built towns that still carry its names.

Economically, citrus remains a meaningful employer in interior counties where alternatives are limited. Grove operations, harvesting crews, packing houses, processing plants and equipment suppliers employ people in communities that do not have tourism or aerospace to fall back on.

For consumers, the connection runs through orange juice pricing. Florida is no longer the dominant supplier it once was, and Brazil now supplies a large share of the world's orange juice concentrate. Global supply constraints, including disease and weather pressures in Brazil, have driven orange juice futures to elevated levels in recent years, which shows up on grocery shelves.

Fresh Florida citrus, meanwhile, has become a comparatively scarce product, with the Indian River grapefruit designation in particular representing a much smaller volume than it did a generation ago.

How USDA counts a citrus crop

The forecasting process behind these numbers is more involved than a simple tally, and understanding it explains why estimates move during a season.

USDA's National Agricultural Statistics Service builds its citrus forecasts from field surveys conducted across the growing regions. Enumerators count fruit on sampled trees, measure fruit diameter to project growth, and track droppage, the rate at which fruit falls before harvest.

Fruit size is the variable that most often drives revisions. A box is a volume measure, not a count, so larger fruit fills boxes faster and a crop with better size produces more boxes from the same number of pieces. Rainfall timing during the growing season is the primary determinant of size.

Droppage is the other major variable, and it is where citrus greening shows up most directly in the numbers. Infected trees drop fruit at elevated rates, and unusually high droppage in a season pulls final production below earlier estimates. This year the revision moved upward, which suggests size and retention performed better than the spring measurements projected.

What growers are deciding right now

The end of a season is when growers make the decisions that determine the next several years.

The core question is whether to replant. Setting new trees costs money years before it returns any, and a grower planting today is betting that tolerant varieties will perform well enough under greening pressure to justify the investment by the time the trees bear commercially.

The alternative decisions are to push existing groves harder with intensive nutrition and psyllid control, to let marginal blocks go and concentrate resources on the best land, or to sell. Land values in the historic citrus belt, driven by residential demand radiating out from Orlando and Tampa, frequently exceed what the land can generate in agriculture.

Labor availability factors into all of it. Harvesting is labor intensive and depends substantially on immigrant workers, including seasonal workers under the H-2A program. Uncertainty in labor supply raises the risk premium on any decision to expand acreage.

Water is the fourth constraint. Citrus requires irrigation, and water management district permitting governs how much growers can draw, in a state where urban demand for the same aquifers continues to rise.

What's next

The 2026-27 season forecast cycle begins in October with USDA's first estimate. Growers will be watching whether the modest improvement in the final 2025-26 numbers reflects the beginning of stabilization or simply favorable weather in a single season.

The variables are the familiar ones. A hurricane crossing the citrus belt during the growing season can erase a year's progress. Continued acreage loss to development reduces the base regardless of per-acre yield. And the pace at which tolerant plantings mature determines whether production can rise on a smaller acreage footprint.

Florida's citrus industry is not going to return to 200 million boxes. The realistic question is whether it stabilizes at a smaller but durable scale, with tolerant varieties and modern management sustaining a commercially viable industry, or whether the contraction continues until the supporting infrastructure no longer exists. The final number for 2025-26, up 6 percent and above the spring projection, is a data point on the more optimistic side of that question.