Sugarcane Production in Florida: Scale, Process, and Economic Role

Florida grows the overwhelming majority of sugarcane harvested in the continental United States — roughly 50 percent of the national supply comes from a single concentrated region south of Lake Okeechobee. This page covers how that industry is structured, how the crop moves from field to raw sugar, the major operational decisions growers face, and where Florida's sugarcane sector sits within the broader Florida agriculture industry. For anyone tracking land use, water policy, or commodity economics in the state, sugarcane is impossible to ignore.

Definition and scope

Sugarcane (Saccharum officinarum and hybrid varieties) is a perennial grass harvested for sucrose-rich juice extracted from its stalks. In Florida, commercial production is almost entirely concentrated in Palm Beach, Hendry, and Glades counties — the Everglades Agricultural Area (EAA), a roughly 700,000-acre belt of drained peat and muck soils reclaimed from wetlands beginning in the early twentieth century.

The Florida Department of Agriculture and Consumer Services (FDACS) classifies sugarcane as a field crop, and the U.S. Department of Agriculture's Economic Research Service (USDA ERS) tracks Florida production separately from Louisiana, the only other significant continental sugarcane state. Florida accounts for approximately 440,000 harvested acres in a typical season, according to USDA National Agricultural Statistics Service (NASS) data, producing around 17 to 19 million tons of raw cane per year.

Scope and geographic coverage: This page addresses sugarcane production within the state of Florida, primarily under Florida state law and FDACS jurisdiction. Federal programs administered by USDA — including commodity loan rates and marketing allotments under the Farm Bill — apply concurrently but are not exhaustively covered here. Production practices in Louisiana, Hawaii, or other U.S. territories fall outside this page's scope. Readers with questions about adjacent regulatory topics can explore Florida agriculture regulations and compliance or USDA programs for Florida farmers for those dimensions.

How it works

Florida's sugarcane cycle runs on an 18-month planting rhythm, but individual fields operate on a shorter annual ratoon system — meaning the same root mass (the "stubble") is allowed to regrow for 3 to 4 successive harvests before replanting becomes necessary. That cycle looks like this:

  1. Planting: Stalk cuttings ("seed cane") are planted mechanically, typically between August and November.
  2. Crop growth: The plant grows through Florida's wet season, accumulating sucrose in the stalk as temperatures cool in late autumn.
  3. Pre-harvest burn: Before mechanical harvest, fields are burned to remove the dry leaf material (known as "trash") that would clog harvesting equipment. This practice is subject to Florida Department of Environmental Protection (FDEP) air quality permitting, and has been a persistent source of public health debate in communities downwind of the EAA, particularly in Belle Glade and Pahokee.
  4. Mechanical harvest: Large chopper harvesters cut the stalk into billets, which are loaded into wagons and transported — often within 16 hours, because sucrose degrades rapidly after cutting — to one of the area's sugar mills.
  5. Milling and processing: Florida's major mills, operated by U.S. Sugar Corporation and Florida Crystals (a subsidiary of the Fanjul Corporation), crush the cane, extract juice, and process it into raw sugar. Some facilities continue to refined white sugar on-site.
  6. Ratoon growth: The harvested stubble regrows the following season. Yield typically declines after the third or fourth ratoon, triggering replanting.

Water management is inseparable from this process. The EAA sits below Lake Okeechobee and depends on an elaborate network of canals, pump stations, and water control structures managed by the South Florida Water Management District (SFWMD). Florida's agriculture water management infrastructure is, in large part, built around keeping these fields drained during the growing season and irrigated during dry spells.

Common scenarios

The ratoon decision: A grower whose third-ratoon field shows declining yield — from a first-plant high of roughly 40 tons per acre down toward 28 to 30 tons — faces a real calculation: replant now at significant cost, or squeeze one more ratoon at reduced revenue. Soil compaction, pest pressure from the sugarcane borer (Diatraea saccharalis), and the specific variety planted all influence that call.

Mill delivery logistics: Because sucrose degrades so quickly post-harvest, growers are locked into tight delivery windows with mills. Independent growers who do not own mill equity — a minority in Florida's vertically integrated industry — negotiate delivery contracts that specify daily tonnage caps and scheduling. Missing a window can mean accepting a price penalty or losing the load.

Burn versus green harvest: A small but growing share of Florida acreage is harvested "green" — without pre-harvest burning — using equipment adapted to handle the trash layer. Green harvesting reduces air emissions and can improve soil organic matter retention on the notoriously oxidizing peat soils of the EAA. However, it also reduces harvester throughput by roughly 15 to 20 percent, according to University of Florida IFAS (UF/IFAS) extension research, which affects the economics significantly at scale.

Decision boundaries

The comparison that matters most in Florida sugarcane is independent grower versus vertically integrated producer. U.S. Sugar and Florida Crystals together control the majority of Florida's harvested acreage, operating as fully integrated enterprises that own land, equipment, milling capacity, and in some cases refining and distribution. An independent grower, by contrast, owns or leases farmland but depends on contract relationships with those mills — creating exposure to pricing terms and delivery allocations that fully integrated operators do not face.

For land use decisions, the boundary between sugarcane and alternative EAA uses — Everglades restoration, stormwater treatment areas, or conversion to other crops — is governed partly by state acquisition programs and partly by SFWMD water quality mandates tied to phosphorus discharge limits flowing south into the Everglades ecosystem. Those environmental constraints, detailed further in Florida agriculture environmental challenges, shape which parcels remain in cane production and which are converted.

Variety selection is another hard decision point. Florida's breeding programs at the Canal Point USDA research station have released varieties specifically adapted to the EAA's muck soils and pest pressures. Switching to a new variety involves a full planting cycle before yield data confirm whether the choice was correct — a multi-year commitment with limited ability to reverse course mid-cycle.

The broader picture of how sugarcane fits alongside Florida's other commodities — citrus, vegetables, livestock — is covered on the Florida agriculture industry overview and across the site's top crops grown in Florida section. The /index provides a full map of available resources across Florida agriculture topics.

References

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