Logistics for Fresh Produce

Moving fresh produce from field to shelf involves more than refrigeration. Fruits and vegetables are living products that continue to ripen, respire, and lose moisture after harvest, which means logistics decisions about timing, handling, and atmosphere directly determine how much of what was picked actually reaches a consumer in sellable condition.

Unlike packaged or frozen goods, fresh produce continues biological processes after leaving the field — respiration consumes the product's own sugars and releases heat, while ripening gases like ethylene can accelerate spoilage in nearby items. Logistics for produce is therefore as much about managing a living biological process as it is about moving a physical object from point A to point B.

• Respiration rate varies enormously by product — leafy greens respire far faster than root vegetables
• Ethylene-sensitive produce must be kept separate from ethylene-producing produce during transport and storage
• Field heat must be removed quickly after harvest through pre-cooling before the cold chain even begins

Cold chain logistics typically assumes a product is already at target temperature when it enters transport. For produce, that assumption is false unless pre-cooling happens immediately after harvest. Forced-air cooling, hydro-cooling, or vacuum cooling remove field heat within hours, and the speed of this first cooling step is often a stronger predictor of shelf life than the quality of refrigeration during transport itself.

Produce logistics also involves grading for size and quality immediately after harvest, packing in ventilated containers that allow airflow without physical damage, and increasingly, lot-level traceability that can trace a batch back to a specific field and harvest date — a requirement that food safety recalls make essential rather than optional.

• Grading by size, ripeness, and visual quality at the packhouse
• Ventilated, stackable packaging that protects against bruising while allowing airflow
• Batch and lot coding for traceability back to the growing origin

Because produce is perishable and biologically active, shrinkage — product lost to spoilage, damage, or quality decline — is a far more central performance metric than in most other logistics categories. Every hour saved between harvest and cold storage, and every degree of temperature discipline maintained through transport, translates directly into shelf life days gained and shrinkage percentage reduced.