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Postharvest Biology and Technology

The postharvest biology and technology program addresses many aspects of the physiology, biochemistry, and molecular biology of ripening, senescence, and deterioration as well as the handling, transportation, and packaging methodologies used to maintain fruit and vegetable quality following harvest. Specific areas of interest include: beneficial and detrimental effects of ethylene, gene expression in crops adversely affected by ethylene in the storage environment, the use of ethylene antagonists to prolong quality during storage, fruit softening, stress physiology (chilling injury, mechanical injury, low- or high-temperature exposure), the physiological effects on fruits and vegetables of insect quarantine methods, modified-atmosphere packaging, controlled-atmosphere storage and transport, fresh-cut processing and the physiology of fresh-cut products, and postharvest food safety issues. Florida’s climatic diversity provides opportunities for research with temperate, subtropical, and tropical crops on a nearly year-round basis. Faculty within the Horticultural Sciences department, at locations throughout the state, and in the Food Science and Human Nutrition, Agricultural and Biological Engineering, Food and Resource Economics, and Plant Pathology departments are closely involved in a number of collaborative projects directed toward postharvest issues.

RELATED INFORMATION

Breeding and Genetics

Crop Production

Organic/Sustainable Agriculture

Physiology and Biochemistry

Plant Molecular Biology

Postharvest Physiology

Protected Agriculture

Weed Science

© 2004 Horticultural Sciences Department, University of Florida