Journal of Physics Conference Series · 2019 · 31 citations · 45 references
AgricultureCrop SciencesHorticultural SciencesCrop ProductionFruit SciencePostharvest Loss ReductionFruit StoragePostharvest PreservationPostharvest TechnologyShelf-life ManagementStorage TechnologyVegetable StorageCancer ReductionPost-harvest StoragePostharvest LossesPostharvest StorageShelf LifeShelf Life DeteriorationShelf Life QualityTomato Production
Tomato production has surged, yet postharvest storage remains a major challenge, especially in developing countries. The study aims to survey postharvest loss causes and storage methods, and to develop a thermally controlled system to extend tomato shelf life and reduce deterioration. The authors review loss causes and storage methods, proposing a thermally controlled system to extend shelf life. Conventional storage methods extend shelf life but still cause significant quantity and quality losses.
Abstract The production of tomatoes has experienced a huge rise over the years as a result of its economic, nutritional and cancer reduction importance. Despite the rapid advancement of technology in the past century, storage of tomato fruits remains a major problem experienced in the postharvest chain in most developing countries. This study gives a survey of the various causes of tomatoes postharvest losses, the different methods used in storage of the fruit over time and their limitations. It was found that the conventional methods used in tomatoes storage, improved its shelf life but was accompanied by some significant losses in quantity and quality. Hence, generating a need for a postharvest storage system taking into cognizance the optimum conditions required for the fruit storage. The development of a thermally controlled postharvest storage system with the sole purpose of increasing shelf life and minimize the rate of deterioration becomes inevitable.
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POST-HARVEST LOSSES AND STRATEGIES TO REDUCE THEM
Victor Kiaya · 2014 · 129 citations
Small-scale postharvest handling practices. A manual for horticultural crops.
Gloria López‐Gálvez, Carlos Pelayo, Lisa Kitinoja et al. · 1993 · 127 citations