S23

POST-HARVEST TECHNOLOGIES TO REDUCE FOOD LOSSES

Conveners
Gustavo Teixeira, Unesp, Brazil
Associate Professor of the Universidade Estadual Paulista (UNESP), Jaboticabal Campus. He has been teaching Fruit Crops and Postharvest Biology and Technology since 2013. His main research interests are related to the use of NIR spectroscopy as a non-destructive method to evaluate the quality and the phytochemical composition of fresh produces, to extend the shelf-life of tropical fruits using CA, and to alleviate chilling injury in mangoes during low temperature storage.
Florence Charles, Avignon University, France
Assistant professor, she is a postharvest specialist. Her research focuses on physical treatments (thermal treatments, UV-C, light, acoustic waves), modified atmosphere packaging,.. with an emphasis on reducing food waste and improving organoleptic, nutritionnal and microbial quality .
SCIENTIFIC COMMITTEE

Cristina Besada, Spain ; Christian Chervin , France ; Victor Escalona, Chile ; Andrew Mcnish, Australia ; Mabel Gil Munoz, Spain ; Daniel Neuwald, Germany ; Umezuruike Opara, South Africa ; Christopher Watkins, USA ; Carmit Ziv, Israel

CALL FOR ABSTRACTS

Postharvest technologies are critical to maintaining value and reducing food losses from horticultural crops worldwide. Our planet is facing many challenges leading to the transformation of the food production systems. Recently, food insecurity has increased and showed how vulnerable our world civilization is. In this regard, the postharvest technologies are fundamental to reduce food losses and ensure more food to vulnerable populations. Therefore, this symposium will focus on traditional and innovative postharvest techniques including more sustainable and resilient technologies in order to reduce pesticides, carbon emissions and promote energy efficiency. It will particularly focus on quality change, food safety, new knowledge in biotechnology and postharvest physiology, new tools to evaluate maturity and food quality. New horticultural practices related to mechanization, robotization, integrative approach and modeling will also be covered

The following topics will be developed during the symposium:
• Reducing postharvest losses through techniques, organization and management
• Advances in postharvest technologies (UV-C, visible light, heat treatments, controlled and modified atmosphere, plasma and irradiation, biocontrol)
• Advances in fresh-cut production
• Biotechnology and omics for postharvest management
• Maturity fruit sorting to improve postharvest management of fruit batches
• Post-harvest pathology, microbiological and chemical safety
• The links between plant defense system, phytobiome and postharvest quality
• Challenges and developments in post-harvest storage of tropical fruit and vegetables
• Modeling in postharvest
• Links between postharvest management and possible use or valorization of products
• Economic, social and environmental impact of postharvest activities and reduced food waste