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This book, which consists of 13 chapters, provides fundamental and up-to-date published information on thermal treatments for the management of postharvest pests associated with agricultural commodity structures. Specific topics that are covered include: (i) regulatory issues for quarantine and phytosanitary treatments; (ii) basic information on temperature measurement, heat transfer, and thermal death kinetics of insects; (iii) biological responses of agricultural commodities and insect pests; (iv) biological responses of plants, insects and pathogens to heat; and (v) an introduction to current and potential quarantine treatments based on hot air, hot water, and radio frequency energy. This book should serve as an important resource for readers who are interested in knowledge, methods and strategies used in the development of environmentally friendly processes based on thermal energy. This book may also be suited for readers in the academe, industry and government.
This book investigates the application of thermal treatments for controlling postharvest pests in agricultural commodities. Authored by Susan Lurie, this work synthesizes current knowledge on heat-based methods for pest management, addressing critical aspects such as regulatory frameworks for quarantine and phytosanitary measures. It delves into the fundamental principles of temperature measurement, heat transfer dynamics, and the thermal death kinetics of insects, while also examining the biological responses of both agricultural products and pests to heat. The book introduces existing and prospective quarantine treatments utilizing hot air, hot water, and radio frequency energy, positioning itself as a key resource for developing environmentally sound thermal processes.
This book is positioned as a significant resource for professionals and academics interested in the development of environmentally friendly postharvest pest control strategies. Its comprehensive coverage of regulatory, scientific, and practical aspects of thermal treatments makes it a valuable reference for those in academia, industry, and government seeking to understand and implement these methods.
Page Count:
350
Publication Date:
2007-01-01
ISBN-10:
1845932528
ISBN-13:
9781845932527
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