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HomeArticlesA mini-review on temperature-pathogen interactions and honey bee colony losses

A mini-review on temperature-pathogen interactions and honey bee colony losses

Colony losses are frequently reported during winter and rarely during summer in Europe, the Mediterranean Sea region, and North America. The impact of air temperature on honey bee colony activities or bee pathogens suggests a potential indirect role of temperature in colony losses. Honey bees are infected by numerous viral, bacterial, and fungal diseases. However, the effects of temperature on certain bee pathogens have not been studied sufficiently. This review aims to explore the relationship between temperature and the prevalence of crucial honey bee diseases, as well as the potential role of temperature in accelerating colony losses caused by those pathogens. Herein, we only focus on the key pathogens that widely infect honey bees. The seasonal prevalence of certain pathogens has been observed, with some being more prevalent during active seasons for honey bees, while others are more prevalent during winter. Furthermore, an interactive role of temperature in the prevalence of bee pathogens and their contribution to colony losses has been suggested and discussed. Solutions to directly or indirectly reduce colony losses by controlling temperature are proposed, such as modifying hive structures and employing specialized devices and techniques to manipulate colony temperature.

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Hossam Abou Shaara
Hossam Abou Shaarahttps://damanhour.academia.edu/HossamAbouShaara
The central hub of my research is the thermal biology of honey bees, aiming to improve their abilities to withstand harsh environmental conditions. In this scope, I consider all abiotic and biotic stressors on cellular, individual, and colony level, with studies from basic beekeeping to modern sophisticated technologies such as bioinformatics and nanotechnology, with expertise in modeling, GIS, and RS. The ultimate goal of my research is to improve honey bee health under stressful environmental conditions, to increase productivity from colonies, and to improve their abilities as plant pollinators to ensure global food security. (e-mail: hossam.farag@agr.dmu.edu.eg -entomology_20802000@yahoo.com)