Dr Nicholas W Calderone is a distinguished researcher specializing in honey bee biology and health within Cornell Universitys Department of Entomology. He serves in the College of Agriculture and Life Sciences where his professional activities encompass research teaching and extension services focused on apiculture. Dr Calderones career has been dedicated to advancing scientific understanding of honey bee colony management and addressing critical challenges facing beekeepers nationwide. His work at the Dyce Laboratory for Honey Bee Studies has established him as a leading authority in sustainable beekeeping practices and pest management strategies. Through his academic appointment he has bridged the gap between fundamental entomological research and practical applications for the beekeeping industry.
Dr Calderones groundbreaking research on Varroa mite control has significantly advanced integrated pest management approaches for honey bee colonies across North America. His 1997 publication on plant extracts for controlling Varroa jacobsoni mites provided beekeepers with scientifically validated alternative treatment options beyond conventional pesticides. He developed the drone brood removal method as a non chemical approach to managing Varroa destructor populations which has been widely adopted by beekeepers seeking sustainable alternatives to chemical treatments. This innovative technique eliminates the need for fall pesticide treatments while maintaining colony health through careful estimation of pest density on a colony by colony basis. His research has helped mitigate risks to honey bee populations which are critical pollinators for numerous agricultural crops including peach blossoms.
Beyond his research contributions Dr Calderone has been instrumental in developing practical resources for beekeepers through Cornell Universitys extension services and outreach programs. His publications on integrated pest management have educated generations of beekeepers on sustainable hive management practices and non chemical control methods. Dr Calderone continues to shape the field through ongoing research at Cornell focusing on practical solutions for honey bee health challenges faced by commercial and hobbyist beekeepers alike. His work remains vital as honey bee populations confront multiple stressors including parasites pathogens and environmental changes. Through his dedication to honey bee health Dr Calderones research continues to support both beekeeping operations and the broader agricultural ecosystem that depends on reliable pollination services.
