Sustainable apiculture: Genetic and environmental determinants of honeybee health

AbstractHoneybees (Apis mellifera) besides being great pollinators provide honey and other products of medicinal importance contributing towards national economy and farmers income. This study investigates the complex relationship between genetic and extrinsic elements influencing the health of honeybees. An insight to these elements will help one to properly maintain and preserve honeybee populations, which are declining at never seen rates. Many causes, including diseases, environmental changes, and personal behaviour, put their health in risk. It is underlined that increasing the resilience of honeybees depends on applying safe techniques in apiculture. The health of honeybees is largely influenced by genes that enjoy diversity and disease tolerance. Strong lines able to manage frequent hazards like the Varroa destructor mite have showed promise thanks in part to selective breeding projects. Also quite crucial are environmental elements such pesticide exposure, temperature fluctuation, and quality of the surroundings. Studies have indicated that minimising chemical exposure and increasing food availability help bee health and productivity. Using sustainable apiculture techniques that consider environmental and genetic aspects can help honeybee populations endure for a protracted period.