Introduction
Climate change is disrupting the natural balance of our planet. As a result, human activities and systems, especially agriculture, are feeling the impact. Beekeeping is one of the sectors most affected, with unpredictable rainfall, extreme heat, prolonged dry spells, and sudden climate shocks reducing bee colony health, survival, and honey production. These changes threaten not only bees but also global food security and ecosystems that depend on pollination.
Understanding Apiclimatology
Apiclimatology is derived from apis (Latin for “bee”) and the Greek words klima (“climate” or “region”) and logia (“study of”), meaning the study of climate as it relates to bees. The term was first introduced in 2025 by Nigerian Agricultural Scientist Joel Emmanuel Benson, in the context of climate-smart beekeeping and sustainable hive management. It explores how climatic factors such as temperature, precipitation, humidity, wind, and solar radiation affect bees, floral resources, and hive productivity. Apiclimatology combines beekeeping (apiculture) with climate science to guide effective practices in a changing climate. It also offers knowledge, principles, and tools essential for climate-smart apiculture.
Why Weather and Climate Matter in Beekeeping
Bee activity is highly sensitive to environmental conditions. Temperature influences brood development, honey ripening, and colony stability. Humidity affects foraging and honey quality, while rainfall determines nectar flow. Wind disrupts bee flights. Moreover, weather extremes can cause thermoregulation failure within hives. In Africa, drought is a major contributor to colony losses, even more than known pests.
Short-Range Weather Forecasting
Short-range forecasts provide reliable weather predictions from a few hours up to two or three days in advance. These enable beekeepers to make timely decisions and avoid risks associated with sudden changes in weather. Forecasting is particularly useful for planning inspections, harvesting, treatments, and relocations.
Applications in Hive Management
With short-range weather forecasts, full hive inspections can be scheduled for dry, calm days, avoiding stress to the colony. Harvesting is better timed when rain is unlikely, reducing moisture in honey and preventing chill stress. Pests like varroa mites can be controlled better by timing treatments during favourable weather windows.
Tools for Beekeepers
Beekeepers can rely on digital platforms from National Meteorological and Hydrological Services (NMHSs), government-authorised agencies that monitor and forecast weather, climate, and water conditions. Examples include the Nigerian Meteorological Agency (NiMet), Tanzania Meteorological Department, South African Weather Service, India Meteorological Department, and the U.S. National Weather Service. Online tools like Weather.com and AccuWeather also offer localised forecasts. However, challenges such as limited smartphone access, poor internet connectivity, and low digital literacy may hinder use. Awareness, training, and simplified tools are essential to improve adoption.
Conclusion
Apiclimatology helps beekeepers manage their hives more effectively in a changing climate. By using short-term weather forecasts and climate-based planning, beekeepers can make informed decisions, protect their colonies, and practice sustainable, climate-smart beekeeping.
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