DASHON BASIC BEEKEEPING COURSE

Learn Beekeeping. Start with the Foundations.

Explore ten practical chapters on honeybee biology, apiary establishment, hive management and sustainable beekeeping. Learn through audio lessons, field guides and evidence-based articles, with examples relevant to Kenya and East Africa.

Explore the Course Listen to Audio Lessons
10 chapters · Practical beginner learning · Fieldwork requires appropriate supervision
Beekeeping CourseFollow our ten-chapter foundation series Audio LessonsLearn at your own pace through audio Practical ArticlesExplore hive management and bee biology ResearchRead findings and applied beekeeping insights

Latest from Dashon Honey

Posts

Featured Post

Bee Research Update: Hive Sensors, Foraging and Pesticide Effects

Image
Dashon Honey Research Update | 13 November 2026 Recent bee research offers fresh insights into hive monitoring, foraging behaviour and pesticide effects. However, understanding what a study actually tested is essential before applying its findings in an apiary. This update examines three publications released between 7 and 13 November 2026. These are summaries of other researchers’ work, with practical interpretation for Kenyan beekeepers. 1. Could daily hive patterns reveal problems earlier? Research question: Can changes in a colony’s daily rhythms provide earlier warning of deterioration than a fixed temperature or weight alarm? Methodology: Researchers reviewed hive-monitoring technologies, including temperature sensors, hive scales, sound recordings and entrance counters. They then demonstrated an analytical approach using simulated hive data. Findings: In the simulation, changes in daily patterns flagged a developing problem approximately three weeks before a conventional thre...
Post a Comment
Read more

Swarm, Abscond, or Beard? Understanding and Managing Honeybee Colony

Image
Introduction A cluster of honeybees outside a hive can raise an immediate concern: is the colony about to leave? The answer depends on what the bees are doing and what is happening inside their nest. Reproductive swarming, absconding and bearding can all attract attention around an apiary, but they represent different biological processes and require different management responses (Carroll, 2006; FiBL/IFOAM, 2011). For Kenyan and East African beekeepers, understanding these distinctions connects honeybee biology with practical decisions about colony space, inspection, harvesting and apiary expansion. A response that suits a colony preparing to reproduce may be inappropriate for one experiencing food shortage or simply regulating its temperature. This article examines reproductive swarming as the central process, explains how it differs from absconding and bearding, and considers how observation and timely management can reduce avoidable colony losses. Three Behaviours, Differen...
Post a Comment
Read more

From Hive to Jar: The Applied Science of Honey Processing in Kenya

Image
  Introduction Beekeeping occupies a distinctive position within East Africa's agricultural landscape. It requires minimal land, thrives across ecological extremes from the semi-arid rangelands of Kitui, Baringo, and West Pokot to the cooler montane belts of Molo and Kakamega, and offers smallholder households a genuine pathway to supplementary income and youth employment (Agri-Jobs 4 Youth / GFA Consulting Group, 2022; Kiprono, Chelang'a, & Gitau, 2026). Yet the economic promise of apiculture is frequently undermined at a stage that receives far less attention than the harvest itself: post-harvest processing. A growing body of agricultural extension literature and academic research on Kenyan and regional beekeeping systems converges on a single, sobering observation — a substantial share of the value created by bees and beekeepers is lost not in the hive, but in the bucket, the processing room, and the bottling line (Chepkemoi / Chelagat, 2021; University of Nairobi [LAR...
Post a Comment
Read more

Inside the Honey Bee: Understanding Its Remarkable Anatomy

Image
  A honey bee may be small, but its body is an extraordinary piece of biological engineering. Every structure—from its ultraviolet-sensitive eyes to the pollen baskets on its hind legs—is adapted to help the bee survive and serve its colony. Like all insects, the honey bee has no backbone. Its body is supported and protected by a hard external covering called an exoskeleton . This outer skeleton is formed from overlapping plates joined by flexible membranes, allowing the bee to bend and move. The body is also covered with microscopic branched hairs. These hairs collect pollen as the bee visits flowers, making honey bees highly effective pollinators. Some hairs also perform sensory functions, helping the bee detect its surroundings. The body of a honey bee is divided into three main regions: The head —sensing, communication and feeding The thorax —movement and flight The abdomen —digestion, wax production, reproduction and defence The external anatomy of a worker honey bee. The work...
Post a Comment
Read more

Who’s Who in the Honeybee Colony?

Image
  A thriving apiary is home to one of nature’s most organised societies Open a healthy beehive and you are not looking at a crowd of identical insects. You are looking at a living society with three specialised adult castes: a queen, thousands of workers and, when conditions favour reproduction, a smaller population of drones. Each has a distinct body, life history and responsibility. Together they behave less like independent insects and more like the organs of one larger creature. One Colony, One “Superorganism” Honeybees are eusocial insects. Individuals cooperate in brood care, share food and divide essential work among reproductive and non-reproductive castes. This is why biologists often describe the entire colony as a superorganism. The queen provides most of the colony’s eggs; drones carry its genes to other colonies; and workers perform the functions that keep the shared body alive—feeding, cleaning, building, cooling, warming, defending and gathering food. No ca...
Post a Comment
Read more