beekeeping, one concept per page
Twenty-four lessons on the colony as a superorganism, the queen, the worker, the drone, the comb and its hexagons, the brood cycle, propolis, the waggle dance, the Langstroth box, the smoker, the inspection, feeding syrup, nectar ripening into capped honey, the harvest, spring buildup, the pollination service, swarming, bearding, catching a swarm, robbing, Varroa, American foulbrood, nosema, and the winter cluster.
One concept, one diagram, one honest page. That's a lesson.
beekeeping, one concept per page
Twenty-four lessons on the colony as a superorganism, the queen, the worker, the drone, the comb and its hexagons, the brood cycle, propolis, the waggle dance, the Langstroth box, the smoker, the inspection, feeding syrup, nectar ripening into capped honey, the harvest, spring buildup, the pollination service, swarming, bearding, catching a swarm, robbing, Varroa, American foulbrood, nosema, and the winter cluster.
Set in Space Grotesk, Inter and JetBrains Mono (SIL Open Font License).
Every fact in this book is as the primary source states it, fetched and read during this build: the Wikipedia articles Beekeeping, Western honey bee, Honeycomb, Beehive, Swarming (honey bee), Queen bee, Worker bee, Drone (bee), Varroa destructor, American foulbrood, Pollinator, Honey, Apiary, Royal jelly and Propolis, plus the Penn State Extension guide Methods to Control Varroa Mites: An Integrated Pest Management Approach by Underwood and Lopez-Uribe, all cached at build time and cited in each lesson's source line. This is general information about how beekeeping works, not advice; do not handle live bees or run treatments just to test a book, and where a practice could not be demonstrated, this book states the source instead. Where two sources state different numbers, each is stated as its source states it, and every figure is attributed to its source. Practical rituals this book states as its own plan (the order of the lessons, the practice asks) are labeled as this book's plan and rest on mechanics from those sources. No product recommendations, no brand names, no prices beyond sourced figures. An independent guide; not affiliated with or endorsed by Wikipedia or Penn State Extension. No facts are sourced from Reddit, forums, vendor blogs or search engines.
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© 2026 Steve Hodgkiss. All rights reserved. Personal use only; no redistribution rights.
Edition 1.0 · stevehodgkiss.net
Contents
Per the Wikipedia article Queen bee and the Wikipedia articles Western honey bee and Beekeeping, the queen is the primary reproductive female of the colony, the only bee in a colony that has fully developed ovaries, and she secretes a pheromone that suppresses the normal development of ovaries in all of her workers; she is continuously surrounded by worker bees who meet her every need, and the attendant workers collect and then distribute queen mandibular pheromone; a well-mated and well-fed queen of quality stock can lay about 1,500 brood per day during the spring build-up, more than her own body weight every day; and per the Western honey bee article, at the height of the season the queen may lay over 2,500 per day, more than her body mass; as a larva, in addition to honey and pollen, she receives a great deal of royal jelly, a special food secreted from the hypopharyngeal gland of young nurse bees.
The queen
The queen is the colony's primary reproducer, the only bee with fully developed ovaries; her pheromone suppresses the workers' own.
Attendants pass her queen mandibular pheromone through the hive, and she lays: about 1,500 brood a day in the spring build-up, per the Queen bee article.
The Western honey bee article goes higher at the height of the season: over 2,500 a day, more than her body mass, each figure stated as its source states it.
Learn the queen's silhouette this week: long abdomen, court around her.
Per the Wikipedia article Worker bee, the Wikipedia article Queen bee and the Penn State Extension guide Methods to Control Varroa Mites, the queen lays in each prepared cell; per the Worker bee development table the occupant stays about three days, hatches into a larva, the larva stage runs to about day 9, the cell is capped on day 9, the pupa runs from day 10 until emergence, and the average developmental period is 21 days, with a range of 18 to 22 days; per the Queen bee metamorphosis table the queen cell is capped around day 7 and a half and the virgin emerges around day 15 and a half to day 17; per the Penn State guide the post-capping stage is 11 days for workers, 15 for drones and just 7 for queens; and per the Western honey bee article all life stages occur simultaneously throughout much of the year.
The brood cycle
A worker's childhood is three weeks: hatched about day 3 into a legless, eyeless larva fed by nurses, capped on day 9, out on day 21 on average, range 18 to 22.
A queen hurries: capped near day 7 and a half, emerged by about day 16; her capped stage lasts just 7 days, against 11 for workers and 15 for drones, per the Penn State guide.
All stages sit side by side on one frame throughout much of the year.
Count back 21 days on a calendar this week: a worker's whole childhood.
Per the Wikipedia article Beehive and the Wikipedia article Beekeeping, Langstroth hives are named for Lorenzo Langstroth, who patented his design in the United States on October 5, 1852, based on the ideas of Johann Dzierzon and others; it combines a top-worked hive with hanging frames and the use of bee spaces between frames and other parts; Dzierzon's grooves were 8 by 8 mm, the spacing later termed bee space, and Langstroth used about half an inch above the frame's top bars and about three eighths of an inch between the frames and hive body; the three main types of modern hive in common use worldwide are the Langstroth hive, the top-bar hive and the Warre hive; boxes are added above the brood and below the supers as the colony expands; and hives use queen excluders between the brood-box and honey supers to keep the queen from laying in cells next to honey.
The Langstroth box
Langstroth's 1852 patent made the hive a building: hanging frames in stacked boxes, brood below and honey above.
The trick is bee space: leave about 8 mm, like Dzierzon's grooves, and bees walk through; leave more and they build comb or glue across it.
A queen excluder between brood box and supers keeps her from laying beside the honey; add boxes as the colony grows.
Picture the stack this week: brood below, honey above, bee space between.
Per the Wikipedia article Western honey bee and the Wikipedia article Honey, worker bees collect nectar from flowers using their tubular mouth parts and store it in their honey stomach; the worker bees digest the raw nectar for about 30 minutes, using digestive enzymes to break down the complex sugars into simpler ones; raw honey is spread in empty honeycomb cells to dry, reducing its water content to less than 20 percent; when nectar is being processed, honey bees create a draft through the hive by fanning with their wings; the evaporation continues until the honey reaches its final water content of between 15.5 and 18 percent, concentrating the sugars far beyond the saturation point of water; and when the honey has dried, the honeycomb cells are sealed, or capped, with wax to preserve it.
Nectar to honey
Nectar becomes honey in steps: carried in the honey stomach, digested about 30 minutes while enzymes split complex sugars to simple ones.
It is spread in cells to dry under fanning wings down past 20 percent water, to a final 15.5 to 18 percent.
Then the seal: cells are capped with wax, preserving it against the air.
Taste a drop of honey this week: nectar, then fans, then a wax cap.
Per the Wikipedia article Swarming (honey bee), the Wikipedia article Beekeeping and the Wikipedia article Honey, swarming is the means by which new colonies are established when there is no longer space for expansion in the colony's present hive; swarm-cell production involves the creation of twelve or more queen cells, which are large, peanut-shaped protrusions requiring space, often located around the edges, commonly at the sides and the bottom, of the broodcomb; once the process has begun, the old queen leaves the hive when the first queen cells hatch, accompanied by a large number of bees, predominantly young bees called wax-secretors; per the Honey article, the old queen leads as many as half the colony to a site for a new hive; and per the articles Beekeeping and Queen bee, supersedure is the quiet alternative, a hive that supersedes its old queen losing no stock, the bees producing only one or two queen cells most often in the center of the face of a broodcomb, while swarm cells hang from the bottom of a frame.
Swarming
A swarm is reproduction at colony scale: no space to expand, so the colony splits, building twelve or more peanut-shaped queen cells at the broodcomb's edges and bottom.
When the first cells hatch, the old queen leaves with bees, mostly young wax-secretors, as many as half the colony; scouts hunt cavities while the cluster waits.
Supersedure is the quiet cousin: one or two cells on the comb's face, the old queen replaced inside, no swarm at all.
Learn the true swarm signs this week: cells at the frame's bottom edge.
Per the Wikipedia article Varroa destructor and the Penn State Extension guide Methods to Control Varroa Mites, varroa mites are the most influential of all the pests and diseases of the European honey bee today; they arrived in the US in 1987 after jumping from the Asian honey bee to the European honey bee; adult mites feed on both adult bees and bee larvae, and per a 2019 study cited in the article they feed primarily on honey bee fat body tissue and not hemolymph; the fat body is crucial for hormone and energy regulation, immunity and pesticide detoxification, so the mite's feeding weakens both the adult bee and the larva; the mites are vectors for at least five debilitating bee viruses, including deformed wing virus; they reproduce in capped brood cells, with the post-capping stage longer for drones, 15 days versus 11 for workers, producing 2.2 to 2.6 offspring per attempt in drone cells against 1.3 to 1.4 in worker cells, a 6-fold increase in mites under drone cappings; beekeepers monitor mites per 100 bees by sugar roll, alcohol wash or sticky board, with alcohol washes the most accurate, aiming to keep levels below or around 2 mites per 100 bees; and controlling mites in the fall is a major factor linked to overwintering survival.
Varroa
Varroa is the load-bearing pest: it feeds on the fat body, the organ of energy and immunity, weakening adult and larva alike.
It breeds inside capped cells, preferring drones: 15 capped days against 11, and six times the mites under drone cappings. Its bites pass viruses, deformed wing virus among them.
The Penn State number to know: monitor per 100 bees, alcohol wash most accurate, act near 2 mites per 100; fall control decides winter.
Learn the number this week: about 2 mites per 100 bees starts the clock.