The Beekeeper's Bible
The Beekeeper's Hive Mind Blueprint
Everything a beekeeper needs, in the order you need it: from deciding whether to keep bees, to your first inspection, to a full year of care, to harvesting honey. Built from university extension guidance and current research on what is killing colonies today.
Updated 2026-11-10 · Fact-checked against the sources listed at the end.
Principle 1: think like the hive
The best beekeepers learn to see the colony the way it sees itself: as one organism with one goal, to survive the winter and reproduce. Almost every management decision comes back to four questions:
- Is there a laying queen? Look for eggs and young larvae.
- Do they have enough food? Honey and pollen stores, or a nectar flow outside.
- Do they have room? Crowded colonies swarm.
- Are they healthy? Above all, what is the varroa mite level?
If you can answer those four every time you open a hive, you are doing the core job of beekeeping.
Before you start
- Check the rules. Many cities and HOAs regulate hives, and many states require registration. Florida, for example, requires beekeepers to register their colonies with the state Department of Agriculture and Consumer Services' apiary inspection program.
- Check for allergies in your household. A history of severe reactions to stings is a reason to talk to a doctor first.
- Take a class and join a club. Local beekeeping associations and extension offices run beginner courses and pair new beekeepers with mentors. This is the single biggest factor in early success.
- Start with two hives. With two, you can compare them and borrow brood or eggs from one to rescue the other.
- Budget honestly. Expect the first year to cost several hundred dollars per hive for equipment and bees, and plan on time every week or two in spring and summer.
- Place hives well: morning sun, some afternoon shade in hot climates, a windbreak, a water source nearby, and a flight path that doesn't cross a sidewalk at head height. A fence or hedge makes bees fly up and over people.
Hive types
| Hive | How it works | Good for |
|---|---|---|
| Langstroth | Stacked boxes of removable frames, designed by Rev. Lorenzo Langstroth, who patented it in 1852. Built around "bee space", a gap of about 1/4 to 3/8 inch (6–9 mm) that bees leave open. | Most beekeepers; standard parts, easy to find help |
| Top bar | One long horizontal box; bees hang comb from wooden bars. | Lifting less weight, low cost; less honey and no standard extracting |
| Warré | Vertical "people's hive" with top bars; boxes added at the bottom. | Hands-off, natural-comb beekeepers |
| Flow-style frames | Plastic frames split open to let honey drain out a tap. | Easy harvest; colony care is the same as any hive |
| Skeps & log hives | Traditional straw baskets and hollow logs. | History and display; many places require removable frames so hives can be inspected |
A standard Langstroth hive, from the ground up: stand, bottom board with entrance reducer, one or two deep brood boxes, optional queen excluder, honey supers, inner cover and outer cover. Inside each box are 8 or 10 frames with foundation or a starter strip.
Essential equipment
- Protective gear: a veil at minimum; a jacket or full suit and gloves while you learn.
- Smoker: cool, white smoke masks alarm pheromone and calms bees. Fuel with pine needles, burlap or untreated wood shavings.
- Hive tool: pries apart boxes and frames glued with propolis.
- Feeder: for sugar syrup when there is no nectar.
- Mite testing kit: a jar with a mesh lid and a measuring cup. This is not optional; see the varroa section.
- Notebook or app to record every inspection.
Getting bees
| Option | What it is | Pros & cons |
|---|---|---|
| Package | About 3 lb of bees (around 10,000) with a caged queen, shipped in spring | Widely available; colony starts from zero comb |
| Nuc ("nucleus colony") | A small working colony on 4–5 frames with a laying queen, brood and stores | Faster start; often from local stock |
| Swarm | A free swarm caught in spring | Free and vigorous; unknown genetics and health |
| Split | Dividing an existing colony | Good once you have hives; needs a new queen |
USDA figures put the average 2025 prices paid by beekeepers at about $110 for a package, $130 for a nuc and $22 for a queen. Retail prices to hobbyists are usually higher.
How to inspect a hive
- Pick a warm, calm, sunny time, mid-day when many foragers are out.
- Light the smoker and give a few puffs at the entrance, then under the lid. Wait a minute.
- Remove the outer and inner covers gently. Work from the side, not in front of the entrance.
- Pull an outer frame first to make room, then lift each frame straight up, holding it over the box.
- Look for: eggs (a queen laid in the last 3 days), a solid brood pattern, queen cells (swarm or replacement), stores, and signs of disease or pests.
- Put everything back in the same order and orientation. Keep inspections under about 15–20 minutes.
In spring swarm season, inspect every 7–10 days. In summer and fall, every 2–3 weeks is usually enough. In winter, don't open the hive in cold weather; heft the back of the hive to judge its weight instead.
The beekeeping year
| Season | What the bees do | What you do |
|---|---|---|
| Late winter | Queen starts laying; colony eats stores fast | Heft for weight, feed if light, order bees and equipment |
| Spring | Rapid buildup, drones appear, swarm season | Inspect every 7–10 days, add space early, split strong colonies, test for mites |
| Early summer | Main nectar flow in many regions | Add honey supers before they are needed, keep water available |
| Late summer | Brood rearing slows, mite numbers peak | Most important month for mites: test and treat so healthy winter bees are raised. Harvest surplus honey. |
| Fall | Winter bees raised, drones expelled | Feed 2:1 syrup if stores are light, reduce entrances, guard against robbing, set up wind protection |
| Winter | Cluster and survive on stores | Leave them alone; keep the entrance clear; ensure ventilation to limit moisture |
Sugar syrup: mix by weight or volume, 1 part sugar to 1 part water to stimulate spring buildup, and 2 parts sugar to 1 part water to build winter stores. Use plain white cane or beet sugar, never brown sugar, honey from unknown sources, or molasses.
Varroa mites: enemy number one
The varroa mite (Varroa destructor) is a parasite that feeds on bees and spreads viruses, especially deformed wing virus. It reached the United States in 1987. Today almost every colony has mites, and untreated colonies usually die within one to three years.
In 2025, USDA Agricultural Research Service scientists linked a wave of collapses to high levels of mite-spread viruses and found that virtually all mites collected from collapsed colonies carried resistance to amitraz, one of the most widely used miticides.
Monitor
- Take about 300 bees (roughly ½ cup) from a brood frame, making sure the queen isn't among them.
- Alcohol wash: shake the bees in alcohol or windshield washer fluid and count the mites that fall off. Sugar roll: shake them in powdered sugar and count mites through a mesh lid; the bees survive.
- Divide mites by 3 to get mites per 100 bees. Many guides, including the Honey Bee Health Coalition's, treat roughly 2–3 mites per 100 bees in late summer and fall as the point to act. Lower thresholds apply in spring.
Control
- Use an integrated pest management plan: monitor, use non-chemical tactics like drone brood removal and brood breaks, and treat when needed.
- Registered treatments include products based on oxalic acid, formic acid, thymol, hop beta acids and amitraz. Each has temperature limits and rules about honey supers.
- Rotate between treatments with different modes of action to slow resistance.
- Always follow the label. For pesticides, including miticides, the label is the law.
- Consider queens from mite-resistant stock, such as VSH ("varroa sensitive hygiene"), Russian or Pol-line bees.
Diseases and pests
| Problem | Signs | What to do |
|---|---|---|
| American foulbrood (AFB) | Sunken, greasy, perforated caps; dead larvae that string out "ropy" on a matchstick; foul smell | Highly contagious bacterial disease. Contact your state apiary inspector; many states require burning infected equipment. A vaccine received a conditional USDA license in 2023. |
| European foulbrood (EFB) | Twisted, discolored larvae before capping; spotty brood | Often linked to stress; consult an inspector or veterinarian. Antibiotics for bees require a veterinarian in the U.S. |
| Chalkbrood | Chalky white "mummies" of larvae at the entrance | Fungal; improve ventilation and consider requeening |
| Nosema | Weak colonies; sometimes dysentery streaks | Microsporidian gut parasite; good nutrition and comb renewal help |
| Deformed wing virus | Bees with crumpled, useless wings | A sign of high mite levels: test and treat for varroa |
| Small hive beetle | Small dark beetles running from light; slimy, fermenting honey | Keep colonies strong, use beetle traps, avoid extra empty space. A major pest in Florida, where it was first identified in the U.S. in 1998. |
| Wax moth | Webbing and tunnels in comb | Strong colonies defend themselves; freeze stored comb |
| Hornets | Hornets hawking bees at the entrance | The yellow-legged hornet, detected in Georgia in 2023, is an invasive predator. Report sightings to your state agriculture department. |
Preventing swarms
- Give space before it's needed: add a box when bees cover about 7 of 10 frames.
- Keep the brood nest open by moving in empty drawn comb or foundation.
- Watch for queen cups with eggs or larvae along the bottom edges of frames; these swarm cells are a warning.
- Split strong colonies in spring. You get a new colony and an interrupted swarm impulse.
- Young queens swarm less; many beekeepers requeen every one or two years.
Harvesting honey
- Harvest only surplus. Leave the colony enough honey for winter; in cold regions that can be 60 pounds or more.
- Take frames that are mostly capped, at least about 80%. Capped honey is ripe; a refractometer should read about 18% moisture or less. Honey above about 18.6% moisture can ferment.
- Remove bees from supers with a bee escape board, fume board or gentle brushing.
- Slice off the cappings with an uncapping knife or fork.
- Spin frames in an extractor, or use the crush-and-strain method if you have no extractor.
- Strain through a coarse then fine filter, let it settle for a day or two so bubbles rise, then jar it.
- Return wet frames to the bees to clean, or store them protected from wax moths.
Selling honey? Check your state's cottage food and labeling rules. Most require the name, net weight, ingredients and your contact information on the label. More on honey →
Stings and safety
- If stung, scrape or flick the stinger out quickly; the faster it comes out, the less venom.
- Normal reactions are pain, redness and swelling, which can spread for a day or two. Cool compresses help.
- Call emergency services right away for hives far from the sting, swelling of the face or throat, trouble breathing, dizziness or many stings at once. People with known severe allergies should carry an epinephrine auto-injector prescribed by their doctor.
- Never work Africanized or very defensive colonies without experienced help.
Frequently asked questions
How much does it cost to start beekeeping?
Expect several hundred dollars per hive in the first year for a hive, protective gear, tools, a mite testing kit and bees. USDA data put average 2025 prices paid by beekeepers at about $110 for a package and $130 for a nucleus colony, and hobby retail prices are usually higher.
How many hives should a beginner start with?
Two. With two colonies you can compare them, and you can use brood or eggs from one to help the other if it loses its queen.
When is the best time to start beekeeping?
Spring, when packages and nucleus colonies are available and flowers are blooming. Order bees and equipment in winter, because suppliers often sell out.
How much honey does one hive produce?
It varies widely with location, weather and colony strength. USDA reported a U.S. average of about 48 pounds per honey-producing colony in 2025, and a first-year hive may produce little or none.
Why do honey bee colonies die?
Most colony deaths come from a mix of causes: varroa mites and the viruses they spread, poor nutrition, pesticide exposure, queen problems and weather. U.S. beekeepers lost an estimated 39.9% of colonies between April 2025 and April 2026.
Sources
- Auburn University, Oregon State University and Apiary Inspectors of America, U.S. Beekeeping Survey 2024–25 and 2025–26
- USDA Agricultural Research Service (June 2, 2025), viruses from miticide-resistant mites and 2025 colony collapses
- USDA National Agricultural Statistics Service, Honey report (March 2026)
- Honey Bee Health Coalition, Tools for Varroa Management
- Florida Department of Agriculture and Consumer Services, Apiary Inspection program
- Penn State Extension, University of Florida IFAS Honey Bee Research and Extension Laboratory
- USDA APHIS, conditional license for a honey bee vaccine against American foulbrood (2023)