Beekeeping

Why This Matters

Bees are the single most valuable livestock you can keep per kilogram of animal. A single hive produces 10-30 kg of honey per year (a dense, shelf-stable energy source), beeswax for candles, waterproofing, and medicine, propolis as a natural antibiotic, and — most critically — pollination that increases crop yields by 30-90%. One-third of all human food depends on insect pollination. Without bees, your farm produces a fraction of what it could.

What You Need

For hive construction:

• Planks, split logs, or woven straw (depending on hive type)
• Straight sticks or bars, 32-35 mm wide (for top-bar hive)
• Cordage or nails for assembly
• Knife or saw for shaping
• Beeswax or wax-rubbed cloth for guides

For working with bees:

• Smoker — any container that holds smoldering material (punk wood, dried grass, pine needles) with a nozzle to direct smoke
• Veil — any fine mesh or loosely-woven cloth draped over a wide-brimmed hat, secured at the neck
• Hive tool — any flat, stiff blade (knife, sharpened metal strip, flat stone) for prying bars apart
• Light-colored, smooth clothing (bees are agitated by dark colors and fuzzy textures)
• Calm nerves

For honey processing:

• Clean container for crushing comb
• Straining cloth (loosely woven fabric)
• Storage vessels — clay pots, glass jars, any clean airtight container
• Patience

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Understanding Bee Biology

A honeybee colony is a superorganism — 20,000 to 60,000 individuals functioning as a single entity. Understanding their biology is essential to keeping them alive and productive.

Colony Members

The Queen (1 per colony)

• Only fertile female. Lays 1,000-2,000 eggs per day at peak season.
• Lives 2-5 years. Mated once in her life during a mating flight.
• Produces pheromones that regulate colony behavior.
• A colony without a queen will die within 6-8 weeks unless they raise a new one.

Workers (20,000-60,000 per colony)

• Infertile females. Do everything: foraging, nursing, building, guarding, temperature control.
• Live 6 weeks in summer (work themselves to death), 4-6 months in winter.
• Navigate up to 5 km from the hive to find food.
• Communicate flower locations via the waggle dance — one of the most sophisticated communication systems in the animal kingdom.

Drones (200-2,000 per colony)

• Males. Sole purpose: mate with queens from other colonies.
• Do no work. Produce no wax. Cannot sting.
• Expelled from the hive before winter to conserve food.

The Seasonal Cycle

Season	Colony Activity	Beekeeper Action
Early spring	Colony grows, queen starts laying heavily	Check food stores, watch for starvation
Late spring	Rapid build-up, swarming season	Add space, manage swarm impulse, set bait hives
Summer	Peak population, nectar flow, honey production	Add space if needed, monitor for disease
Late summer	Nectar flow ends, population starts declining	Harvest surplus honey, leave enough for winter
Fall	Colony contracts, drones expelled, winter prep	Reduce entrance, check stores, treat for varroa
Winter	Cluster for warmth, eat stored honey	Do not disturb. Check weight occasionally.

The 80-Pound Rule

Bees in temperate climates need approximately 30-40 kg (65-90 lbs) of honey to survive winter. Never harvest below this threshold. A dead hive produces zero honey next year. A living hive produces honey every year for decades.

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Building a Hive

The Top-Bar Hive — Best for Beginners

The top-bar hive (TBH) requires no frames, no foundation, no special equipment, and can be built from any straight wood. It is the most appropriate hive design for post-collapse conditions.

Design principles:

• A long, horizontal trough with removable bars across the top
• Bees build comb hanging from each bar
• You inspect and harvest one bar at a time
• No heavy lifting (unlike stacked box hives)

Construction:

1. Body: Build a trough 90-120 cm long, 30-35 cm wide at the top, narrowing to 20 cm at the bottom (trapezoidal cross-section). Sides slope inward at approximately 120 degrees. This angle matches natural comb shape and prevents bees from attaching comb to the walls.

2. Top bars: Cut straight, flat bars 32-35 mm wide, long enough to rest across the top of the trough with 1-2 cm overhang on each side. You need 24-30 bars.

3. Comb guides: Run a thin bead of beeswax along the center underside of each bar, or glue a thin strip of wax foundation (1 cm wide) as a starter. This guides bees to build comb straight down from the center of each bar.

4. Entrance: Drill or cut 3-5 holes (10 mm diameter) at one end of the hive, 5 cm from the bottom. Bees build from the entrance end outward.

5. Roof: A simple sloped cover that sheds rain. Can be thatch, bark, sheet metal, or planks. Must overhang all sides.

6. Legs or stand: Elevate the hive 50-80 cm off the ground. Place legs in containers of oil or water to prevent ant invasion.

Critical measurement — Bee Space: Bees fill any gap smaller than 6 mm with propolis (glue) and build comb in any gap larger than 9 mm. The ideal gap between bars, and between comb and hive walls, is 6-9 mm. This “bee space” allows bees to move freely without building rogue comb. Bar width of 32-35 mm naturally creates correct spacing for most bee races.

Alternative Hive Types

Skep (straw dome): Coil rope or straw into a dome shape, 30-40 cm in diameter and height. Simple to build but difficult to inspect — you cannot see inside without destroying it. Best as a temporary swarm-catching hive.

Log hive: A hollowed-out log section, 40-60 cm long, 25-30 cm internal diameter, with a cover on each end. Mimics natural bee habitat. Low maintenance but difficult to harvest without destroying comb.

Hive Placement

Face the entrance south or southeast (northern hemisphere) for morning sun warmth. Place in dappled shade (full sun overheats; full shade makes bees sluggish). Ensure a water source within 200 m. Keep the flight path clear — do not place hive entrances facing footpaths or doorways. Elevate the entrance above surrounding vegetation for good airflow.

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Getting Your Bees

Swarm Capture — The Best Free Method

Honeybees naturally reproduce by swarming. In late spring, about half the colony leaves with the old queen to find a new home. Swarms are docile — they have no home to defend and are full of honey for the journey.

How to catch a swarm:

1. Find the swarm. A cluster of bees (football-sized to basketball-sized) hanging from a branch, fence post, or building. They rest here for hours or days while scouts search for a permanent home.

2. Prepare your hive. Place it near the swarm location with entrance open. Rub the inside with beeswax or lemongrass oil (mimics queen pheromone).

3. Transfer the bees. If the cluster is on a branch:

   • Hold an open container (bucket, box, inverted hive) directly below the cluster
   • Give the branch a single sharp shake — the entire cluster drops in
   • Quickly but gently pour/dump the bees into or in front of your hive
   • If you got the queen, the rest will march into the hive within 30 minutes

4. Confirm success. Bees fanning at the entrance with abdomens raised are releasing “come here” pheromone — the queen is inside. If bees leave and return to the original spot, you missed the queen. Try again.

Bait Hives — Let Swarms Come to You

Scout bees search for new homes with specific preferences. Mimic those preferences and swarms move in voluntarily.

Ideal bait hive:

• Volume: 30-40 liters (roughly the size of a bushel basket)
• Entrance: single hole, 5-8 cm² area, facing south
• Height: 3-5 m above ground (hang from a tree or place on a platform)
• Scent: rub inside with beeswax, propolis, or lemongrass
• Location: within 200 m of known bee flight paths, near the edge of woods

Set out bait hives in early spring before swarm season. Check weekly. When bees are flying in and out steadily, wait until evening (all foragers home), close the entrance, and move the hive to your apiary. Open the entrance the next morning.

Splitting a Colony

Once you have a strong colony, you can divide it to create two:

1. Find the queen (follow the retinue of attendants surrounding her)
2. Move the queen and 3-4 bars of brood + honey to a new hive
3. The queenless half will raise a new queen from existing eggs (takes 16 days)
4. Do this only during build-up season (spring/early summer) when the colony is strong

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Managing Your Hive

Inspections

Open the hive every 10-14 days during the active season. Less often disturbs less. More often means missing problems.

What to look for:

Check	Healthy Sign	Problem Sign
Queen present?	Eggs visible (tiny rice grains standing up in cells)	No eggs for 2+ weeks — queenless
Brood pattern	Solid, compact pattern of capped brood	Spotty, scattered brood — sick queen or disease
Food stores	2-3 bars of capped honey at the back	Empty cells near brood — starvation risk
Population	Bees covering 6+ bars	Rapid decline — disease, pesticides, or queenless
Pests	Clean, white wax comb	Dark tunnels in comb (wax moths), deformed wings (varroa mites)
Temperament	Calm, few bees flying at you	Aggressive, head-butting — possible queenless or genetics

Using Smoke

Smoke is the beekeeper’s most important tool. It triggers bees to gorge on honey (preparing for possible evacuation), which makes them docile. It also masks alarm pheromones.

How to smoke:

1. Light your smoker with dry grass, punk wood, pine needles, or burlap
2. Let it smolder to produce cool, white smoke (not hot flames)
3. Puff 2-3 gentle clouds across the entrance, wait 30 seconds
4. Open the hive, puff lightly across the tops of the bars
5. Use minimal smoke — too much drives bees out of the hive entirely

Pest and Disease Management

Varroa mites — the most serious bee pest worldwide. Tiny reddish-brown mites that feed on bee blood and transmit viruses.

Natural control methods:

• Drone comb trapping: Varroa prefer drone brood. Allow bees to build drone comb on one bar, then remove and destroy it every 24 days (one drone brood cycle) with mites trapped inside.
• Powdered sugar dusting: Dust bees with powdered sugar through a screen. Bees groom it off, dislodging mites. Mites fall through a screened bottom board.
• Brood break: When a colony goes queenless briefly (during requeening), varroa reproduction stops. Time splits to create brood breaks.

Wax moths — gray moths whose larvae tunnel through comb, destroying it. Strong colonies defend against them. Weak colonies cannot. Solution: keep colonies strong, store empty comb in freezing or sunlit conditions.

Robbing — other bee colonies or wasps stealing honey. Reduce entrance size during nectar dearths (late summer/fall) so guard bees can defend the entrance.

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Harvesting Honey

When to Harvest

Harvest only surplus honey — what the colony has stored beyond their winter needs.

Rules:

• Never harvest during the first year of a new colony — they need everything to establish
• Harvest in late summer after the main nectar flow
• Leave a minimum of 10-15 bars of capped honey for winter (adjust based on your climate — colder = more)
• Only take bars where cells are at least 80% capped (wax-sealed) — uncapped honey has too much water and will ferment

Crush and Strain Method

The simplest extraction technique, requiring no special equipment.

1. Remove a honey bar from the hive
2. Brush or shake bees off gently (use a little smoke to move them away)
3. Cut the comb from the bar into a clean container
4. Crush the comb thoroughly with a wooden spoon, potato masher, or your hands
5. Pour the crushed comb into a cloth-lined strainer over a collection vessel
6. Let gravity drain the honey through — this takes 12-24 hours
7. Do not squeeze the cloth (pushes wax particles through)
8. Collect the drained honey — it is ready to eat or store

The remaining wax in the strainer is valuable. Render it separately (see Hive Products below).

Honey Storage

Honey is one of the most shelf-stable foods in existence. Properly sealed honey has been found edible in Egyptian tombs after 3,000 years.

Storage requirements:

• Airtight container (honey absorbs moisture from air)
• Cool, dark location
• That is it. Honey does not spoil if kept sealed and dry.

Crystallization is normal — honey naturally solidifies over time. It is still perfectly good. To reliquefy, warm gently (below 40°C) in a water bath. Do not boil — heat destroys beneficial enzymes.

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Hive Products Beyond Honey

Beeswax

Rendering wax:

1. Collect comb scraps, cappings, and old comb from harvest
2. Place in a pot of water and heat gently until wax melts (65°C)
3. Do NOT boil — overheating darkens wax and ruins it
4. Let the pot cool slowly. Wax solidifies as a disc on top of the water.
5. Scrape any debris off the bottom of the wax disc
6. Remelt and strain through cloth for pure wax

Uses for beeswax:

• Candles (burns clean, bright, long-lasting)
• Waterproofing cloth, leather, cordage, and containers
• Lubricant for tools, joints, and thread
• Sealant for food containers (wax-coated cloth = beeswax wraps)
• Ingredient in salves, balms, and medicinal preparations
• Mold-making and lost-wax casting (metalworking)
• Grafting sealant for fruit trees

Propolis

A resinous substance bees collect from tree buds and use to seal gaps in the hive. It has powerful antimicrobial properties.

Collecting: Scrape propolis from bar tops, hive walls, and entrance areas during inspections. It is sticky when warm, brittle when cold.

Uses:

• Dissolve in alcohol for a wound-cleaning tincture
• Chew raw for sore throats and mouth infections
• Apply directly to small wounds as a natural bandage
• Add to salves for antibacterial properties

Bee Pollen

Packed into pellets on bees’ hind legs, pollen is one of the most nutritionally complete foods in nature — approximately 25% protein with vitamins, minerals, and fatty acids. A pollen trap (a screen at the hive entrance that scrapes pellets off returning foragers) can collect 50-100 g per day from a strong colony. Use sparingly — bees need most of it.

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Pollination — The Hidden Treasure

Honey is valuable, but pollination is priceless. A single hive of bees visiting your crops can increase yields by:

Crop	Yield Increase with Bee Pollination
Apples, pears	70-90%
Squash, cucumbers	60-80%
Berries (all types)	50-70%
Tomatoes, peppers	30-50% (mostly self-pollinated, bees help)
Beans, peas	10-20% (mostly self-pollinated)
Grain crops	0% (wind-pollinated)

Optimal placement: Position hives within 200 m of crops that need pollination. One hive per 0.5-1 hectare of orchard or garden is sufficient for most crops.

Forage planning: Plant a diversity of flowering plants that bloom sequentially from early spring through late fall. Gaps in forage cause colony stress and decline.

Season	Good Forage Plants
Early spring	Willow, dandelion, fruit tree blossoms, crocus
Late spring	Clover, blackberry, hawthorn, mustard
Summer	Sunflower, lavender, borage, buckwheat, basswood
Late summer	Goldenrod, aster, sedum
Fall	Late-blooming asters, ivy (where available)

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Stings — Prevention and Treatment

Bee stings are inevitable. Reduce their frequency and severity:

Prevention:

• Wear light-colored, smooth clothing
• Move slowly and deliberately around hives
• Use smoke before opening hives
• Do not stand in front of the hive entrance (block the flight path)
• Avoid strong scents (perfume, sweat, banana smell — mimics alarm pheromone)
• Never swat at bees — quick movements trigger defensive behavior

Treatment:

• Remove the stinger immediately by scraping sideways with a fingernail or knife edge (do not pinch — this squeezes more venom in)
• Apply cool mud, crushed plantain leaf, or a paste of baking soda and water
• Swelling and itching are normal and subside within 24-48 hours
• Anaphylaxis warning: If someone experiences throat swelling, difficulty breathing, widespread hives, or dizziness after a sting, this is a life-threatening allergic reaction. Lay them down, keep airways open, and seek immediate medical help. Approximately 1-2% of people have severe bee sting allergies.

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Common Mistakes

Mistake	Why It’s Dangerous	What to Do Instead
Harvesting too much honey	Colony starves over winter — total loss	Leave 30-40 kg minimum for winter, more in cold climates
Opening hive too frequently	Disrupts brood temperature, stresses colony, breaks propolis seals	Inspect every 10-14 days maximum during active season
Ignoring varroa mites	Colony collapse within 1-2 years	Monitor and manage using drone trapping, sugar dusting
Placing hive in full sun	Overheating in summer, bees spend energy cooling instead of foraging	Dappled shade, morning sun, afternoon shade
No water source nearby	Bees drink from neighbors’ pet bowls and pools, causing conflict	Provide water within 200 m — shallow dish with pebbles for landing
Harvesting uncapped honey	High moisture content causes fermentation and spoilage	Only harvest bars where 80%+ of cells are wax-capped
Killing the queen accidentally	Colony decline, potential loss if they cannot raise a new one	Handle bars gently, look before you move, queen is usually on brood comb

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What’s Next

With a productive hive providing honey, wax, and pollination, you can use these products in:

• Herbal Medicine — Honey, propolis, and beeswax are key ingredients in wound treatments, tinctures, salves, and cough remedies

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Quick Reference Card

Beekeeping — At a Glance

• Top-bar hive: 90-120 cm long trough, bars 32-35 mm wide, trapezoidal cross-section
• Bee space: 6-9 mm between all surfaces — smaller gets sealed, larger gets filled with comb
• Swarm capture: Shake cluster into box, dump into hive, queen present = bees stay
• Bait hive: 30-40 L volume, 3-5 m high, south-facing entrance, scented with wax
• Inspect: Every 10-14 days, look for eggs, brood pattern, food stores, pests
• Smoke: Cool white smoke, 2-3 puffs at entrance, minimal use
• Harvest: Only capped honey, only surplus above 30-40 kg winter stores
• Crush and strain: Crush comb, strain through cloth, 12-24 hours drain time
• Honey storage: Airtight container, cool, dark — lasts indefinitely
• Wax rendering: Melt in water at 65°C (never boil), skim disc when cool
• Pollination value: 30-90% crop yield increase — worth more than the honey
• Sting response: Scrape stinger sideways immediately, apply mud or plantain