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Guide to beekeeping including hive types, seasonal management, inspection routines, honey harvest, disease and pest management, bee biology, equipment, regulations, and startup costs.
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SKILL.md
383 lines · 2,746 words
Gather requirements. Ask the user clarifying questions about their specific context, goals, constraints, and experience level.
Analyze the situation. Review the information provided and identify key factors, challenges, and opportunities relevant to beekeeping guide.
Guide to beekeeping including hive types, seasonal management, inspection routines, honey harvest, disease and pest management, bee biology, equipment, regulations, and startup costs.
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What it covers
When to Use
Process
Questions to Ask First
Bee Biology Basics
Hive Types
Equipment Checklist
Getting Started Costs
Where to Get Bees
Seasonal Management
Inspection Routines
Honey Harvest
Disease and Pest Management
Local Regulations
Safety Considerations
Progression Path
Resources
Output Format
Example
Edge Cases
Develop the framework. Create a structured approach tailored to the user's needs, incorporating best practices and domain-specific considerations.
Deliver actionable output. Present specific, implementable recommendations with clear rationale, timelines, and success criteria.
Address edge cases. Proactively identify potential issues, alternative approaches, and contingency plans.
Use this skill when:
User needs guidance on beekeeping guide
User asks about beekeeping guide best practices or techniques
User wants a structured approach to beekeeping guide
Do NOT use this skill when:
A more specialized skill exists for the specific subtopic
The request is outside the scope of beekeeping guide
Before starting a beekeeping journey:
Why do you want to keep bees? (Honey, pollination, fascination, environmental stewardship)
Where do you live? (Urban, suburban, rural) Are there local ordinances about beekeeping?
Do you or anyone in your household have bee sting allergies?
How much space do you have? (Backyard, rooftop, farm)
Are there neighbors who might be affected?
What is your budget for getting started? ($200-400 / $400-800 / $800+)
Have you taken a beekeeping class or mentored with a beekeeper?
What is your time availability? (Bees need 1-2 hours per week during active season)
Are you comfortable with the physical demands? (Hive boxes can weigh 60-90 lbs)
Do you have a plan for what to do with honey? (Personal use, gifts, selling)
A colony is a superorganism of 20,000-60,000 bees functioning as a single unit.
Queen Bee (One per colony)
Only sexually mature female
Lays up to 2,000 eggs per day at peak
Lives 2-5 years
Mates once in her life during mating flights
Produces pheromones that regulate colony behavior
Worker Bees (Female, 20,000-60,000)
All female, cannot reproduce (usually)
Live 6 weeks in summer, 4-6 months in winter
Age-based roles:
Days 1-3: Clean cells
Days 3-10: Feed larvae (nurse bees)
Days 10-18: Build comb, process honey, guard entrance
Days 18+: Forage for nectar, pollen, water, propolis
Drone Bees (Male, 500-2,000)
Only purpose: Mate with queens from other colonies
Cannot sting (no stinger)
Larger than workers, big compound eyes
Expelled from hive before winter (no longer needed, resource drain)
Egg (3 days) > Larva (6 days) > Pupa (12 days for workers) > Adult
Total: 21 days for workers, 16 days for queens, 24 days for drones
Understanding the brood cycle helps you read the hive during inspections
Foragers collect nectar from flowers (store in honey stomach)
Return to hive, pass nectar to house bees
House bees process nectar: enzymes break down complex sugars
Spread in cells, fan with wings to evaporate moisture (from 80% to 18%)
Cap cell with beeswax when water content is below 18%
Sealed honey can last virtually forever
Stacked rectangular boxes with removable frames
Most widely used worldwide, standard equipment fits
Easy to inspect, manage, and extract honey
Frames can be interchanged between hives
Modular: Add boxes as colony grows
Components: Bottom board, deep brood boxes (1-2), medium or shallow honey supers, inner cover, outer cover
Cost: $200-350 per assembled hive
Horizontal design, bars across the top, bees build natural comb
No heavy lifting (no stacking boxes)
More natural comb construction (bees choose cell size)
Harder to extract honey (comb must be crushed)
Cannot interchange frames with Langstroth
Good for small-scale, natural beekeeping approach
Cost: $150-300
Vertical like Langstroth but with top bars instead of frames
Boxes added to the bottom (nadiring) rather than top
Minimal intervention philosophy
Less common, fewer resources and mentors available
Cost: $200-300
For beginners: Langstroth hive. Best educational resources, most mentors use it, standardized equipment, easiest to learn proper management.
Hive: Complete Langstroth (bottom board, 2 deep boxes, frames with foundation, inner cover, outer cover) - $200-350
Protective gear: Jacket with veil or full suit ($40-100), gloves ($15-25)
Smoker: Calms bees during inspection ($25-40)
Hive tool: Pries apart frames, scrapes wax/propolis ($8-15)
Bee brush: Gently removes bees from frames ($5-8)
Frame grip (optional): Easier frame handling ($10-15)
Bees: Package (3 lbs bees + queen) or nucleus colony (5 frames with brood and queen)
Entrance reducer: Protects weak colonies, manages traffic ($3-5)
Queen excluder: Keeps queen out of honey supers ($10-15)
Feeder (multiple types): Feeds sugar syrup to new or struggling colonies ($8-20)
Uncapping knife/fork: For honey harvest ($10-25)
Extractor: Spins honey out of frames ($150-400 for manual, or borrow from club)
Strainer and bottling bucket: Filters and bottles honey ($30-50)
| Item | Budget | Mid-Range | Premium |
|---|---|---|---|
| First hive (assembled) | $200 | $300 | $400 |
| Second hive (recommended) | $200 | $300 | $400 |
| Protective gear | $40 | $80 | $150 |
| Smoker and tools | $40 | $60 | $80 |
| Package bees (x2) | $300 | $400 | $500 |
| Feeder and supplies | $30 | $50 | $80 |
| Total | $810 | $1,190 | $1,610 |
Why start with two hives: You can compare colonies (is that behavior normal?), transfer resources between them, and if one queen fails, you have eggs from the other colony to raise a new queen.
3 lbs of bees (approximately 10,000) with a caged queen
Installed into prepared hive
Queen releases from cage over 3-5 days (colony acclimates to her pheromones)
Available spring (March-May depending on region)
Order by January/February (they sell out)
5 frames with established brood, honey, pollen, and a laying queen
Stronger start than a package
Already functioning as a colony
Transfers directly into your hive
Generally recommended over packages for beginners
Swarm lists through local beekeeping associations
Experienced beekeeper assistance recommended for first swarm
Free bees, but genetics and health unknown
Swarming season: Spring (March-June)
First inspection: Check for queen (look for eggs - tiny grains of rice standing in cells)
Feed: 1:1 sugar syrup if stores are low (stimulates brood production)
Expand: Add frames/boxes as population grows
Swarm management: Inspect every 7-10 days for queen cells (peanut-shaped cells = swarm preparation)
Splits: Divide strong colonies to prevent swarming and increase hive count
Install new colonies: Package bees or nucs
Honey flow: Primary nectar collection period
Add supers: Honey supers go on when bees fill frames
Monitor: Check for queen, brood pattern, disease signs
Water: Ensure water source available near hives
Heat management: Ensure ventilation, shade if in extreme heat
Harvest: First honey harvest possible in late summer of second year (do not harvest first year in most cases)
Assess stores: Colony needs 60-90 lbs of honey for winter (varies by climate)
Feed: 2:1 sugar syrup if stores are insufficient
Varroa treatment: Critical treatment window (see pest management below)
Reduce entrances: Protect against robbing from other colonies and wasps
Remove empty supers: Consolidate the hive
Ensure young queen: Colonies with old queens have higher winter failure
Minimal disturbance: Do not open hive unless absolutely necessary
Ventilation: Ensure moisture can escape (moisture kills more colonies than cold)
Emergency feeding: Fondant or sugar board if stores run low
Windbreak: Position hive with entrance away from prevailing winter wind
Mouse guard: Prevent mice from nesting in warm hive
Monitor: Heft the hive occasionally (heavy = sufficient stores, light = emergency)
Every 7-10 days during active season (spring through fall)
Choose warm, sunny, calm days (above 60F)
Midday is best (many foragers are out, fewer bees in hive)
Brief inspections: 10-15 minutes per hive
Light smoker (use natural fuel: pine needles, burlap, cotton)
Approach hive from the side or rear (not blocking the entrance)
Puff 2-3 gentle smoke puffs at entrance, wait 30 seconds
Remove outer and inner covers (puff smoke if needed)
Start with outer frames, work toward center
Lift frames gently, hold over the hive (queen could fall off)
Look for:
Queen or fresh eggs: Confirm queen is present and laying
Brood pattern: Solid pattern = healthy queen; spotty = problems
Population: Growing, stable, or declining?
Food stores: Honey and pollen present?
Disease signs: Unusual brood appearance, foul smell, deformed wings
Queen cells: Swarm cells (bottom of frame) or supersedure cells (middle of frame)
Pests: Varroa mites, hive beetles, wax moths
Reassemble hive in same order
Record observations in hive log
Do not crush bees (especially the queen) - move slowly and deliberately
Do not bang frames or boxes together
Do not breathe on the bees (CO2 agitates them)
Do not wear strong fragrances or dark clothing (bees associate dark = bears = threat)
Do not inspect in cold, rainy, or windy conditions
Frames are at least 80% capped (wax cap over each cell)
Only harvest surplus - leave enough for the bees (60-90 lbs minimum for winter)
First-year colonies typically produce little to no surplus
Most harvests happen late summer to early fall
Remove honey supers from hive (bee escape boards, fume boards, or brush bees off)
Bring frames to extraction area (clean, screened from bees)
Uncap cells with uncapping knife or fork
Place frames in extractor (manual or electric centrifuge)
Spin to extract honey
Filter through strainer (removes wax bits)
Let honey settle in bottling bucket (air bubbles rise, 24-48 hours)
Bottle in clean jars
Return wet supers to hive for bees to clean
Average first-year surplus: 0-30 lbs (often none)
Average established colony: 30-60 lbs per year
Exceptional colonies/years: 100+ lbs
Depends heavily on local flora, weather, and colony health
Parasitic mite that feeds on bee fat bodies and transmits viruses
Present in virtually every colony worldwide
If left untreated, colony will die within 1-3 years
Monitoring: Alcohol wash or sugar shake test (count mites per 300 bees)
Below 2 mites/100 bees: Low level, monitor
2-3 mites/100 bees: Treat soon
Above 3 mites/100 bees: Treat immediately
Treatment options:
Oxalic acid (vaporization or dribble): Organic, effective, temperature-dependent
Formic acid (Formic Pro, MAQS): Kills mites in capped brood, temperature-sensitive
Thymol (Apiguard, ApiLife Var): Essential oil treatment
Apivar (amitraz): Synthetic, highly effective, use judiciously to prevent resistance
Treat in late summer/early fall to protect winter bees
Bacterial disease that kills larvae
Symptoms: Sunken, perforated cappings; ropy brown residue when toothpick inserted in cell; foul smell
Extremely serious: Spores survive decades
In most states, infected equipment must be burned (report to state apiary inspector)
No treatment that saves the colony; prevention through hygienic bee stock
Microsporidian gut parasite
Causes dysentery (fecal streaks on hive front)
Weakens colony, especially in spring
Prevention: Good ventilation, strong colonies, young queens
Dark beetle that lays eggs in hive; larvae destroy comb
Common in southern US
Management: Strong colonies (bees control beetle population), beetle traps, reduce hive space
Larvae tunnel through comb, especially in weak colonies or stored equipment
Strong colonies handle wax moths easily
Store empty supers in cold or with paramoth crystals (not in the hive)
City/county ordinances on beekeeping (many cities now allow it, some restrict hive numbers or placement)
Required setback distances from property lines and structures
Registration requirements (many states require hive registration)
HOA restrictions
State apiary inspection programs (free inspections available in most states)
Liability: Inform your homeowner's insurance; consider additional liability coverage
Neighbor communication: Talk to neighbors before installing bees (honey is a great diplomatic tool)
Allergies: Anyone with known bee sting allergy should carry an EpiPen
Get tested: If unsure about allergy status, consult an allergist before getting bees
Sting protocol: Most beekeepers get stung occasionally; reaction typically diminishes over time
Normal reaction: Localized pain, swelling, itching at sting site (lasts hours to days)
Allergic reaction (anaphylaxis): Difficulty breathing, swelling of throat/tongue, widespread hives, dizziness - call 911 immediately
Protective gear: Always wear at minimum a veil; full suit recommended for beginners
Smoke: Smoker is your primary calming tool; never open a hive without it ready
Aggression signs: Bees head-butting you, increased buzzing pitch, following you = close up and leave
Neighbor safety: Position hive entrance away from foot traffic, install a fence or hedge (forces bees to fly high over people)
Phase 1: Take a beginner beekeeping class, join local beekeeping association, read introductory books
Phase 2: Set up first two hives, install bees, conduct regular inspections with mentor guidance
Phase 3: Survive your first winter, first honey harvest, learn pest management
Phase 4: Expand to 3-5 hives, learn to raise queens, make splits, try different management styles
Phase 5: Teach beginner classes, mentor new beekeepers, produce value-added products (candles, lip balm, mead)
Phase 6: Master beekeeper certification, contribute to breeding programs, advocate for pollinator health
Books: "The Beekeeper's Handbook" by Sammataro and Avitabile (best comprehensive reference)
Books: "Beekeeping for Dummies" by Howland Blackiston (accessible introduction)
Local beekeeping association: Find through state apiary organization or Bee Culture magazine
Bee Culture and American Bee Journal: Monthly magazines
YouTube: University of Guelph Honey Bee Research Centre, Bob Binnie, Kamon Reynolds
Online courses: Penn State Master Beekeeper program, University of Montana online beekeeping
Suppliers: Mann Lake, Dadant, Brushy Mountain, Betterbee
Deliver the response as a structured document with clear headings and actionable content. Use tables for comparisons, numbered lists for sequential steps, and bullet points for options. Include specific examples where applicable.
[Beekeeping Guide deliverable]
1. Context and objectives
2. Analysis or framework
3. Specific recommendations with rationale
4. Action items with timelineInput: "Help me with beekeeping guide for a mid-size project."
Output: A complete beekeeping guide framework tailored to the specific context, with actionable steps, relevant considerations, and measurable outcomes.
Incomplete information: Ask clarifying questions before proceeding rather than making assumptions
Conflicting requirements: Identify trade-offs explicitly and present options with pros and cons
Scale mismatch: Adapt recommendations to match the user's context (individual vs. team vs. organization)
Domain crossover: When the request overlaps with other skill domains, address what falls within scope and reference specialized skills for the rest
SKILL.md
383 lines · 2,746 words
The text of SKILL.md is shown as it downloads, under the Apache-2.0 license, by Ferrox Labs. The license is the one in the file's own frontmatter.
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