Beekeeping for Beginners: The Complete First-Year Guide (Gear, Bees, Inspections, Mites, Honey)

By Austin Little

Everything a brand-new beekeeper needs in one place: whether you should keep bees at all, what gear actually matters, how to get bees, how to read a frame, how to stay ahead of varroa mites, what each season asks of you, and how to take your first honey without wrecking the colony. Written plain, with the doubts marked.

AI disclosure. This page was drafted with AI assistance and edited for Apiary. Facts that need a live check are marked. We don't invent quotes, stats, people, or events. If something looks off, tell Austin — that's the point of a living hive.

How to use this page

This is a hub, not a blog post. It's long on purpose, because beekeeping is one of those hobbies where the small stuff you didn't know is exactly the stuff that kills a colony. Nobody should read this top to bottom in one sitting. Read the first three sections before you buy anything. Read the inspection and mite sections before your bees arrive. Come back to the season sections as the year turns.

Here's the map:

1. Who's writing this and why it's built this way
2. The 60-second version — if you only read one section
3. Should you keep bees at all? — the honest check
4. How a colony actually works — the biology that makes everything else make sense
5. Gear — hives, frames, tools, protective clothing, and what to skip
6. Getting bees — packages, nucs, swarms, and timing
7. Where to put the hive — sun, water, neighbors, and flight paths
8. Installing bees and the first eight weeks
9. Inspections — how, how often, and how to read a frame
10. Feeding and forage
11. Varroa mites — the one problem you can't skip
12. Other pests and diseases
13. Swarming — why it happens and what to do
14. Queen problems
15. The beekeeping year, season by season
16. Honey and wax — your first harvest
17. Common mistakes and quick fixes
18. Records, learning, and where AI fits (and doesn't)
19. Glossary
20. Printable one-pager

Along the way you'll also find a narrated inspection, a weather guide, equipment care, a deeper planting section, California notes, a troubleshooting guide ("I opened the hive and saw…"), a week-by-week first-year template, worked scenarios, a printable inspection sheet, and a closing note on what I'd tell a friend.

A note on local rules and numbers. Beekeeping is local. Rules about registering hives, how many hives you can keep on a lot, which treatments are legal, what month your nectar flow starts — all of that changes by country, state, county, and sometimes by city or HOA. Where a fact depends on where you live, I say so. Where I'm not fully sure of a number or rule, I put a NEEDS_FOUNDER_EYEBALL marker so it gets checked before this goes live. Your local beekeeping club and your state or county agriculture office beat any web page, including this one.

Who's writing this and why it's built this way

I'm Austin Little. I build things under AMH — Artificial Mind Hive — and apiarybee.com is one of them. Apiary takes what I know and the paths I've walked and turns it into articles like this one, with AI help and my edits.

The name isn't an accident. I named my whole setup a hive because a bee colony is the best model I know for a lot of small workers doing different jobs and adding up to something none of them could do alone. My agent setup works like that: there's an AMH Agent Board where jobs get posted for a specific agent, picked up, worked, and reported back. There's AMHicle, my agent runner, that wakes the agents up when there's work. There's Walrus Tusk, my Cloudflare ops tool, that does careful infrastructure work with a dry run first and a write only after I approve. There's WALO, which connects messaging apps like WhatsApp to a business's systems. There's Ask Unc for finding good local food spots, FieldScape for field-service research (garage doors first), and Service Pricer LLC on the business side.

None of that makes me a master beekeeper, and I'm not going to pretend it does. What it does give me is a habit I think every new beekeeper needs: look before you act, write down what you saw, and don't make a big change you can't undo. That's the same rule I use on my agents. It turns out to be exactly the rule bees reward.

So here's how this page is built:

• Plain words first. Every term gets explained the first time it shows up, and there's a glossary at the end.
• The "why" before the "what." If you understand why a colony does something, you don't have to memorize a hundred rules.
• Doubts marked. If a number, a law, or a practice varies a lot or I'm not sure of it, it's marked. I'd rather leave a flag than leave you a wrong fact.
• No invented stats. You won't find "X% of beekeepers lose their first hive" here unless it's sourced. A lot of numbers float around beekeeping forums with no source at all. I leave those out.
• Safety where it matters. Stings and allergies, smoker fires, treatment chemicals, and honey for babies all get straight answers.

The 60-second version

If you only read one section, read this one.

1. Find a local club or mentor before you buy bees. Local knowledge beats any book. Your club knows your flows, your pests, and your rules.
2. Check your local rules. Many places require hive registration and have limits or setback rules. Check your city, county, state, and HOA.
3. Check allergies honestly. If you or someone in your house has had a serious reaction to a sting, talk to a doctor before you start.
4. Start with two hives if you can. Two lets you compare and borrow a frame of eggs from one to save the other. One hive gives you nothing to compare to. (This is common advice, not a law; one hive is still fine.)
5. Buy a standard, common hive type in your area. Usually that's a Langstroth in the U.S. Common means local help, local parts, and swappable frames.
6. Get bees early in your local season. Usually spring, from a local supplier. Order early; good suppliers sell out.
7. Put the hive in a spot with morning sun, nearby water, and a flight path away from people.
8. Inspect every 7–14 days in the active season. Look for eggs, brood pattern, food, space, and signs of trouble. Then close it up.
9. Monitor varroa mites from the first season. Count them with a real test, not a glance. Treat when the count says to. This is the number one thing new beekeepers skip and regret.
10. Give room before they need it. Crowded colonies swarm.
11. Don't take honey the first year unless the colony clearly has plenty. Bees need their stores to get through the dormant season.
12. Write down every inspection. Date, weather, what you saw, what you did.

That's the backbone. Everything else on this page is detail on those twelve lines.

Should you keep bees at all?

This is the section most beginner guides skip, because they want you excited. I want you excited too. But I'd rather you spend twenty minutes here and decide "not yet" than spend a few hundred dollars and a season and lose a colony because the fit was wrong.

Bees are livestock. That word surprises people, but it's the right frame. You're taking responsibility for tens of thousands of animals that will get sick if you ignore them, can bother your neighbors if you place them badly, and can spread disease to other beekeepers' colonies if you let things slide. That's not meant to scare you off. It's meant to set the bar.

The five honest questions

1. Do you have the time in the right weeks?

Beekeeping isn't a lot of hours over a year, but the hours aren't flexible. In spring, when colonies grow fast and want to swarm, you need to be able to open the hive roughly every week or two on a warm, calm day. If you work a job where you're gone for weeks at a stretch in spring, or you travel every weekend in May, that's a real problem. Bees don't wait.

A rough feel for a backyard hive in an active season: an inspection might take anywhere from fifteen minutes to an hour once you're used to it, longer when you're new. Add time to light the smoker, suit up, write notes, and clean up. Add extra time for mite tests, feeding, adding boxes, and harvesting. In the slow season, you may barely open the hive at all. I'm not giving you a total-hours number for the year because it varies too much with climate, colony count, and how you keep bees — anyone who gives you a precise figure is guessing.

2. Can you handle stings — and does anyone in your house have a serious allergy?

You will get stung. Even careful beekeepers in full suits get stung sometimes. For most people a sting is painful, swells, itches, and goes away. That's a normal local reaction, even if the swelling is big.

A serious allergic reaction (anaphylaxis) is different. Signs include trouble breathing, swelling of the throat or tongue, hives spreading away from the sting site, dizziness, fainting, or a racing heart. That's a call-emergency-services-now situation. If you or someone in your household has ever had a reaction like that, talk to a doctor before you get bees. Some people carry prescribed epinephrine; that's a decision for a doctor, not a web page. There's a separate Apiary page on bee allergy vs normal stings if you want more detail.

Also think about the people next to you. A neighbor with a severe allergy doesn't mean you can't keep bees, but it changes where the hive goes and how you talk to them.

3. Is it legal where you live, and are there setback rules?

Rules vary widely. Some places:

• Require you to register hives with a state or county agency.
• Limit the number of hives per lot size.
• Require a distance from property lines or a fence or hedge "flyway barrier" so bees fly up over people.
• Require a water source on your property so bees don't go to the neighbor's pool.
• Ban beekeeping in certain zones.
• Have HOA rules on top of city rules.

In California, for example, my understanding is that the state requires beekeepers to register their apiaries with the county agricultural commissioner, and many cities add their own rules on top. NEEDS_FOUNDER_EYEBALL — confirm the current California registration requirement and how it works before this goes live, and link the official source.

Wherever you are: look up your city's municipal code for "bees" or "apiary," call your county agriculture office, and ask your local beekeeping club. Club members usually know the real-world version of the rules, including which ones get enforced.

4. Can you afford the start, plus the surprises?

Beekeeping has an upfront cost: a hive, frames, protective gear, tools, a smoker, the bees themselves, and often feed and mite treatments in the first year. There's a separate Apiary page on first-year budgets. Prices change and vary by region and supplier, so I'm not quoting them here. What I'll say is this: budget for the hive you'll need in July, not the one you need on day one. A strong colony can fill more boxes than you expect, and running out of boxes during a flow is a classic way to trigger a swarm.

Budget a little for losses too. Colonies die, even for experienced beekeepers. Many new beekeepers have to buy bees again in year two. That's not failure; it's part of it. Plan for it so it doesn't end the hobby.

5. Why do you want to do this?

Be honest, because the answer changes the advice.

• "I want to help the bees." If your main goal is helping pollinators, keeping honey bees isn't the only way, and might not be the best one. Honey bees are a managed species. Most of the bee species in many regions are wild native bees, and many of them are helped more by planting flowers, leaving bare ground and stems for nesting, and avoiding pesticides. Apiary has a bunch of pages on that. You can do both, but don't get honey bees out of guilt.
• "I want honey." Totally fine. Know that the first year often produces little or none for you, and that honey takes real work to harvest.
• "I want pollination for my garden or orchard." Honey bees help many crops, but your garden may already be well served by wild bees. Look at what's visiting your flowers first.
• "It sounds fascinating." Best reason there is. It is fascinating. Curious people make good beekeepers because they look closely.

Alternatives if the answer is "not yet"

• Join a club anyway. Many clubs let you come to meetings and hive openings before you own bees. This is the single best thing a beginner can do.
• Find a mentor's hive. Some beekeepers will let you help them through a season. You'll learn more in one season next to someone than in a year of videos.
• Host a hive. Some beekeepers place hives on other people's land. You get bees in your yard; they do the work. Check terms carefully.
• Plant for pollinators. Native flowers, a water station that doesn't drown them, and fewer pesticides help a lot of bee species.
• Mason bees. Some solitary native bees nest in tubes or blocks. Keeping a mason bee house is lower-commitment and doesn't involve stings in the same way. It has its own care needs — cleaning, cocoon management, and avoiding pests. There are Apiary pages on bee hotels.

What I learned from building things that applies here

When I set up AMH's agent board and runner, the first temptation was to do everything at once — every lane, every tool, every site. That's how things break. The version that worked was the boring one: one job, one agent, read-only, report back. Then add one more thing.

Beekeeping rewards the same patience. One or two hives. One season. Learn to read a frame. Learn to count mites. Then add more. Nearly every beginner disaster story I've read on forums starts with "I did too much at once" or "I didn't look."

How a colony actually works

If you understand how a colony works, most beekeeping advice stops being a list of rules and starts being common sense. This is the section that makes the rest of the page click.

The colony is the animal

Think of a honey bee colony less like a crowd of bees and more like one animal made of many parts. Biologists sometimes use the word "superorganism" for this. A single worker bee can't survive long on her own or reproduce a colony. The colony as a whole eats, grows, regulates its temperature, defends itself, and reproduces (by swarming). When you keep bees, you're really caring for the colony.

The three kinds of bees

A colony has three types of adult honey bees:

The queen. Usually one per colony. She's the only fully developed female and lays the eggs — potentially a lot of them per day at the peak of the season. She's longer than a worker, with a longer abdomen that often extends well past her folded wings. She doesn't "rule." She's more like the colony's ovary. The workers decide a lot of what happens, including when to replace her.

She mates early in life, on one or a few mating flights, with multiple drones from other colonies, and stores the sperm for the rest of her life. That stored supply is why a queen can lay fertilized eggs for years without mating again. Queens can live several years, though many beekeepers and colonies replace them sooner as their laying slows.

Workers. Females that don't normally reproduce. They do almost every job: cleaning cells, feeding larvae, making wax, building comb, guarding the entrance, fanning to cool the hive or dry nectar, and foraging for nectar, pollen, water, and plant resin. A worker's job generally changes as she ages — younger bees tend to work inside, older ones forage — though the colony can shift that schedule when it needs to.

Worker lifespan depends on the season. Workers raised in the busy season often live only a few weeks, because foraging wears them out. Workers raised going into winter in cold climates can live for months, because they don't forage and their bodies are built for the long haul. That's why the bees raised in late summer and fall matter so much: they're the ones who carry the colony through the dormant season.

Drones. Males. They're bigger and bulkier than workers, with big eyes that meet at the top of the head. Drones don't sting (they have no stinger), don't forage, and don't make wax. Their job is to mate with queens from other colonies. A colony raises drones mostly in the warm, growing season, and in many climates workers push drones out as the season ends and food gets tight. Seeing drones in spring and summer is normal and healthy. Seeing a lot of drones and no workers emerging is a sign of a problem (more on that in the queen section).

Development times: the calendar that runs everything

Every bee starts as an egg. Eggs hatch into larvae, larvae are capped over with wax and become pupae, and pupae emerge as adults. The timing is well established and worth memorizing, because it's the clock behind inspections, queen problems, and mite treatment.

Approximate total development time from egg to emerging adult:

• Queen: about 16 days
• Worker: about 21 days
• Drone: about 24 days

In all three, the egg stage lasts about three days. Larvae then grow fast for several days while workers feed them. Cells are capped, and the rest of development happens under the wax cap.

Why this matters to you:

• Eggs mean a queen was laying within the last ~3 days. If you see eggs, you almost certainly had a laying queen very recently. That's the single most reassuring thing to see in an inspection.
• Queen timing tells you what's possible. A colony that loses its queen can raise a new one from a young worker larva, but there's a delay: the new queen needs to develop, harden, mate, and start laying. That gap can be weeks. If you know that, you won't panic and buy a queen on day three, when the bees are already fixing it themselves.
• Mites breed in capped brood, and drones take longer to develop, which is one reason mites favor drone brood. That ties into mite control later.

What's inside the hive

Inside, bees build comb from beeswax that young workers make from glands on their abdomen. Comb is made of six-sided cells used for:

• Brood (eggs, larvae, pupae). The brood area is the colony's nursery, usually toward the middle and lower part of the nest.
• Pollen. Packed into cells, often in a band around the brood. Pollen is protein — bees need it to raise brood. Colors vary by flower source.
• Nectar and honey. Stored above and to the sides of the brood. Bees evaporate water from nectar and add enzymes until it becomes honey, then cap it with wax.

A typical, healthy layout on a frame in the brood area looks like a rainbow: brood in the middle, a band of pollen around it, and honey in the upper corners. Once you can recognize that pattern, you'll notice quickly when something is off.

How bees keep the temperature right

The colony keeps the brood nest warm and fairly steady, because brood needs it. In heat, bees fan, collect water, and spread it to cool the hive by evaporation. In cold, they form a cluster — a ball of bees that generates heat by shivering their flight muscles, rotating so the outer bees get turns in the middle. They don't heat the whole box; they heat the cluster.

This is why opening a hive in cold weather is a big deal: you break the heat they've built up. And it's why a cluster can starve in winter with honey a few inches away, if it's too cold for the bees to move to it.

How bees communicate

Bees communicate a lot through smell (pheromones). The queen's pheromones help hold the colony together and signal she's present. Alarm pheromone, released when a bee stings or is threatened, smells to many people a bit like bananas, and it tells other bees to get defensive. That's why your smoker matters: smoke masks alarm pheromone and changes the bees' behavior for a while.

Foragers also communicate the direction and distance of food sources through movements on the comb, famously called the "waggle dance." You don't need to read it to keep bees, but it's a beautiful thing to watch on a frame.

Swarming is how colonies reproduce

A single bee reproduces by mating and laying eggs. A colony reproduces by swarming: the old queen and a big part of the workforce leave to start a new home, and the bees left behind raise a new queen. Swarming is natural and healthy for bees as a species. For a beekeeper, it often means losing a big share of your bees and your honey crop for that year. A lot of spring management is about giving the colony reasons not to swarm, or splitting it on your terms. There's a whole section on it below.

Why this section matters

Once you know these basics, a lot of advice makes sense without memorizing:

• "Don't open the hive on cold days" — because of the cluster.
• "Look for eggs" — because of the 3-day clock.
• "Don't panic and buy a queen right away" — because of the queen clock.
• "Leave them enough honey" — because winter bees live on stores.
• "Give them space in spring" — because of swarming.
• "Mites love drone brood" — because of the 24-day drone clock and capped brood.

That's the backbone. Now let's talk gear.

Gear: what you actually need

Beekeeping catalogs are full of gadgets. Most beginners overbuy the gadgets and underbuy the boxes. Here's the gear that matters, in the order it matters.

The hive: pick a common type

There are three hive styles you'll hear about most. Apiary has a full comparison page, so here's the short version.

Langstroth. The stacked rectangular boxes most people picture. Removable frames hang inside each box. It's the most common hive in the U.S. and many other places, which means parts are easy to find, other beekeepers can share frames with you, and most books and clubs assume it. It's built around "bee space" — a gap the bees leave open rather than filling with comb or sealing with resin. Bee space is often given as roughly 1/4 to 3/8 of an inch (about 6–9 mm). NEEDS_FOUNDER_EYEBALL — confirm the commonly cited bee space range before publishing.

Top bar hive. A long, horizontal box with bars across the top. Bees hang comb from each bar, no frame around it. You work it by lifting one comb at a time, without stacking or lifting heavy boxes. Many people like that it's easier on the back. The tradeoffs: combs without frames can be more fragile, especially in heat; you can't swap parts with Langstroth beekeepers; and fewer local mentors may know them.

Warré. A vertical hive of smaller boxes, often managed by adding boxes at the bottom. Fans like that it's closer to a natural nest. Fewer people use it, so local help may be thin, and some management styles make inspecting harder. Check your local rules too — some places require removable frames or combs so inspectors can check for disease. NEEDS_FOUNDER_EYEBALL — confirm whether movable-comb requirements apply in California/U.S. states and phrase carefully.

My take for a first hive: use whatever your local club uses most. If everyone around you runs Langstroth, run Langstroth. The value of being able to borrow a frame of eggs from a neighbor during a queen emergency is huge.

Langstroth box sizes, plainly

Langstroth boxes come in different depths. The common names in the U.S. are:

• Deep — the tallest. Often used for the brood nest.
• Medium — shorter. Some people use mediums for everything so every frame fits every box.
• Shallow — shortest. Often used for honey.

They also come in widths, most often 10-frame and 8-frame. Eight-frame boxes are narrower and lighter, which matters a lot when a box is full of honey. A full deep of honey is very heavy. (I'm not quoting a weight; it varies, and it's heavy enough that you should plan your back around it.)

A big beginner tip: standardize. Choosing one depth and one width for everything — for example, all 8-frame mediums — means every frame fits every box. You lift lighter boxes and never have a frame that doesn't fit. Plenty of experienced beekeepers do the "deep brood, medium honey" setup instead. Either is fine. Just know why you're picking it.

The parts of a Langstroth hive, bottom to top

• Hive stand. Gets the hive off the ground — less damp, fewer critters, easier on your back. Cinder blocks and a couple of boards work. Make it level side to side and very slightly tilted forward so rain drains out the entrance.
• Bottom board. The floor. Solid bottoms hold heat and keep things simple. Screened bottoms add airflow and let some debris and mites fall through. Many screened bottoms come with a removable board under the screen that you can use for mite counts, though a sticky board is a weaker test than a wash (more later).
• Entrance reducer. A wooden strip that makes the entrance smaller. Useful for new or weak colonies, in cold weather, and to help a colony defend against robbing.
• Brood boxes. Where the queen lays and the bees raise young. A new colony often starts in one box and grows into a second.
• Queen excluder (optional). A grid with holes big enough for workers but too small for the queen. Placed between brood boxes and honey supers to keep brood out of the honey. Some beekeepers swear by them; some call them "honey excluders" because bees can be slow to go through. Optional for a first year.
• Honey supers. Boxes added on top for surplus honey. You add them when the colony is strong and a flow is on.
• Inner cover. A flat board with a hole, between the top box and the outer cover. Gives an air gap and makes the outer cover easier to remove. Also useful for feeding.
• Outer cover (telescoping or migratory). The roof. Telescoping covers overlap the top box on all sides and are common in backyards.

Frames, foundation, and foundationless

Each Langstroth box holds frames. Inside the frame, bees build comb. You have three main choices:

• Wax foundation. Thin sheets of beeswax embossed with the cell pattern. Bees draw it out into comb. Bees tend to accept it well. It can sag in heat without support wires.
• Plastic foundation. Plastic sheets coated with wax. Durable, easy, and common. Some colonies are slower to draw it, especially if the wax coating is thin. Some beekeepers add an extra coat of wax.
• Foundationless. Frames with just a starter strip or guide. Bees build their own comb. Cheaper and more natural, but comb can be built crooked, and new comb is fragile until it's attached. There's a separate Apiary page on foundationless frames.

Drawn comb is gold. Bees use a lot of energy and food to make wax. Comb that's already built ("drawn") lets a colony grow faster. If you ever lose a colony, keep healthy drawn comb (unless the colony died from a disease that requires destroying equipment — see the disease section) and protect it from wax moths.

The tools that actually matter

• Hive tool. The single most important tool. A flat metal bar for prying boxes apart and frames loose — bees glue everything together with propolis (plant resin). Get two; you'll lose one in the grass.
• Smoker. A can with bellows that puffs cool smoke. It calms bees and masks alarm pheromone. More on lighting it below.
• Smoker fuel. Pine needles, untreated burlap, wood shavings, dry grass, or commercial pellets. Never use anything treated, painted, or chemical. Cool, white smoke is the goal.
• Frame grip (optional). A clamp for lifting frames. Some people love it; some find a hive tool and fingers better.
• Bee brush (optional). For gently moving bees off a frame. Use sparingly — bees often get annoyed by brushing. A shake or a puff of air sometimes works better.
• Frame rest or spare box (optional). Somewhere to set the first frame you remove so you have room to work.
• Notebook or phone notes. Not optional. More on records later.
• Lighter or matches, and a safe place for the hot smoker (a metal bucket, bare dirt, or a cinder block) — not dry grass.

Protective gear: veil first

Apiary has a whole page on suit vs. jacket vs. veil, so here's the core.

• A veil is non-negotiable. Stings to the face and eyes are the ones that really matter. A good veil keeps bees off your face and out of your eyes.
• A jacket with a veil attached is what a lot of beginners end up wearing. It protects your top half, which is where bees tend to go.
• A full suit gives more confidence, which matters. Confident, calm, slow movements make for a calmer inspection. If a full suit makes you relaxed enough to move slowly, buy the full suit.
• Ventilated suits — mesh layers — are cooler in hot climates and still sting-resistant, though no suit is sting-proof.
• Gloves. Leather or goatskin gloves are common for beginners. Thin nitrile gloves give more feel and are popular with experienced keepers; stings can go through them, but many find the control worth it. Lots of beginners start with thick gloves and move thinner as they get comfortable.
• Boots and long pants. Bees crawl up. Tuck pant legs into socks or boots.

Light colors are common in beekeeping gear. Bees can react more to dark, fuzzy things (one common explanation is that dark and fuzzy looks like a predator), so avoid wearing a black fleece to inspect. NEEDS_FOUNDER_EYEBALL — the "dark colors look like predators" explanation is widely repeated; confirm it's framed as a common explanation, not a proven fact.

Skip strong perfumes, scented lotions, or hair products before an inspection. And wash your suit now and then; old venom smell on gear can set bees off.

What to skip in year one

• An extractor. Expensive, and you may not have much honey in year one. Clubs often rent or lend them. There's a separate Apiary page on harvesting without one.
• Fancy hive gadgets. Many are fine, few are necessary.
• Lots of different box sizes. Standardize instead.
• Hive "kits" with mystery parts. Buy from a reputable bee supply company so the parts fit standard sizes.

What NOT to skip

• Extra boxes and frames. Have at least one or two more boxes ready than you think you'll need. A colony that's out of space in a strong flow will swarm or plug the brood nest with honey.
• A mite test kit. More on this later. It's cheap and it's the difference between knowing and guessing.
• A feeder. You'll likely need to feed a new colony.

Lighting a smoker that stays lit

Smokers go out at the worst time. A reliable method:

1. Light a small bit of paper or dry tinder and drop it in the smoker.
2. Puff the bellows gently while adding small fuel — dry pine needles, a bit of burlap.
3. Keep puffing and adding fuel until the bottom is a good bed of embers.
4. Pack more fuel on top, but not too tight.
5. Close the lid. Puff until you get thick, cool, white smoke.

Hot smoke or flames coming out means it needs more fuel on top. Test it on the back of your hand from a short distance — if it feels hot, it's too hot for bees.

Fire safety: smokers get very hot and can start grass fires, especially in dry areas. Put it down on a non-flammable surface. When you're done, plug the spout with grass or a cork and close it, or empty it into a bucket of water or onto bare dirt and soak it. Check local fire rules if you live in a high fire risk area. In dry California summers, this isn't a minor note.

A note on buying used equipment

Used equipment can be a great deal, and it can also bring disease. American foulbrood spores in particular can survive a long time in old equipment and comb (more in the disease section). If you buy used:

• Ask why the bees died or why the seller is getting out.
• Avoid used comb from unknown sources, especially brood comb.
• Ask your club or state apiary inspector how to check or treat used boxes. Some areas suggest scorching the inside of wooden boxes. NEEDS_FOUNDER_EYEBALL — confirm current recommended methods for cleaning used woodenware in California.
• When in doubt, buy new frames and foundation even if you reuse boxes.

Getting bees

You've got the gear. Now you need the bees. There are four common ways for a beginner to get them, plus a couple you'll hear about later.

Option 1: A package

A package is a screened box of bees — workers shaken from one or more colonies — with a mated queen in a small separate cage, and usually a can or container of sugar syrup for the trip. Packages are sold by weight. They're a common way to start in the U.S.

Pros:

• Widely available in spring.
• Easy to transport.
• Usually lower cost than a nuc (though prices vary; check suppliers).
• You start clean, with no old comb, which can limit some disease carryover.

Cons:

• The bees have to build everything from scratch — no comb, no brood, no stores. That's a lot of work and food.
• The queen isn't the bees' own mother; they have to accept her. Usually they do, but not always.
• There's a gap: the queen needs time to start laying, and those eggs need about 21 days to become new workers. Meanwhile, the original package bees are aging and dying. A package colony often shrinks before it grows.
• Package bees sometimes abscond (leave), especially in the first days.

Tips if you get a package:

• Pick it up as soon as you can. Keep it out of direct sun and out of a hot car.
• Install it soon — usually the same day or the next.
• Feed sugar syrup steadily until they've drawn out comb, unless there's a strong flow.
• Expect slower growth than a nuc.

Option 2: A nuc (nucleus colony)

A nuc is a small working colony: usually a few frames with a laying queen, brood in different stages, bees, and some food stores, in a small box. You move the frames into your hive.

Pros:

• It's already a functioning colony — the queen is laying and accepted, and there's brood coming.
• Usually builds up faster than a package.
• You can see the queen's work (her brood pattern) on day one.

Cons:

• Often costs more than a package.
• You get the supplier's comb, so you also get anything that came with it. Buy from a reputable, inspected source.
• The frames need to match your hive. Make sure the nuc frame size fits your boxes before you buy.

For a first-time beekeeper, I lean toward a nuc if one is available from a local, reputable supplier, because you skip the most fragile phase of a package. But both work, and plenty of people start with packages successfully.

Option 3: A swarm

A swarm is a cluster of bees that left a colony looking for a new home. They often hang on a branch for a while as scouts look for a cavity. Catching a swarm is free bees, and swarms are often in a building mood — they're primed to make comb.

Pros:

• Free.
• Swarms often build comb fast.
• It's an incredible thing to do.

Cons:

• Unknown genetics and health. You don't know where they came from or what they're carrying.
• Unknown temperament. In some regions, swarms may include more defensive bees. In parts of the southern U.S., including parts of California, Africanized honey bees are present and swarms may be Africanized or hybrid. There's a separate Apiary page on Africanized bees in California. NEEDS_FOUNDER_EYEBALL — confirm which California regions currently report Africanized bees and phrase the risk carefully.
• Swarms may leave your box if they don't like it.
• You need to be ready on short notice.

For a first-year beekeeper, a swarm is a fun second colony, not always the best first one. Many clubs keep swarm lists that connect people reporting swarms with beekeepers who want them. If you want swarms, get on that list and keep an empty hive ready. Never try to catch a swarm in a dangerous spot — high up on a ladder, near power lines, or in a structure. That's a job for an experienced remover.

Option 4: A split from a local beekeeper

Some local beekeepers sell splits from their own colonies — basically a homemade nuc. These can be great: local bees, adapted to your area, and you'll often get a contact who knows your weather.

Others you'll hear about

• An established full colony. A whole hive bought from a beekeeper. Strong, but expensive, heavy to move, and you skip the learning curve of a small colony — which isn't always a good thing. Very defensive full colonies are also hard for beginners.
• Cutouts and removals. Removing an established colony from a wall, tree, or structure. This is skilled work, often involving construction, and not a beginner project. Apiary has a page on bees in walls.

When to get bees

In most temperate climates, beekeepers get bees in spring, early enough that the colony has the whole season to build up before the dormant season. Exact timing depends on your local bloom. In mild climates, the season can start earlier and run longer.

Two big tips:

1. Order early. Good package and nuc suppliers often take orders well before spring and sell out. Your club will know who's reliable and when to order.
2. Have your equipment set up before the bees arrive. Assemble boxes and frames. Paint the outside of boxes (not the inside). Set the stand. Know where everything is.

Choosing a supplier

Ask your club. Specifically ask:

• Who do people buy from, and were they happy?
• Are the bees local or shipped in?
• Are the nucs inspected? Some states inspect nuc producers. NEEDS_FOUNDER_EYEBALL — confirm whether California inspects or certifies nuc sellers.
• What's the pickup process, and what happens if a queen fails?
• What race or line of bees are they? (You'll hear names like Italian, Carniolan, Russian, Buckfast, and various "mite-resistant" or "survivor" lines. Each has tendencies people describe; I'm not ranking them here because claims about traits vary and are often anecdotal. Ask locals what does well in your area.)

Transporting bees safely

• Use a vehicle where the bees aren't loose in the cab with you. A strapped box in a truck bed or a secured package in the cargo area is common, but keep them out of hot direct sun and wind.
• Make sure the box is fully closed and secured. A strap around a nuc box is cheap insurance.
• Drive home directly. Don't leave bees in a parked car in the heat.
• Wear a veil if bees are loose, just in case.

Where to put the hive

Placement is one of those decisions that's easy to get right on day one and painful to fix later, because once bees learn a location, moving the hive is tricky. (The common saying is "move a hive less than three feet or more than three miles." The idea is that small moves work and big moves reset their memory, but medium moves leave bees flying back to the old spot. NEEDS_FOUNDER_EYEBALL — this is a well-known rule of thumb; keep it framed as a saying, not a measured threshold.)

What bees like

• Morning sun. Many beekeepers face the entrance toward the morning sun so bees warm up and start foraging early. In very hot climates, afternoon shade can help.
• Shelter from strong wind. A hedge, fence, or building behind the hive helps.
• Good drainage. Not in a spot that floods or stays soggy.
• A level stand off the ground. Level side to side; slight forward tilt for drainage.
• Water nearby. Bees need water — a lot of it in heat. If you don't give them a source, they'll find one, maybe the neighbor's pool, dog bowl, or dripping faucet. Give them something reliable and shallow with landing spots: pebbles in a dish, floating corks, wet sand, a dripping hose onto a board. Set it up before the bees arrive so they learn it first. Apiary has a page on water stations that don't drown bees.

What people need

• A flight path away from walkways. Bees fly out of the entrance and quickly gain height, but near the entrance they're at head level. Don't face the entrance toward a path, patio, door, or the neighbor's yard.
• A flyway barrier if space is tight. A fence, hedge, or screen a few feet in front of the entrance pushes bees up over people's heads.
• Room to work. You need space beside or behind the hive to stand, set boxes down, and move. Don't wedge it in a corner where you can only reach the front.
• Access for heavy lifting. A box full of honey is heavy. Can you carry it from the hive to your house? Is there a path?
• Out of sight if neighbors are nervous. "Out of sight, out of mind" is a real thing. A hive tucked behind shrubs causes fewer worries than one in plain view.

Talking to neighbors

This is one of the best things you can do. Before you put bees in, talk to your neighbors:

• Tell them you're getting bees and where they'll be.
• Ask if anyone has a serious allergy.
• Tell them you'll provide water so bees don't use their pool.
• Offer honey later if you have extra. A jar of honey goes a long way.

You don't need permission (unless local rules require it), but goodwill is valuable. Neighbors who feel included are more likely to call you about a swarm than call the city.

Avoid these spots

• Low, damp spots where cold air settles.
• Right next to a dog run, kids' play area, or busy path.
• Under a dripping gutter or sprinkler.
• Places with heavy pesticide use nearby, if you can avoid them.
• Somewhere you can't get to easily in rain, snow, or heat.

City vs. rural vs. apartment

• City yards can be great — gardens and street trees often provide varied forage — but neighbors are closer, so placement and water matter even more.
• Rural land has space but sometimes big monoculture crops or pesticide exposure nearby, and bears or other big animals in some areas. NEEDS_FOUNDER_EYEBALL — add a note about bear-prone parts of California and electric fencing only if confirmed.
• Apartments usually aren't practical for honey bees. There's a separate Apiary page on that, with better options.

The "spot test" before bees arrive

Before you commit:

1. Stand where the hive will be at the time of day you'd inspect. Is it shaded or sunny?
2. Walk the path from your house carrying something heavy. Is it doable?
3. Look at where the entrance faces. Who walks through there?
4. Check where water will go and whether you can refill it easily.
5. Look up — power lines, branches that drop, gutters.

Fix it now. Once the bees learn the spot, every change gets harder.

Installing bees and the first eight weeks

The first two months are when a new colony is most fragile and when you'll learn fastest. Here's what to do, week by week, in plain terms. Timing shifts with your weather and with whether you started from a package or a nuc, so treat the weeks as rough.

Before install day

• Set the stand and level it.
• Put the bottom board, one brood box with frames, inner cover, and outer cover in place.
• Have a feeder ready and syrup mixed (see the feeding section).
• Set up the water source.
• Put the entrance reducer in on a small setting.
• Have your suit, veil, gloves, hive tool, and smoker ready. Smoke is often barely needed on install day, but have it lit just in case.
• Read your supplier's instructions. They may have specific advice for their packages or nucs.

Installing a package

There are a few accepted methods. The general shape:

1. Spray the package lightly with syrup (some beekeepers do this to keep bees busy grooming). Don't soak them.
2. Remove four or five frames from the middle of the brood box to make room.
3. Remove the syrup can and the queen cage from the package. Cover the hole so bees don't pour out yet.
4. Check the queen. Look through the screen. Is she alive and moving? If she's dead, contact your supplier right away.
5. Hang or place the queen cage between two frames in the middle of the box. Queen cages often have a candy plug at one end; the workers eat through it over a few days and release her, which gives them time to accept her. Some beekeepers remove a cork to expose the candy; follow your supplier's instructions. Make sure the screen side faces open space so workers can feed her.
6. Shake the bees into the open space. A firm thump on the ground then a pour works. Most bees will go in; the rest will follow.
7. Gently put frames back so you don't crush bees. Let them settle down between frames.
8. Put the inner cover, feeder, and outer cover on.
9. Set the package box in front of the hive so stragglers can find their way in.

Then leave them alone for several days. Many beekeepers wait around a week before opening the hive to check that the queen has been released. Disturbing the hive too early can lead to the queen being rejected or the bees absconding. NEEDS_FOUNDER_EYEBALL — confirm the common recommended wait before first check after a package install (often cited as several days to a week).

On that first check, if the queen is still in the cage, the candy may be hard or the bees may be slow. Ask your supplier or mentor before releasing her by hand.

Installing a nuc

Simpler, because the colony is already working:

1. Light the smoker.
2. Put the nuc box next to your hive, ideally with its entrance facing the same way, and let bees calm for a bit if they've just traveled. Some beekeepers set the nuc box on the hive stand a day before to let foragers orient.
3. Open your brood box and remove enough frames to make space.
4. Open the nuc and lift frames out one at a time, in the same order and orientation, and place them in the middle of your box. Keep the brood nest together.
5. Look for the queen as you go if you can, but don't stress if you don't see her. Eggs mean she's there.
6. Fill the rest of the box with your empty frames on either side.
7. Shake or brush any remaining bees from the nuc box into the hive.
8. Close up, add a feeder if needed, and leave the nuc box near the entrance for stragglers.

Week 1–2: settle

• Keep feeding if there's no strong flow, especially for packages that need to build comb.
• Watch the entrance. You should see bees coming and going, some with pollen on their back legs (colored lumps). Pollen coming in is a good sign brood is being raised.
• For a package: do the queen-release check after the recommended wait. Then close up and leave them.
• Don't inspect every day. New beekeepers want to look constantly. Resist.

Week 2–4: confirm the queen

Your goal now is to confirm the queen is laying well.

• Look for eggs. Tiny white rice-grain shapes standing up in the bottom of cells. They can be hard to see; hold the frame so the sun is behind you shining into the cells. Reading glasses help a lot of people.
• Look for young larvae. Small white C-shaped grubs in a bed of milky food.
• Look at the pattern. A good queen lays in a fairly solid pattern — few skipped cells.
• Check that comb is being built on new frames.

If you see eggs and young larvae, you have a laying queen. You don't need to find her. Close up.

Week 4–6: watch the growth

• The first new workers from a package should start emerging about three weeks after the queen started laying. Before that, the population shrinks. Don't panic.
• Keep checking every 7–14 days.
• When the colony has drawn out most of the frames in the first box and bees cover most of them, it's usually time to add a second box. A common rule of thumb is when about 7 of 10 frames (or 6 of 8) are drawn and busy. NEEDS_FOUNDER_EYEBALL — the "7 of 10 frames" rule is common advice; confirm framing.
• Adding a box too early leaves too much space to heat and defend. Too late, and they feel crowded.

Week 6–8: first mite check

• Do your first real varroa mite count (see the varroa section). Yes, even this early. You want a baseline.
• Keep checking the queen, brood pattern, food stores, and space.
• Consider removing the entrance reducer or opening it wider as the colony grows, unless robbing is a risk.
• Start writing down trends. Is the colony growing week to week?

What success looks like at eight weeks

• Eggs and young larvae every inspection.
• A growing population.
• Drawn comb filling a box or more.
• Pollen and nectar coming in.
• A mite count recorded.
• Calm-ish bees.

What trouble looks like early

• No eggs and no young larvae for more than one inspection (especially after seeing them before) — possible queen problem.
• Bees leaving in a cloud and not coming back — possible absconding (more common with packages early on).
• Lots of bees fighting at the entrance — possible robbing. Reduce the entrance, stop open feeding, and make sure your feeder doesn't leak.
• Very few bees and not growing — possible weak queen, disease, or not enough food.

When in doubt, call your mentor or post photos in your club group. Good photos of a full frame, held so light shows the cells, help other people help you.

Inspections: how, how often, and how to read a frame

An inspection is you opening the hive to see how the colony is doing. It's the core skill of beekeeping. Everything else is responding to what you see.

Why inspect at all?

To answer a few questions:

1. Is there a laying queen? (Eggs, young larvae.)
2. Is the brood healthy? (Pattern, color, smell, cappings.)
3. Do they have enough food? (Honey and pollen.)
4. Do they have enough space? (Room for the queen to lay and for nectar to be stored.)
5. Are there signs of swarming? (Queen cells, crowding.)
6. Are there signs of pests or disease? (Mites, beetles, moths, odd brood.)
7. What's their temperament? (Calm or hot? Changing?)

If you go in with those questions, inspections get faster and more useful. If you go in "just to look," you'll often stay too long and learn less.

How often?

A common guideline for the active season is every 7 to 14 days. More often during swarm season in spring, when queen cells can go from started to swarming in about a week or so. Less often in a dearth (a time with little nectar), when opening the hive can trigger robbing. Rarely or not at all in the cold dormant season.

New beekeepers often inspect too often, out of excitement, and that can slow the colony down. Each inspection disrupts their work and the nest temperature. Open with a purpose, then close up.

Apiary has a separate page on how often beginners should check a hive, with more detail.

When to inspect

• Warm, calm, sunny days. Ideally midday, when many foragers are out and fewer bees are home.
• Not in cold weather. If it's too cold for you to be comfortable in a T-shirt, it may be too cold to open for long. Many beekeepers use a rough temperature threshold; ask locally. NEEDS_FOUNDER_EYEBALL — commonly cited minimum inspection temperature (often around the high 50s to 60s °F) should be confirmed before publishing.
• Not in rain, wind, or right before a storm. Bees are home and cranky.
• Not at dusk or night for routine work. Everyone's home, and bees crawl.

Before you open

• Have a plan. Write down the two or three questions you want answered.
• Light the smoker and make sure it'll stay lit.
• Suit up.
• Have your hive tool, frame rest or spare box, and notebook ready.
• Stand to the side or behind the hive, not in the flight path.

Opening the hive

1. Puff smoke at the entrance — a few gentle puffs. Wait about 30 seconds to a minute.
2. Remove the outer cover. Puff a bit of smoke into the hole in the inner cover or under its edge.
3. Pry the inner cover up with your hive tool. Puff smoke across the top bars. Not a blast — light puffs.
4. Remove a frame from the edge first. The edge frames usually have fewer bees and less brood. Loosen it with your hive tool, then lift it straight up slowly, without rolling bees against the next frame. Set it on the frame rest or lean it against the hive.
5. Now you have space. Slide each frame toward the gap to lift it out without crushing bees.
6. Work through the box one frame at a time.

How to hold a frame

• Hold it by the end bars (the "ears"), over the hive if you can, so if the queen falls she falls back in.
• Lift it straight up and look at one side.
• To see the other side, turn it like a page: tilt it vertically and rotate, keeping the comb vertical. Heavy, warm comb — especially new comb — can break if held flat. In heat, keep comb vertical.
• Look with light behind you shining into the cells.

Reading a frame: what you're looking at

Eggs. Tiny, white, like a grain of rice. One egg per cell, standing up or leaning at the bottom. Hardest thing to see; easiest sign of a queen. Multiple eggs in a cell, or eggs on the cell sides instead of the bottom, can be a sign of laying workers (see queen section) — or a newly mated queen getting started. Context matters.

Young larvae. Small, white, C-shaped, sitting in a pool of milky food. Pearly and glistening is healthy.

Older larvae. Bigger, filling the cell.

Capped worker brood. Flat or slightly domed wax caps, tan to brown. A good pattern is mostly solid, with some gaps.

Capped drone brood. Bigger, bullet-shaped, domed caps, often around the edges or bottom of frames.

Pollen. Packed, colorful cells — yellow, orange, gray, even purple or red, depending on the flower.

Nectar. Shiny liquid in uncapped cells. Shake a frame gently over the box — nectar may drip.

Capped honey. White or off-white wax caps, flatter than brood, usually at the top of frames and in outer frames.

Queen cells. Peanut-shaped cells hanging off the face or bottom of the frame, much bigger than other cells. More in the swarm and queen sections.

Queen cups. Small, empty cup shapes, often on the bottom of frames. Many colonies keep these around. A cup with an egg or larva in it is a different story.

Reading the pattern

The brood pattern tells you a lot about the queen and the colony's health.

• Solid pattern, few gaps: generally a good, laying queen and healthy brood.
• Spotty pattern, lots of gaps: could be an aging or poorly mated queen, disease, mite load, inbreeding, or simply bees using some cells for nectar. Look closer.
• Sunken, discolored, or perforated cappings: a warning sign of brood disease. See the disease section, and get help if you see it.
• Brood scattered, raised caps on worker-size cells, multiple eggs per cell: possible laying workers or drone-laying queen.

What to do with what you see

Here's a simple decision guide:

• Eggs present, good pattern, food OK, room OK, no queen cells: close up. Record. Come back in 7–14 days.
• No eggs, no young larvae: possible queen problem. Look for queen cells. See queen section. Don't panic on one inspection — the queen may be pausing, or you may have missed eggs.
• Out of space (frames full of brood, nectar, and bees): add a box. See swarming section.
• Swarm cells (queen cells on the bottom edges, often several): they're preparing to swarm. See swarming section.
• Supersedure cells (one or a few on the face of a frame): they may be replacing the queen. Usually best to let them.
• Low stores: feed (if season allows).
• Odd brood: take photos and ask an experienced beekeeper or your state apiary inspector.

Closing up

• Put frames back in the same order and orientation.
• Push frames together so spacing is right. Leaving gaps can lead to wild comb.
• Make sure no bees are trapped on the edges as you put boxes back. Slide boxes on at an angle and rotate into place to roll bees away instead of crushing them.
• Inner cover, outer cover. Check the entrance reducer.
• Write it all down.

The "don't crush the queen" habits

• Go slowly.
• Lift frames straight up.
• Don't roll frames against each other.
• Look before setting boxes down — bees can be on the bottom edge.
• If you see the queen, keep her frame over the hive and put it back gently.

Temperament and stings during inspections

Bees are usually calmer when there's a nectar flow, the weather is good, and you're slow. They're usually crankier in a dearth, when it's about to rain, when the hive is queenless, after a predator has bothered them, or when you're rough.

If the bees get very defensive:

• Smoke a little more.
• Close up calmly. Don't swat.
• Walk away. Bees often follow a short distance. Get into shade or a building if needed.
• Scrape out stingers with a fingernail or hive tool edge quickly. The general advice is to get the stinger out fast; the exact method matters less than speed.
• Wash your hands and gear — alarm pheromone lingers.

If a colony is consistently very defensive across inspections — following you far, stinging through gear, attacking people walking by — that's a problem to solve, not just live with. It could be genetics, queenlessness, or something bothering them. Talk to your club. Requeening is a common fix, but get help.

My own rule, borrowed from my agents

The rule I give my agents on the AMH Agent Board for a first look at anything is: diagnose only, don't change anything. Read the file, report back, then decide. I use the same split in beekeeping: an inspection is for looking and writing down. Big changes — splitting, requeening, combining, treating — happen after I've looked, thought, and maybe asked someone. It slows you down in exactly the right way.

Feeding and forage

Bees make their own food from flowers. Feeding is a tool for the times when flowers can't keep up: a new colony building comb, a long dearth, a colony short on stores before the dormant season. Feeding well is about knowing when to start and when to stop.

What bees eat

• Nectar → honey (carbohydrate). Energy. Fuels flight, wax production, heating, and everyday life.
• Pollen (protein, fats, vitamins, minerals). Needed to raise brood. Nurse bees eat pollen to produce the food they feed larvae.
• Water. For cooling the hive, diluting stored honey, and making brood food.
• Propolis (plant resin). Not food, but bees collect it to seal gaps and coat the inside of the nest. It's thought to have antimicrobial value for the colony.

Forage: what's around you matters most

Honey bees forage across a wide area — often described as up to a few miles from the hive, with much of their foraging closer when good sources are near. NEEDS_FOUNDER_EYEBALL — confirm the commonly cited foraging range and phrase as a typical range, not a hard number.

That means your colony's food mostly comes from outside your yard. Your garden helps, but the neighborhood, parks, street trees, farms, and wild land around you matter more.

Nectar flow is when lots of plants are blooming and producing nectar, and bees bring in more than they eat. Dearth is when there's little nectar, often in the heat of summer or late in the season in many climates. Learning your local flow and dearth timing is one of the most valuable things your club can teach you.

Signs of a flow:

• Lots of foragers coming and going, fast and direct.
• New white wax on the tops of frames.
• Frames getting heavier with nectar.
• Calmer bees.

Signs of a dearth:

• Fewer foragers.
• Bees hanging around, investigating other hives, and trying to get into gaps (robbing behavior).
• Crankier bees.
• Stores going down.

Planting for bees

If you want to help your own bees and others:

• Plant in clumps, not one of each. Bees work patches.
• Plant for a long season — early, mid, and late bloomers.
• Open, single flowers are usually easier for bees than tightly double flowers. Apiary has a page on cosmos and open blooms.
• Native plants often support native bees too.
• Avoid pesticides on blooming plants, especially systemic insecticides. If you must treat something, follow the label and avoid spraying open flowers.
• Leave some "weeds." Clover, dandelions, and other lawn flowers can be great early forage. Apiary has pages on bee-friendly weeds and clover lawns.

Apiary has a whole set of plant pages, including Central Valley forage calendars, Bay Area native plants, and summer-long flowers, if you want local starter lists.

When to feed

Common reasons to feed:

1. New colonies (especially packages) building comb, until they've drawn out a box or so, or until a strong flow starts.
2. Dearth periods when a colony's stores are dangerously low.
3. Before the dormant season if the colony doesn't have enough stored honey.
4. Emergency feeding in winter or early spring if stores run out.

Reasons not to feed (or to stop):

• When honey supers are on that you plan to harvest for yourself. Bees will store syrup in the supers, and syrup stored as "honey" isn't honey. Many beekeepers remove supers before feeding or don't feed when supers are on.
• When there's a strong flow and stores are fine. Unnecessary feeding can fill the brood nest with syrup and leave the queen no room to lay, which can trigger swarming.
• When it's too cold for bees to take syrup. In cold weather, liquid feed can chill the cluster or go untouched. That's when beekeepers use solid feed.

Sugar syrup basics

Syrup is plain white granulated cane or beet sugar dissolved in water. Common ratios by weight or volume:

• 1:1 (one part sugar, one part water) — thinner, similar to nectar. Often used in spring to stimulate brood rearing and comb building.
• 2:1 (two parts sugar, one part water) — thicker. Often used in fall to build stores, because bees have less water to evaporate.

How to mix: warm water (hot tap or heated, not boiling), stir in sugar until dissolved, cool to room temperature before feeding.

What not to use:

• Brown sugar, raw sugar, molasses, powdered sugar with cornstarch for syrup — these can contain things bees don't digest well. NEEDS_FOUNDER_EYEBALL — confirm the standard guidance on avoiding brown/raw sugar for bees and phrase carefully.
• Honey from unknown sources. Honey from other colonies, even store-bought, can carry American foulbrood spores. Never feed bees honey unless it came from your own healthy colonies.
• Burnt or caramelized sugar. Can be harmful to bees.
• Additives you don't understand. There are many feeding supplements sold. Some have research behind them; many don't. Start with plain syrup.

Feeder types

• Top feeder (hive-top feeder). A tray that sits on top of the brood box under the cover. Holds a lot; you refill without opening the brood nest. Bees can drown in some designs; floats or screens help.
• Jar or bucket feeder over the inner cover. A jar or bucket with small holes in the lid, flipped over the inner cover hole. Simple, cheap, and effective. Put an empty box around it to shield it from weather.
• Frame feeder (division board feeder). A plastic tank the size of a frame that sits inside the box. Holds syrup close to the bees. You have to open the box to refill it, and bees can drown without ladders or floats.
• Entrance feeder (boardman). A jar in a holder at the entrance. Easy to see levels, but it can encourage robbing and doesn't work well in cold weather. Many beekeepers avoid entrance feeders for that reason.
• Open feeding. Putting syrup out in the open for any bee to take. Usually discouraged — it can trigger robbing frenzies, spread disease between colonies, and feed your neighbors' bees and wasps instead of your own.

Pollen and pollen substitutes

If there's no natural pollen, colonies struggle to raise brood. Beekeepers sometimes feed pollen substitute patties — commercial protein patties — in late winter or during a dearth. Some notes:

• They can stimulate brood rearing, which you may or may not want depending on the season.
• They can attract small hive beetles in areas where beetles are a problem. Feed only what bees will eat in a few days.
• Natural pollen is generally better for bees than substitutes. Substitutes are a bridge.

Solid feed for cold weather

In cold weather, bees can't easily process liquid syrup. Beekeepers use:

• Fondant — a sugar paste or candy.
• Sugar bricks or candy boards — sugar mixed with a little water, dried into blocks.
• Dry sugar ("mountain camp" method) — dry granulated sugar on paper on top of the frames. Bees use moisture in the hive to take it.

These are emergency or supplemental feeding, placed directly over or near the cluster so bees can reach it without breaking cluster. Your local club will have strong opinions on which they like.

How much do they need for winter?

It depends a lot on climate. In cold climates with long winters, colonies need substantial honey stores. In mild climates, colonies may forage on warm days in winter and need less. Rather than quoting a pound number that may not fit your area, I'll say: ask your local club what a colony needs going into winter where you are, and learn to "heft" the hive — lift the back of the hive slightly to feel its weight. Over time you'll learn what heavy and light feel like. NEEDS_FOUNDER_EYEBALL — consider adding commonly cited winter store ranges for cold vs. mild climates with sources.

Robbing: the feeding danger

Robbing is when bees from other colonies (or wasps) invade a hive and steal its honey. It can kill a weak colony fast. It's most common in a dearth, during feeding, and after an inspection where honey was exposed.

Signs of robbing:

• Frantic, zigzagging bees at the entrance and around cracks.
• Fighting bees, dead bees at the entrance.
• Bits of wax caps on the landing board (they're tearing open honey).
• A sudden loud, intense buzz around the hive.

What to do:

• Reduce the entrance to a small hole.
• Close any gaps in boxes.
• Stop open feeding and fix leaking feeders.
• Put a robbing screen on the entrance (a screen that redirects the entrance so robbers get confused).
• Cover the hive with a wet sheet in a bad robbing event (a common trick to make robbers give up). NEEDS_FOUNDER_EYEBALL — confirm wet-sheet trick framing.
• Inspect quickly during a dearth, and don't leave honey frames sitting out.

Prevention is easier than stopping it. Feed inside the hive, keep entrances reduced during dearths and for weaker colonies, and keep honey covered.

A note from my setup

I run my whole stack lean on free tiers on purpose. The thing that eats budget isn't the big decisions; it's the slow leaks nobody's watching. Feeding is like that for bees. Most beginners don't kill a colony by not feeding; they hurt it by feeding on autopilot — syrup in the supers, syrup when there's a flow, syrup outside triggering robbing. Feed when you've looked and the colony needs it. Stop when it doesn't.

Varroa mites: the one problem you can't skip

If I could make every new beekeeper read only one section of this page, it would be this one. Varroa mites are widely considered one of the biggest threats to managed honey bee colonies in most parts of the world where they're present. Many colonies that "just died over the winter" were carrying heavy mite loads and the viruses that come with them. Apiary has a separate beginner page on varroa, and one on why colony collapse disorder and varroa get mixed up in the news. This is the full hub version.

What varroa is

Varroa destructor is a small reddish-brown mite, about the size of a pinhead, that lives on honey bees. It's visible to the naked eye, though small. It originally lived on a different species of honey bee in Asia and jumped to the Western honey bee, which hadn't evolved defenses against it. It has since spread to most parts of the world where Western honey bees are kept. NEEDS_FOUNDER_EYEBALL — confirm current list of regions still varroa-free (e.g., Australia's status has changed in recent years) before mentioning any specific region.

How it hurts bees

• Feeding. Mites feed on developing and adult bees. Research in recent years has pointed to mites feeding substantially on the bees' fat body tissue, which matters for immunity and for winter bees' longevity. NEEDS_FOUNDER_EYEBALL — confirm phrasing of the fat body research and cite the study.
• Viruses. The bigger problem. Mites spread viruses between bees, especially deformed wing virus. Bees with deformed wing virus may emerge with shriveled, crumpled wings and can't fly.
• Weakened winter bees. Winter bees raised while mite loads are high may not live long enough to carry the colony through winter.

How mites reproduce

This is the part that explains how to fight them.

• A female mite enters a brood cell shortly before it's capped.
• Inside the capped cell, she lays eggs. Her offspring develop and mate inside the cell while the bee pupa develops.
• When the bee emerges, the mother mite and her mated daughters come out with it and look for new cells.
• Drone cells are capped longer (remember: about 24 days total development vs. 21 for workers), which gives mites more time to reproduce. That's why mites favor drone brood.
• Mites riding on adult bees between cells are called "phoretic" or in the "dispersal phase." NEEDS_FOUNDER_EYEBALL — newer literature prefers "dispersal phase" over "phoretic"; confirm.

What this means: most of the mites in a colony with lots of brood are hidden under cappings, where many treatments can't reach. And mite populations can grow fast as the colony grows, then become concentrated on fewer bees when brood rearing slows down in late summer and fall. That late-season spike is what kills colonies.

Why you can't just look for them

New beekeepers often say "I didn't see any mites." That doesn't mean much. Most mites are hidden in capped brood or tucked between a bee's body segments. By the time you can see mites easily on bees or see deformed wings, the load is often already high.

The only way to know is to count.

How to count mites

There are a few common methods. Here's the short version from most reliable to least.

1. Alcohol wash.

• Take a sample of bees from a brood frame (nurse bees, not foragers — brood frames carry more mites). Avoid the queen.
• A commonly used sample is about half a cup of bees, often cited as about 300 bees. NEEDS_FOUNDER_EYEBALL — confirm "half cup ≈ 300 bees" with a source like Honey Bee Health Coalition.
• Put them in a jar with rubbing alcohol (or windshield washer fluid, which some people use).
• Shake for a minute or so. Mites fall off.
• Pour through a screen, and count the mites.
• Divide by the number of bees to get mites per 100 bees (a percentage).

It kills the bees in the sample. That's a few hundred out of tens of thousands — a small price compared to losing the colony. Many experienced beekeepers consider it the most accurate common field test.

2. Sugar roll.

• Same sample.
• Put bees in a jar with a mesh lid, add powdered sugar, roll to coat them.
• Let sit briefly, then shake the sugar out onto a light surface. Mites fall with the sugar.
• Count. Release the bees (they'll get cleaned up by their sisters).

It doesn't kill the bees, which many people prefer. It may be less accurate in humid conditions. NEEDS_FOUNDER_EYEBALL — confirm sugar-roll accuracy notes.

3. CO2 tests.

Some commercial devices use carbon dioxide to knock mites off bees without killing the bees. Results and reliability vary by device. Check reviews and your club's experience.

4. Sticky board.

• A sticky or greased board under a screened bottom catches mites that fall naturally.
• Count mites after a set time (often 24–72 hours) to get a "mite drop."

It gives you a trend, but it's hard to translate into a reliable load number, and it's affected by many things. It's a weaker test than a wash. Better than nothing; not a replacement.

What count means "treat"?

This is where I'm going to be careful, because thresholds vary by season, region, and source.

Many beekeeping extension services and the Honey Bee Health Coalition publish thresholds as mites per 100 bees, often lower in spring (when you want to stay ahead of growth) and higher-tolerance numbers later. Commonly cited ranges put action thresholds in the low single digits per 100 bees. NEEDS_FOUNDER_EYEBALL — pull the current published thresholds (e.g., Honey Bee Health Coalition "Tools for Varroa Management") with season-by-season numbers and a link before publishing; do not publish a number without a source.

What I'd tell a beginner:

• Test regularly — many beekeepers test every month or so in the active season, and before and after treatments.
• Use a published threshold from a trusted source (Honey Bee Health Coalition, your state extension service, your state apiary program).
• Act when you reach it, not weeks later.
• Test after treatment to see if it worked.

When to test

• Spring: a baseline, and to catch colonies that came out of winter heavy.
• Early summer: mite populations are growing with the colony.
• Late summer: the critical time. Mite loads often peak and winter bees are being raised. Many beekeepers consider this the most important window to get mites down.
• Fall: check that treatments worked.
• After any treatment: confirm.

Treatment options, in plain terms

There's no single magic treatment. Beekeepers use a mix, sometimes called integrated pest management (IPM): monitoring, non-chemical methods, and treatments chosen for the season and situation.

A legal note first. In the U.S., pesticides including mite treatments are regulated, and the label is legally binding. "The label is the law" is a phrase you'll hear. Use only registered products, exactly as the label says — dose, temperature range, timing, honey super rules, and protective gear. Check your state's rules too. NEEDS_FOUNDER_EYEBALL — confirm phrasing of U.S. label law and state registration status for treatments listed below.

Common categories (check current availability, labels, and local registration):

• Oxalic acid. An organic acid. Applied as a dribble, a vapor (sublimation), or in extended-release forms. Works mostly on mites on adult bees, not under cappings, so it's most effective when there's little or no capped brood (a "broodless" period). Vaporizing requires serious protection — a proper respirator, goggles, gloves — because the vapor is harmful to people. Follow the label exactly.
• Formic acid. An organic acid that, unlike many treatments, can reach mites under cappings. Comes in pads or strips. It's very temperature-sensitive; too hot and it can hurt the queen and brood, and too cold and it may not work. Follow label temperatures exactly.
• Thymol. A compound from thyme oil. Used in gels or strips. Temperature-dependent. Bees may slow down while it's on.
• Hop beta acids. From hops. Applied as strips.
• Synthetic miticides. Some products use synthetic chemicals. Mite resistance to some synthetic treatments has been reported, and some products are no longer recommended in certain areas for that reason. NEEDS_FOUNDER_EYEBALL — confirm current resistance status of common synthetic miticides (e.g., fluvalinate, coumaphos, amitraz) before naming any.

I'm intentionally not naming brands or giving doses, because both change and must come from the current label.

Honey supers. Some treatments can't be used with honey supers on for human consumption; others can. The label will say. This is one of the main reasons beekeepers plan their honey harvest around treatment timing.

Non-chemical and cultural methods

• Drone brood removal. Since mites prefer drone brood, some beekeepers put in a drone frame, let the bees build drone comb and let the queen lay it, then remove and freeze the frame after capping and before drones emerge. It removes mites with it. Timing matters; if you forget, you've raised a frame full of mites.
• Brood breaks. Interrupting the queen's laying (for example, by caging her for a period, or by making a split where one part raises a new queen) creates a period with little capped brood, so more mites are exposed — which makes treatments like oxalic acid more effective.
• Splits. Making a split interrupts brood and spreads the mite load, though it doesn't eliminate mites.
• Screened bottom boards. Some mites that fall off may not climb back. The effect on its own is generally considered modest. NEEDS_FOUNDER_EYEBALL — confirm.
• Resistant genetics. Some bee lines are bred for traits that help against mites, such as hygienic behavior (removing infested brood). These can help, but most sources don't recommend skipping monitoring because of genetics.

"Treatment-free" beekeeping

You'll meet people who keep bees without treating for mites. Some do it thoughtfully, with careful monitoring, local survivor stock, and a willingness to accept losses. Others just don't treat and lose colonies, which can also spread mites to nearby colonies when those colonies collapse and get robbed out (sometimes called "mite bombs").

For a beginner, my honest advice: learn to monitor and treat first. Learn what your colonies look like with mites under control. If you get interested in treatment-free approaches later, you'll do it with real knowledge.

Signs of a mite problem you can see (late signs)

• Bees with deformed, shriveled wings.
• Spotty brood with uncapped or chewed-open pupae.
• Mites visible on bees, especially on drones.
• A colony that was strong in summer shrinking fast in fall.
• A dead colony in winter with honey left and few bees, some head-first in cells, maybe with white specks (mite poop) on cell walls.

If you see these, test right away and get help.

Mites and neighbors

Mites move between colonies — through drifting bees, robbing, and drones. Your colony's mites are partly your neighbors' problem, and theirs are partly yours. That's one reason clubs often coordinate treatment timing, and why good mite management is a community thing.

Why I care about this one so much

In my setup, the failures that hurt most aren't the loud ones. They're the quiet ones nobody was measuring — a connection that failed on one machine and got worked around silently, a draft folder that went empty and nobody looked. Varroa is the quiet failure of beekeeping. The colony looks fine, right up until it doesn't. The fix is the same in both worlds: measure on a schedule, write the number down, and act on the number, not the vibe.

Other pests and diseases

Varroa gets its own section because it's everywhere. These are the others a beginner should be able to recognize — not necessarily diagnose with certainty, but recognize well enough to say "this looks wrong, I need help."

A general rule first: if you suspect a brood disease, especially American foulbrood, stop and get an expert. Don't move frames between hives. Don't sell or give away equipment. Call your state apiary inspector or extension service, or your club. Many places have laws about reporting certain bee diseases.

American foulbrood (AFB)

What it is: A bacterial disease of honey bee larvae, caused by Paenibacillus larvae. It forms spores that can survive for a very long time in equipment, comb, and honey. It's highly contagious between colonies, mainly through robbing, drifting, and beekeepers moving contaminated equipment or honey.

Signs:

• Spotty brood pattern.
• Cappings that are sunken, darkened, greasy-looking, or have small holes.
• Larvae that turn from pearly white to tan or brown and melt into a sticky mass.
• The rope test: insert a small stick into a suspicious cell, stir, and slowly pull out. Infected remains may stretch out in a ropy, elastic string. Apiary has a separate page on the rope test and who to call.
• Dried scales stuck to the bottom of cells, hard to remove.
• A foul smell is often described, though you shouldn't rely on smell alone.

What to do: Stop. Don't move frames. Contact your state apiary inspector or ag department. In many places AFB is a reportable disease, and the standard response for confirmed AFB often involves destroying the colony and equipment by burning. NEEDS_FOUNDER_EYEBALL — confirm California reporting requirements and current recommended response for AFB.

Antibiotics are sometimes used for prevention or treatment in some jurisdictions under veterinary oversight, but they don't kill spores. In the U.S., antibiotic use for bees requires a veterinarian's authorization. NEEDS_FOUNDER_EYEBALL — confirm the U.S. veterinary feed directive / prescription requirement for bee antibiotics.

Prevention: buy bees and used equipment from reputable sources, never feed honey from unknown sources, and don't let colonies get robbed out.

European foulbrood (EFB)

What it is: Another bacterial brood disease, caused by Melissococcus plutonius. Generally considered less persistent than AFB, but it can be serious.

Signs:

• Twisted, discolored larvae, often in uncapped cells — larvae may look melted, yellowish, or brown, and lie in odd positions.
• Spotty brood.
• Often appears under stress, like poor forage.
• Remains generally don't rope like AFB, though field diagnosis can be tricky.

What to do: Get an expert to look. Lab testing is available in many places. Treatment approaches vary. NEEDS_FOUNDER_EYEBALL — confirm lab testing options (e.g., USDA Bee Research Lab sample submission) and link.

Chalkbrood

What it is: A fungal disease of larvae.

Signs: Larvae turn into hard, chalky, white or gray-black "mummies." You may see mummies on the landing board or bottom board, where the bees have pulled them out.

What to do: Usually linked with stress, dampness, or cool brood. Common advice is improving ventilation, keeping the hive dry, and requeening if it persists. Often clears up as the colony strengthens.

Sacbrood

What it is: A viral disease of larvae.

Signs: Larvae die after capping, and the remains become a fluid-filled sac. The head may darken and point up, sometimes described as a "canoe" or "gondola" shape.

What to do: Often clears up on its own as conditions improve. Requeening is sometimes suggested if it persists.

Deformed wing virus (DWV)

Covered in the varroa section. Bees emerge with crumpled wings. It's strongly linked to mites. The answer is mite control.

Nosema

What it is: A gut infection caused by microsporidian parasites (Nosema apis and Nosema ceranae, now sometimes reclassified under a different genus name). NEEDS_FOUNDER_EYEBALL — confirm current genus naming (Vairimorpha).

Signs: Often no obvious signs. N. apis is sometimes associated with dysentery (brown streaks on the front of the hive), but streaks alone don't confirm nosema — bees also poop near the hive after being confined. Diagnosis usually requires a microscope.

What to do: Good nutrition, a strong colony, and keeping the hive dry are general advice. Treatment options vary by region and availability.

Small hive beetle (SHB)

What it is: A small, dark beetle whose larvae tunnel through comb, eat brood, pollen, and honey, and cause honey to ferment and ooze. A bigger problem in warm, humid areas.

Signs:

• Small, dark beetles running from light when you open the hive.
• Slimy, fermenting comb with a rotting orange smell.
• Larvae crawling in comb.

What to do:

• Keep colonies strong; strong colonies chase beetles.
• Don't give a colony more space than it can patrol.
• Use beetle traps in the hive (oil traps between frames, etc.).
• Avoid leaving pollen patties the bees won't finish.
• Process honey frames quickly after harvest.
• A badly slimed colony may need help or removal of ruined comb.

Wax moths

What it is: Moths whose larvae tunnel through comb, especially comb with pollen and old brood cocoons. They're mostly a problem for stored comb or very weak colonies.

Signs: Webbing and tunnels through comb, gray silky trails, cocoons in the woodwork, frass (droppings).

What to do:

• Keep colonies strong.
• Don't leave stored comb unprotected. Freezing comb for a period kills eggs and larvae; then store in a sealed, cool, or light, airy place. NEEDS_FOUNDER_EYEBALL — confirm commonly cited freezing duration for killing wax moth stages.
• Some beekeepers use specific treatments for stored comb; follow labels if you do.

Tracheal mites

What it is: A microscopic mite that lives in the bees' breathing tubes. More of a problem in past decades in some areas; many bee lines now have more resistance. NEEDS_FOUNDER_EYEBALL — confirm current status.

Signs: Hard to spot without a microscope. Sometimes associated with bees crawling with "K-wings" (wings held at odd angles).

Ants

Ants raid hives for honey and brood in some areas. Apiary has a separate page on keeping them out without poison. Common approaches: put hive stand legs in containers of water or oil, keep grass and weeds trimmed so nothing bridges onto the hive, and use sticky barriers on stand legs. Avoid putting poison near the hive.

Wasps and yellowjackets

Wasps and yellowjackets can rob hives and kill bees, especially in late summer and fall. Strong colonies usually defend themselves. Help by:

• Reducing the entrance.
• Using robbing screens.
• Trapping wasps away from the hive (be careful not to bait honey bees too).
• Not leaving honey or syrup exposed.

Hornets

In some parts of the world, certain hornets are serious bee predators. In the U.S., the northern giant hornet (sometimes called by a scarier nickname in the news) was detected in the Pacific Northwest. Officials have run eradication efforts. NEEDS_FOUNDER_EYEBALL — confirm the current status of northern giant hornet in the U.S. (eradication was declared in late 2024 per USDA/WSDA reports; verify) before publishing anything about it. Report any suspected invasive hornet sightings to your state ag department.

Mice, skunks, raccoons, and bears

• Mice move into hives in cold weather to nest in comb. Use a mouse guard (a metal strip with small holes) or an entrance reducer in fall.
• Skunks scratch at the entrance at night and eat bees. Signs: scratched-up dirt in front and bees agitated in the morning. Raising the hive or adding a barrier can help.
• Raccoons may knock lids off. Weight the lids with something heavy.
• Bears in bear country can destroy hives. Electric fencing is the common answer. Check local guidance.

Pesticide poisoning

Signs can include lots of dead or twitching bees at the entrance suddenly, especially after nearby spraying. It can be hard to prove. If you suspect it, take photos, note the date and time, and contact your state agriculture department; some states investigate bee kills. NEEDS_FOUNDER_EYEBALL — confirm California's process for reporting suspected pesticide bee kills.

To reduce risk, talk to neighbors and nearby farms, and register your hives where registries exist so pesticide applicators can be notified. Some states run "sensitive crop" or bee registries; check yours.

When to call for help

Call your club, mentor, or state apiary inspector if you see:

• Sunken, greasy, or perforated cappings with discolored larvae.
• Ropy brood remains.
• Sudden mass die-offs at the entrance.
• Something you can't identify and can't photograph clearly.

Take clear photos of a full frame in good light, plus close-ups. Write down what you saw and when. That's the same thing I ask of any agent that hits an error: say what you saw, what you did, and what you didn't touch. Clean reports get fast, good answers.

Swarming: why it happens and what to do

Swarming is the most dramatic thing a colony does, and one of the main ways beginners lose bees. It's also completely natural. Understanding it turns it from a disaster into something you can plan around.

Why colonies swarm

Swarming is colony reproduction. A strong, healthy colony with good resources reaches a point where it raises new queens and splits itself in two: the old queen leaves with a big share of the workers, and the rest stay with the developing queens.

Common triggers that beekeepers watch for:

• Crowding — not enough room for bees, brood, or nectar.
• A strong, growing colony in spring — swarm season in many areas lines up with the spring buildup and main flow.
• Brood nest congestion — the queen has no empty cells to lay in, often because bees filled them with nectar ("honey bound").
• Less queen pheromone spreading through a crowded hive — one widely discussed factor is that in a crowded colony the queen's signals reach fewer bees. NEEDS_FOUNDER_EYEBALL — confirm phrasing of the queen-pheromone/congestion explanation.
• An older queen — some beekeepers report older queens' colonies swarm more readily.
• Genetics — some lines are described as more swarm-prone.

What happens, step by step

1. The colony builds swarm cells — usually several queen cells, often along the bottom edges of frames.
2. The queen is fed less and slims down so she can fly.
3. Around the time the first queen cells are capped, the old queen and a big group of workers leave — often on a warm, sunny day, usually midday. NEEDS_FOUNDER_EYEBALL — confirm the common timing of swarm departure relative to capping.
4. The swarm clusters on a branch, fence, or other object nearby while scouts look for a new home.
5. The scouts "decide" on a site and the swarm flies off to it.
6. Back home, a new queen emerges. Sometimes the colony throws additional smaller swarms (called "afterswarms" or "casts") with virgin queens.
7. One queen eventually wins, goes on mating flights, and starts laying. There's a gap of weeks with no new eggs.

Why beekeepers care

• You lose a big share of your bees. That's your workforce for the honey crop.
• You may lose your honey crop for that season.
• The remaining colony goes through a queenless period, which carries the risk that the new queen fails to mate or doesn't return from a mating flight.
• Neighbors may panic at a swarm on their fence.
• The swarm may move into a wall or chimney, which is expensive for someone to remove.

Signs a colony is getting ready to swarm

• Lots of bees, frames packed, bees hanging around on the outside of the hive or bearding when it's not that hot.
• Brood frames with no empty cells for the queen.
• Nectar stored in the brood nest.
• Queen cups with eggs or larvae in them, especially along the bottom edges of frames.
• Capped queen cells — swarming may be very close or may have already happened.
• A sudden drop in population with capped queen cells and no eggs — they may have already swarmed.

Tip: to check for swarm cells quickly, many beekeepers tip up the top brood box from the back and look at the bottom edges of the frames. Queen cells are often hanging there.

Swarm cells vs. supersedure cells vs. emergency cells

This matters, because the right response depends on why the bees are making queens.

• Swarm cells: often many, often along the bottom edges of frames, in a strong, crowded colony in swarm season.
• Supersedure cells: usually one to a few, often on the face of the comb, when the colony is replacing a failing queen. Often best to let them proceed.
• Emergency cells: built from worker cells after the queen suddenly dies or is lost, often on the face of the comb, sometimes many, with no queen or eggs present.

These are rules of thumb. Context — strength, season, eggs present or not — matters more than position alone.

Preventing swarms

You can't always prevent swarming, but you can make it much less likely:

• Add space before they need it. When the colony is filling most of a box, add the next one.
• Keep the brood nest open. If bees are packing nectar into the brood nest, give them a honey super and some empty frames for the queen.
• Swap or move frames (if you know what you're doing). Some beekeepers move frames of capped brood up and put empty frames into the brood nest to open it. Ask a mentor first.
• Inspect more often in swarm season.
• Make a split (see below).
• Keep younger queens. Some beekeepers requeen regularly for this and other reasons.

Splits: the controlled swarm

A split is you dividing a colony on purpose, before it does it on its own. It's the most powerful swarm-control tool a beginner can learn, and it also gives you more colonies.

A simple walk-away split (general idea):

1. Prepare a second hive.
2. Move some frames into it: frames with eggs and young larvae (so the new side can raise a queen if it doesn't have one), some capped brood, some honey and pollen, and plenty of bees.
3. Make sure you know where the original queen is — or at least that both sides have eggs.
4. The side without the queen raises a new queen from young larvae.
5. Feed if needed. Reduce the queenless side's entrance.

Other split types:

• Splitting with a bought queen. Faster: the new side gets a mated queen right away instead of waiting.
• Using swarm cells. If you find capped swarm cells, you can move frames with the cells into a new hive with bees. It catches the swarm impulse in a box you control.
• The "Taranov board," "Demaree," and other methods — more advanced techniques you'll hear about. Ask your club.

I'm keeping this general on purpose. Splits have a lot of variations and timing details. A mentor watching you do your first one is worth far more than me listing steps.

If your colony swarms anyway

• Don't panic. It happens to experienced beekeepers too.
• Check the remaining colony. Look for queen cells. Leave one or two good ones, or follow your mentor's advice. Don't destroy all of them.
• Be patient. It can take weeks before a new queen is laying. Avoid inspecting constantly during the mating window — you don't want to disturb a virgin queen's flights. Many beekeepers wait a couple of weeks before checking for eggs. NEEDS_FOUNDER_EYEBALL — confirm commonly advised wait after swarming before checking for a new laying queen.
• Catch the swarm if you can do it safely.

Catching a swarm (the basics)

Only if it's low, safe, and you're prepared.

1. Wear a veil. Swarms are often gentle because they have no home to defend and are full of honey, but don't take that for granted.
2. Put a box (ideally a hive box with frames, or a cardboard box) under the cluster.
3. Shake or cut the branch so the cluster drops in. Most bees will go in.
4. If the queen is in, the rest will march in — you'll often see bees at the entrance raising their abdomens and fanning (sharing a "come here" scent).
5. Wait until most bees are in, usually toward evening, then close and move it.
6. Put them in a hive with drawn comb if possible. A frame of open brood can help convince them to stay.

If a swarm is high, inside a structure, near power lines, or in an unsafe place, call a professional. There's an Apiary page on what to do if you find a swarm in your yard, written for homeowners.

Bait hives

Some beekeepers set up bait hives — empty boxes with old comb and a lure scent — to attract swarms. It's a cheap way to catch swarms, including your own. Check local rules; some places have rules about unattended equipment. NEEDS_FOUNDER_EYEBALL — confirm any California rules on bait hives.

Queen problems

The queen is the colony's future. A colony with a failing queen or no queen will dwindle and die if nothing changes. Good news: bees are very good at fixing queen problems on their own, given a chance. Your job is mostly to recognize what's happening and not make it worse.

Signs a colony may be queenless

• No eggs or young larvae across multiple inspections.
• Emergency queen cells on the faces of frames.
• A "queenless roar" — a louder, different, moaning hum when you open the hive. It's hard to describe until you hear it.
• Bees more defensive or restless than usual.
• Capped brood only, with no young brood, for more than about a week or so.

Apiary has a page on queenless signs beginners actually notice.

First, don't panic

• You might have missed the eggs. They're hard to see. Look again in better light.
• The queen might be pausing. Laying slows in a dearth, in heat, or at the end of the season.
• A new queen may be on the way. After a swarm or supersedure, there's a queenless gap that's normal.

The "test frame" trick

If you're not sure whether a colony is queenless, many beekeepers give it a frame with eggs and young larvae from another healthy colony. Then wait a few days:

• If they build queen cells on it, they were queenless. They'll raise a queen from those larvae.
• If they don't, they probably have a queen (maybe a virgin one you couldn't see).

It's one of the best reasons to keep two hives.

Laying workers

If a colony stays queenless long enough with no young larvae to make a queen from, some workers start laying eggs. Workers can't mate, so their eggs become drones.

Signs:

• Multiple eggs in a cell, eggs on cell walls instead of the bottom.
• Drone brood in worker-size cells (raised "bullet" caps on small cells).
• A scattered, spotty pattern of drone brood.
• No queen.

Why it's hard: colonies with laying workers often reject a new queen. Common fixes include:

• Giving frames of open brood from another colony, repeatedly, which can suppress laying workers and get them to raise a queen.
• Combining with a queenright colony using the newspaper method.
• Shaking out the bees away from the hive (the idea is laying workers don't return to the hive). NEEDS_FOUNDER_EYEBALL — the shake-out method is commonly described and debated; confirm framing.

Ask a mentor. Laying worker colonies are a common beginner headache and the right fix depends on the time of year and how strong the colony is.

Drone-laying queen

A queen who's run out of stored sperm, was poorly mated, or is failing may lay only drone eggs, or a mix. Signs look like laying workers, but you'll see a queen, and usually one egg per cell. The usual fix is replacing her.

Requeening

Why requeen:

• The queen is failing or drone-laying.
• The colony is very defensive.
• The colony is queenless with no way to make its own.
• You want to break a brood cycle for mite control.
• You want different genetics.

How (general idea):

1. Find and remove the old queen (if there is one). This is the hard part.
2. Wait a period (some beekeepers wait a day) so the colony realizes it's queenless. NEEDS_FOUNDER_EYEBALL — confirm commonly advised wait before introducing a new queen.
3. Put the new queen in her cage between brood frames, letting the workers release her slowly through a candy plug.
4. Check after several days that she's out and laying. Look for and remove queen cells the colony might have started from their own larvae, if your mentor advises.

Queen introduction doesn't always work. Bees can kill a new queen. Slow introduction helps.

Finding the queen

Finding the queen is a skill. Tips:

• She's longer, with a longer, pointed abdomen and shorter-looking wings relative to her body.
• Workers often face her in a ring, the "court."
• She tends to move away from light. Look on the shady side of the frame quickly after lifting it.
• She's often on frames with eggs.
• Marked queens (a paint dot on the thorax) are much easier to find. Many suppliers sell marked queens. There's an international color-by-year marking system some beekeepers use.

But remember: you don't need to see her if you see eggs.

Combining colonies

If a colony is too weak to survive, or queenless with no good fix, combining it with a queenright colony can save the bees. The common newspaper method:

1. Put a sheet of newspaper over the top box of the queenright colony. Cut a few small slits.
2. Put the queenless colony's box on top.
3. The bees chew through the paper over a day or two, and the scents mix gradually, reducing fighting.
4. Check after about a week; remove paper bits, and rearrange.

Never combine with a colony that might be diseased.

A note on trust

The queen-problem section is really a section about not overreacting. When I set up the AMH runner, I learned that the worst fixes came from changing things before I understood the failure. The best ones came from adding one small test — a test frame of eggs, basically — and letting the system tell me what was wrong. Bees will tell you if they're queenless. Give them a frame of eggs and ask.

The beekeeping year, season by season

Bees run on the seasons, not the calendar. "Spring" in a mild coastal climate might start weeks or even months before spring in a snowy one. Instead of months, I'll describe seasons by what the colony is doing. Match them to your area with help from your local club, and build your own calendar in your notes.

There's an Apiary forage calendar for California's Central Valley, if you're in that area, and separate pages on winterizing and first spring inspections.

Late winter: waking up

What the colony is doing: The cluster is small. In many climates, the queen starts laying again as days lengthen, often before you see much bloom. The colony is burning stores faster now, because raising brood takes heat and food. This is a common time for colonies to starve — they made it through the coldest part, then ran out.

Your jobs:

• Heft the hive to check weight. Light hive = possible starvation risk.
• Peek, don't inspect. On a warm, calm day, lift the cover and look at where the cluster is. If it's at the top with no honey above it, they may need emergency feed.
• Feed solid sugar if needed (fondant, candy board, or dry sugar) right over the cluster.
• Watch the entrance. Bees flying on warm days, bringing in early pollen, are a good sign.
• Clean dead bees from the entrance if they're blocking it.
• Get equipment ready for spring: assemble boxes and frames, order bees if you need more.
• Plan your mite strategy for the year.

Early spring: buildup

What the colony is doing: Brood rearing ramps up. Population starts growing fast. Early pollen and nectar sources bloom. Drones start appearing.

Your jobs:

• First full inspection on a warm day. Apiary has a separate page on the first spring inspection. Check for a laying queen, brood pattern, stores, and signs of disease.
• Do a mite test. A spring baseline.
• Reverse boxes? Some beekeepers swap the top and bottom brood boxes in early spring, because the cluster has moved up over winter and the bottom box is empty. This gives the queen room to move up again. It's debated; done at the wrong time, it can split the brood nest. Ask your club. NEEDS_FOUNDER_EYEBALL — confirm framing of "reversing" as common but debated.
• Clean up. Scrape the bottom board, remove dead-outs, replace damaged frames.
• Feed 1:1 syrup if stores are low and the flow hasn't started.
• Install new packages or nucs when your supplier is ready.

Spring: swarm season

What the colony is doing: Growing fast. Heading for the main flow. This is peak swarm season in many areas.

Your jobs:

• Inspect every 7–10 days. Look for swarm cells.
• Add space ahead of need. Second brood box, then honey supers.
• Make splits if colonies are strong and you want more colonies or want to prevent swarming.
• Keep testing mites — mite populations grow with brood.
• Stop feeding once a strong flow starts, and before adding honey supers you plan to harvest.
• Be ready for swarms — keep an empty hive ready.

Early summer: the main flow (in many places)

What the colony is doing: In many temperate areas, this is the main nectar flow. Bees are bringing in lots of nectar and making honey. Population peaks.

Your jobs:

• Add supers as they fill. A common rule of thumb is to add the next super when the current one is mostly drawn and being filled. NEEDS_FOUNDER_EYEBALL — confirm common supering rule framing (e.g., "when 7 of 10 frames are drawn").
• Watch for honey-bound brood nests.
• Test mites.
• Keep water available as temperatures rise.
• Watch for heat stress. Provide afternoon shade if your summers are brutal. Ventilation helps — some beekeepers prop the cover slightly or use a vented inner cover.

Summer: dearth (in many places)

What the colony is doing: In many hot or dry climates, nectar dries up in mid to late summer. Brood rearing may slow. Bees get crankier. Robbing risk goes up.

Your jobs:

• Reduce entrances on weaker colonies.
• Inspect quickly. Don't leave frames or honey exposed.
• Watch stores. Feed carefully inside the hive if a colony is getting light — and only after supers you plan to harvest are off.
• Harvest honey if you have surplus, often at the end of the main flow, before treating for mites.
• This is the critical mite window. Test. Treat if needed, following label rules about supers and temperature. The bees raised in the coming weeks are the ones that need to survive the dormant season.

Late summer to fall: prepping for the dormant season

What the colony is doing: In many places there's a fall flow from late-blooming plants. The colony raises the long-lived bees that carry it through winter. Drones get pushed out. Population shrinks.

Your jobs:

• Finish mite treatments and test after to confirm they worked.
• Check stores. Feed 2:1 syrup if they're light, early enough that bees can process and cap it before it's too cold.
• Combine weak colonies. Two weak colonies often don't make it through winter. One combined colony might. A common saying is "take your losses in the fall" — combine weak colonies instead of hoping.
• Check the queen. A colony going into winter without a laying queen probably won't survive. Requeening late in the season is hard.
• Put mouse guards or entrance reducers on before mice move in.
• Reduce the hive size to what the bees can cover. Remove empty supers.
• Store drawn comb safely from wax moths.

Winter: dormant season

What the colony is doing: Clustering for warmth in cold climates. Little or no brood for part of the winter in many places. Living on stores. In mild climates, bees may fly on warm days and forage on winter bloomers.

Your jobs:

• Leave them alone mostly. Don't open the hive in cold weather.
• Heft occasionally to check weight.
• Keep the entrance clear of dead bees and snow.
• Manage moisture. In cold climates, condensation dripping on the cluster can be deadly. Many beekeepers add ventilation at the top, an insulated cover, or a moisture quilt. NEEDS_FOUNDER_EYEBALL — confirm framing of moisture vs. cold as winter risk.
• Wind protection. A windbreak helps.
• Wrap? In some cold climates, beekeepers wrap hives in insulation or tar paper. In mild climates it's usually unnecessary. Ask your club.
• Broodless oxalic acid treatment. In many places, a winter treatment during a broodless period is a common mite strategy, because most mites are on adult bees then. Follow the label exactly. NEEDS_FOUNDER_EYEBALL — confirm and point to official guidance on winter oxalic acid timing.
• Learn. Read, go to club meetings, plan next year.

Mild-climate notes (like much of California)

If you live somewhere with mild winters — coastal or inland California, for example — the seasons blur:

• Colonies may never fully stop raising brood. That means mites never get a natural broodless break, which can make mite management harder. NEEDS_FOUNDER_EYEBALL — confirm framing for California's mild climate.
• Dearth may be the hard season — hot, dry summer and fall with little bloom — more than winter.
• Swarm season may start early.
• Forage depends heavily on irrigation, gardens, and local wild plants.
• Fire season smoke is an emerging concern for some beekeepers. There's not much clear guidance; ask your club. NEEDS_FOUNDER_EYEBALL — check whether any California extension guidance exists on wildfire smoke and bees.

Apiary has pages on almond pollination and California-specific plants that dig into this more.

Build your own calendar

The best thing you can do in year one is keep a simple log of what's blooming and what the bees are doing each week. By year two, you'll have your own local calendar, which is worth more than anything on the internet. Here's a template:

Fill it in every inspection. Look back at it next year.

Honey and wax: your first harvest

Honey is what most people picture. It's also the part where beginners make mistakes that hurt the colony — taking too much, too early, or in the wrong way.

Should you harvest in year one?

Often, no — or only a little. A first-year colony from a package spends most of its energy building comb and population. It may not have surplus. The general rule: the bees' winter stores come first. Only take what's clearly extra, and only from supers above the brood nest.

If you're unsure, leave it. Honey left in the hive isn't wasted; it's insurance. If the colony comes through winter with extra, it'll have a strong start next spring.

What "ready" honey looks like

• Capped. Bees cap honey with wax when it's dried down enough. A common rule of thumb: harvest frames that are mostly capped (often cited as around 80–90%). NEEDS_FOUNDER_EYEBALL — confirm the commonly cited capping percentage.
• The shake test. Hold an uncapped section of a frame horizontally over the hive and give it a sharp shake. If nectar flings out, it's too wet.
• Moisture. Honey that's too wet can ferment. Many beekeepers use a refractometer to check moisture. A commonly cited target is around 18% moisture or below. NEEDS_FOUNDER_EYEBALL — confirm commonly cited honey moisture target and any U.S./California standards.

Getting bees off the honey

You have to get the bees out of the supers before you take them. Common methods:

• Bee escape board. A board with a one-way exit placed under the supers. Bees go down to the brood nest and can't get back up. Takes a day or two. Gentle, but the supers need to be robber-proof while it works.
• Fume board. A cloth or board with a scent bees dislike, placed on top of the super. Bees move down. Fast. Follow product directions.
• Brushing or shaking. Frame by frame, shake or brush bees off. Works for a few frames. Annoys bees.
• Blower. A leaf blower to blow bees off frames. Fast and messy. Commercial beekeepers use them a lot.

Whatever you do, work quickly and cover the frames once they're off the hive, or you'll start a robbing frenzy.

Extracting

Main methods (Apiary has a separate page on doing it without an extractor):

• Extractor. A drum that spins frames so honey flies out by centrifugal force. You uncap the frames first with a hot knife, uncapping fork, or scratcher. Keeps the comb intact for the bees to refill. Clubs often rent or lend them.
• Crush and strain. Cut comb from the frame, crush it, and let the honey drain through a strainer. Simple and cheap. You lose the comb, so bees have to rebuild it.
• Comb honey. Cut comb into chunks and keep it as is. Works great with foundationless or thin foundation frames.

Do it in a clean, enclosed room. Bees will find honey fast.

Storing honey

• Store in clean, dry, airtight containers.
• Keep it at room temperature or cooler, away from sunlight.
• Honey doesn't spoil easily when properly dried and stored, but wet honey can ferment.

Crystallization is normal

Honey crystallizes — it turns grainy or solid — naturally. It's not spoiled. Some honeys crystallize faster than others, depending on the sugars from their flower sources. To make it liquid again, warm it gently in a warm water bath. Avoid microwaving or overheating. Apiary has a separate page on fixing crystallized honey.

Honey safety

• Never give honey to babies under 1 year old. Honey can contain spores of the bacteria that cause infant botulism. This is standard health guidance from groups like the CDC and pediatric associations.
• Selling honey may require labeling, licensing, or a food-handling permit depending on your state and city. California has cottage food rules; check whether honey falls under them. NEEDS_FOUNDER_EYEBALL — confirm California rules on selling raw honey from home, labeling requirements, and link official sources.

Beeswax

You'll end up with wax from cappings, crush-and-strain, old comb, and burr comb. Ways to use it:

• Render it — melt it with water, let it cool, and scrape off impurities. Repeat for cleaner wax. A solar wax melter (a box with a glass top) is a cheap, low-effort way to melt wax in warm climates.
• Use it for candles, lip balm, wood polish, or coating plastic foundation.
• Fire safety: wax is flammable. Never melt it directly over high heat or a flame. Use a double boiler or water bath, and never leave it unattended.

Old comb rotation

Brood comb gets darker over time as cocoons build up. Many beekeepers replace a few old brood frames each year to keep comb fresh and reduce residue and pathogen buildup. A common guideline is replacing a few frames a year so no comb gets too old. NEEDS_FOUNDER_EYEBALL — confirm the commonly cited comb rotation guidance (e.g., replace brood comb every few years).

Stings, safety, and staying calm around bees

This gets its own section because fear is the thing that makes beginners quit, and clumsiness born from fear is what gets them stung. Most beekeeping safety is boring: wear the veil, move slowly, keep the smoker safe, know the emergency signs.

Why bees sting

Honey bee workers sting to defend the colony. A worker's stinger is barbed, so when she stings a thick-skinned mammal like you, it often stays in your skin and tears free from her body, and she dies. (Apiary has a separate page on which bees die after stinging.) That's a big cost to the colony, so bees don't sting lightly. Most stings around a hive come from a bee feeling the colony is threatened — by being crushed, by a bump to the hive, by vibration, by alarm pheromone, or by something that looks like a predator.

Away from the hive, foraging bees are usually focused on flowers and rarely sting unless stepped on, grabbed, or trapped in clothing.

What a normal sting does

• Sharp pain.
• Redness and swelling around the site.
• Itching, sometimes for days.
• The swelling can be large — a whole hand or forearm — and still be a "large local reaction" rather than a dangerous allergy. NEEDS_FOUNDER_EYEBALL — confirm the distinction between large local reactions and systemic reactions per a medical source.

What to do right after a sting

1. Get the stinger out fast. Scrape or pull — the speed matters more than the method. The venom sac keeps pumping for a short time.
2. Walk away from the hive if bees are following. Alarm pheromone from the sting marks you.
3. Smoke the sting site if you're still working. It masks the alarm smell.
4. Wash the area.
5. Cool it with a cold pack.
6. For itching and swelling, many people use over-the-counter options. Ask a pharmacist or doctor what's right for you.

Apiary has a separate page on sting first aid when you're not allergic.

When it's an emergency

Call emergency services right away if someone stung has:

• Trouble breathing or wheezing.
• Swelling of the face, lips, tongue, or throat.
• Hives or swelling spreading away from the sting.
• Dizziness, fainting, or confusion.
• Nausea, vomiting, or a racing heartbeat after a sting.
• Many stings at once (a mass stinging event can be dangerous even without allergy).

If they have prescribed epinephrine, use it as directed. Don't wait to "see if it gets better." Apiary's bee allergy page goes into more detail.

Can beekeepers develop allergies?

Allergies can develop over time with repeated exposure, and some beekeepers and their family members do develop reactions. Venom can also be on gear and in the air when you're working with lots of bees. If you notice your reactions changing — more swelling, reactions away from the sting site — talk to a doctor. NEEDS_FOUNDER_EYEBALL — confirm medical framing on beekeepers and developing sensitivity; cite source.

Also: wash your gear. Dried venom on suits and gloves can keep triggering bees and exposing you.

How to get stung less

• Move slowly. Quick movements look like threats.
• Don't swat. Swatting crushes bees and releases alarm pheromone.
• Use smoke — gently, before and during.
• Don't crush bees. Slide frames, go slow when replacing boxes.
• Inspect at the right time — warm, calm, sunny, midday.
• Don't bump the hive. Lawn mowers and weed trimmers near the entrance are a classic way to get chased.
• Don't stand in the flight path.
• Wear light-colored, smooth clothing.
• No perfume, scented lotion, or banana breakfast (some beekeepers swear bananas set bees off because the smell is similar to alarm pheromone; it's a fun saying more than a proven rule). NEEDS_FOUNDER_EYEBALL — confirm framing of the banana claim.
• Tuck in everything. Pant legs, sleeves.

Defensive colonies

Temperament varies colony to colony and day to day. Some signs that a colony is becoming a real problem:

• Bees follow you far from the hive.
• Many bees bump your veil as soon as you open.
• Stings through gear are frequent.
• Bees bother people or pets walking by on normal days.

Possible causes: queenlessness, a dearth, robbing, predators (skunks at night), weather, rough handling, or genetics. Address the cause; requeening with a gentler queen is a common fix if it's genetics. In areas with Africanized bees, very defensive colonies deserve extra caution and expert help.

Smoker safety

Covered in the gear section: put it on non-flammable surfaces, put it out properly, and respect fire season. I'm repeating it because smoker fires are a real risk in dry places.

Lifting safety

A full honey super is heavy. A full deep is heavier. Back injuries are a real beekeeping hazard.

• Lift with your legs, keep the box close to your body.
• Use 8-frame or medium boxes if lifting is hard for you.
• Take frames out to lighten a box before moving it.
• Get help for heavy moves.
• Consider a top bar hive if lifting is a big concern.

Treatment chemical safety

Many mite treatments are acids or strong compounds. Follow the label for protective gear — often gloves, eye protection, and sometimes a respirator. Oxalic acid vapor in particular requires a proper respirator rated for acid vapor. Keep treatments away from kids and pets. NEEDS_FOUNDER_EYEBALL — confirm respirator rating guidance for oxalic vaporization per label.

Kids, pets, and neighbors

• Teach kids not to swat bees and not to play near the entrance.
• Keep dogs away from the hive; some dogs snap at bees and get stung in the mouth.
• Keep the water station away from the neighbor's line.
• Have a plan for what to do if someone gets stung near your hive.

Common mistakes and quick fixes

Every beekeeper makes mistakes. These are the ones that show up again and again in beginner stories. I've grouped them by "symptom → fix" because that's how I write my own troubleshooting notes for my agents.

Mistakes before the bees arrive

Buying bees before joining a club. → Join a club, go to at least one hive opening. Find a mentor if you can.

Buying the wrong-sized equipment or mixing standards. → Pick one hive type and one or two box sizes. Buy from a reputable supplier. Match nuc frame size to your boxes.

Not ordering bees early. → Order well before spring. Ask the club who's reliable.

Putting the hive in a bad spot. → Use the spot test: sun, water, flight path, access, drainage. Fix before bees arrive.

Forgetting the water source. → Set it up before the bees so they learn your water first.

Not checking local rules. → Call your city and county. Register if required.

Mistakes in the first season

Inspecting too often. → Every 7–14 days in active season is usually enough. Have a goal for each inspection.

Inspecting too rarely. → Especially in swarm season, two or three weeks without looking can mean a missed swarm.

Looking for the queen instead of eggs. → Eggs tell you she was there in the last ~3 days. You don't need to find her.

Panicking about no queen and buying one right away. → Check for eggs and queen cells. Give a test frame. Wait for the queen clock.

Not feeding a package. → Packages need to build all their comb. Feed until they've drawn out comb or a strong flow begins.

Feeding forever. → Stop when there's a flow and before supers go on. Overfeeding can plug the brood nest.

Adding boxes too early or too late. → Add when the current box is mostly drawn and busy.

Leaving gaps between frames. → Push frames together. Gaps lead to crooked, wild comb.

Crushing bees when closing up. → Slide boxes on at an angle, smoke the edges, go slow.

Not testing for mites. → This is the big one. Test with an alcohol wash or sugar roll on a schedule.

Testing but not acting. → Have your treatment plan ready before you test. Act when the number says to.

Treating without reading the label. → Read every line. Temperature, supers, protective gear, timing. The label is the law (in the U.S.).

Mistakes with swarms

Not adding space in spring. → Add boxes ahead of need. Watch for honey-bound brood nests.

Destroying all queen cells. → If they've already swarmed, destroying all queen cells can leave them hopelessly queenless. Leave some. Get advice.

Disturbing a colony with a virgin queen. → Give it time to mate and start laying before checking constantly.

Mistakes in summer and fall

Taking too much honey. → Bees' winter stores first. Leave the brood boxes' honey. Harvest only surplus.

Starting a robbing frenzy. → Reduce entrances in a dearth. Don't leave honey or syrup out. Inspect quickly.

Treating mites too late. → Late summer is the critical time. Winter bees need to be raised in a low-mite colony.

Going into winter with weak colonies. → Combine weak colonies in fall.

Going into winter queenless. → Confirm a laying queen in late summer/early fall.

Mistakes in winter

Opening the hive in the cold. → Heft, peek briefly on warm days only.

Letting the colony starve with honey nearby. → Put emergency feed directly above the cluster in late winter if they're light.

Ignoring moisture. → In cold climates, manage condensation with ventilation or insulation.

Mice in the hive. → Mouse guards before the cold season.

Mistakes after a colony dies

Not figuring out why. → Do a post-mortem. Look at the comb: honey left? Dead bees head-first in cells? Mite poop on cell walls? Signs of disease? Ask your club to look with you.

Reusing equipment from a colony with suspected AFB. → Don't. Get it checked.

Leaving dead-out equipment open. → It will get robbed (spreading whatever killed it) and eaten by wax moths. Close it up or bring it inside.

Quitting. → Colony loss is common. Learn, then try again.

The symptom table

This table is a starting point, not a diagnosis. If something looks serious, get eyes on it.

Reading the entrance: what you can learn without opening the hive

You don't have to open a hive to learn a lot about it. Watching the entrance for a few minutes, a couple of times a week, is one of the most underrated beekeeping skills. It costs the bees nothing and costs you a cup of coffee's worth of time. Many experienced beekeepers say they can tell a lot about a colony just by sitting beside it.

What a healthy entrance often looks like in the active season

• A steady stream of bees coming and going.
• Foragers landing with pollen loads on their back legs — little colored balls. Pollen coming in usually means brood is being raised, which usually means there's a laying queen.
• Bees flying straight out and gaining height.
• A few guard bees at the entrance checking arrivals.
• Some bees fanning at the entrance, abdomens up, especially in warm weather.

Orientation flights

On warm afternoons, you may see a cloud of bees hovering in front of the hive, facing it, moving slowly back and forth. That's young bees learning the hive's location before they start foraging. It can look like swarming or robbing to a beginner, but it's calm, short, and the bees go back in. It's a good sign — new bees are coming up.

Signs to watch

Lots of pollen coming in: brood rearing is active.

No pollen coming in during a time when other colonies are bringing it: possible queen issue. Worth a look inside.

Bees fighting, frantic zigzag flight, wax flakes on the landing board: robbing. Reduce the entrance now.

Bees crawling on the ground, unable to fly: could be many things — deformed wings (mites), pesticide exposure, disease, cold. Look closely and photograph.

Bees with shriveled wings at the entrance: deformed wing virus; think mites.

A pile of dead bees in front of the hive: a few dead bees is normal, especially after cold weather (undertaker bees carry out the dead). A sudden big pile could mean pesticide, starvation, or something else. Investigate.

Bees "bearding" on the front of the hive on a hot evening: often a cooling behavior. Not always swarm prep. Provide water and ventilation.

Drones being pushed out: normal toward the end of the season.

A sudden huge cloud of bees pouring out and swirling: swarming in progress. Watch where they land.

Very little traffic on a warm day when other colonies are busy: weak, queenless, or dead colony. Check inside.

Skunk scratches, chewed entrance, dirt dug up: predators at night. Raise the hive or add barriers.

Ants marching in: ant raid. See the pests section.

The 5-minute entrance check

Once or twice a week, on a warm day:

1. Sit to the side of the hive, not in front.
2. Count incoming bees for one minute (roughly). Write it down. Over time, you'll see trends.
3. Note pollen colors.
4. Look for anything unusual — fighting, crawling bees, piles, strange smells.
5. Note the weather.

It's low effort and high value. And it's a nice way to get comfortable near bees.

A tool idea: the "entrance log"

I keep logs for everything in my own setup — which agent ran, on which machine, what it did, what it didn't touch. The value of a log isn't any single entry. It's the trend you see after a dozen. An entrance log works the same way. "Fewer bees than last week" only means something if last week is written down.

Records, learning, and where AI fits (and doesn't)

Why records matter

Your memory will lie to you. Three weeks from now you won't remember whether you saw eggs on the last inspection or the one before. You won't remember which colony you treated, or the date, or what the mite count was. Records fix that.

What to record every inspection

• Date and time.
• Weather (temperature, sun, wind).
• Colony name or number.
• Temperament (calm, okay, hot).
• Queen seen? Eggs seen? Young larvae? Capped brood?
• Brood pattern (solid, spotty).
• Queen cells? Where? How many?
• Frames of bees, brood, honey, pollen (rough count).
• Space (room to grow?).
• Pests or disease signs.
• Mite count and method, if tested.
• What you did (fed, added box, split, treated — product, dose, and date).
• What to do next time.

Simple ways to keep records

• A notebook in a zip bag in your gear box.
• A note on your phone — dictation is great when your hands are sticky.
• A spreadsheet with one row per inspection.
• A beekeeping app. There are several; features and pricing change, so I'm not naming one. Check privacy settings and whether you can export your data.
• Notes on the hive — some beekeepers write the date and status with a marker on the lid, or use a brick with positions meaning different things (queen seen, needs feeding).

Treatment records

In the U.S., you should keep records of treatments you apply, including product, lot, dose, and dates, both for your own use and because some treatments' labels or local rules require it. NEEDS_FOUNDER_EYEBALL — confirm whether U.S. or California rules require beekeepers to keep pesticide application records.

How to keep learning

• Your local club. Meetings, hive openings, mentors, swarm lists, extractor loans.
• State extension services and university bee labs. Many publish free, research-based guides.
• The Honey Bee Health Coalition publishes varroa management guidance.
• State apiary inspectors. Many will help with disease questions.
• Books. There are classic beekeeping books; ask your club which they recommend for your region.
• Videos. Good for seeing what things look like. Be picky — anyone can post, and a lot of beekeeping video advice is regional or personal.
• Forums and social media groups. Great for questions with photos. Be careful with advice that contradicts the label or your state's guidance.

Where AI fits

I build with AI every day. On apiarybee.com, AI helps me draft articles like this, and I edit them. My agents run on a board and do real work. So I'm not anti-AI. But beekeeping is a place where I'm careful about what AI is good for.

Apiary has a separate page called "Can AI help me learn beekeeping? Yes — with these guardrails." Here's the short version.

Good uses:

• Explaining terms. "What's the difference between supersedure and swarm cells?" AI chat tools are usually good at plain-language explanations of well-established concepts.
• Making checklists. "Make me an inspection checklist I can print."
• Turning your notes into a table. Paste your inspection notes and ask for a summary of trends.
• Drafting a message to a neighbor about your bees.
• Planning questions for your mentor.
• Brainstorming what could cause something you saw — as a starting point, not a diagnosis.

Risky uses:

• Diagnosing disease from a description. AI can't see your frame, and even a photo isn't the same as an expert looking. For anything like foulbrood, ask a human expert or your state inspector.
• Treatment doses. Never take a dose from an AI chat. Doses come from the product label. AI can be confidently wrong.
• Local rules. AI often doesn't know your city's current code. Check the official source.
• Thresholds and numbers. AI may give you a confident number without a source. Ask for the source and check it.
• Identifying the queen or eggs from a photo. Sometimes helpful; often wrong. Your eyes and your mentor's eyes beat it.

A prompt that works:

"I'm a first-year beekeeper in [your region]. Here are my last three inspection notes: [paste]. Summarize the trends in a table. List what I should check next time and why. Don't give treatment doses. Flag anything that sounds like I should ask an expert or my state apiary inspector."

How I run my own setup, applied to bees:

On the AMH Agent Board, every job says what the agent can and can't do — "read-only," "no deploys," "report back." The same shape helps with AI for beekeeping: tell it what you want, what it shouldn't do, and what "done" means. And always check anything that matters.

Privacy note

If you use an app or AI tool, think about what you share. Your exact hive location is information someone could misuse (hive theft is a real issue in some areas, especially around commercial pollination). You don't need to share your address to get good help.

NEEDS_FOUNDER_EYEBALL — hive theft is documented in California almond pollination reporting; confirm before keeping the parenthetical.

Beginner FAQ: the questions people actually search

These are the questions beginners ask over and over. Short answers first, then the "it depends" part.

How do I start beekeeping?

Join a local club, check your local rules, buy a common hive type, order bees (a nuc or package) early for spring, set up the hive in a good spot with water nearby, and learn to inspect and test for mites. The 60-second version at the top of this page is the checklist.

How much does it cost to start beekeeping?

It depends on how many hives, what type, new vs. used gear, and where you buy. Prices change, so I'm not giving numbers here. Apiary has a separate first-year budget page that walks through the categories: hive, frames, protective gear, tools, bees, feed, and mite treatments. Plan for more boxes than you think, and plan for a possible colony loss.

How many hives should a beginner start with?

Many beekeepers recommend two, so you can compare and share resources (like a frame of eggs for a queenless hive). One is fine if space or budget is tight — just stay connected to a club so you have a backup source of help.

Is beekeeping hard?

The physical work isn't usually hard, except lifting. The hard part is learning to see what's happening in a hive and responding at the right time. It gets much easier after your first full season.

How much time does beekeeping take?

It varies a lot. In the active season, plan on an inspection every week or two, plus extra time for mite tests, feeding, and adding boxes. In the dormant season, very little. The time isn't flexible: when the bees need it, they need it.

What's the best hive for a beginner?

Whatever is most common in your area, so you can get local help and parts. In the U.S., that's usually Langstroth. Apiary has a comparison of Langstroth, top bar, and Warré hives.

Package or nuc — which is better for a beginner?

A nuc usually builds up faster and comes with a laying, accepted queen. A package is often cheaper and starts clean. Both work. If a good local nuc is available, many beginners find it easier.

When should I get bees?

Usually spring in temperate climates, timed with your local bloom. Order early; good suppliers sell out.

Do I need a full bee suit?

A veil is the must-have. A jacket with a veil is enough for many people. A full suit gives more protection and confidence. Confidence matters — calm, slow movements mean fewer stings.

Will I get stung?

Yes, sometimes. Good gear, slow movements, smoke, and good timing reduce it a lot.

What if I'm allergic to bee stings?

Talk to a doctor before keeping bees. A serious allergy doesn't automatically rule it out for everyone, but it's a medical decision.

Do I need permission to keep bees?

It depends on where you live. Many places require hive registration and have rules on number of hives, setbacks, and water sources. HOAs may have their own rules. Check your city, county, and state.

Can I keep bees in a small backyard?

Often, yes, with good placement — a flyway barrier, water source, and a flight path away from neighbors and walkways. Check your local rules.

Can I keep bees on a balcony or in an apartment?

Usually not practical for honey bees. There's a separate Apiary page on honest limits and better options, like hosting with a beekeeper, joining a club apiary, or supporting native bees.

How far do bees fly?

They commonly forage across a wide range around the hive — often described as up to a few miles — with most foraging closer when good sources are near. NEEDS_FOUNDER_EYEBALL — confirm with a source.

How often should I inspect my hive?

Every 7–14 days in the active season is a common guideline. More often in swarm season, less in a dearth, rarely in the cold season.

What should I look for in an inspection?

Eggs and young larvae (queen is laying), brood pattern, food stores, space, queen cells, signs of pests and disease, and temperament.

How do I know if my hive has a queen?

Look for eggs. Eggs mean she was laying in the last few days. You don't need to see her.

What do I do if my hive is queenless?

Check for queen cells. Give a frame of eggs and young larvae from another colony as a test. If they build queen cells, let them raise a queen. Or introduce a mated queen. Ask your mentor.

What are varroa mites?

Small parasitic mites that feed on bees and spread viruses. They're one of the biggest threats to honey bee colonies. Test regularly and treat when counts reach a published threshold.

How do I test for mites?

An alcohol wash or sugar roll on a sample of bees from a brood frame. Count mites, then calculate mites per 100 bees. Sticky boards give trends but are less accurate.

When should I treat for mites?

When your count reaches the threshold recommended by a trusted source like the Honey Bee Health Coalition or your state extension service. Late summer is often the most important window, because the bees that carry the colony through winter are raised then.

What's the best mite treatment?

There isn't one best. Different treatments fit different seasons and temperatures. Many beekeepers rotate treatments. Always follow the label. Ask your club what works in your climate.

Can I keep bees without treating for mites?

Some beekeepers do, with careful monitoring, resistant stock, and acceptance of losses. For a beginner, learning to monitor and treat first is the safer path.

Why did my hive die?

Common causes include high mite loads and viruses, starvation, queen failure, weak colonies going into winter, moisture, disease, pesticides, and robbing. Do a post-mortem with your club to figure out which.

Is it normal to see dead bees in front of the hive?

A few, yes. Bees live short lives in the active season, and undertaker bees carry out the dead. A sudden large pile is worth investigating. Apiary has a separate page on this.

What is a swarm?

A colony reproducing by splitting: the old queen and a large group of workers leave to find a new home. It's natural. Beekeepers try to manage it with space and splits.

How do I stop my bees from swarming?

Give space before they need it, keep the brood nest open, inspect often in spring, and consider splitting strong colonies.

What do I do if I see a swarm?

If it's yours and it's low and safe, you can try to catch it. If it's on someone else's property or somewhere unsafe, call a local beekeeper or swarm list. Don't spray it. Apiary has a homeowner page on swarms.

Should I feed my bees?

Feed new colonies until they've drawn out comb, during dearths if stores are low, and before the cold season if they're light. Don't feed when honey supers are on that you plan to harvest.

What should I feed bees?

Plain white sugar dissolved in water: 1:1 in spring, 2:1 in fall. Solid sugar or fondant in cold weather. Never honey from unknown sources.

How do I keep bees from going to my neighbor's pool?

Set up a reliable, shallow water source near the hive before the bees arrive, with landing spots so they don't drown. Bees learn their water source early and tend to stick with it.

When can I harvest honey?

When frames are mostly capped and pass the shake test, from supers above the brood nest, and only if the colony clearly has enough for itself. Often little or none in the first year.

How much honey will I get?

It varies a huge amount by colony strength, climate, forage, and year. Many first-year beekeepers get little or none. I'm not giving a number because any typical number would be misleading for your area.

Do I need an extractor?

No. Crush and strain works for small amounts. Clubs often lend or rent extractors.

Why is my honey crystallizing?

That's natural and doesn't mean it's spoiled. Warm it gently in a water bath to re-liquefy.

Can I give honey to my baby?

No — not under one year old. Honey can carry spores that cause infant botulism.

Can I sell my honey?

It depends on your state and local rules. Many places have cottage food or similar rules, labeling requirements, and sometimes permits. Check official sources.

What do bees do in winter?

In cold climates, they cluster for warmth and live on stored honey. In mild climates, they may fly and forage on warm days. Either way, stores and mite control from late summer decide whether they make it.

Should I wrap my hive for winter?

Depends on your climate. Common in some cold regions; usually unnecessary in mild ones. Moisture management matters too. Ask your club. Apiary has a winterizing page.

What are drones for?

Mating with queens from other colonies. They don't sting, forage, or make wax. Seeing drones in spring and summer is normal.

Do bees sleep?

Bees have rest periods, and researchers have studied sleep-like states in honey bees. Apiary has a separate page on what nighttime stillness means.

Are honey bees native to North America?

No. The Western honey bee was brought to North America by European settlers. North America has many native bee species, including bumble bees, mason bees, sweat bees, and many others. NEEDS_FOUNDER_EYEBALL — confirm framing ("brought by European colonists, 1600s") with a source.

Does keeping honey bees help save the bees?

It helps honey bees, a managed species. Many native bee species are helped more by habitat, flowers, nesting sites, and fewer pesticides. Apiary has a page on what actually helps bee decline. Do both if you can.

Is it cruel to take honey?

Opinions differ. The practical, ethical approach most beekeepers use: only take true surplus, never leave the colony without enough stores, and keep the colony healthy.

Do I have to wear gloves?

Not required. Many beginners use them and move to thinner gloves or bare hands as they get comfortable. Do what keeps you calm.

What smoker fuel should I use?

Natural, untreated materials: pine needles, burlap (untreated), wood shavings, dry grass, or commercial pellets. Never anything chemical or treated.

What's the best time of day to inspect?

Warm, sunny, calm midday, when many foragers are out.

My bees are mean. What do I do?

Check for causes: queenlessness, dearth, robbing, predators, weather, rough handling. If it's genetics and persistent, requeening is a common fix. Get help, especially in areas with Africanized bees.

What happens if I go on vacation?

A short trip is usually fine, especially outside swarm season. A long trip during swarm season risks a swarm. Plan inspections and space around your travel, or ask a club friend to check in.

How long do honey bees live?

Workers in the busy season often live a few weeks; winter workers can live months. Queens can live a few years. Drones live through the warm season.

What's the difference between honey bees and wasps?

Honey bees are fuzzy, usually golden-brown, carry pollen, and eat nectar and pollen. Wasps (including yellowjackets) are usually smoother, shinier, with bold yellow-and-black, and many eat other insects and scavenge sugary food and meat. Wasps can sting multiple times; honey bee workers usually die after stinging mammals.

Should I buy a "flow" style hive?

Some hives let you harvest honey through a tap or special frames without opening the hive. They can work, but you still need to inspect, test mites, and manage the colony like any other hive. Don't buy one thinking it removes the work.

What's the most important thing to learn first?

Reading a frame — eggs, brood, honey, pollen, queen cells — and testing for mites. Those two skills prevent most beginner losses.

Who is Austin and why is he writing a beekeeping guide?

I'm Austin Little. I run AMH — Artificial Mind Hive — and apiarybee.com is the bee and craft side of what I build. I'm not claiming to be a commercial beekeeper. I write these pages to put clear, honest, marked-up information in one place, with doubts flagged, so you can go to your club and your local experts with better questions.

Checklists you can print

Checklists beat memory, especially with a veil on and bees in your face. Print these, put them in a zip bag, keep them in your gear box.

Before-bees checklist

• [ ] Joined a local club or found a mentor
• [ ] Checked city, county, state, and HOA rules
• [ ] Registered hive if required
• [ ] Talked to neighbors
• [ ] Checked household allergies with a doctor if needed
• [ ] Chose hive type and box sizes
• [ ] Bought hive: stand, bottom board, entrance reducer, brood boxes, frames, inner cover, outer cover
• [ ] Bought extra boxes and frames
• [ ] Bought veil/jacket/suit, gloves
• [ ] Bought hive tool (two), smoker, fuel
• [ ] Bought feeder
• [ ] Bought mite test kit (alcohol wash or sugar roll jar)
• [ ] Planned first mite treatment option (read the label in advance)
• [ ] Ordered bees (package or nuc) and confirmed pickup date
• [ ] Assembled and painted boxes (outside only)
• [ ] Set up stand, leveled, slight forward tilt
• [ ] Set up water source
• [ ] Did the spot test: sun, flight path, access, drainage
• [ ] Set up a notebook or log

Inspection checklist

Before:

• [ ] Warm, calm, sunny day
• [ ] Goal for this inspection written down
• [ ] Smoker lit and smoking cool
• [ ] Suit, veil, gloves on; pants tucked
• [ ] Hive tool, frame rest, notebook ready

During:

• [ ] Smoke entrance, wait
• [ ] Remove covers; light smoke on top bars
• [ ] Pull an edge frame first
• [ ] Eggs? Young larvae?
• [ ] Brood pattern?
• [ ] Honey and pollen stores?
• [ ] Space for queen and nectar?
• [ ] Queen cells? Where and how many?
• [ ] Pests or disease signs?
• [ ] Temperament?
• [ ] Mite test if due

After:

• [ ] Frames back in order, pushed together
• [ ] Boxes back without crushing bees
• [ ] Entrance reducer set correctly
• [ ] Smoker put out safely
• [ ] Notes written

Mite test checklist

• [ ] Jar with mesh lid, measuring cup, alcohol or powdered sugar, light-colored tray
• [ ] Sample taken from a brood frame, queen not on it
• [ ] Sample size measured
• [ ] Shake or roll for the recommended time
• [ ] Mites counted
• [ ] Mites per 100 bees calculated
• [ ] Compared to a published threshold from a trusted source
• [ ] Action decided and written down
• [ ] Next test date set

Swarm-season checklist

• [ ] Inspect every 7–10 days
• [ ] Tip top box to check bottom edges for queen cells
• [ ] Add space before it's needed
• [ ] Watch for honey-bound brood nest
• [ ] Extra hive ready for a split or swarm
• [ ] Swarm list contact info saved

Harvest checklist

• [ ] Colony clearly has enough stores for itself
• [ ] Frames mostly capped; shake test passed
• [ ] No treatments on that prohibit harvest (check label)
• [ ] Bee escape or fume board ready, or plan to brush/shake
• [ ] Enclosed, clean work area
• [ ] Extractor or crush-and-strain setup
• [ ] Clean containers
• [ ] Wet supers returned or stored safely after
• [ ] Wax set aside for rendering

Pre-winter checklist

• [ ] Mite treatment done and confirmed with a post-treatment test
• [ ] Laying queen confirmed
• [ ] Stores checked; fed 2:1 early enough if needed
• [ ] Weak colonies combined
• [ ] Empty supers removed
• [ ] Entrance reducer or mouse guard on
• [ ] Ventilation and moisture plan for your climate
• [ ] Windbreak if needed
• [ ] Lids weighted if animals or wind are a problem
• [ ] Drawn comb stored safely

Dead-out checklist

• [ ] Close the hive so it isn't robbed
• [ ] Look for signs: honey left? Bees head-first in cells? Mite poop? Brood disease signs?
• [ ] Photograph frames
• [ ] Ask club or inspector to look if disease is suspected
• [ ] Don't reuse equipment until cause is understood
• [ ] Save and protect healthy drawn comb
• [ ] Write a short post-mortem

The first-year budget, by category

I'm not giving prices — they change too fast, vary by region and supplier, and I won't publish a number I can't source today. Apiary has a separate page on a first-year budget. Here are the categories to price out yourself, in the order most beginners need them.

Must-haves:

• Hive stand (or blocks and boards)
• Bottom board
• Entrance reducer
• Brood boxes (one or two per colony)
• Frames and foundation for every box
• Inner cover and outer cover
• Veil (at minimum)
• Hive tool
• Smoker and fuel
• Feeder
• Bees (nuc or package)
• Mite test supplies
• Mite treatment (at least one option)

Very useful:

• Jacket or full suit
• Gloves
• Extra boxes and frames for honey supers and splits
• A spare hive for splits or swarms
• Frame rest
• Queen excluder (optional)
• Robbing screen

Later or borrow:

• Extractor
• Uncapping tools
• Bottling bucket with a gate
• Refractometer
• Solar wax melter

Budget for surprises:

• Replacement bees if a colony is lost
• A replacement queen
• Extra feed in a bad year

A tip from running a lean setup: write the list in a spreadsheet, price it from two or three suppliers on the same day, and add a line for "things I'll forget." At AMH I stay on free tiers wherever I can, and the trick isn't spending nothing — it's knowing exactly where every dollar goes and why.

A sample first-year log (illustrative, not a real colony)

To make the inspection advice concrete, here's what a first-year log might look like. This is a made-up example for teaching. It isn't a record of a real hive, and the details are illustrative only.

Install day. Installed a nuc into a single brood box. Five nuc frames in the middle in the same order, empty frames on each side. Saw eggs on frame 3. Didn't look for the queen. Entrance reducer on small. Feeder on. Water dish set up last week.

Week 1. Entrance check only. Steady traffic, yellow and orange pollen coming in. Topped up feeder.

Week 2. Inspection. Calm. Eggs and young larvae on three frames. Good pattern. New comb started on one outer frame. Some nectar. Plan: check in 7–10 days.

Week 3. Inspection. Eggs present. Two more frames being drawn. No queen cells. Bees calm.

Week 4. Inspection. Box mostly drawn and busy. Added second brood box. Moved one drawn frame up to encourage them. (Note to self: ask mentor if moving frames up was right.)

Week 5. Entrance check. Busy. Orientation flights in the afternoon.

Week 6. Inspection. Queen laying in the second box. Pollen band good. First mite test with sugar roll; wrote down the count. Compared to the published threshold I'm using.

Week 7. Inspection. Strong. Swarm check: tipped top box, no queen cells on bottom edges. Stopped feeding — flow is on.

Week 8. Inspection. Bees covering most of both boxes. Added a honey super. Entrance reducer off.

Week 10. Inspection. A few queen cups, empty. Super being filled. Mite test count up a little. Planning treatment window after the flow.

Week 12. Dearth started. Bees crankier. Reduced entrance. Quick inspection only.

Week 13. Mite test count above my threshold. Pulled super (not enough to harvest yet). Started treatment per label.

Week 16. Post-treatment mite test: count down. Recorded product, dates, and results.

Week 18. Stores light. Fed 2:1 inside the hive.

Week 22. Laying queen confirmed. Hive heavy. Mouse guard on.

Winter. Heft every few weeks. Cleared entrance.

Late winter. Light. Put fondant over the cluster.

Spring. Colony alive. First inspection: eggs, brood, some stores. Mite baseline test. Year two begins.

Your year won't look like this. That's the point of keeping your own.

Year two and beyond

If your colony makes it through the first dormant season, congratulations — that's a real milestone. If it didn't, you're in very good company, and the second year is when most people really start to understand bees. Either way, year two is different.

If your colony survived

Expect a fast spring. An overwintered colony with drawn comb and a laying queen can build up much faster than a new package. That's great for honey and terrible for swarm prevention if you're not ready. Have boxes ready before the spring buildup.

Plan for swarming early. Overwintered colonies are often the ones that swarm in spring. Know your swarm-season timing and inspect more often.

Consider a split. Splitting a strong overwintered colony is one of the best ways to get a second colony, reduce swarming, and create a brood break that helps with mites.

Test mites in early spring. Colonies can come out of winter carrying mites.

Honey is more likely. Strong overwintered colonies are usually the ones that make surplus.

Consider the queen's age. Many beekeepers replace queens on a schedule. Others let the colony decide. Watch her laying pattern.

If your colony died

Do a post-mortem. Look at it with someone experienced. Common findings:

• Lots of honey left, few dead bees, white specks (mite poop) in cells: often points to mites and viruses — the colony dwindled in fall.
• Dead bees head-first in cells, no honey nearby: starvation, sometimes with honey just out of reach.
• Small cluster dead with honey a few frames away: cold snap with a cluster too small to move.
• Moldy, wet frames: moisture.
• Signs of brood disease: get it checked before reusing equipment.
• No bees at all, honey gone, wax bits: robbed out, possibly after collapsing.

Keep the drawn comb (if no disease). Drawn comb gives a new colony a big head start. Freeze and store it safely from wax moths.

Try again with what you learned. A lot of people's second colony does much better because they now know what to watch.

Growing your apiary

It's tempting to go from one hive to ten. Grow slowly:

• Two to four colonies lets you compare, share resources, and absorb a loss without starting over.
• More colonies means more time, more lifting, more mite tests, more swarm checks.
• Check local rules on hive counts.
• Consider whether you want to sell honey, nucs, or queens — each has its own rules, skills, and time commitments.

Raising your own queens

Once you're comfortable, raising queens is an exciting skill. Methods range from simple (letting a split make its own) to involved (grafting young larvae into queen cups). Many clubs run queen-rearing workshops. It's a year-three-plus skill for most people.

Making nucs

Making small colonies (nucs) is a way to grow, replace losses, keep spare queens on hand, and help other beekeepers. Overwintering nucs is a skill in itself.

Honey for sale

If you want to sell, research your state and city rules first: labeling, licensing, food safety, and tax. Apiary has a page on raw vs. regular honey labels that covers what label words mean. NEEDS_FOUNDER_EYEBALL — confirm California's current rules for small-scale honey sales and link the official source.

Pollination services

Commercial pollination is a big part of the beekeeping industry in some areas (California's almond bloom is a famous example; Apiary has a page on it). It's a different business than backyard beekeeping, with contracts, moving colonies, and strong colony requirements. Not a beginner path.

Giving back

Once you know a few things, help the next person:

• Mentor a beginner.
• Bring a frame to a school (with an observation hive and the school's permission).
• Join your club's swarm list.
• Share your local calendar.

That's how my whole setup works too. AMH isn't one person doing everything; it's a hive where each part does its job and shares what it learned. That's why I named it after bees in the first place.

Honey bees aren't the only bees: helping all pollinators

If you keep honey bees, you're part of a bigger pollinator picture. Native bees — bumble bees, mason bees, leafcutter bees, sweat bees, mining bees, and many more — are also important pollinators, and many are in trouble from habitat loss, pesticides, and disease. Apiary has a lot of pages on helping them. Here's the overview for beekeepers.

Why it matters to beekeepers

• Shared forage. Your honey bees share flowers with native bees. A neighborhood with more flowers is better for everyone.
• Disease. Some research suggests pathogens can pass between managed and wild bees at shared flowers. NEEDS_FOUNDER_EYEBALL — confirm framing with a source.
• Balance. In some places, people worry about very high honey bee densities competing with native bees for limited resources. The science is still developing, and impacts seem to depend on context. NEEDS_FOUNDER_EYEBALL — confirm framing with a source.

What helps native bees (and honey bees too)

• Plant native flowers in clumps, with something blooming across the season.
• Leave bare ground. Most native bee species in many regions nest in the ground. Mulching everything takes away their nest sites. NEEDS_FOUNDER_EYEBALL — the "most native bees nest in the ground" fact is widely cited (often ~70%); confirm before adding any percentage.
• Leave stems and dead wood. Some bees nest in hollow stems and old wood. Cut stems at different heights and leave them standing. Apiary has pages on brush piles and dead hedges.
• Cut back on pesticides, especially on blooming plants.
• Provide water. Same water station as your honey bees can help.
• Lawn alternatives. A clover or "bee lawn" can support many bees. Apiary has pages on bee lawns and HOAs.
• Mason bee houses. Fun and educational. Keep them clean so they don't become disease traps. Apiary has a page on cleaning bee hotels.

Bumble bees in a yard

If you find a bumble bee nest — in a birdhouse, under a shed, in a compost pile — it's often best left alone. Bumble bee colonies are annual in many species; they die off at the end of the season, and new queens hibernate elsewhere. Apiary has a page on bumble bees in birdhouses.

Citizen science

You can help researchers by recording bee sightings with apps like iNaturalist and participating in bee counts. Apiary has a page on doing it well.

What doesn't help as much as it sounds

• Getting honey bees only to "save the bees." It helps honey bees, not necessarily wild bees.
• Buying wildflower seed mixes that aren't regional. Some mixes include plants that aren't suited to your area. Look for regional native mixes.
• Bee hotels that are never cleaned. They can build up mites and fungus.

Myths and facts

Beekeeping is full of folk wisdom. Some of it is true, some is half true, and some is just repeated. Here are common ones, with my honest read. When a claim needs a source, it's marked.

"Bees will sting you if you're scared because they can smell fear." → There's no good evidence bees smell "fear." But scared people move fast, swat, and breathe heavily near the hive — all things that can set bees off. Calm, slow movement helps.

"You need to find the queen every inspection." → No. Eggs tell you she was there recently.

"Honey never goes bad." → Properly dried, stored honey lasts a very long time. Wet honey can ferment. "Never" is an overstatement.

"Crystallized honey is spoiled." → No. It's natural.

"Honey bees are native to the Americas." → No. The Western honey bee was brought by European settlers. NEEDS_FOUNDER_EYEBALL — confirm.

"Colony collapse disorder is why bees are dying." → "Colony collapse disorder" was a specific set of symptoms reported in the mid-2000s. Many colony losses today are linked to a combination of factors, with varroa and viruses widely considered a major one. Apiary has a page on not mixing those stories up.

"Bees hate dark colors." → Commonly said, often explained by dark, fuzzy things resembling predators. Light colors are the norm in beekeeping gear. NEEDS_FOUNDER_EYEBALL — framing.

"Smoke calms bees because they think there's a fire and eat honey." → A common explanation is that smoke masks alarm pheromone and that bees respond to smoke by gorging on honey. Both are often cited; the details are debated. NEEDS_FOUNDER_EYEBALL — confirm framing.

"Bees die after every sting." → Honey bee workers often die after stinging mammals with thick skin, because the barbed stinger stays in. Many other bees and wasps don't have barbed stingers. Queens have smooth stingers and rarely sting people. Drones can't sting.

"One hive is enough to learn." → It works, but two is often recommended for comparison and backup.

"Bees don't need water from you." → They do need water. If you don't provide it, they'll find it — maybe at your neighbor's.

"Treatment-free beekeeping is the natural way." → It's a choice with tradeoffs. Untreated colonies that collapse can spread mites to others. For beginners, monitoring and treating is usually advised.

"Local honey cures allergies." → This is widely believed, but evidence is limited and mixed. NEEDS_FOUNDER_EYEBALL — confirm current research framing before publishing.

"Africanized bees are 'killer bees' that will chase you for miles." → Africanized bees can be much more defensive and respond in larger numbers than European honey bees, which can be dangerous. "Killer bees" is a media nickname. Apiary has a page on Africanized bees in California with safety steps.

"You can't keep bees in the city." → Many cities allow beekeeping with rules. Check yours.

"Bees will ruin my garden." → Bees pollinate. They don't eat plants. (Some leafcutter bees cut neat circles from leaves for nests; it's usually cosmetic.)

A full inspection, narrated

Lists are useful, but it helps to walk through one inspection start to finish, the way it actually feels. This is an illustrative walkthrough, not a record of a specific day.

It's a warm late-morning in spring. The sun is on the hive front. There's a light breeze, not wind. Foragers are flying steadily and you can see pollen coming in. Good day.

You check your notes from last time. Ten days ago: eggs seen, good pattern, seven of ten frames drawn in the top box, no queen cells. Your goals today: confirm eggs, check whether they need another box, check for swarm cells, and do a mite test because it's been a month.

You light the smoker with pine needles and a bit of burlap, puff until the smoke is cool and white, and set it on a cinder block. You suit up, tuck your pants into your boots, and put the mite test jar, alcohol, and measuring cup on a stool beside the hive. Notebook in your pocket.

You walk up from the side, not the front. Two gentle puffs into the entrance. You wait about half a minute and watch. Guards go inside. The hum doesn't change much.

You lift the outer cover and lean it upside down against the stand so you can set boxes on it. A puff into the inner cover hole. You pry the inner cover gently with the hive tool — it's glued down with propolis, and it cracks free with a little pop. A few bees come up; a light puff across the top bars and they go back down between the frames.

You look before touching. Bees are covering most of the top bars across the box. A good sign — and a hint they may need room.

You choose the outermost frame on the far side. Pry the end, loosen the other end, lift straight up slowly. It's mostly capped honey with a little pollen. You lean it against the stand. Now there's room.

Frame two: honey at the top, pollen band, some capped brood toward the bottom. Frame three: the brood nest starts. Solid capped worker brood, a ring of pollen, honey arching across the top corners. You tilt it so the sun shines past your shoulder into the cells. Larvae of different sizes, glistening white in milky food. Near the center, you see eggs — tiny white rice-grains, one per cell, at the bottom. You breathe out. Queen's been here in the last three days. You don't look for her.

Frames four, five, and six look similar. Frame five has a patch of drone brood along the bottom edge — bigger, domed caps. Normal in spring. On the bottom edge of frame six you see two queen cups. You look closely: empty. Nothing in them. You note it.

Frames seven and eight are fresh comb, being drawn, partly filled with nectar that shines in the light. Frame nine has comb started. Frame ten is untouched foundation.

Decision time. Most of the box is drawn and busy, bees are covering the top bars, and they're building comb fast. That's the "add space" signal. You've got a box of frames ready.

Before you add it, the mite test. You find a frame of open brood with lots of nurse bees and no queen visible — you check both sides carefully. You shake bees from it into a tub and scoop a level measure into the jar. Alcohol in, lid on, swirl and shake for the time your method calls for. You pour it through the screen onto the white tray and count mites. You write the number down. You'll calculate mites per 100 bees and compare to the published threshold you're using.

You put frames back in order — edge frame last — and push them together. You tip the top box (if there's one below) and look at the bottom edges of the frames for queen cells. None.

You add the new box on top, sliding it on at an angle and rotating into place to roll bees aside. Inner cover. Outer cover. Check the entrance reducer — you open it a size since the colony is strong and there's a flow.

You walk away, take off the veil a good distance from the hive, and put the smoker out by plugging the spout and setting it on bare dirt.

Your notes:

Warm, light breeze, sunny, late morning. Calm. Eggs on frames 3–5. Solid capped brood. Pollen band good. Drone brood bottom of frame 5. Two empty queen cups frame 6. No queen cells. Box mostly drawn; bees covering top bars. Mite test (alcohol wash): [count], [per 100]. Added second box. Opened entrance one size. Next: 7–10 days, check swarm cells, check whether they're using the new box.

That's an inspection. Maybe 30–40 minutes for a beginner, faster as you get practiced. It answered every question you came in with. You didn't rummage, you didn't panic, and you wrote it down.

Weather and climate decision guide

Bees respond to weather constantly, and so should your plans. Here's a quick guide to what to do (and not do) in different conditions.

Warm, sunny, calm: Ideal for full inspections.

Warm but windy: Short inspection if needed. Wind chills brood and makes bees crankier.

Overcast and cool: Avoid full inspections. A quick peek if necessary.

Before a storm: Bees are often defensive. Avoid opening.

Rain: Don't open. Water and brood don't mix.

Very hot: Inspect early in the day. Work fast. Keep comb vertical — heavy, warm comb can break. Make sure water and ventilation are good. Bearding is common.

Heat wave: Some beekeepers add shade over the hive (a board over the lid, shade cloth), add ventilation (prop the cover slightly or use a vented cover), and make sure water never runs out. NEEDS_FOUNDER_EYEBALL — confirm heat wave guidance from an extension source.

Cold (below your local inspection threshold): Don't open. Heft. Peek only on a warm, calm day if feeding is needed.

Snow: Keep the entrance clear. Don't open.

Smoke from wildfires: Bees may forage less. Some beekeepers report changes in behavior. There isn't much clear guidance. NEEDS_FOUNDER_EYEBALL — check for any extension guidance on wildfire smoke and bees.

Long dearth: Inspect fast, reduce entrances, watch stores, prevent robbing.

Strong flow: Add supers, inspect for space and swarm cells, don't feed.

A note on your local thresholds

Every area has its own patterns. Ask your club:

• What's the minimum temperature they'd open a hive?
• When does the main flow usually start and end?
• When does the dearth start?
• When do they treat for mites?
• When do they start feeding for winter?
• What's the swarm season?

Write the answers on a card and keep it in your gear box. That card is the most valuable thing a new beekeeper can own.

Taking care of equipment

Your gear outlasts any one colony if you look after it.

Woodenware

• Paint or seal the outside of boxes, not the inside. Bees coat the inside themselves with propolis. Use exterior paint and let it cure before bees go in.
• Replace rotten boxes — they leak heat, let in pests, and fall apart when you lift them.
• Keep spare parts — a spare inner cover, bottom board, and box are life savers mid-season.
• Mark boxes with your name or a number. Some places require hive identification. NEEDS_FOUNDER_EYEBALL — confirm whether California requires marking hives with owner identification.

Frames

• Replace damaged frames — broken ends, sagging foundation.
• Rotate old brood comb out over time.
• Scrape burr comb and propolis off top bars and frame ends so frames slide easily.
• Keep spare frames ready.

Storing comb

• Freeze drawn comb for a period to kill wax moth eggs and larvae, then store in sealed containers or in a light, airy, cool space.
• Check stored comb now and then for moths and mice.
• Never store comb from a colony with suspected AFB.

Tools

• Clean your hive tool between colonies, especially if there's any disease concern. Some beekeepers flame or scrub hive tools.
• Clean the smoker's spout and lid now and then — creosote builds up and the lid sticks.
• Wash your suit and gloves regularly to remove venom and propolis.

Feeders

• Clean feeders between uses. Moldy syrup is bad news.
• Fix leaks — leaking feeders invite robbing.

End of season

• Inventory what you have. What broke? What ran out?
• Order replacements in winter, when suppliers are less busy.
• Assemble new boxes and frames before spring.

I run my own projects the same way: inventory what I have, fix what broke, set up the next season's work before the rush. When my agent runner moved from paid cloud minutes to my own PC, the work that mattered most wasn't the switch itself — it was checking every piece before the busy week. Bees have a busy week too. It's called spring.

Glossary

Beekeeping comes with a lot of new words. Here are the ones you'll hear in your first year, in plain English. When a meaning differs by region or by who's talking, I say so.

Absconding — The whole colony leaves the hive, usually because conditions are bad: pests, disturbance, heat, or no food. It's different from swarming, where only part of the colony leaves and the rest stays.

Afterswarm (cast) — A smaller swarm that leaves after the first (prime) swarm, usually headed by a virgin queen.

American foulbrood (AFB) — A serious bacterial disease of bee brood caused by Paenibacillus larvae. Its spores last a long time. It is usually reportable. If you suspect it, call your inspector or extension office before doing anything.

Apiary — A place where bee hives are kept. Also the name of my site, apiarybee.com.

Apiculture — The science and practice of beekeeping.

Apis mellifera — The western honey bee, the species most beekeepers in North America keep.

Bait hive (swarm trap) — An empty box with old comb or a lure, set up to attract a swarm.

Bearding — Bees hanging out on the front of the hive in a clump, usually on hot nights. Usually normal.

Bee bread — Pollen packed into cells and fermented a bit. It's the colony's protein store.

Bee space — The gap (roughly a quarter to three-eighths of an inch) that bees leave open as a walkway. Smaller gaps get filled with propolis; larger ones get filled with comb. Modern hives are built around it. NEEDS_FOUNDER_EYEBALL — confirm the exact range from a standard reference.

Bee escape — A one-way device that lets bees leave a super but not come back, used to clear honey supers before harvest.

Bottom board — The floor of the hive. Can be solid or screened.

Brace comb / burr comb — Extra bits of comb bees build between frames or boxes. Scrape it off to keep things tidy.

Brood — Bee eggs, larvae, and pupae. Developing bees.

Brood box (deep) — The box where the queen lays and the colony raises young. Usually the deepest size.

Brood nest — The area of the hive where brood is raised.

Brood pattern — How evenly the queen lays. A "solid" pattern has few empty cells among capped brood. A "spotty" pattern has many gaps and can mean a queen problem, disease, or other issues.

Capped (sealed) — Cells covered with wax. Capped honey is ripe. Capped brood holds pupae.

Cell — One six-sided wax compartment in comb.

Chalkbrood — A fungal brood disease. Dead larvae look like white or gray chalky mummies. Often linked to stress and damp conditions.

Cleansing flight — A flight bees take on a warm winter day to relieve themselves. Expect yellow spots on cars and laundry.

Cluster — The ball bees form in cold weather to stay warm.

Colony — The whole bee family: a queen, workers, and drones (in season), living as one unit.

Comb — Sheets of wax cells built by bees.

Cross-comb — Comb built across frames instead of within them. Makes inspections hard. Fix it early.

Cut-out — Removing an established colony from a building or tree. Work for experienced people.

Dearth — A period with little or no nectar coming in.

Deep, medium, shallow — Box sizes in Langstroth hives. Deeps are tallest and heaviest when full.

Drawn comb — Foundation that bees have built into full comb.

Drone — A male bee. Big eyes, no sting. His job is to mate with queens from other colonies.

Drone brood — Drone pupae under bigger, domed caps.

Drone-laying queen — A queen who lays only unfertilized eggs (drones), often because she's old or poorly mated.

Dummy board (follower board) — A board used instead of a frame to fill space or make room to work.

Egg — The first stage of a bee. Tiny white grain standing up in the bottom of a cell. If you see eggs, the queen was there in the last few days.

Entrance reducer — A strip that makes the hive entrance smaller. Helps small colonies defend themselves and keeps out mice.

European foulbrood (EFB) — A bacterial brood disease, often linked to stress. Different from AFB. Ask your inspector if you suspect it.

Extractor — A spinning machine that pulls honey out of uncapped comb.

Feral colony — A wild colony of honey bees living outside a managed hive.

Field bee (forager) — An older worker who collects nectar, pollen, water, and propolis.

Foundation — A sheet of wax or plastic with a hexagon pattern, put in frames to guide bees to build straight comb.

Foundationless — Frames without foundation, often with a starter strip. Bees build their own comb.

Frame — A rectangle of wood or plastic that holds comb and hangs in the box.

Frame grip — A tool that grabs a frame from the top so you can lift it.

Hive — The box or structure where the colony lives.

Hive beetle (small hive beetle, SHB) — A pest that can damage comb and ruin honey, more of a problem in warm, humid areas.

Hive tool — The flat metal tool used to pry boxes and frames apart. You'll use it every time.

Honey — Nectar that bees have ripened by evaporating water and adding enzymes, then capped.

Honey bound — When honey fills the cells the queen needs for laying. Can lead to swarming.

Honey flow (nectar flow) — A period when lots of nectar is coming in.

Honey super — A box placed on top for bees to store surplus honey.

House bee — A younger worker who works inside: cleaning, nursing, building comb, storing food.

Inner cover — A flat board under the outer cover, usually with a hole in the middle.

Inspection — Opening the hive and checking the colony.

Integrated pest management (IPM) — Using monitoring, thresholds, and a mix of methods to control pests, not just chemicals on a schedule.

Larva — The grub stage of a bee. White and C-shaped in open cells.

Langstroth hive — The most common hive in North America: stacked boxes with hanging frames.

Laying worker — A worker bee who starts laying eggs when a colony has been queenless for a while. Her eggs only become drones. Signs include multiple eggs per cell and eggs on cell walls.

Mated queen — A queen who has mated and is laying fertilized eggs.

Miticide — A product that kills mites. Use only registered products according to the label.

Mite wash (alcohol wash, sugar roll) — Ways to count varroa mites on a sample of bees.

Nectar — The sugary liquid from flowers. Bees turn it into honey.

Nectar flow — See honey flow.

Nosema — A gut parasite of adult bees. Hard to diagnose without a microscope.

Nuc (nucleus colony) — A small starter colony, usually on a few frames with a laying queen, brood, and food.

Nurse bee — A young worker who feeds larvae.

Observation hive — A hive with glass sides for watching bees.

Orientation flight — Young bees hovering in front of the hive, learning where it is. Often looks like a swarm starting; it isn't.

Outer cover (telescoping cover) — The roof of the hive.

Package bees — A box of bees with a queen in a separate cage, sold without comb.

Pheromone — A chemical signal. Queens, workers, and brood all use them.

Pollen — The protein source for bees. Collected from flowers and carried back in pollen baskets on their back legs.

Pollen patty — A protein supplement that some beekeepers feed.

Pollen substitute — A product that stands in for pollen when natural pollen is short.

Propolis — Sticky plant resins that bees collect and use like glue and sealant.

Pupa — The stage where a larva changes into an adult under a wax cap.

Queen — The one fertile female who lays eggs. Longer abdomen than workers.

Queen cage — A small cage used to ship and introduce a queen.

Queen cell — A large, peanut-shaped cell where a new queen is raised.

Queen cup — The start of a queen cell. Empty cups are common.

Queen excluder — A grid that lets workers through but not the queen. Used to keep brood out of honey supers.

Queenless — Without a queen.

Queenright — Has a laying queen.

Requeening — Replacing the queen.

Robbing — Bees from other colonies stealing honey. Look for fighting at the entrance and frantic bees.

Royal jelly — Food that nurse bees make and feed to young larvae and queens.

Sacbrood — A viral brood disease. Larvae look like fluid-filled sacs.

Screened bottom board — A bottom board with a mesh screen, used for ventilation and mite monitoring.

Skep — A traditional straw basket hive. Not legal in many places because frames can't be inspected. NEEDS_FOUNDER_EYEBALL — confirm current legality in California.

Smoker — A can with a bellows that makes cool smoke to calm bees.

Split — Dividing one colony into two or more.

Spotty brood — See brood pattern.

Super — Any box on top of the brood boxes, usually for honey.

Supersedure — The colony replacing its own queen, often because she's failing. Supersedure cells are often on the face of the comb.

Swarm — Part of a colony leaving with the old queen to find a new home. It's how colonies reproduce.

Swarm cells — Queen cells made for swarming, often along the bottom edges of frames.

Top bar hive — A long, horizontal hive with bars across the top and no frames.

Uncapping — Cutting the wax caps off honey cells before extraction.

Varroa (Varroa destructor) — A parasitic mite that feeds on bees and spreads viruses. The biggest threat to honey bees in most places.

Veil — Mesh that protects your face.

Virgin queen — A queen who has emerged but hasn't mated yet.

Warré hive — A vertical top-bar style hive.

Wax moth — A moth whose larvae eat comb, especially in weak colonies or stored comb.

Winter cluster — See cluster.

Worker — A female bee who doesn't normally lay eggs. Workers do almost all the work.

Worker brood — Worker pupae under flat caps.

Planting for bees: a deeper look

You can't plant enough to feed a honey bee colony by yourself — foragers range far beyond your yard. But you can fill gaps, help native bees, and learn a lot about your local flow by paying attention to what's blooming. Here's how I'd think about it.

Why gaps matter more than totals

Bees don't starve because there are too few flowers in a year. They struggle when there's nothing for weeks at a stretch. Early spring before trees bloom, late summer dearth, and late fall are the common gaps. A few plants that bloom in those windows matter more than a bed full of flowers that all bloom in May.

How to find your gaps

1. Keep a bloom log. Every week, note what's blooming within a short walk of the hive and whether bees are on it.
2. Watch the entrance. Lots of pollen coming in means something's blooming. Foragers milling around and robbing attempts mean it's not.
3. Ask your club when the dearth usually hits.
4. Look at what's already there. Street trees, neighbors' gardens, weeds in vacant lots. Bees know where it is before you do.

After one year you'll have a rough calendar. After two, a good one.

What makes a good bee plant

• Blooms a long time or repeats.
• Open flowers that bees can reach. Very double-flowered varieties often have less pollen or nectar available.
• Planted in groups. Bees forage more efficiently on patches than on scattered single plants.
• Fits your climate so you're not watering it constantly.
• Isn't invasive where you live. Check your local invasive lists before planting.

Plant types worth looking into

I'm not going to give a bloom-time chart for your area, because it changes a lot by region. These are groups that are often recommended for bees. Check local lists for what does well where you are. NEEDS_FOUNDER_EYEBALL — link a California native plant society or extension list for bee plants.

• Salvias — many bloom a long time. Apiary has a page on salvia for bees and hummingbirds.
• Native buckwheats — often recommended for bees in dry Western areas.
• Ceanothus — a California native shrub that bees visit.
• Herbs — rosemary, thyme, oregano, lavender, and others. Let some go to flower.
• Fruit trees — early bloom, big pollen source.
• Clover in lawns — if you're willing to let it grow.
• Sunflowers and asters — late season.

Avoid poisoning your own bees

• Read pesticide labels. Many have bee warnings. Follow them.
• Don't spray blooming plants with insecticides.
• Ask about nursery plants. Some may have been treated with systemic insecticides. Ask the nursery.
• Talk to neighbors kindly. Let them know you keep bees. Many will tell you before they spray.

Water is forage too

Bees need water for cooling and diluting honey. Give them a reliable source close to the hive so they don't visit neighbors' pools. A shallow tray with rocks or floating corks works. Apiary has a page on whether your birdbath is drowning bees, with ideas for safer setups.

Native bees

If you plant for bees, you're planting for native bees too. Many native bees nest in the ground — leave some bare, undisturbed soil. Some nest in stems — leave some dead stems standing through winter. Avoid pesticides. Watch what shows up. iNaturalist is a good way to learn who's visiting; Apiary has a page on citizen science for bees.

California notes

I live in California, so here are some things specific to here. Rules and conditions change, so check the sources.

Registration

California requires beekeepers to register their colonies with the county agricultural commissioner. NEEDS_FOUNDER_EYEBALL — confirm the current registration requirement, deadline, and fee from the California Department of Food and Agriculture and your county ag commissioner.

Local rules

Cities and counties may have their own rules on hive numbers, setbacks from property lines, water sources, and flyway barriers. Check your city's code before you buy bees. HOAs may have their own rules too.

Africanized honey bees

Parts of Southern California have honey bees with Africanized genetics, which can be more defensive. This affects where people source bees, how they handle swarms, and how cautious they need to be. Talk to your local club about what's common in your area. NEEDS_FOUNDER_EYEBALL — confirm current guidance on Africanized bees in California from UC sources.

Climate

California has many climates. Coastal areas have mild winters and may have brood most of the year. Inland valleys get hot and dry with long summer dearths. Mountains get real winters. A calendar from a book written for the Northeast won't match. Your club's calendar will.

Drought and fire

Drought means less forage. Fire seasons bring smoke and can destroy forage. Some beekeepers plan for these with extra feeding and water, but there's not much settled guidance on smoke specifically.

Almond pollination

You'll hear a lot about almonds. Commercial beekeepers move huge numbers of colonies to the Central Valley for almond pollination in late winter. It has a big effect on the bee industry, queen and package availability, and the spread of pests and diseases. As a hobbyist, you don't need to be part of it, but knowing about it helps explain why packages and nucs come when they do.

Extension and resources

UC's agriculture and natural resources programs and county extension offices publish beekeeping information. Your county ag commissioner handles registration. Local clubs are the best source of practical, local advice. NEEDS_FOUNDER_EYEBALL — add specific links to UC ANR bee pages and CDFA apiary program.

Reading frames in more depth

Every frame tells a story. Here's how to read the common ones.

The "textbook" brood frame

Center of the frame: capped worker brood, flat tan caps, few gaps. Around it: open larvae of different sizes and eggs. Then a band of pollen in different colors. At the top corners: an arch of honey, some capped. This is a healthy, queenright, well-fed colony.

Spotty brood

Capped brood with lots of empty cells mixed in. Possible causes: a failing queen, disease, inbreeding, or the bees removing sick larvae. It can also just be the queen laying in cells as they emerge. Look closer. Are cell caps sunken, perforated, or discolored? Do larvae look wrong? Do a mite test. If anything looks like disease, ask your inspector.

Multiple eggs per cell

Several eggs in one cell, eggs on the cell walls. Often a sign of laying workers, especially if there's no queen and no young brood. A newly mated queen can do this briefly too. Look for other signs.

All capped brood, no eggs or larvae

The queen may be gone, or she may have stopped laying (dearth, swarming, or supersedure). Look for queen cells. Wait and check again. Don't panic on one inspection.

Lots of drone brood

Some drone brood is normal, especially in spring. Large patches of drone brood in worker cells, scattered or bullet-shaped caps, may mean a drone-laying queen or laying workers.

Backfilled brood nest

Nectar or honey being stored in cells where the queen should be laying. Can mean a strong flow and a colony getting ready to swarm. Give them room.

Honey frame

Full of capped honey. Heavy. Good. Note where honey frames are — you want honey above and around the brood nest in fall.

Pollen frame

Lots of colorful pollen. Good protein. Too much pollen in the brood nest can crowd the queen, but it's usually not a problem.

Empty drawn comb

Ready for the queen or for nectar. In weak colonies, extra empty comb can attract wax moths and beetles. Match space to colony size.

Moldy or damaged comb

Mold usually means damp or a dead colony. Webbing and tunnels mean wax moths. Slime and a bad smell mean small hive beetles. Remove damaged comb and figure out the cause.

Queen cells

On the bottom edges: usually swarm cells. On the face of the comb: often supersedure or emergency cells. Many cells: likely swarm. Few cells mid-frame: likely supersedure. Not always. Take a look at the whole colony to decide.

Reading the whole box

Don't decide based on one frame. Look at the pattern across frames. Where is the brood nest? How many frames of brood? How much food? How much room? Then decide what to do.

Troubleshooting: "I opened the hive and saw…"

This is the section I'd bookmark. Each entry is a thing you might see, what it usually means, and what to do first. These are starting points, not diagnoses. When something looks like disease, call your inspector or extension office.

"I can't find eggs."

Usually means: The queen hasn't laid in the last few days. Could be a missing queen, a new queen who hasn't started yet, a queen who paused (dearth, cold, after swarming), or you just missed them.

First steps:

1. Check again in good light with the sun behind you. Eggs are tiny.
2. Look for young larvae. If there are young larvae, a queen was there recently.
3. Look for queen cells.
4. If you have a second hive, give this one a frame of eggs and young larvae. If they build queen cells on it, they're queenless. If they don't, they probably have a queen (maybe a virgin).
5. Wait a week and check again before buying a queen, unless signs are clear.

"There are queen cells everywhere."

Usually means: Swarm prep (many cells on bottom edges), supersedure (few cells on the face), or emergency (cells built on worker cells after the queen was lost).

First steps:

1. Look for eggs. Is there a laying queen?
2. Look at whether cells are capped. Capped swarm cells mean the swarm may already have left or is about to.
3. Decide: split the colony, let them swarm, or manage cells. This is a good time to call your mentor.
4. Don't remove all cells without being sure there's a laying queen. You could leave them hopelessly queenless.

"The bees are really defensive today."

Usually means: Weather (storm coming, cold, wind), dearth, robbing, a queenless colony, a predator bothering them, or genetics.

First steps:

1. Close up and come back on a better day.
2. Check for skunks or other predators (scratched entrance, chewed grass).
3. Check for robbing.
4. If it lasts and the colony is consistently hot, talk to your mentor about requeening.

"There's fighting at the entrance."

Usually means: Robbing.

First steps:

1. Reduce the entrance to a small opening.
2. Close any gaps in the hive.
3. Stop open feeding nearby; clean up spilled syrup.
4. Consider a robbing screen.
5. Don't open the hive during heavy robbing.

"There are lots of dead bees in front of the hive."

Usually means: Some dead bees are normal. Lots could mean robbing, pesticide exposure, starvation, or disease.

First steps:

1. Look at the dead bees: tongues out and twitching can suggest pesticides. Missing pieces can suggest fighting.
2. Check food stores.
3. If you suspect pesticides, talk to your county ag commissioner. NEEDS_FOUNDER_EYEBALL — confirm the reporting path for suspected pesticide bee kills in California.

"I see bees with crumpled wings."

Usually means: Deformed wing virus, which is closely linked to high varroa levels.

First steps:

1. Do a mite test now.
2. Treat according to the results and a registered product label.

"The brood smells bad and looks sunken."

Usually means: Could be serious disease like AFB or EFB.

First steps:

1. Close the hive.
2. Don't move frames to other hives.
3. Call your inspector or extension office.

"There are little black beetles running on the comb."

Usually means: Small hive beetles.

First steps:

1. Keep the colony strong and the space matched to its size.
2. Ask your club about traps and management.
3. Remove slimed comb.

"There's webbing on the comb."

Usually means: Wax moths.

First steps:

1. Remove damaged comb.
2. Reduce space so bees can cover comb.
3. Figure out why the colony is weak.

"The colony isn't growing."

Usually means: A weak queen, not enough food, mites, disease, cold, or too much space.

First steps:

1. Check the brood pattern.
2. Do a mite test.
3. Check food.
4. Reduce space.
5. Feed if there's a dearth.

"The bees are building comb everywhere except the frames."

Usually means: Missing frames, too much space, or a gap.

First steps:

1. Make sure frames are pushed together with no gaps.
2. Remove or fix cross-comb early.

"They won't move up into the new box."

Usually means: Not enough bees yet, no flow, or bare foundation they don't want to build.

First steps:

1. Wait until they cover most of the frames before adding a box.
2. Move a frame of drawn comb up as bait (without the queen).
3. Feed if there's no flow.

"There's a big clump of bees on the front of the hive."

Usually means: Bearding. Normal on hot days.

First steps:

1. Make sure there's ventilation and water.
2. Check they have room.

"The bees are flying in circles in front of the hive."

Usually means: Orientation flights. Normal.

First steps: Enjoy watching.

"A big cloud of bees just left."

Usually means: A swarm.

First steps:

1. See where they land.
2. If safe, catch them or call a swarm catcher.
3. Check the hive for queen cells and plan for the next week.

"There are bees in my neighbor's pool."

Usually means: Bees found water there.

First steps:

1. Give them a closer water source.
2. Talk to your neighbor.

"The hive is really light in fall."

Usually means: Not enough stores for winter.

First steps:

1. Feed according to local guidance.
2. Ask your club what weight to aim for.

Before you buy a used hive or used equipment

Used gear can save money, but it can also carry disease. Here's what to think about.

• Ask why it's for sale. If colonies died, ask how.
• Look for signs of disease in old comb: sunken, perforated cappings, scales, bad smell.
• Consider replacing old comb.
• Some areas offer inspections. Ask your inspector. NEEDS_FOUNDER_EYEBALL — confirm whether California county inspectors check used equipment.
• Check the woodwork for rot.
• Avoid unknown comb if you're unsure.

Talking to neighbors

Keeping bees is easier if your neighbors are on your side.

• Tell them before the bees arrive. Surprises go badly.
• Explain where the hive is and how you've planned the flight path.
• Offer honey once you have some.
• Give them your contact info in case of a swarm.
• Take complaints seriously. If bees are at their pool, fix the water.

Questions to ask your mentor or club

Bring these to your first meeting:

1. What hive type do most people use here?
2. Where should I get bees? Who's reliable?
3. When should my bees arrive?
4. When is the main flow? When is the dearth?
5. What mite test method do you use? When do you treat?
6. What's a good fall weight for a hive here?
7. Are there Africanized bees in our area?
8. What pests and diseases are common here?
9. Is there a swarm list I can join?
10. Can I watch you inspect a hive?
11. Who's our county inspector?
12. What did you wish you'd known your first year?

Write down their answers. That's your local calendar.

Your first year, week by week (a planning template)

This is a template, not a calendar. Your local timing will be different. Swap in your club's dates. "Week 0" is the week your bees arrive.

Months before bees (late fall and winter)

• Find your club. Go to meetings. Introduce yourself.
• Take a class if one is offered.
• Check local rules. City code, HOA, county registration.
• Pick a hive spot. Watch it for sun and shade at different times of day.
• Talk to neighbors.
• Order bees. Good suppliers sell out early.
• Order gear. Leave time to assemble and paint.
• Read. This page, an extension guide, a good beginner book.

A month before bees

• Assemble and paint boxes. Let paint cure.
• Set up the stand. Level side to side, slightly tipped forward for drainage.
• Set up water.
• Light your smoker a few times for practice.
• Put on your suit. Make sure it fits and closes.
• Get your notebook ready.

Week 0: Bees arrive

• Install following your supplier's instructions.
• Feed if your mentor recommends it.
• Reduce the entrance.
• Leave them alone.

Week 1

• Package: Check that the queen is released (if caged). Don't dig around.
• Nuc: Short check for eggs if your mentor recommends it.
• Watch the entrance. Pollen coming in is a good sign.

Week 2

• First real inspection. Eggs? Larvae? Comb being built straight?
• Fix cross-comb if you see it.
• Keep feeding if they're drawing comb and there's no flow.

Weeks 3–4

• Inspect every 7–10 days.
• Watch for capped brood. With a package, the first new bees emerge about three weeks after the queen starts laying.
• Watch space. When they cover most frames, think about the next box.

Weeks 5–8

• Add a second box when they need it.
• First mite test — ask your mentor about timing.
• Watch for swarm cells, especially with nucs and strong colonies.

Summer

• Inspect every 10–14 days.
• Mite test monthly or as your local guidance says.
• Watch for the dearth. Reduce entrances, watch for robbing.
• Add supers if there's a flow and they need room. Don't count on honey in year one.
• Keep water full.

Late summer

• Mite test and treat if needed. Late summer is often a key time because the colony is raising the bees that will make it through winter.
• Check food stores.
• Combine weak colonies if needed.

Fall

• Feed if stores are low, following local guidance.
• Reduce entrances. Add mouse guards if needed.
• Remove empty supers.
• Check mite levels.
• Plan winter setup.

Winter

• Heft the hive now and then to check weight.
• Keep the entrance clear.
• Don't open on cold days.
• Read, plan, and fix gear.
• Review your notes. What worked? What didn't?

Early spring (start of year two)

• First inspection on a warm, calm day.
• Check queen, brood, food.
• Mite test.
• Plan for swarms.

How to keep learning

Clubs and mentors

The single best resource. Your club knows your flows, pests, and rules. A good mentor will show you a hive and tell you what they see.

Extension services

Land-grant universities and extension offices publish free beekeeping guides. They're research-based and local.

Books

A good beginner book helps you see the whole picture. Ask your club which ones they recommend. Read more than one; beekeepers disagree.

Courses

Some clubs and universities run beginner courses. Some include hands-on time in an apiary.

Online

There's a lot of good information online, and a lot of bad. Prefer extension services, research groups, and experienced beekeepers who explain their reasons. Be skeptical of anyone selling a miracle.

Your own notes

After a year or two, your notes are the best book you have. They're about your bees, your yard, your weather.

AI

I use AI to help organize notes, turn rough inspection notes into a clean log, write up questions for my mentor, and make a list of what to check. I don't use it to diagnose disease or decide on mite treatments. That's for real tests, labels, and people who've looked at my bees. If an AI tool tells you something about bees, check it against an extension source.

This is the same rule I use in my own work. On Artificial Mind Hive, agents take jobs, do the work, and report back — but a person approves anything that matters. AI is a good helper and a bad boss. Same with bees.

Inside the colony: a closer look at how bees talk and work

You don't need this section to keep bees. But the more you understand what's going on inside, the more sense the hive makes when you open it.

A worker's life, in rough stages

A worker bee's job changes as she ages. The exact timing shifts with the colony's needs, but the general order is well documented. NEEDS_FOUNDER_EYEBALL — confirm approximate age ranges against a standard reference before adding any day counts.

1. Cleaning cells. Just after emerging, she cleans cells so they can be reused.
2. Nursing. She feeds larvae with food made from glands in her head.
3. Building comb. Wax glands on her underside make wax flakes she shapes into comb.
4. Receiving and storing food. She takes nectar from foragers and processes it.
5. Guarding. She checks bees at the entrance and defends the hive.
6. Foraging. In the last part of her life, she flies out for nectar, pollen, water, and propolis.

When the colony needs something, bees can shift jobs. If foragers are lost, some younger bees may start foraging early. This flexibility is part of why colonies are so resilient.

Summer workers live much shorter lives than the bees raised in fall, which are built to last through winter. That's one reason fall mite control matters so much: the bees that carry the colony through winter are being raised then.

Communication: the dances

Foragers tell other bees where food is with dances on the comb. The best known is the waggle dance. The angle of the waggle run relative to vertical shows the direction of the food relative to the sun. The length of the waggle run relates to distance. A round dance is used for food close by. Karl von Frisch's research on this earned a share of the Nobel Prize in 1973.

You may see dances during an inspection: a bee running in a figure-eight with her body shaking, surrounded by attentive bees. It's worth stopping to watch.

Communication: pheromones

Bees use chemical signals for a lot of things.

• Queen pheromones help hold the colony together and tell workers the queen is present. When the queen is lost, workers notice quickly.
• Brood pheromones tell workers about the larvae's needs.
• Alarm pheromone is released when a bee stings. It smells a bit like bananas to many people and attracts other bees to the spot. That's one reason smoke helps — it masks alarm pheromone.
• Nasonov pheromone is released by workers fanning at the entrance with their tails up, to guide other bees home. You'll often see it after installing a package or when a swarm moves into a box.

How bees make decisions as a group

When a swarm looks for a new home, scout bees check possible sites and come back to dance for the ones they like. Other scouts check them out. Over time, the swarm settles on one site. Thomas Seeley's book Honeybee Democracy describes this research for a general audience.

Temperature control

Bees keep the brood nest warm and steady. In cold weather they cluster and shiver flight muscles to make heat. In hot weather they fan and spread water to cool through evaporation. That's why water near the hive matters in summer and why you shouldn't leave brood exposed to cold air for long during inspections.

Why understanding this helps

• Eggs mean a queen was there recently because of how the colony develops.
• Smoke works because it masks alarm pheromone and prompts bees to eat honey.
• Fall mite control matters because winter bees are raised then.
• Water matters for cooling.
• Swarms are calmer because the bees are full of honey and don't have a home to defend.

Hive types compared, a bit more deeply

Earlier I recommended the most common hive type in your area. Here's more detail for the curious.

Langstroth

What it is: Stacked boxes with removable hanging frames.

Pros: Most common in the U.S. Easy to find parts, help, and bees on frames. Easy to add space. Frames swap between hives.

Cons: Boxes get heavy, especially full deeps.

Who it's for: Most beginners.

Langstroth with all mediums

What it is: The same system, but all boxes are medium depth.

Pros: Lighter boxes. All frames interchangeable.

Cons: More boxes and frames to handle. Nucs often come on deep frames.

Who it's for: People who can't lift heavy deeps.

Top bar

What it is: A long horizontal box with bars across the top. Bees build comb hanging from the bars.

Pros: No heavy lifting. Natural comb.

Cons: Comb is fragile and can break during inspection, especially in heat. Fewer local mentors. Harder to add space. Nucs on Langstroth frames don't fit.

Who it's for: People who want to avoid lifting and are okay with less local help.

Long Langstroth (horizontal)

What it is: A long horizontal box that takes standard Langstroth frames.

Pros: No lifting boxes. Uses standard frames.

Cons: Less common. Heavy to move.

Who it's for: People who want horizontal hives with standard frames.

Warré

What it is: A vertical hive with smaller boxes and top bars.

Pros: Designed to be low-intervention.

Cons: Harder to inspect thoroughly. Some areas require removable frames. Less local help.

Who it's for: Experienced beekeepers interested in a different approach.

Flow-style hives

What it is: A Langstroth-style hive with a special honey super designed to drain honey without removing frames.

Pros: Easy harvesting.

Cons: You still need to inspect, manage mites, and do everything else. The brood box is a normal hive.

Who it's for: People who understand it's a harvesting tool, not a shortcut.

Bottom line

Pick the hive that the most people around you use. That way your mentor can help you, you can buy local nucs that fit, and you can borrow a frame of eggs from a friend in an emergency.

Beekeeping with kids, family, and pets

Bees can be a great family project. A little planning keeps everyone safe and interested.

Kids

• Start with watching. Kids can learn a lot sitting a safe distance from the entrance: pollen colors, orientation flights, guards, foragers coming home heavy.
• Proper gear. If a child is going to be near an open hive, they need a suit or jacket and veil that actually fits. Loose gear lets bees in.
• Short sessions. Kids get tired and fidgety. A short look is better than a long one.
• Teach calm. No swatting, no running. Walk slowly away if a bee gets interested.
• Know about allergies. Talk to your doctor and the parents of any visiting kids.
• Let them help with jobs away from the hive: painting boxes, filling the water, labeling jars, keeping the bloom log.
• Observation hives at nature centers or clubs are a great safe way to see inside.

Other family members

• Tell everyone the hive schedule so they don't walk past while you're inspecting.
• Keep the hive away from play areas, doors, and paths.
• Keep an epinephrine plan if anyone in your home has a known serious allergy, as directed by their doctor.

Pets

• Dogs sometimes snap at bees. Keep the hive where dogs can't hang out right in front of it. Some people fence the hive area.
• Cats usually leave bees alone, but keep an eye out.
• Chickens and bees can share a yard. Chickens may eat some bees at the entrance. Most beekeepers find it works out fine.
• If a pet is stung many times, call your vet.

Honey in the kitchen

Once you have honey, here are a few basics.

Storage

• Store honey in a sealed container at room temperature. Honey absorbs moisture from the air, so keep the lid tight.
• Properly ripened honey keeps for a very long time.

Crystallization

• Most honey crystallizes eventually. It's normal and not a sign the honey is bad.
• How fast it happens depends on the flowers it came from and the temperature.
• To make it liquid again, warm the container gently in warm water. Avoid overheating, which can change flavor.

Moisture and fermentation

• Honey that has too much water can ferment. That's why you harvest capped honey.
• Some beekeepers use a refractometer to measure moisture. NEEDS_FOUNDER_EYEBALL — confirm the commonly cited moisture threshold before adding a number.

Infants

• Don't give honey to babies under 1 year old because of the risk of infant botulism. This is standard health advice.

Giving and selling

• Honey makes a great gift.
• Selling honey has rules about labeling and sometimes about where it's processed. Check your state and local rules before selling.

Wax

• Beeswax from cappings can be melted and filtered for candles, lip balm, wood polish, or to coat new foundation.
• Melt wax gently, never over direct high heat, and never leave it unattended. Wax is flammable.

A few things I've learned from building other things

I don't want to pretend I'm the world's most experienced beekeeper. I'm not. What I do have is years of building things and paying attention to how systems work, and some of it carries over.

Small, regular checks beat big, rare ones. In my software work, I'd rather have a short status check every day than a big crisis every month. Bees are the same. A short inspection on schedule catches problems early.

Write it down. Every job on my Agent Board gets a report back. Every inspection should get a note. Memory lies. Notes don't.

Test before you act. Walrus Tusk, the Cloudflare ops tool I built, does a dry run before it changes anything. A mite test is a dry run for treating. Count first, then decide.

Know when to call someone. Some problems need a specialist. In bees, that's your inspector for disease and your mentor for queens and swarms.

Local knowledge wins. Ask Unc is about finding the good food spots locals know about. FieldScape started with garage door companies because local service work has its own rules. Bees are local too. Your club knows things no book does.

The point is the thing itself. I've spent a lot of time on tools — AMHicle, WALO, Service Pricer. But the reason any of them exist is to do something real. The reason to keep bees is the bees.

Five first-year scenarios, worked through

These are made-up situations, built from common beginner questions. They're here to show the thinking, not to give a script. Your mentor's advice for your specific colony comes first.

Scenario 1: "My package queen died in week two."

You open the hive and find no eggs, no larvae, and the queen cage is empty. You look at every frame. Nothing. A week later, still nothing, and no queen cells.

Thinking it through: A package has no brood of its own, so the bees can't raise a new queen unless they get eggs or very young larvae. Without help, the colony will dwindle.

Options:

• Buy a mated queen and introduce her following the supplier's instructions.
• If you have a second hive, give a frame of eggs and young larvae so they can raise their own queen. This takes longer.
• Combine with another colony if it's late in the season.

Lesson: This is a big reason people recommend two hives. One hive gives you no backup.

Scenario 2: "My mite count is high in midsummer and I have honey supers on."

You do an alcohol wash and the count is above the threshold your local guidance uses.

Thinking it through: High mites in summer can doom a colony by fall. But some treatments can't be used with honey supers on, because of contamination.

Options:

• Read the labels of registered treatments. Some can be used with supers on, some can't.
• Pull the supers if needed, treat, and accept less honey.
• Talk to your mentor about what's used locally.

Lesson: The label is the law. And a colony is worth more than one season's honey.

Scenario 3: "My bees have swarmed and I see capped queen cells."

You came back from a weekend away and the hive is noticeably lighter on bees. There are several capped queen cells.

Thinking it through: The old queen has left with the swarm. A new queen will emerge, take mating flights, and start laying. That takes time.

Options:

• Leave a couple of good cells and close up. Check for eggs after a few weeks. NEEDS_FOUNDER_EYEBALL — confirm typical time from queen emergence to laying.
• Or use cells to make a split.
• Don't keep opening the hive while the new queen is mating. Disturbance can cause problems.

Lesson: Swarm prevention starts early in spring with room and regular checks.

Scenario 4: "My hive feels light in fall."

You heft the back of the hive and it feels light. The top box has little capped honey.

Thinking it through: The colony may not have enough stores for winter.

Options:

• Feed according to your local guidance while it's warm enough for bees to take syrup.
• Ask your club what fall weight they aim for.
• Reduce entrances and protect from robbing.

Lesson: Check stores well before the cold arrives.

Scenario 5: "My neighbor is upset about bees at their pool."

Your neighbor knocks on your door, annoyed.

Thinking it through: Bees found water there and they'll keep coming back unless you give them a better source.

Options:

• Set up a water source near your hive right away.
• Apologize and explain what you're doing.
• Give it time; bees gradually switch.
• Offer honey later.

Lesson: Water and neighbors are part of the job.

What success looks like in year one

People often think success means honey. In year one, success is usually more modest and more important.

• Your colony is alive going into winter.
• You know how to light a smoker and open a hive calmly.
• You can find eggs.
• You've done mite tests and acted on them.
• You've written notes on every inspection.
• You know your local flow and dearth.
• You have a mentor or club you can call.
• You haven't made your neighbors hate you.

If you can say yes to most of these, you had a great first year, honey or not.

And if your colony died? That happens to experienced beekeepers too. Figure out why if you can — mites are a common cause — and try again. Most beekeepers I've heard from lost colonies early. The ones who kept going learned from it.

If you decide not to keep bees (yet)

Maybe you read this far and decided now isn't the time. That's a good decision too. There are plenty of ways to help bees and learn about them without a hive.

• Plant for bees. Fill bloom gaps with plants suited to your area.
• Leave some mess. Bare ground and standing stems help native bees nest.
• Cut back on pesticides, and never spray open flowers.
• Put out safe water — a shallow dish with stones.
• Join a club anyway. Many clubs welcome people who don't have bees yet. You'll learn, and you might help someone at an inspection.
• Host a hive. Some beekeepers look for yards to keep hives in. You get bees nearby without doing the work. Make sure you agree on access, responsibility, and what happens with swarms and honey.
• Volunteer at a community garden, school, or nature center that keeps bees.
• Do citizen science. Log bees you see on iNaturalist.
• Buy local honey from beekeepers you can talk to.
• Read and watch. Learn the biology. When you're ready, you'll be ahead.

Ways to keep first-year costs down (without cutting corners)

I'm not putting prices here — they change and vary by region. But here are ways people save that don't put bees at risk.

• Buy assembled-later. Unassembled boxes and frames usually cost less than assembled. You'll learn the parts as you build them.
• Borrow gear for the first season from a club member, especially extractors. Many clubs lend extractors.
• Buy gear in winter when suppliers may run sales. NEEDS_FOUNDER_EYEBALL — don't promise sales; confirm before stating.
• Skip gadgets. A hive tool, smoker, veil, and gloves cover most of it.
• Don't skip a mite test kit. It's cheap compared to losing a colony.
• Be careful with used comb. Saving money isn't worth bringing disease home.
• Catch a swarm — if your area allows it and you've got help. Free bees, but unknown genetics and health.
• Split instead of buying in year two, if your colony is strong.

Apiary has a separate page on how much it costs to start beekeeping, with a first-year budget broken into categories.

More quick questions

Can I keep bees on a roof or balcony? Some people do. Check rules, access, wind, heat, water, and whether you can safely carry heavy boxes. Ask your club.

Do bees know their keeper? There isn't good evidence that honey bees recognize individual people in a way that changes how they act. They respond to your movement, smell, and timing.

Will bees sting my neighbors? Bees foraging away from the hive rarely sting unless stepped on or swatted. Most stings happen near the hive. Good placement and flight paths help.

Do I have to wear a suit? Wear at least a veil. Many beginners feel calmer in a full suit, and calm beekeepers work better. Over time, you'll figure out what you need.

What if I get stung a lot? Check your timing, weather, and technique first. If a colony is consistently defensive, talk to your mentor about requeening.

Is it cruel to take honey? Taking only surplus and leaving plenty for winter is the standard ethical approach. In year one, you may not take any.

Can bees and a vegetable garden coexist? Yes. Many vegetables benefit from pollinators. Avoid spraying insecticides on blooming plants.

How long do colonies live? A colony can carry on for years if it keeps replacing its queens and stays healthy. Individual bees and queens are much shorter-lived.

What's the most important thing? Mites. Then room. Then notes.

How the year shifts by climate type

The season-by-season section assumes a fairly typical four-season pattern. Here's how it shifts in broad climate types. These are generalizations; your club's calendar wins. NEEDS_FOUNDER_EYEBALL — have a local beekeeper sanity-check these regional generalizations.

Cold winters (snowy areas)

• Short active season. Colonies build up fast in spring and need a lot of stores for a long winter.
• Fall prep is critical: heavy hives, mite control done early enough, entrances reduced, upper ventilation or moisture control.
• Little or no inspecting through winter.
• Spring buildup can be sudden; swarm season comes quickly.

Mild winters (coastal, southern)

• Brood may be raised most of the year.
• Mites can build up year-round because there's no long break in brood.
• Forage may be available in winter but also gaps at odd times.
• Small hive beetles may be more of an issue in humid, warm places.

Hot, dry summers (inland West, desert edges)

• Summer dearth can be long and harsh.
• Water and shade matter a lot.
• Inspect early in the day.
• Robbing is a big issue during dearth.
• Spring is often the main flow.

Humid, warm areas

• Pests like small hive beetles can be worse.
• Mold and damp in weak colonies.
• Ventilation matters.

High elevation

• Shorter seasons and cold nights.
• Late spring and early fall.

Signs of a healthy colony

It helps to know what "good" looks like so you can spot when something's off.

At the entrance

• Steady traffic on warm days.
• Pollen coming in in different colors.
• Guards checking arrivals but not attacking everyone.
• Orientation flights on warm afternoons.
• Not many dead bees on the ground.
• No fighting.

Inside the hive

• Calm bees that mostly stay on the frames.
• Eggs, larvae, and capped brood all present in season.
• A solid brood pattern.
• Pollen and honey arranged around the brood.
• Bees covering most frames in proportion to the space.
• A pleasant smell — wax, honey, maybe a little yeasty from pollen. Not rotten.
• Few or no pests visible.
• Low mite counts on tests.

Over time

• Growing population in spring.
• Steady stores through summer if there's a flow.
• Heavy enough going into winter.
• Alive in spring.

When you know what healthy looks like, small changes jump out at you. That's the real skill: not knowing every disease, but noticing when something's different and asking the right question.

A note on responsibility

Keeping bees is a responsibility to the bees, your neighbors, and other beekeepers nearby.

To the bees

You chose to put a colony in a box in your yard. That means you owe it the basics: a good spot, enough room, enough food in hard times, and protection from mites and disease. It doesn't mean doing everything for them. Bees know how to be bees. Your job is to keep the problems you can control under control and stay out of the way the rest of the time.

To other beekeepers

Mites and diseases spread between colonies. Bees from a collapsing colony drift into nearby hives. Robbers carry mites home from a weak hive. An untreated, mite-heavy colony can affect every beekeeper within flying distance. That's why monitoring and acting on mite counts isn't just about your bees. It's about everyone's.

The same goes for disease. If you suspect AFB or something serious, call your inspector. It's not a punishment. It protects every colony around you.

To your neighbors

Bees are a privilege in a shared neighborhood. Give them water so they don't crowd pools. Plan flight paths. Manage swarms. Answer questions kindly. One annoyed neighbor can lead to new rules for everyone.

To native pollinators

Honey bees are one bee among many. In some places, very high numbers of managed honey bees may compete with native bees for flowers. The research is ongoing and depends on the location. NEEDS_FOUNDER_EYEBALL — link a balanced research summary on honey bee and native bee competition. A sensible approach for a hobbyist: keep a modest number of colonies, plant generously, and support native bees too.

To yourself

Bees should be a joy, not a source of dread. If you find yourself avoiding inspections, falling behind, or feeling overwhelmed, talk to your club. Scale down. Share the work with a friend. Take a season off and host someone else's hive. There's no prize for suffering.

That's how I try to run everything I build. Do the parts that matter carefully, write it down, ask for help when it's past what I know, and keep it something I actually want to do.

Taking photos your mentor can actually use

One of the most useful things you can do as a beginner is take good photos of frames and send them to someone experienced. A blurry, dark photo doesn't help anyone. Here's how to take ones that do.

• Sun behind you, frame tilted toward the light. Eggs and young larvae only show up when light reaches the bottom of the cells.
• Get close. Fill the frame with the area you're asking about. Then take one wider shot so they can see context.
• Shake or brush bees off the area if you can do it gently. A photo of bees on bees doesn't show brood.
• Steady your hands. Rest your elbow on your hip or the hive.
• Take several. One will be sharp.
• Label them with the hive name, date, and frame number in your notes so you can match photos later.
• Include a short description: "Hive 2, frame 5, sunken caps here, brood smells off?" is far more useful than "is this bad?"
• Photograph the entrance too if you're asking about dead bees, fighting, or odd behavior. A short video helps even more.
• Keep your gloves out of the shot unless you're pointing at something.

Be careful about asking strangers online to diagnose disease from photos. Photos can help someone tell you whether to call an inspector, but a serious brood disease should be confirmed by someone qualified, sometimes with a lab test.

I use the same habit in my other work: a clear screenshot with a one-line question gets a better answer than a long, vague message. Your mentor's time is valuable. Make it easy for them to help.

Printable inspection sheet

Copy this, print a stack, and keep them on a clipboard in your gear box. One sheet per hive per inspection.

HIVE: __________   DATE: __________   TIME: ______
WEATHER: sun / cloud / wind / temp ______
TEMPERAMENT: calm / runny / defensive
WHY I'M OPENING (goals):
  1. ______________________
  2. ______________________

QUEEN STATUS
  Eggs seen?            Y / N   frames: ______
  Young larvae?         Y / N
  Queen seen?           Y / N  (not required)
  Queen cells?          Y / N   where: bottom edge / face
  Queen cups (empty)?   Y / N

BROOD
  Frames of brood: ______
  Pattern: solid / some gaps / spotty
  Anything odd? (sunken/perforated caps, smell, color) ______

FOOD
  Frames of honey: ______   Pollen: plenty / some / little
  Feeding? Y / N   what / how much: ______

SPACE
  Frames drawn in top box: __ of __
  Bees covering top bars? Y / N
  Added box? Y / N

PESTS / HEALTH
  Mite test method: ______   bees sampled: ____   mites: ____
  Mites per 100: ______   Action: ______
  Beetles / moths / other: ______

WHAT I DID
  ______________________

NEXT VISIT: date ______   goals: ______________

Gear tote checklist

Keep these in one box so you're never hunting mid-inspection:

• Veil, jacket or suit, gloves
• Hive tool (two — one always gets lost)
• Smoker, fuel, lighter or matches
• Frame grip (optional)
• Bee brush or a soft feather
• Mite test kit: jar, screen lid, measuring cup, alcohol or powdered sugar, white tray
• Spare frames
• Queen catcher or clip (optional)
• Notebook or inspection sheets and a pen
• Water bottle for you
• Small first-aid kit and your sting plan
• Duct tape (for everything)
• Phone for photos of frames to show your mentor

The printable one-pager

If you print one thing from this page, print this.

BEFORE BEES

• Join a local club. Find a mentor.
• Check city, county, state, and HOA rules. Register if required.
• Check allergies honestly.
• Pick the common local hive type.
• Pick a spot: morning sun, water nearby, flight path away from people.
• Order bees early. Assemble gear early.

FIRST EIGHT WEEKS

• Install bees. Reduce entrance. Feed if your mentor says so.
• Check queen release (package) or eggs (nuc).
• Inspect every 7–10 days. Fix cross-comb early.
• Add space when bees cover most frames.

EVERY INSPECTION

• Good weather, calm day, goals in mind.
• Smoke gently. Work slowly. Keep frames vertical over the box.
• Look for eggs, brood pattern, food, space, queen cells, pests.
• Write it down.

MITES

• Test with a real method (alcohol wash or sugar roll).
• Compare to published thresholds.
• Treat with registered products, following the label exactly.
• Late summer matters most.

SWARMS

• Give room before they need it.
• Watch for queen cells on bottom edges in spring.
• Have a plan: split, manage, or catch.

FALL AND WINTER

• Check stores. Feed if needed.
• Reduce entrance. Mouse guard.
• Heft, don't open.
• Fix gear. Read. Plan.

HONEY

• Not required in year one.
• Only take capped surplus. Leave plenty for the bees.
• No honey for babies under 1.

WHEN TO CALL SOMEONE

• Suspected disease (sunken, smelly, discolored brood): your inspector.
• Queen trouble or swarms: your mentor.
• Serious sting reaction: emergency services.

Closing: what I'd tell a friend

If a friend asked me whether they should start keeping bees, here's what I'd say.

Go to a club meeting first. Watch someone open a hive. If you're still excited after getting a little sticky and a little nervous, you're probably the right kind of person for it.

Start small and boring. Common hive, local bees, a spot with morning sun, a water source, and a notebook. Learn to find eggs. Learn to count mites. Learn your local flow. Give the bees room. Leave them their honey the first year.

Expect to make mistakes. I've made plenty — in bees, and in every project I've built. The trick is to make small mistakes early, write them down, and not make the same one twice.

That's how I built apiarybee.com, too. Apiary takes what I know and the paths I've walked and tries to save you the steps I had to learn the hard way. Some of that is bees. Some of it is birds, gardens, woodworking, and using free AI tools without giving away your privacy.

The rest of what I build lives at Artificial Mind Hive. That's where the Agent Board lives — jobs get posted, an agent picks them up, does the work, and reports back — and where AMHicle runs those agents across lanes like Codex, Grok, Claude, and Gemini, including on a runner on my own PC. It's where Walrus Tusk, WALO, Ask Unc, and FieldScape come from, and Service Pricer LLC is the business behind it. If you're curious how a hive of AI agents can be organized a bit like a hive of bees — every worker with a job, everything reported back, a person in charge of the decisions that matter — take a look.

But first: go meet some bees.

— Austin