🐝 The Business of Beekeeping

A hive stands on about one square metre of ground. That is the whole of the land it takes from you. But the bees inside it work an area far larger than any smallholding, and they work land that belongs to other people, to the roadside, to the forest and to nobody at all. That single fact is why beekeeping fits a small farm better than almost any other livestock enterprise.

How far do they go? Kenyan extension practice plans on bees foraging within a radius of 3 km from the apiary. United States extension gives similar figures from a different climate: bees prefer to forage within about 2 miles but can travel up to 5 miles if they must, and they will travel 2 miles or more for food at a real cost in energy. The two agree closely enough for planning. Work on roughly 2 to 3 km of useful forage, and understand that the bees can go further but your honey crop pays for it.

Now do the arithmetic that makes the point. A circle with a radius of 3 km encloses an area of pi multiplied by 3 squared, which is about 28 square kilometres. That is about 2,800 hectares. You are farming 2,800 hectares from a plot the size of a doormat.

But read the second half of that sentence carefully. Every hive in that circle draws on the same 2,800 hectares. Yours, your neighbour's, and every wild colony in every hollow tree. That is why Kenyan practice sets a limit: a maximum of 20 hives per apiary site, and if you want more than 20, find another site 3 or more kilometres away. United States practice says the same thing in different units, keeping a minimum of 3 miles between apiaries to reduce robbing. Note honestly what the 20-hive figure is: it is Kenyan extension guidance, not a measured carrying capacity. Real capacity depends entirely on the forage in your own circle.

What can you expect a hive to produce? Here are the sourced African figures, and they do not all measure the same thing.

• Tigray, Ethiopia, on-farm study: Kenyan top-bar hive 17.8 kg of honey per hive per year; frame hive 22.8 kg.
• Gedeo, southern Ethiopia, survey: frame hive 13.4 kg; top-bar hive 12.5 kg; traditional hive 5.5 kg.
• Ethiopia national average cited for traditional hives: 8 to 15 kg.
• A comparison cited in a Kenyan study: traditional 9 kg, transitional 16 kg, modern 22 kg.
• Kenyan district figures: Kirinyaga 15 kg a year; Molo up to 20 kg; Transmara about 10 kg over three harvests; Kakamega 30 to 40 kg.

The Kenyan figures are crude honey, which means comb, honey, pollen, brood and whatever else was cut out, all weighed together. The Ethiopian figures are honey. They are not the same product and they must not be compared. Always ask: crude or strained?

Putting the honest evidence together, a realistic planning range for a well-managed African top-bar hive is roughly 10 to 20 kg of strained honey per hive per year. That is a synthesis of the sourced studies, not a published figure, and you should treat it as a starting assumption to be replaced by your own records.

Now the part that surprises people. A study of 197 smallholder beekeepers in Baringo County, Kenya measured what actually raised annual honey production. An extra hive added 3.52 kg a year. An extra year of schooling added 10.25 kg. An extra year of beekeeping experience added 4.87 kg. Membership of a beekeeping group added 6.70 kg. Larger land holding was associated with 6.49 kg less. Buying more hives was the weakest of the significant effects measured.

Treat those coefficients carefully. It is one county, one survey, 197 farmers, and it shows correlation and not proof. But the direction is clear and it matches everything else in this course. Knowledge and management beat equipment. Beekeeping does not reward the biggest farmer. It rewards the beekeeper who knows their own bees, their own forage and their own numbers.

Most new beekeepers think a hive produces one thing. It produces several, and one of the most valuable is thrown away across the continent every harvest season.

Start with honey, because it pays the bills. But honey is not one product. There is crude honey, which is comb, honey, pollen, brood and debris cut out together and sold in a bucket. And there is strained honey that meets a standard: below 20 percent moisture under the Codex international standard, with a working target of less than 19 percent from Kenyan practice, and with water-insoluble solids at not more than 0.1 grams per 100 grams, which is the specification that straining exists to meet. The gap between those two products is where nearly all the lost value in African beekeeping sits. The intervention is not more hives. It is careful harvesting and processing.

There is a third honey product almost nobody in Africa sells: cut comb, sold as comb honey. It needs no extractor, no straining, no settling tank and no equipment at all beyond a clean knife and a clean container, and it often earns the highest price per kilogram of any form of honey. It is underused in Africa.

Now beeswax, the second crop. The published ratios are the key economic figures in this whole module.

• Fixed-comb and top-bar hives return roughly 1 kg of wax for every 10 kg of honey.
• Frame hives return roughly 1 kg of wax for every 75 kg of honey.

Why the difference? In a frame hive the comb is spun in an extractor and returned to the bees intact, so no wax comes out. In a top-bar or fixed-comb hive the comb is crushed to release the honey, so the wax comes out with it. Dividing 75 by 10 gives you the headline: a top-bar hive returns roughly 7.5 times more wax per kilogram of honey than a frame hive.

Work it on a real hive. A Kenyan top-bar hive yielding 17.8 kg of honey a year, at a 10 to 1 ratio, returns about 1.78 kg of wax a year. Twenty such hives return about 36 kg of wax a year that most beekeepers currently discard.

Be honest about the disagreement in the sources. The Tigray study puts KTBH wax at about 8 percent of the honey weight, which is about 12.5 to 1, and modern hives at 0.5 to 2 percent of the honey yield, which is 50 to 1 up to 200 to 1. A Kenyan guide says 100 kg of honeycomb gives about 8 to 10 kg of beeswax, but that is wax per kilogram of comb, not per kilogram of honey, and is not directly comparable. The honest summary to plan on: a top-bar hive returns roughly 8 to 10 percent of its honey weight as wax; a frame hive returns roughly 0.5 to 2 percent.

Wax has real physical limits you must respect. It melts at 64.5 degrees Celsius, with a safe working range of 62 to 64 degrees. It softens at 35 to 40 degrees. It discolours permanently above 85 degrees. That last figure is the most important number in wax processing: overheated wax darkens and loses value forever. Render wax in a solar melter or a water bath, never over direct flame. Beeswax is also flammable.

Wax sells into candles, cosmetics, polish, waterproofing, batik and comb foundation for other beekeepers. World trade data from 2003 shows cosmetics taking about 40 percent of the trade, pharmaceuticals 30 percent and candles 20 percent, and it lists Ethiopia as the second-largest exporter at 402 tonnes. Those figures are two decades old and the price given, 4 to 10 US dollars per kilogram, must not be quoted as current. What they show is that the market is real and that an African country is already a major supplier.

Propolis is the third product. African bees propolise heavily, which is a nuisance at inspection and an opportunity at market. A United States extension figure gives 50 to 100 grams per hive per season, and no African yield figure was available, so treat that as an outsider's number. Harvest it with a propolis trap, chilled to make it brittle. One critical warning: medicinal claims on any hive product are controlled by national medicines and food authorities. You may sell propolis. You may not lawfully claim it cures disease. Ask your national authority.

Pollen, royal jelly and bee venom are the products to leave alone as a beginner. Pollen is the colony's protein and is highly perishable in a hot humid climate. Royal jelly needs grafting skill and a cold chain. Venom collection with defensive African bees is a serious injury risk. None of them is a beginner enterprise.

Finally, pollination. It is usually the largest economic value bees create. Honeybee pollination was valued at 14.6 billion US dollars in the United States in 2000, and in Panama coffee bean production rose by 50 percent with honeybee pollination. Paid pollination services barely exist in Africa and no fee data was available. But the argument to a neighbouring coffee or fruit farmer, let me put hives on your land and your yield rises, is the cheapest way there is to obtain apiary sites.

You do not have one honey customer. You have several, and they buy different products, at different prices, under different conditions. Knowing which one you are selling to decides how you harvest, how you process and how you pack.

The buyer types, from the least demanding to the most:

• Neighbours and farm gate. They buy small quantities in whatever container they bring, pay cash, and often prefer honey they can see was not tampered with. Comb honey sells very well here. No paperwork, best price per kilogram, smallest volume.
• Traders and middlemen. They buy crude honey in bulk, in a bucket, and they pay the lowest price per kilogram of anyone. They exist because they take the transport and the market risk off you. Selling to a trader is a legitimate choice, but you should know exactly how much less you are getting.
• Local shops and kiosks. They need consistent supply, a sealed labelled container, and a price they can mark up.
• Hotels, lodges and restaurants. They pay more for consistency and reliability, and they will ask for invoices and often for a licence.
• Cooperatives and bulking centres. They aggregate members' honey, often own the refractometer and the settling tank nobody can afford alone, and negotiate a better price than a single farmer can. Group membership was measured in the Baringo study as adding 6.70 kg to annual production, nearly twice the effect of an extra hive.
• Formal processors and exporters. They pay the most per kilogram and they test what you deliver. This is where the standard bites.

Here is what a formal buyer tests against. The Codex Alimentarius standard for honey, CXS 12-1981, sets the composition of honey internationally. The figures that matter to you:

• Moisture not more than 20 percent for general honeys. Kenyan extension advises a working target of less than 19 percent.
• Fructose plus glucose not less than 60 grams per 100 grams.
• Sucrose not more than 5 grams per 100 grams for general honeys.
• Water-insoluble solids not more than 0.1 grams per 100 grams for standard honey, and 0.5 for pressed honey.
• Free acidity not more than 50 milliequivalents of acid per 1,000 grams.
• Diastase activity not less than 8 Schade units.
• HMF not more than 40 mg per kg as standard, but not more than 80 mg per kg for honeys of declared tropical origin.

That last line is the single most important Codex figure for an African beekeeper. HMF rises with heat and with storage time, and the standard explicitly allows honey from hot climates double the limit, provided the tropical origin is declared. So African honey is not automatically failing on HMF. But 80 is a ceiling, not a target, and a buyer paying a premium may specify tighter.

Understand what each failure means, or the numbers are just numbers. Moisture above 20 percent means you harvested uncapped comb or the honey absorbed water afterwards, and it will ferment. Sucrose above 5 grams means either sugar-fed bees, direct adulteration with cane sugar, or unripe honey the bees had not yet inverted. Water-insoluble solids above 0.1 grams means poor straining, which is entirely fixable. Free acidity above 50 means fermentation has already happened. Diastase below 8 means the enzymes were destroyed by overheating or by age. Remember two pairs: low diastase with high HMF is heat damage; high moisture with high free acidity is fermentation.

Codex is a model standard, not law, until your country adopts it. Your national honey standard is the one that applies and you must obtain it. Licensing to sell food, labelling rules covering net weight, country of origin, batch and best-before date, and registration of a processing room, are all set nationally. Ask your national standards body and your national food safety authority. This course names no rule as if it were yours.

One piece of customer education pays for itself. When honey crystallises, customers often think it has been adulterated with sugar. The opposite is true: crystallisation is normal glucose coming out of solution, and honey that never crystallises should raise suspicion. Every warming cycle you use to melt it back costs you diastase and gains you HMF, which is quality you are paying to destroy. The commercial answer is to sell crystallised honey as set or creamed honey, at a premium, and to teach your customers what they are buying.

Finally, the honest gap. No African honey market analysis, price series or grading system was available for this course. Nobody can tell you from a book what your honey is worth. You must find out the current farm-gate, wholesale and retail price of honey and wax in your own district, this month, and you must find out whether an organic, fair trade or forest honey premium is accessible to you. That last one is the most under-exploited opportunity in African beekeeping, because those schemes reward exactly the low-input, tree-based, chemical-free beekeeping African smallholders already practise.

Every price figure available for this course is either two decades old or from another continent. The only sourced African prices are from a 2006 Kenyan guide, where a top-bar hive was 1,650 shillings, a bee suit 2,370, a smoker 500 and hanging posts 150 each, with a total startup for 20 hives of 41,720 shillings and honey at 100 shillings a kilogram. Those numbers are two decades old and you must not quote them. They are printed here only to show you the shape of a cost list. What follows is a method. You fill in this month's prices.

The one durable, sourced cost relationship is this: a modern frame hive costs about three times as much as a Kenyan top-bar hive. Hold on to the ratio and price both locally.

Build the capital list first. These are one-off items.

• Hives. The largest single line. A frame hive costs about three times a KTBH.
• Hanging posts and wire. Two posts per hive at 2 m spacing, posts 2.5 to 3 m long, set 0.75 m into the ground, wires greased against ants.
• Protective clothing. Suit, veil, gloves, boots. Non-negotiable with African bees.
• Smoker and hive tool.
• Food-grade harvesting buckets with lids.
• Knife, straining cloth, settling container.
• A refractometer. The highest-value quality investment you can make, and often shared at cooperative level. Without one you are guessing at moisture and the buyer is not.
• A solar wax melter. Cheap to build and it unlocks the wax income of Lesson 2.
• An extractor, only if you use frame hives, and usually cooperative-owned.
• Storage containers, labels and packaging.

Now the recurring list, paid every year.

• Your own labour, at a real rate. Harvesting labour was costed at 5 shillings a kilogram in the 2006 Kenyan example, which is obsolete, but the principle is not: cost your time or your plan is a fiction.
• Sugar for stimulative or emergency feeding, mixed two parts sugar to one part water in Kenyan practice.
• Hive repair and replacement.
• Containers and packaging.
• Transport to market.
• Pest control materials.
• Licensing, registration and inspection fees. These are set nationally and you must ask your own authority.

Now the mistake that sinks beekeeping business plans. You do not get one colony for every hive you buy. Hives set out are occupied at 40 to 70 percent in Kakamega and Kirinyaga, 30 to 75 percent in Kitui, and about 50 percent in Gedeo where about half of all hives stood empty. Kenyan extension regards 80 percent, meaning 16 hives out of 20 in production, as a good target.

A business plan must be built on occupied hives, not on hives purchased.

Work it. Twenty top-bar hives, 60 percent occupancy, 15 kg per hive per year.

1. Occupied hives: 20 multiplied by 0.60 equals 12.
2. Annual honey: 12 multiplied by 15 kg equals 180 kg.
3. Annual wax at 10 to 1: 18 kg.

Now the same 20 hives at the aspirational 80 percent occupancy and 18 kg per hive:

1. Occupied hives: 20 multiplied by 0.80 equals 16.
2. Annual honey: 16 multiplied by 18 kg equals 288 kg.
3. Annual wax: 28.8 kg.

That is 288 kg against 180 kg from exactly the same capital. A 60 percent increase in revenue from the same money spent on hives. Occupancy and yield per hive are where the money is, not hive count.

Now break even. The formula is universal arithmetic:

Break-even price per kilogram equals annual ownership cost plus variable cost, divided by kilograms produced.

Annual ownership cost is your capital spread over each item's working life. A hive costing X that lasts N years contributes X divided by N each year. Be warned: the working life of a KTBH, a log hive or a Langstroth in African conditions was not available for this course. You must estimate it locally, and it is a genuinely important number. Ask beekeepers who have had hives in the field for ten years.

The five steps:

1. List every capital item and divide each by its expected life. Add them up. That is your annual ownership cost.
2. List every annual variable cost, including your own labour at a real rate.
3. Estimate occupied hives multiplied by kilograms per occupied hive.
4. Divide. That is your break-even price per kilogram.
5. Compare it with the price you can actually get.

Step 5 is the point of the whole exercise. Break-even prices may exceed what buyers are willing to pay. A learner who discovers on paper that their plan does not break even has just been given the most valuable lesson in this module, at no cost at all.

The most valuable piece of equipment in an African apiary costs nothing. It is a colony record card, and without it almost everything else in this course cannot be done.

Here is why. You cannot control the mating of your queens. Queens mate on the wing with drones from every colony for miles around, feral and managed alike. Buying a gentle queen does not give you a gentle apiary, because her daughters mate with the local drones and the temperament reverts within a generation or two. The only selection tool a small-scale beekeeper actually has is selection at the colony level: propagate splits from your calmest, most productive, least absconding-prone colonies, and requeen or remove the worst. That works slowly, and it only works if you keep records. Without a card you cannot remember which colony was calm last season, and you will split from whichever hive happened to be strong on the day.

The colony record card. One card per hive, kept dry in the store, filled in at the hive.

• Hive number and date of every visit.
• Temperament score. Use your own scale, 1 to 5, and be consistent. Note the time of day and the weather, because defensiveness varies with time of day and with season.
• Queenright or not. Eggs are the proof. Eggs mean a queen was laying within the last three days, and you do not need to see the queen herself.
• Brood status. Solid pattern or scattered. Any queen cells, and whether they were on the bottom edge of the comb, which suggests swarm preparation, or on the face of the comb, which suggests supersedure or emergency.
• Stores. Sealed honey and pollen present, or not.
• Pests seen. Beetles running from the light, wax moth webbing, ants.
• Action taken and why.

Now the records this course specifically needs you to keep, because the published figures do not exist.

First, your absconding rate. Absconding is when the whole colony abandons the nest, brood and all, and leaves. It is the single largest cause of colony loss in African apiaries. Published absconding rates for African apiaries were not available for this course. So measure your own: count your occupied hives at the start of the year and count how many walked out by the end. That is a better lesson than a borrowed number anyway, and after two years it is the most useful figure you own.

Second, your occupancy rate. Count hives set out and hives occupied, every season. The published range is wide, from 30 to 75 percent, and only your own count tells you where you sit.

Third, your yield per hive, separately for each hive, and stating whether it is crude or strained. A hive-by-hive yield record is what turns a vague feeling that the east row does better into a decision about where to put the next ten hives.

Fourth, your moisture readings. A refractometer reading on every batch, written down. Codex allows up to 20 percent and Kenyan practice targets under 19 percent. Without the record you cannot prove to a buyer what you delivered.

Fifth, your flowering calendar. List every plant the bees work within about 3 km, record the month each one flowers, over at least two years, and mark the major flow, the minor flows and the dearth. In one Ethiopian zone, the major honey season was February to March for most respondents in the mid-altitude areas but October to December in a highland district of the same zone. Two districts, one zone, opposite seasons. No printed calendar can serve you. Yours can.

Sixth, hive weight. Heft each hive at harvest and heft it again through the dearth, and write down what you feel. No sourced figure exists for the minimum stores to leave a colony going into an African dearth, and this course will not invent one, because a wrong number starves colonies. What you can do is measure your own colony's consumption over one dearth and know it forever after.

The business records are separate and shorter. A purchase book for everything you buy, with date and supplier. A sales book: date, buyer, kilograms, price, and what product. A cash book that separates money in, money out and money you took for yourself, because a beekeeper who cannot tell turnover from profit will spend the money that was meant to replace hives.

Two rules govern all of it. Write it at the hive, not from memory in the evening. And keep the cards from previous years, because a record's value is in the comparison. One season of records tells you almost nothing. Three seasons of records tells you which colonies to breed from, when your flow really starts, and what your hives are actually worth.

The commonest question a new beekeeper asks is how many hives to start with. The commonest answer given, as many as you can afford, is wrong, and the evidence says so plainly.

Start with what the sources allow. A site takes a maximum of about 20 hives in Kenyan practice, and the next apiary should be 3 or more kilometres away so the forage circles barely overlap. That is your ceiling per site, not your starting point.

Now the evidence on what actually raises production. The Baringo County study surveyed 197 beekeepers across four wards, with a mean of 1.88 hives each, 37.6 percent using modern hives and 62.4 percent traditional, 58.4 percent in beekeeping groups and 47.2 percent having received training. It measured the effect of each factor on annual kilograms produced:

• Education: plus 10.25 kg per additional year of schooling.
• Modern beehive use: plus 9.30 kg.
• Group membership: plus 6.70 kg.
• Beekeeping experience: plus 4.87 kg per year of experience.
• Number of beehives: plus 3.52 kg per additional hive.
• Land size: minus 6.49 kg per acre.

Read the ranking. An extra hive was the weakest of the significant effects. Group membership was worth nearly twice an extra hive. A year of experience was worth more than an extra hive. This is one county, one cross-sectional survey, and it shows association rather than proof, and education may be standing in for wealth or for something else. Do not treat these as guaranteed returns. But the direction agrees with everything else in this course.

So where does the money actually come from? Four levers, ranked by the strength of the evidence behind them.

1. Quality, not quantity. Moving a crop from crude honey, which is comb and brood and debris in a bucket, to properly strained honey at under 19 percent moisture is the largest single value gain available in African beekeeping. It costs almost nothing but discipline and, ideally, a refractometer. Nobody needs to buy a hive to do it.

2. Occupancy. Going from about 50 percent occupancy to 80 percent is roughly a 60 percent revenue increase on exactly the same capital, as you worked out in Lesson 4. Bait hives, good siting, shade and leaving colonies alone are what move occupancy.

3. The second crop. Wax at roughly 8 to 10 percent of honey weight from a top-bar hive is being discarded across the continent. A solar wax melter costs very little to build.

4. Knowledge and group membership. The Baringo coefficients above.

Notice what is not on that list: buying more hives. It was measured as the weakest of the significant levers.

That gives you the rule for scale. Start with the number of hives you can inspect properly, harvest carefully and record honestly, and no more. For most people beginning alone, that is a small number. The mean in the Baringo sample was under two hives per farmer, and those farmers were producing.

Then grow in a specific order. First get your occupancy up on the hives you have. Second get your quality up so every kilogram earns its maximum. Third start rendering your wax. Only then buy more hives, because only then does an extra hive earn what it should.

There is a second reason to start small that is specific to African bees. Every inspection has a cost. African colonies abscond in response to disturbance, and a beekeeper with more hives than they can manage does not inspect less, they inspect badly, in a hurry, in the wrong weather. Ten hives well managed will out-produce thirty hives visited in a rush.

The hive type decision follows from your own market, not from a promoter's poster. Frame hives out-yielded top-bar hives by 22.8 kg against 17.8 kg in Tigray, a 28 percent advantage, against a hive costing about three times as much. In Gedeo the advantage was 13.4 against 12.5 kg, about 7 percent. And a frame hive gives you almost no wax. Where wax has a good local market, a top-bar hive can be the better business at a lower honey yield. Do that calculation with your own prices before you assume the frame hive wins. Also be honest about the extractor: a frame-hive system without access to an extractor, individually or through a cooperative, gives you the worst of both worlds, the higher hive cost and comb destruction anyway.

One last piece of scale advice from the same evidence. Group membership added 6.70 kg per beekeeper in Baringo, and cooperatives are how small beekeepers get access to the refractometer, the settling tank, the extractor and the buyer that no one of them could afford alone. If there is a beekeeping group within reach of you, joining it is measurably one of the strongest things you can do, and it costs less than a hive.