The Beekeeping Prespective

Sometimes I think modern hobbyist beekeeping has forgotten where many of its practices actually came from. A lot of what beginners are taught today is presented almost as unquestionable truth: prevent swarming at all costs, push colonies for rapid buildup, replace queens frequently, stimulate constantly, maximise production, intervene early, intervene often. And after hearing these ideas repeated enough times, many people simply assume this is what “good beekeeping” looks like. But if we stop for a moment and really think about it… who were these methods originally designed for? Most of them did not emerge from a beekeeper quietly tending a few hives in a countryside garden because he loved bees. They emerged from the realities of industrial agriculture and large-scale commercial pollination. From operations managing thousands of colonies across enormous monocultures where efficiency, labour costs and profit margins are constant pressures. And in that context, many of those...

One of the strangest things about modern beekeeping is how confidently people give advice about bees they have never seen, in environments they have never experienced, under conditions they do not fully understand. A beekeeper uploads a photograph online. One frame. One sentence. “My bees are acting strangely.” “They are aggressive.” “They are not producing.” “They want to swarm.” “They are weak.” And within minutes, the answers begin pouring in. “Replace the queen.” “Your genetics are bad.” “They are queenless.” “Feed syrup immediately.” “You need treatment.” “You need more ventilation.” “You opened the hive too much.” “You didn’t open it enough.” Everyone sounds certain. And yet the truth is that almost nobody can truly diagnose a colony from a few photographs and a short description. Because beekeeping is not chemistry. It is not mathematics. Bees are living organisms interacting continuously with climate, forage availability, genetics, pathogens, stress, seasonal rhythms and the be...

Lately I keep hearing more and more beekeepers claiming that after stopping Varroa treatments for a year or two, their bees have somehow “become VSH” and are now naturally resistant. “They’re uncapping brood.” “They’re removing mites.” “My bees adapted.” And honestly… I think we need to slow down a little before jumping to conclusions. Because feelings are not facts in beekeeping. And hope, by itself, is not a breeding strategy. True Varroa Sensitive Hygiene (VSH) bees did not appear overnight through wishful thinking. Resistant populations are usually the result of either: careful selective breeding over multiple generations, or intense long-term natural selection where enormous colony losses occurred before stable resistance traits began emerging. That process takes time. A lot of time. And perhaps this is the part many people underestimate: the first truly significant observations of naturally resistant unmanaged bee populations often appeared only after many generations...

One of the most fascinating things about honey bees is that a colony is never truly the same colony for very long. We often speak about hives as though they are stable fixed systems  this colony, that queen, those genetics ,but in reality a honey bee colony exists in a constant state of renewal. Individuals are continuously dying, emerging, replacing one another and reshaping the colony from within. Change is not an exception in honey bees. It is the normal state of things. And because insects reproduce and turn over generations so quickly compared to larger animals, evolutionary pressures can act on them remarkably fast. Small shifts accumulate continuously. Every brood cycle creates opportunities for variation, adaptation and selection.At the centre of this system stands the queen, but she is not the sole genetic architect of the colony. A queen mates with multiple drones during her mating flights  a strategy known as polyandry. And this changes everything. Insid...

Beekeepers, Stop Blaming the Bees and Start Looking in the Mirror!!! One thing I have noticed in modern beekeeping is how quickly we blame the bees for problems that often begin with us. But how often do we stop and seriously ask: what exactly did we do before the problem appeared?Because if we are honest, many colonies are simply reacting to the conditions we create around them.Take aggression for example. A colony gets defensive during inspection and immediately people rush to say:  “Requeen it.” But nobody asks whether the hive was opened during cold weather, heavy wind, nectar dearth or storm pressure. Nobody asks whether it was already the second or third inspection of the day because the beekeeper forgot equipment, wanted to show the bees to friends or decided to try a new trick they saw online the night before. Bees are not decorative pets. You cannot repeatedly disturb thousands of highly organized living creatures under stressful conditions and then act shocked...

Every beekeeper thinks they control the hive… until spring proves otherwise.If you don’t split at the right time, your bees will do it for you. Three ways to split. Your choice. This might take a few minutes to read… but stay with me. It might save you a colony. Every spring we open our hives with hope. And sometimes… the numbers are not what we wanted. That is when splitting becomes more than a choice. It becomes a tool. To recover losses, to expand, or simply to stay one step ahead of swarming. There are many ways to split a colony. These are three that I have personally used over the years. Not theory. Practice. With all their good and bad. 🐝🐝🐝 First method The urgent walk away split This is the one we use when time is not on our side. You open a hive and you see numerous Queen cups, maybe already sealed cells, congestion everywhere. The colony is preparing to leave. If you don’t act, you will lose bees. So you act immediately. You assess the hive quickly. Brood, open...

Swarming begins long before the beekeeper notices queen cells. When I look back now, i realise that the bees had been warning us for weeks already. During our first full inspections early in the spring, the colonies were absolutely booming  heavy brood nests, healthy winter survivors and something else that immediately caught my attention: beautiful arches of drone brood appearing low on the brood frames. That is always one of the first whispers of spring reproduction beginning. And there is something fascinating about where bees place those early drones. In the earlier stages of colony buildup, I often notice drone brood concentrated at the lower part of the brood area. This makes biological sense. If sudden cold weather returns, the colony can sacrifice the lower peripheral brood more easily while protecting the worker brood higher up in the cluster where warmth is more stable. Later in the season, once temperatures settle and colonies become stronger, I usually find drone brood ...

In early spring we usually perform our first full in-depth inspection of the year. Blooming  just started the weather is mild, stable and perfect for finally opening the colonies properly after winter. What we find inside is exactly what every beekeeper hopes to see in early spring: strong expanding colonies, beautiful brood patterns and healthy populations already moving confidently into the new season. What is surprisingb though is this: There are no large pollen reserves stored inside most of the hives. Very little, actually are present. Almost everything that's coming into the colony now is being consumed immediately rather than stored. And yet the brood nests are booming. This is important because every spring, advice floods through the beekeeping world telling people they must feed artificial pollen patties early in the season to “help the bees raise brood.”But the reality is far more nuanced than that. In many cases, especially during the first early brood cycles...

The central idea behind the Condensing Hive is to artificially replicate the manner by which wild bees maintain the level of moisture and insulate their environments.  Moisture is natural Basically, in order to understand this, it is helpful to look at how bees act in their natural habitat and how their ambient affects the way they manage humidity and heat inside the hive. The production of moisture by the bees themselves is part of their everyday routine. Much like humans, exhaling moisture from their body produces water vapor through respiration and digestion, making the hive environment more humid. However, the water droplets actually originate from the inside of the hive.  Warm, humid air rises from the beehive cluster, colliding with the cooler hive structure. Bees snuggle up next to each other to stay warm during winter. Rather than generating enough warmth for the hive and all of the contents, they prefer to focus on warming their individual bodily stru...