You can get a bee to ingest substances that change its behavior, but that is not the same as making a bee “high” in the human sense. Bees do not have the same brain chemistry as mammals, so intoxication from cannabis, THC, or smoke does not map cleanly onto what happens in you or your pets. What does happen, more often, is that sugars ferment, alcohol forms, and bees can become disoriented, clumsy, or unable to navigate home.
A lot of the confusion around the question “can you get bees high” comes from mixed-up internet claims, jokes about “funny honey,” and stories about bees acting odd around overripe fruit or fermented nectar. If you keep bees, garden near pollinators, or just watched a viral clip, you may have seen behavior that looks a little tipsy. The real explanation is more practical, and more important for bee health.
The Short Answer
What People Usually Mean By “High”
When people ask whether you can get bees high, they usually mean one of three things: a psychoactive cannabis effect, a drunk-like effect from alcohol, or a funny-looking behavioral change. Bees are not built to experience cannabis the way you do, and a claim about THC affecting them like it affects mammals does not hold up well, as noted in this bee biology overview.
What you can see in practice is altered movement, poor coordination, or delayed return to the hive. That kind of “high” is really intoxication or disorientation, not a pleasant altered state.
Why Intentional Exposure Is a Bad Idea
Trying to expose bees to smoke, alcohol, or other substances is stressful and can disrupt foraging, navigation, and hive care. Bees are already sensitive to temperature, odor, and changes in their food supply, so adding a chemical stressor can create a real welfare problem.
If your goal is curiosity, observation is safer than experimentation. You can watch bee behavior around flowers, fruit, and water without putting the colony at risk.
What Actually Affects Bees
Bees react most strongly to what they eat and what is already in the environment around them. Sugary liquids, fermentation, heat, and decay can all change how a bee flies and how well it finds its way home.
Fermented Nectar And Overripe Fruit
Nectar can ferment when it sits in warm conditions, and fallen fruit can do the same. Fermentation creates ethanol, so bees feeding on these sugary liquids may end up with a bee version of alcohol exposure, which is why you may see stumbling, shaky takeoffs, or poor landing control.
That is very different from cannabis intoxication. In field settings, I’ve seen bees act most off-balance near rotting fruit, syrup spills, and unusually warm nectar sources.
How Ethanol Alters Flight And Navigation
Ethanol affects a bee’s motor control and memory, so a forager may circle longer, miss the hive entrance, or crawl instead of fly. That matters because a lost forager is not just one bee out of place, it can mean less nectar returning to the colony.
Research on alcohol-like exposure in bees also fits reports of “drunk” behavior near fermented foods, as described in accounts of bee intoxication. The pattern is simple, bees do not need to be “high” to look impaired.
Why Online Myths Spread
Online bee myths spread fast because the topic is easy to joke about and hard to verify from a short clip. A strange-looking bee, a familiar brand name, and a catchy claim can turn into a viral post before anyone checks the biology.
Confusion Around Burt’s Bees And Similar Products
A common mix-up comes from the similarity between “Burt’s Bees” and “bees” as living insects. That confusion has helped fuel odd claims about getting high from lip balm or other consumer products, even though those products are not a route to intoxicating bees, or you.
That kind of mix-up is classic misinformation, where a familiar term gets attached to a sensational claim. The pattern matches broader research on how false health claims spread quickly online, especially when people forward posts without checking them.
Irritation Versus Intoxication
A stinging or burning sensation is not the same thing as being intoxicated. If a substance irritates the eyes, skin, or airway, your body may feel altered, even though there is no psychoactive effect at all.
With bees, the same distinction matters. A bee that looks sluggish may be stressed, chilled, overheated, exposed to ethanol, or simply worn out from foraging, not “buzzed” in the human sense.
Ethics, Risks, And Responsible Curiosity
Curiosity is useful when it leads to careful observation, not needless harm. Bees are living pollinators with real colony needs, so any experiment that changes their behavior should be treated as a welfare issue, not a stunt.
Stress To Individual Bees And Colonies
A single bee exposed to an irritant or intoxicant may struggle to return home. At the colony level, repeated disruption can affect foraging efficiency, brood care, and the hive’s ability to stay healthy through heat and seasonal stress.
Ethical beekeeping means limiting unnecessary disturbance and paying attention to welfare, a point echoed in discussions of ethical beekeeping and bee care. If you care about pollinators, the safest choice is to avoid testing substances on them.
Better Ways To Observe Bee Behavior
You can learn a lot by watching bees at a clean water source, flowering plants, or a hive entrance during peak foraging hours. Take note of flight paths, pollen loads, and how weather changes activity.
If you want a deeper look, use a notebook, photos, or slow video instead of substances. That gives you real behavior data without risking stress, injury, or colony disruption.
