Here’s an example of why I go out of my way not to mix honey from different hives.
The honey on the right was taken from one hive, and it tastes heathery. The honey on the left was taken from another hive, and it has a more earthy flavour. Both were harvested on the same day. The two hives are about 2 metres apart (7 feet), but the bees from each hive favoured different nectar sources, which resulted in slightly different honey from each hive.
The favouring of specific pollen and nectar sources is called floral fidelity. The bees find an abundant nectar source and they stick with it instead of wasting time jumping from one type of flower to another.
That’s why you’ll often see a flowering tree loaded down with honey bees while at the same time not a single bee goes anywhere near your beautiful Forget-Me-Nots. The results of floral fidelity are lost in most large beekeeping operations that have to blend all their honeys together. Not me. Continue reading →
June 2019 Introduction: If I found a hive with this much capped brood in the top box today, I’m pretty sure I’d steal some of the brood to boost up any weaker colonies. Do the math: 1 frame of capped brood = 3 frames of bees. I found 7 frames of capped brood, which adds up to 21 frames of new bees in a colony with only 20 frames. So the thing to do there is to make more room. Either expand the brood nest by adding another deep or load up some honey supers to give the exploding population something to do. I would normally never leave a hive split up like I do in this video, but the bees were so defensive, digging into my shoes and cuffs and everywhere else, I had to bounce before they got me good.
The hive in the video has been off by itself in the woods for more than a year because the colony has always been full of the meanest bees I’ve ever seen. I have added honey supers to the hive but I’ve never inspected the brood nest, never manipulated or disturbed it in any way. I finally decided to inspect the hive yesterday, by dismantling it and rebuilding it in a sunnier spot, because I noticed the bees filling the honey super with pollen and something about that just didn’t seem right. I found seven frames of solid capped brood in the top deep of the hive (I would expect the brood nest to be in the bottom at this time of year). I didn’t inspect the bottom deep because the bees got too riled up and one bee even got inside my veil (I squished it before it could sting me).
I returned today to inspect the final deep and add it to the hive in its new location. The first frame I inspected was empty and several woodlouse were crawling around the edges of the comb. I’ve noticed woodlouse (also known as carpenters in Newfoundland) inside most of my hives; I don’t know if they’re harmful. I was unwilling to inspect more than one frame because — I admit it — I was scared of the bees. They were constantly bouncing off my veil whenever I got close, obscuring my vision at times. A standard bee hat and veil, secured by cutting edge technology known as string, seem ridiculously inadequate under such circumstances. The open hive boiled over with bees, all of them aiming for my face.
It was unnerving. I probably would have been better off leaving the bees alone. What do I care if I have to deal with a few frames of pollen mixed in with the honey? I still don’t know exactly what’s going on with the bees in this hive. I’m interested but I’m not that interested. I wish them well.
Postscript: This is the only defensive colony I’ve experienced since I started beekeeping in 2010. It makes more honey than any of my other colonies. That’s the main reason I’ve never requeened it. If I still had my hives in the city, I would have requeened the colony immediately. All of my other bees are friendly and gentle, a real pleasure to be around most of the time.
A honey bee from a normally friendly colony stung me in the arm today because I was wearing a black t-shirt. I often wear minimal or no protective clothing around this particular colony because I know the bees are not at all defensive (not at this time of the year, anyway). Today was no different, except I forgot I was wearing a black t-shirt. As soon as I opened the hive, I noticed a few bees zig-zagging back and forth like they were hyped up on caffeine — not at all a relaxed flight pattern.
Once the bees start whipping around like wasps, it’s time to turn around and leave. Come back later with a veil and gloves and a smoker. But I thought, “Nah, these bees —f%$#@!” Zap, right under the sleeve of my t-shirt. The little bugger got me good.
I’ve been told many times not to wear black around honey bees because, supposedly, honey bees have evolved to be more defensive around anything big and black. Most creatures in the natural world that are big and black (e.g., black bears) are a threat to honey bee colonies. When honey bees see something big and black coming their way, it’s usually better for them to sting now and ask questions later.
I’ve heard how the bees will even sting the ankles of people wearing black socks, but I wear black boots every time I’m around my bees and I’ve never seen them go for the boots. For a variety of reasons, I didn’t take much stock in these particular campfire stories — until day. My single experience of wearing a black t-shirt and getting stung for the first time around some bees that aren’t normally defensive isn’t much of a data set. It can’t be used to arrive at any kind of scientific conclusion. But I’d rather not wait for science if it means I have to get stung a few more times in order to prove the black bear hypothesis. Getting stung once is enough. I’m a believer. I’ll avoid wearing black around my bees again.
August 8th, 2014: For the sake of science, I wore black and then white around the same hive of bees. The bees came in for the sting while I was wearing black and ignored me while I was wearing white. Case closed. Closed enough, anyway.
I’ve posted several photos and some videos of honey bees fanning over the years. Let’s add this cell phone video from yesterday to the list:
The bees clamp on tight to a spot outside the hive entrance and beat their wings with everything theyâ€™ve got to create an air current inside the hive that helps evaporate nectar into honey and regulates the temperature of the brood nest.