Two slow motion video clips I posted on Twitter of my bees ventilating their hive. Another reminder for other Newfoundland beekeepers to use the hashtag #NLbees on Facebook and Twitter and other social media sites. Come on, people, it’s so easy to share information and photos this way but nobody’s joining in.
Here’s a demonstration of my quick and easy method of mixing sugar syrup for honey bees. I’m posting it because I keep hearing from people who do things like boil up a syrup mixture on their stove tops at home. That’s a big bag of crazy beans if you ask me, much more time-consuming and complicated than it needs to be. Probably a great way to make a mess of one’s kitchen too.
I don’t measure anything. I fill a bucket about half way with white granulated sugar (not raw sugar or anything with a high ash content). I add a drop or two of anise extract to get the bees interested in the syrup. (It’s important to note the difference between anise extract and anise oil.) I add water from a garden house until the bucket is almost full. Then I mix it with a stick for about five minutes until the sugar is dissolved.
The result is a thin syrup that works for spring feedings. I add more sugar if I want to make a thick syrup for fall feedings. How can I tell when it’s a thick syrup? Because it’s thick. Thin syrup (1 part sugar, 1 part water) more or less has the consistency of water. Thick syrup (2 parts sugar, 1 part water) takes on a goopey appearance. It sounds goopey.
I know that doesn’t seem very precise, but I don’t think a precise syrup mixture matters much to the bees.
Sometimes I add about a teaspoon of apple cider vinegar to help prevent the syrup from going moldy, though I can count on one hand how many times I’ve bothered with that. Sometimes I put the syrup aside for a day or two so any left over sugar is more likely to dissolve, but even if some undissolved sugar settles to the bottom of the bucket, is that a problem? I don’t think so. Sometimes the temperature of the water in the hose is warm from being in the sun, though most of the time it’s cold and that works out okay too. While I understand the reason for boiling up sugar syrup and using precise weights and measures in the recipe, and I respect that, I’m just putting it out there that nothing really bad happens when the process is simplified by dumping sugar and water in a bucket and mixing it with a stick.
P.S.: I made a few edits and additions to this post a few days after I wrote it.
I freaked out a bit when I first saw a queen cup because I didn’t know what it was. I thought my bees were about swarm and that perhaps I should destroy the queen cups. But if a colony is about to swarm or replace its failing queen (two good reasons to create new queens), destroying the queen cups won’t make much difference. It could even make things worse.
A queen cup is the first stage of a queen cell, a big fat peanut-looking cell specifically designed for raising a new queen. The cell points down instead of sideways. Most honey bee colonies build queen cups just in case they need to create a new queen. But most of the time, at least if the beekeeper is paying attention, nothing happens. The cups are left unused.
I don’t destroy queen cups because they provide the easiest place to check for possible swarming. Here’s a quick video where I blab on about that.
The obvious clue is royal jelly or brood in the queen cups. But I’ve also noticed that the bees seem to clean and polish the insides of the queen cups in preparation for the current queen to lay in it, not unlike what they do with regular brood cells. Whenever I add a frame of drawn comb to a hive, the first thing the worker bees do is clean out every cell because the queen won’t lay in a dirty cell. Anyone who has ever observed a laying queen will have noticed that she sticks her head deep into every cell and inspects it carefully before she deposits the egg. If the surface of the cell isn’t shiny and clean, she moves on. I don’t know if anyone else has noticed the bees shining up the insides of the queen cups before a swarm, but I’ve seen it enough times to say, yup, that seems to be thing.
It was a hot day and the bees were sort of bearding at the bottom entrance. I’m not concerned about swarming because I checked this hive for signs of swarming about every two weeks for the past few months. I’d rather leave the bees alone, but I’d also rather not have to deal with swarms if I don’t have to. Anyhoo…
I also removed three frames of brood from the top deep about ten days ago and replaced them with empty drawn comb. I also pulled out a heavy frame of pollen from the bottom deep, one of several heavy frames that I found, and replaced it with a foundationless frame. And that’s why I’m not too concerned about this colony swarming any time soon, despite the fairly large number of bees floating around the front of the hive in the first video clip.
Removing the frames of brood reduced the number of bees in the hive, thus relieving congestion, giving the queen’s pheromones more room to flow around the hive and make everybody happy. Replacing the frames with empty drawn comb gave the queen room to lay, which is pretty much always a good thing. The foundationless frame in the bottom box gave the bees space to fill in, not just a blank frame of foundation, but actual empty space that they will be compelled to fill in to maintain the wonderful bee space that dictates the design of the best beehives all over the world. Building comb to fill in that space instead of building swarms cells — that’s what I want to see. Thus, I’m not concerned about swarming.
A night shot of some bees ventilating the bottom entrance. (August 08, 2016.)
My plan is to leave this hive alone until the fall when I remove the honey supers. I may take a peek at some of the honey frames once in a while to see how they’re coming along, but the brood nest will be left untouched.
By the fall, the will have made two medium supers full of honey for me and will have enough honey in the brood chamber for themselves to stay alive all winter. That’s what I call good beekeeping… if it works.
This is not a paid advertisement for the Samsung Galaxy s7 smartphone, though if Samsung did paid me to get some nice shots of slow motion honey bees, I’m pretty sure I could get some good stuff. As it is, I’m just goofing around, testing out the video features of the camera. This particular shot that I posted on Twitter is my favourite so far…
…but some of the following footage isn’t too bad either. It’s a slow motion test, but it’s also a test of the touch screen focus feature on the smartphone, which is really nice. It allows me to change the focal point while I’m recording, just by tapping the screen. Not bad. The change in focus can be a bit abrupt in places, but rack focus moves are all the rage these days anyway.
The video is potentially more impressive played back in full screen mode with a resolution of at least 720p.
CORRECTION: In the video I said if it wasn’t so hot, I would put an inner cover above the moisture quilt. That’s wrong because it obviously wouldn’t do anything. The inner cover would go beneath the moisture quilt to reduce the amount of ventilation.
Most of my moisture quilts are converted ventilator rims, deep rims with screen stapled to the bottom, some of them, such as the one in the video, with spacers screwed underneath.
I know of commercial hive components that cost over $100 per hive that supposedly work ventilation magic on beehives. But for beekeepers on a budget (my kind of people), these $5 moisture quilts that I slap together with scrap wood and a piece of screen may be a better option.
More examples of how I use my moisture quilts year-round can be found under my Moisture Quilts posts.
Most new beekeepers on the island of Newfoundland (and many other places on the planet) will start up their first colonies with what is often referred to as a nuc, or a nucleus colony, or a starter hive that contains a laying queen, at least one frame of brood, a frame or two of pollen and honey, and usually a blank or empty frame to give the worker bees something to work on while they’re stuck in a 4-frame nuc box for up to a week. The frames from the nuc are usually placed inside a single hive body (in Newfoundland, it’s usually a deep) with empty frames to fill in the rest of the box. A feeder of some sort is installed. And that’s it. The following 24-minute video demonstrates the entire process.
I’ll post a condensed version of this video at a later date, but for now it’s probably more helpful to show how it plays out in real time (more or less) so that anyone new to all this, or anyone thinking about starting up a few honey bee colonies next year, will have a realistic idea of what to expect when it comes time to install their first nuc. I plan to post follow-up videos to track the progress of this colony right into next spring, again so that anyone hoping to start up their own hives in the future will have a non-idealized take on what to expect.
It was well over 30°C (86°F) by the time I finished installing all of my nucs. The sweat was pouring off my face and stinging my eyes. Expect that too. Continue reading →
Here’s a low-rez infrared video of one of my beehives recorded through my “Flir One for Android” device connected to my Samsung Galaxy s7 smartphone.
Like most electronic beekeeping gadgets, it’s not for beekeepers on a budget and it isn’t really necessary. This is only a test recording. I’ll post more about it probably sometime in the winter, if I find a practical use for it.
All the photos and videos from the Flir One are low resolution, but it doesn’t matter.
When my old Nexus 4 smartphone bit the dust a few weeks ago, I finally had an excuse to buy a top of the line model with a quality slow-motion feature: the Samsung Galaxy S7. Yeah, big deal, it’s just another overpriced cell phone, a necessary evil of modern life. But it saves me the bother of shopping around for a new DSLR camera. As much as I would love a DSLR with quality lenses, this little smartphone camera is good enough for what I need most of the time. I’ll probably use it for all my media content for now on. Here are some short slo-mo clips I posted to Twitter as a test.
My healthiest honey bee colony, one that was always full of mean bees but has been playing extremely nice so far this year, is back to being mean. Any slight vibration on the hive and the bees come pouring out. I’m not sure what reactivated the mean gene, but these bees are definitely not playing nice anymore.
Defensive bees just beginning to pour out of a hive. (June 10, 2016.)
Things that may have triggered the mean gene (and I’m just making this up): Continue reading →