Here’s a photo and text that I’ve copied from a beekeeping journal I maintain for myself. It’s a more detailed entry than I normally bother with, but it’s a summing-up sort of entry, setting the stage for what I’m dealing with going into winter. I’ve also added a few more details for my legion of Mud Songs followers.
1401 (in the back): 3 deeps + a honey super. (All of my honey supers are full of drawn comb, as are most of my deeps.) Approximately year-old naturally mated queen. Good layer and the most docile bees I’ve ever seen. Colony was used to create splits in July. Not likely to get any honey, though I did see nectar in some honey frames the last time I looked. No inner cover. Empty moisture quilt for ventilation. Continue reading →
The best method I’ve discovered for killing wasps is to go out and buy one of these wasp traps:
Add some sugar water and a teaspoon of raspberry jam and then watch all the wasps / yellow jackets get trapped and die. (Sept. 22, 2015.)
Add a dollop of some sweet jam, pour in some water sweetened with sugar and then hang or place the trap some place where wasps are known to congregate. I put the trap out this morning and when I came home from work, it was full of wasps — hundreds of them.
Wasp trap filled with hundreds of yellow jackets in less than a day. (Sept. 22, 2015.)
I’ll continue to monitor the trap over the next week or two. I’ll stop using it if too many honey bees get trapped in it. Judging only from the first day I had the trap out, I’d say there’s one honey bee for every 100 wasps that get trapped in it. Scroll down to the bottom of this post for the latest results. Continue reading →
I’ve long heard that sedum plants attract honey bees and other pollinators in a big way, so when I noticed an Autumn Joy sedum, a variant of Hylotelephium telephium, growing beside my new house, I thought I’d witness something great and wonderful. But so far it’s been underwhelming. Bumblebees seem to love it, butterflies, wasps, but not many honey bees.
Honey bee on Autumn Joy in Flatrock, NL (Sept. 20, 2015.)
I’d classify Autumn Joy as a late-season nectar source for honey bees in my area, coming to bloom even later than Japanese Knotweed, which is possibly the very last source of nectar and pollen before the onslaught of winter.
Cell phone photo of Autumn Joy in Flatrock, Newfoundland (Sept. 20, 2015.)
Chewing out and discarding drone pupae in the fall is a disgusting no-turning-back move for the bees. They’re absolutely done with drones for the next six months. I found these drone pupae today after two days of cold wind and constant rain.
The appearance of discarded drone pupae after two days of cold wind and rain. (Sept. 16, 2015.)
Plastic insert feeders that fit inside medium or shallow supers are useless because they don’t provide the bees convenient access to the syrup. Using an insert feeder to build up a nuc could be disastrous, especially in a cold climate like Newfoundland.
Plastic insert feeder in a medium super (June 1, 2011).
I bought an insert feeder during my second spring of beekeeping in 2011 because it seemed like a cheaper alternative to a hive top feeder. But I could never get the bees to take syrup from the feeder. (I’ve heard the same from numerous beekeepers over the past four years.) My bees would have starved had I kept trying to feed them with the insert feeder. Continue reading →
Here’s a video for brand new beekeepers who’ve seen orientation flights but didn’t know what they were looking at.
I usually notice orientation flights around 11:30am on hot summer days, but sometimes the heat doesn’t kick in until the afternoon — in the case of this video, 2:30 in the afternoon. Everything seems calm and normal and then within about five minutes the air in front of the hive fills with fuzzy young bees hovering and facing the direction of the hive. That’s your standard-issue orientation flight situation. Orientation flights can appear as massive, confused clouds of bees if the bees have been stuck inside the hive for a few days because of cold or wet weather. A swarm of bees, by the way, is about 10,000 time larger and it’s a whole other ballgame.
P.S.: In the video I inaccurately refer to these as baby bees taking their first flights outside the hive even though I know it’s wrong. Orientation flights usually occur when the bees are about 20 days old — not babies — and have completed all their assigned duties inside the hive (cleaning, nursing and so on). In my mind, they’re still babies because they’re learning to fly, and it makes no difference to my beekeeping whether or not I think of them as baby bees or 20-day-old bees. But if you’re taking a test, you’ll get that question wrong if you call them baby bees.
Here’s a video of a simple modification I’ve made to most of my hive top feeders that helps reduce the likelihood of drowning. I put screens in and over the syrup reservoirs. It makes refilling the feeders easier too.
I have no love for hive top feeders. They can be heavy and messy and a farcical tragedy when things go wrong. But this simple and cheap modification virtually transforms them into kill-free feeders and, at least in my experience, makes them easier to use. It also allows me to put various rims over the feeder, or anything I want over the feeder, without risk of drowning any bees. Obsessive-compulsive mad scientist beekeepers (a significant portion of the beekeeping demographic) could easily build on this design so that the feeder virtually refills itself. I can already imagine how that could work, but I digress.