My suspicions about the Moon were confirmed today when I went to do another inspection. The reason, originally, was rather trivial: my daughter was round from Austria and I wanted to take her beekeeping with me. However, given the state of the Moon last inspection, I realised an inspection within the seven to nine day cycle was important to make sure the bees didn't swarm without having at least given me a chance to prevent them.
Although the school is on holiday, I had two pupils from school accompany Valerie and me. Good thing I did, for they took some of the most original photos, which I will post separately to give them their due. Apart from that they also had fun with the smoker and were about as enthusiastic as I can get about the bees, too!
As the weather now seems to have settled down, we took the cladding off both hives and they are now once again the beautiful blue they are meant to be.
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Moon supered up and Star open - but both blue again (like the beekeeper)! |
The Moon hive was brimming. Bees were coming out of everywhere and each frame was full with them. And underneath the covering of bees, some frames were completely laid out, with almost no space left for stores. I can certainly understand why they want to swarm.
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Lots of bees |
A word about swarming: in the wild bees multiply by swarming. If they didn't, they would remain one colony the whole time; by swarming they turn one colony into two, thus increasing their chances of survival. What happens is that when space in the hive gets tight (or they feel like it), the workers will build queen cells and the old queen will lay female eggs in them. By the food they give the larvae, the workers make sure a new queen is reared (in fact, they usually go for more than one queen at any one time, just to be sure). Before the new queen cells are sealed (nine days after laying), the old queen takes half the hive and flies off with it to pastures new - literally. The rest of the colony is left to wait for the new queen to emerge. As you tend to lose half your stores and work force when the queen leaves, as a beekeeper you try to prevent the bees from swarming.
Swarm control and prevention is the true acid test of a beekeeper - and the Moon is about to swarm.
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A beautiful queen cell |
During the inspection we saw numerous queen cells, strewn all over the Moon, about eight or nine of them. All larger ones had larvae in them. If I had left them like that, the queen would be gone in a day or two. So, I emptied all the queen cells (sorry larvae!), buying me enough time till the weekend, when I will have to do some swarm prevention in earnest. There are a few things I have to prepare as well as lots of reading I have to do till then.
There were also lots of drones in the Moon, another sign that the colony is gearing up to rear queens.
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A varroa mite on a pupa |
In some broken off comb we saw developing bees, which are a ghostly white. One had a big brown bump, I think on its head. This is a varroa mite; the pesky parasites - hate them!
In another part of comb we saw a number of bees hatching simultaneously.
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Synchronised hatching |
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A drone in the hand... |
Other highlights of the rather long inspection (as I had to make sure I found all queen cells) were holding drones and finding out how to work a smoker. The eagerness with which the pupils smoked the bees reminded me of altar boys waving frankincense. One of the children was followed by bees only to then have the bees poo over her. With children's enthusiasm for all things scatological, this was quite an event and duly photographed.
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Showing Valerie how to use a smoker |
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Bee poo |
We didn't see the queen in the Moon, but eggs and larvae, so she's still there, hiding, which is easy, unmarked as she is.
Apart from the Moon we also took a quick peek at the Star, which is as it was last week. We saw the queen, which was easy as there were not so many bees and she had a big yellow dot on her back.