Skip to main content

Harvest preview

On Friday June, 2nd I took a look under the covers of my colonies to try to get a feel for how far along the honey production was. All three colonies have some completely capped honey while there is still a lot of uncapped honey as well. I took my refractometer along and measured some of the uncapped honey. All samples were under 19.5%. Basically, the honey is dry enough for harvest, as the capped honey probably has a lower water percentage. I decided to wait one more week (this coming weekend) before harvesting.

Today is the day where my three nucs should have their queens hatching. 16 days have passed since I created the nucs. The queens will emerge, and after a few days they will venture out on their mating flights. Ten days from now, I will treat the nucs with lactic acid solution to kill off any mites that they may have. Another seven days after that, I will move them into a more permanent home.

On a side note: I was pleased to discover that along the edge of a neighboring wooded lot, some black locust trees are growing. Black locust (Robinia pseudoacacia) is a typical honey flow plant that is typically found in northern regions of Germany. The uncommon occurrence of black locust here in our region was a pleasant surprise. They will provide a wonderful honey flow source to cover the normal dearth that occurs after the canola honey flow.

Comments

Popular posts from this blog

Swarm season

This time of the year, the bees are really starting to bust out of the seams of their hives. Stronger colonies are in full swing, while weaker colonies are trying to build up their numbers to at least become stronger by seasons end. Curiously enough, both situations can also spark swarm behavior for both types of colonies,especially in Carniolans (Apis mellifera carnica). Carniolans have a higher tendency to swarm than, say, Italians or Buckfasts, so of course keeping Carniolans can be a bit tricky and nerve wracking. A few words about swarming. The act of swarming is a natural occurrence, and is necessary for the propagation of honey bees. Since the queen mates only once in her lifetime and each colony only has once queen at any given time, the ability to procreate depends on building a colony to a sizable amount and then by splitting the colony in two. Honey bees, of course, have a brilliant way of doing this. The first thing that needs to happen before a colony can swarm is they n...

Housel Positioning: Simulating feral bee honeycomb building

Technically, I am an engineer. I know, writing software may not seem to be very engineer-y to you, but it does classify as engineering. We design, implement, test, and improve our product until the software does exactly what it should do. Why else do you think your apps are always updating? Engineering. Having said that, me being an engineer kind of also makes me a nerd/geek. I say I lean a little bit more to the geek side of that classification, because I just love anything that is science and/or technical. Well, anybody who likes technology and science needs to spend time learning about bees. They just know how to build stuff to the specifications of their own instincts. That brings me to todays blog entry: Housel Positioning. Housel Positioning gets its name from a beekeeper by the name of Michael Housel. Michael Housel discovered through observation, that feral bees build the honey comb with a specific order. If you were to take a look at honeycomb, and look closely at the bott...

Lodging the artificial swarm

 On Tuesday, we lodged the swarm into its new home. Below are some photos and a video of the big move: