ugcheleuce
Field Bee
- Joined
- Apr 15, 2013
- Messages
- 669
- Reaction score
- 1
- Location
- Apeldoorn, Netherlands
- Hive Type
- National
- Number of Hives
- 7-10
As a latecomer to this thread...
Put the bees in a box and put the box somewhere, and the bees are "catered for". But without knowledge about bees and beekeeping, you won't be able to prevent the bees from escaping, and you won't be able to protect them against illness or calamity, and you won't know how to make more bees.
It doesn't matter where you get your knowledge from (books or courses). And you can see how beekeepers handle bees by watching Youtube films.
You can do this with beekeeping, if you have years and years for your "trial and error", and lots of money to buy new bees whenever your old bees die.
The problem with trial and error for bees is that the effect of anything you do won't become visible until the next generation of bees, which is 2-3 months later, and unless you experiment with a large number of colonies, you won't know whether what you've done produced the result, or if the result was simply what would normally have happened anyway.
If you're worried that going to a course might box you in to a certain dogma, try going to a different newbie course every year for a couple of years. I've done that two years in a row, and I learnt a lot from the second course that I didn't learn from the first one, but I also learnt a lot from the first course that I didn't learn from the second one.
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How?
The problem with varroa is that by the time it "rears" its head, it's typically too late for you to do anything. Also, if the colony suffers damage due to mistreatment, it takes several generations of bees to recover from it, by which time the year may be over.
Immunity (if we can use that word) builds up over several generations of queens (not generations of bees, i.e. over several years and not over several months), and immunity can be shattered if your queen mates with the wrong males. So this "immunity" applies only to queen breeders and to isolated colonies in the wild.
When beekeepers say that bees have become "immune" to varroa, they don't mean "immune" in the normal sense of the word. Dogs can become immune to a number of diseases, but they can't become immune to fleas. Some dog breeds may be less susceptible to fleas, but... given enough fleas, and the right conditions, all dogs will suffer, even breeds that are "more immune" to fleas. The same applies to bees. Varroa is not a disease. Varroa on bees is like fleas on a dog.
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Oh, after reading Jenkins' post, I realise that you may have meant that the varroa become immune to the treatments, not that the bees become immune to the varroa. Is that right? Well, then I agree with what Jenkins said.
Besides, if mites become immune to a certain treatment, then that immunity applies to all mites in the region/country, and not using the treatment on your own bees won't prevent your mites from becoming immune. Remember, mites regularly migrate between colonies (on the backs of bees, and bees sometimes visit other hives).
As long as the bees themselves are catered for, that would be my only concern initially.
Put the bees in a box and put the box somewhere, and the bees are "catered for". But without knowledge about bees and beekeeping, you won't be able to prevent the bees from escaping, and you won't be able to protect them against illness or calamity, and you won't know how to make more bees.
Are training courses absolutely essential, or are they a nice optional extra?
It doesn't matter where you get your knowledge from (books or courses). And you can see how beekeepers handle bees by watching Youtube films.
I like trial and error, as I do not believe that there is only one way to do something. Many different ways can yield equally effective results and I would like to discover my own way without being shown.
You can do this with beekeeping, if you have years and years for your "trial and error", and lots of money to buy new bees whenever your old bees die.
The problem with trial and error for bees is that the effect of anything you do won't become visible until the next generation of bees, which is 2-3 months later, and unless you experiment with a large number of colonies, you won't know whether what you've done produced the result, or if the result was simply what would normally have happened anyway.
If you're worried that going to a course might box you in to a certain dogma, try going to a different newbie course every year for a couple of years. I've done that two years in a row, and I learnt a lot from the second course that I didn't learn from the first one, but I also learnt a lot from the first course that I didn't learn from the second one.
==
With regards to the Varroa mite, I intend to make regular inspections.
How?
I was planning on not treating for Varroa unless it reared its ugly head.
The problem with varroa is that by the time it "rears" its head, it's typically too late for you to do anything. Also, if the colony suffers damage due to mistreatment, it takes several generations of bees to recover from it, by which time the year may be over.
I have also read that immunity can be built up and therefore it wouldn't be effective when it was actually needed if treated for unnecessarily...
Immunity (if we can use that word) builds up over several generations of queens (not generations of bees, i.e. over several years and not over several months), and immunity can be shattered if your queen mates with the wrong males. So this "immunity" applies only to queen breeders and to isolated colonies in the wild.
When beekeepers say that bees have become "immune" to varroa, they don't mean "immune" in the normal sense of the word. Dogs can become immune to a number of diseases, but they can't become immune to fleas. Some dog breeds may be less susceptible to fleas, but... given enough fleas, and the right conditions, all dogs will suffer, even breeds that are "more immune" to fleas. The same applies to bees. Varroa is not a disease. Varroa on bees is like fleas on a dog.
==
Oh, after reading Jenkins' post, I realise that you may have meant that the varroa become immune to the treatments, not that the bees become immune to the varroa. Is that right? Well, then I agree with what Jenkins said.
Besides, if mites become immune to a certain treatment, then that immunity applies to all mites in the region/country, and not using the treatment on your own bees won't prevent your mites from becoming immune. Remember, mites regularly migrate between colonies (on the backs of bees, and bees sometimes visit other hives).