Posted on 03/28/2005 9:28:51 AM PST by Ernest_at_the_Beach
But aren't honeybees desired because they can be managed, at least if they are not Africanized?
Muleteam1
Maybe this mite will wipe out all the bees including the Killer Bees....and if we safeguard the Good Bees for a few years,....then we can reintroduce them and .....how about that for a plan?
Some bee strains are better able to deal with Varroa. I've heard that Russian bees and SMR bees are at least somewhat resistant. I've got Italian bees myself, and not totally sure of the cause, but lost my hive this winter. Many bee keepers use a bottom screen rather than a board at the base of the hive so that falling live varroa can't climb back into the hive. You then find a pile of dead Varroa underneath the hive.
Oh THANKS>>>>
Maybe we can just pick them off???
?????
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--This file created 3/14/00 10:24 AM by Claris Home Page version 3.0-->
Contacts:
Carol Fassbinder, Zoology, (515) 572-5764
Joel Coats, Entomology, (515) 294-4776
Megan Kuhn, Agriculture Information, (515) 294-2957
ISU FRESHMAN RESEARCHER BUSY AS A BEE ON A HONEY OF A PROJECT
AMES, Iowa -- Many college students become involved in research projects after they arrive on campus. Carol Fassbinder brought hers with her.
Fassbinder, an 18-year-old freshman at Iowa State University, is majoring in zoology and is conducting research on honey bees in the entomology department as part of her honors mentoring program.
Her interest in honey bees comes naturally. Her family owns and operates Fassbinder Apiaries in Elgin, Iowa. Her father, Robert, has been a professional beekeeper for 25 years.
Fassbinder has been researching various problems related to her family's bee colonies since she was in seventh grade. She has focused on finding new ways to control mites that infect honey bee colonies. The mites pose a serious threat to honey production and pollination success throughout the country. The mites have become resistant to the main chemical control available, so Fassbinder is looking for natural compounds that can control mites.
That was how her connection to ISU started. When Fassbinder was a high school junior, she contacted Joel Coats, entomology professor, for advice on a science fair project. He helped her identify natural compounds to test. Coats has been working with her ever since.
Fassbinder, Coats and an ISU graduate student, have a patent pending on a promising compound from lavender and the perilla plant, both members of the mint family. "One company is interested and it is doing its own on the compound," Fassbinder says.
Fassbinder has presented her research results in several national and international science fairs, including ones in Washington D.C., London and Japan. She will compete in a worldwide competition in Hanover, Germany, in October.
"The competitions have taught me that you don't have to be a genius to succeed," Fassbinder says. "The judges are more interested in how your mind works and how you solve problems."
Fassbinder doesn't spend all her time on her research. In addition to a full class schedule, she is also active in the Agriculture Council, Entomology Club, President's Leadership Class and the Freshman Honors Program.
"Carol's enthusiasm and drive are amazing to me," says Coats, who now heads the entomology department. "She is a complete person -- a team player and an intelligent person. That is a fantastic combination."
Fassbinder isn't resting on her laurels. She's busy testing new compounds using four honey bee colonies her father donated to the ISU entomology department.
"My research has helped me learn some lessons in life," Fassbinder says. "Things don't always work out they way we think they should. I've done months of work that have amounted to no results, but I have learned to be stubborn and push on."
Fassbinder also feels a responsibility to the industry she grew up around. She gives annual updates on her research to the state beekeeping associations in Iowa, Minnesota and Wisconsin.
"Many beekeepers are giving up because mites are destroying their colonies," says Fassbinder. "I feel a duty to them, to the industry and to my parents to find a control."
This is pretty old news. The mites killed off my bees around 1990 and every new colony since then.
In spite of preventive measures, the colonies die off.
See post#28.
See #28.....any hope with that?
Maybe this mite will wipe out all the bees including the Killer Bees....and if we safeguard the Good Bees for a few years,....then we can reintroduce them and .....how about that for a plan?
These mites (there are 2 mite species involved here) probably kill every last colony they just make beekeeping more difficult. Also there are very few areas of the world where the mites aren't already established in the local bee populations.
Haven't tried it. I have no bees at present to try it on.
If I catch a swarm, I'll try it out.
In some of my research I found that native bees are pretty resilient. In agricultural settings, honeybees effectively replace native bees. However, once the land is returned to a somewhat (usually severly degraded)natural conditions, native bee populations returned within 5 years. Granted you do lose some diversity but overall they rebound rather nicely. My work was with bees in the midwest so it may be a bit different. Aside from a few specialized pollinators, most bees do not reside in forested areas. That said, forest isn't really native in the area we did our work. Forests were the result of mass fire supression and altered hydrology.
My wife and I keep bees and the articles on bee boards & newsletters seem to suggest that the more aggressive species (i.e., Africanized Honey Bees) survive better than gentler species like Italians. On the other hand, this problem has been around for a long time and, while the mites are getting resistant to Apistan - the chemical that kills them - there's lots of things a beekeeper can do nonchemically that controls the mites.
The same is true in the Santa Cruz Mountains where I live. Meadows are among the most threatened habitats around here, most often due to weeds.
Actually, I'm now in from the house from a weed walk in order to do some research before settling on a weed control method for a patch of ridgeline meadow.
We have grown watermelons and pumpkins w/o bees and we have a crop but with them the yield grows quite a bit.
California plants are often toxic to species not accustomed to them (IIRC, about 700 California native plant species are toxic to humans). The native bees I've seen here are very docile, black, and without stripes.
I'm thinking just leave a few open half drank (drunk ?)pepsi cans lying (laying?) about...there'll be more bees than you mite think.
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