September 1996


In this Issue:


Bee Tidings is a cooperative publication of the University of Nebraska Cooperative Extension and the Nebraska Honey Producer's Association. The newsletter announces events of interest to beekeepers, provides timely advice, and summarizes current research that beekeepers can use. A newsletter subscription includes membership in the Nebraska Honey Producer's Association (NHPA).


Bee-keeping: An Occupation as Pleasant as it is Profitable

The Midwest Master Beekeeping Workshop provided 64 beekeepers with valuable training for keeping bees "zealously and on rational principals".
Wally Diehnelt of Ashippun, Wisconsin responded to the "Why Bees' article that appeared in the December 1995 issue of Bee Tidings with an excerpt from Dr. John Dzierzon's 1882 book Rational Bee-Keeping. Dzierzon is best known for his discovery that drones come from unfertilized eggs. According to Ron Brown, author of Great masters of Beekeeping, he was probably the first beekeeper to consistently use small nucleus hives for queen rearing, and also to set up a business producing queens rather than honey and wax.

"The keeping of bees is an occupation as pleasant as it is profitable. Nothing affords such pure and lasting pleasure as the contemplation of the works of the Almighty in the wonders of nature; but nowhere do we find such exhibition of the wonders of nature as in a colony of bees. It will not be an easy thing to induce a true bee-keeper to exchange bee-keeping for any other occupation; for the more intimately he becomes acquainted with the nature of bees, the more wonders he will discover, and the more enjoyment he will derive from bee-keeping. The genial Baron von Ehrenfels, who has called bee-keeping the 'Poetry of Agriculture', could not have expressed more beautifully the charm which bee-keeping possesses. But the material advantages to be derived from bee-keeping, if carried on zealously and on rational principles, are also considerable".

Nebraska Honey Producer's Association Fall Meeting

The Nebraska Honey Producer's will hold their annual fall meeting November 15-16, 1996 at the Holiday Inn, Kearney, Nebraska. The keynote speaker will be Kirk Webster, Champlain Valley Bees & Queens of Middlebury, Vermont. He will speak about overwintering nuclei and queen rearing in Northern regions of the U.S. Rita Wallace, winner of the 1996 Nebraska 4-H beekeeping essay contest and second place winner in the American Beekeeping Federation's national contest, will be honored at the banquet Friday evening.

Other speakers include:

  1. Dale Bauer, a member of the National Honey Board and the executive committee of Sioux Honey Association, will present "What your banker wants to know and why". Mr. Bauer has been in the honey business for 35 years. He owns and operates Bauer Honey Inc. Which manages approximately 8,000 colonies of bees.

  2. John Miller, Chairman of the National Honey Board, who will provide tips on pollination contracts. Mr. Miller is a fourth-generation beekeeper. He has been active in his family business for 21 years which manages over 12,000 colonies in seven states.

  3. Roger Starks, with Howalt-McDowell Insurance of South Dakota, will talk about today's insurance concerns for beekeepers.

  4. Dr. Marion Ellis, University of Nebraska Apiculture Specialist, will present his research on pollen resources and bee repellents.

  5. Warren Nelson, Nebraska Beekeeper's Association President, will report on the Nebraska State Fair.

For registration information contact Reed Koeppe, secretary at 308-234-1226. For hotel reservations contact the Holiday Inn at 800-652-1909.

Fall Meeting Agenda:

Friday, November 15, 1996:

8:00 AM Registration Desk Open
9:00 AM Welcome, John Rudebusch, President
9:15 AM Keynote Speaker: Wintering Nuclei, Kirk Webster
10:15 AM Break
10:30 AM What Your Banker Wants to Know and Why, Dale Bauer
11:30 AM Lunch
12:30 PM State Fair Report, Warren Nelson
1:00 PM Queen Rearing and Stock Selection, Kirk Webster
2:00 PM Break
2:15 PM Tips for Successful Pollination Contracts, John Miller
3:15 PM Roundtable Discussion
4:15 PM Pollen Resources and Repellent Research, Dr. Marion Ellis
5:00 PM Break
6:00 PM Social Hour and Mead Tasting
7:00 PM Banquet - $13.75 per person. Stuffed pasta shells, roast beef, red potatoes, tossed salad, pistachio delight salad, coleslaw, and strawberry shortcake.

Honored guest: Rita Wallace, Glenvil, NE, 2nd place winner, 1996 American Beekeeping Federation essay contest.

Auction - Any and all bee-related item donations will be appreciated for the auction (please bring to the registration desk). An award will be given for the most unusual item contributed to the auction. All proceeds will go towards association expenses.

Saturday, November 16, 1996

8:00 AM Registration Desk Open
8:30 AM Welcome, John Rudebusch, President
9:00 AM The Future for Northern Queen Rearing and Stock Production, Kirk Webster
10:00 AM Break
10:15 AM Today's Insurance for Beekeepers, Roger Starks
11:15 AM Business Meeting
12:00 Noon Adjourn

New Varroa NebGuide Released

A Nebguide "Managing Varroa in the Midwest", stock number G96-1302-A, was recently released by the University of Nebraska Cooperative Extension Service. You can obtain copies from your cooperative extension educator. Copies will also be available at the Nebraska Honey Producer's fall meeting. This NebGuide is not currently available on the World Wide Web, but it will be posted in the near future. Much of the information contained in this NebGuide appeared in the December issue of Bee Tidings. A good understanding of this important bee parasite is essential for successful beekeeping.

Removing Problem Honey Bees and Their Nests

Honey bees are among the insects most beneficial to man. In addition to producing valuable honey and wax, they are important pollinators of many fruit, vegetable and seed crops.

While honey bees can be maintained by beekeepers, they are not truly domesticated. They can establish nests in hollow trees and other empty cavities such as the walls of structures. Honey bees prefer a cavity of around 40 liters (10 gallons), but they will nest in cavities from 20 to 100 liters. Wild nests in hollow trees should be ignored if located in areas that do not create a hazard.

Occasionally, honey bees found in buildings and high traffic areas must be removed. While honey bees are not aggressive, they have a stinger and will defend their nests if disturbed. Since a honey bee colony can contain up to 60,000 bees, removing problem bees is a job for a skilled beekeeper or pest control specialist with the proper tools and protective equipment.

Removing honey bee swarms:

In the spring and early summer, strong honey bee colonies will occasionally produce swarms. Swarming is precipitated by crowding and congestion in the nest as the colony rapidly expands its population. When colonies swarm, the old queen and 40-60% of the bees leave the parent colony and cluster on a tree limb or other convenient site. Colonies may also produce smaller secondary swarms which contain fewer bees
When colonies swarm, the air can be filled with thousands of bees. While a swarm can be intimidating to persons not familiar with bees, the bees have minimal defensive instincts.
Honey bee swarms are a fascinating phenomenon and pose litte hazard to humans unless profoundly disturbed.
and a newly emerged virgin queen. When colonies swarm, the air can be filled with thousands of bees. Honey bee swarms are a fascinating phenomenon and pose little hazard to humans unless the bees are profoundly disturbed. They have neither young nor food to protect, and their defensive instincts are minimal. Typically, a swarm will remain clustered where it lands for one to three days. During this time, scout bees will search for suitable nest sites. When a site is found the swarm will fill the air and move to the new nest site. While a swarm remains, do not operate vibrating equipment near them. Lawn mowers, weed eaters, chain saws and other power tools should not be used until the swarm has left or been removed.

If a swarm lands in a remote site, it should be left alone. When a swarm lands in a homeowner's yard or public place, a beekeeper should be called to remove them if possible. Honey bee swarms are seeking a nesting site. A beekeeper can capture them by providing an empty beehive and shaking the bees onto the ground at the entrance. The bees will enter the hive body and begin nest construction in most cases. The beekeeper may need to leave the hive at the site until dusk to allow all of the bees to enter the hive. The Nebraska Department of Agriculture (402-471-2394) and the Cooperative Extension Service (402-472-2123) maintain lists of beekeepers and can recommend someone to contact for swarm removal.

If a beekeeper cannot be located, or if the swarm is in a high-traffic area, the bees can be destroyed if necessary by spraying them with a mixture of one cup of liquid dishwashing detergent dissolved in a gallon of water. As the outside layer of bees falls away, the inner layers will need to be sprayed. Bees are rendered unable to fly as soon as they contact the solution. Soapy water kills the bees by suffocating them, and bees destroyed by this method do not become defensive. The use of insecticides to destroy a swarm is not recommended since they can cause the bees to become defensive. It is best to have a pest control professional with the proper tools and protective equipment do this job if public safety is involved.

Removing honey bee nests from structures:

The first step in dealing with a problem nest is to be sure you have correctly identified the insect. Yellowjacket wasps also are cavity nesters and are frequently confused with honey bees. For guidance in identifying stinging insects, refer to NebGuide G88-891, Stinging Bees and Wasps.

Honey bee nests in structures are often extensive and may contain 100 or more pounds of honey, pollen and beeswax..
To transfer bees from a structure to a beehive, beekeepers tie combs of brood into frames using string.
Honey bee nests are often extensive and may contain 100 or more pounds of honey, pollen and beeswax. In general, one should remove the nesting materials if a colony is destroyed. Without live bees present to control nest temperature, honey may leak from the comb and drip from walls or ceilings causing extensive structural damage. Dead bees and brood will decay and produce strong odors. Finally honey, pollen and wax combs will be an attractive food source for rodents, wax moths and a variety of other nuisance insects such as ants and dermestid beetles.

In some cases the cavity can be opened and the live bees and nesting materials removed by a skilled beekeeper. Honey combs can be cut, tied into frames and placed in a beehive located near the colony's entrance. If the beekeeper is able to locate the queen and place her in the beehive, the bees will quickly establish their nest in the new hive. Several days later when combs have been secured in the frames, the beekeeper can remove the beehive to an apiary. Honey obtained from nests in buildings usually is not fit for human consumption due to the presence of dust and insulation. A good nest removal job entails several trips to the site and considerable time and effort. While the bees have some value, most beekeepers will not will not consider nest removal unless they are compensated. Repair to the structure will be necessary in most cases after nest removal. Responsibility for structural repairs should be agreed upon before the job is begun. Nest removal should not be attempted by new beekeepers without the assistance of an experienced mentor.

Honey bee nests can be destroyed prior to removal, and frequently nest destruction is the safest, quickest and easiest way to eliminate the problem. It is important to exterminate a colony when all bees are in the nest (dawn or dusk). If colonies are destroyed during daylight hours, many foragers will be in the field and can return to cause problems. The best time to destroy problem nests is in the early spring when stored food reserves and colony population are at their lowest levels.

The first step is to locate the nest which often extends several feet from the entrance. Toxins applied at the entrance frequently fail to eliminate nests and may result in highly defensive bees. Occasionally, entrance treatments result in bees creating new entrances which open inside the structure. Nests can be located by placing a stethoscope to the wall and tapping, Bees will respond to the tapping with an elevated level of buzzing. Toxins can be introduced by drilling several holes in the wall at or above the nest site. In some cases, combs may be reached by inserting a flexible tube through the entrance and into the nest. There are a number of ways to kill bees. Commercially available wasp and hornet sprays can be used to knock the bees down quickly. Dust formulations of labeled pesticides may also be pumped into the nest. Carbaryl (Sevin ) dust is readily available and is labeled for destroying problem bees. While soapy water is effective on a swarm, it is not very effective in a nest as the wax combs prevent adequate penetration. If colonies are poisoned, do not use the honey or wax! Nest materials should be removed and burned or buried in a manner that does not allow other bees access to the poisoned materials. Attempts to destroy honey bee nests can result in highly defensive bees if done improperly. Again, it is best to contact a pest control professional with the proper tools and protective equipment to do the job safely.

Prevention and maintenance:

When nests are removed, it is important to fill the cavity with insulating foam to make the site inaccessible to future swarms. An old nest site will have odors that are highly attractive to swarms. In addition to filling the cavity, cracks in the structure should be carefully sealed with caulk. Honey bees seeking a nesting site will not create a cavity or entrance, instead, they seek an existing cavity with an entrance. Preventive maintenance of structures will protect them from honey bee occupation.

Equipment needed for bee removal:

Personal protective equipment needed for honey bee removal includes: white coveralls, bee veil, leather bee gloves, hive tool, queen cage, smoker, smoker fuel, matches, and duct tape (for pant legs).

Supplies needed for removing and salvaging bees include: hive body with frames, lid, bottom board, string for tying combs into frames, knife for cutting combs, two five gallon buckets with covers for honey combs, hammer and nails, crow bar, skill saw, staple gun, caulk to seal cracks, foam insulation to fill cavity, and a ladder.

Equipment needed to destroy bees: Liquid dishwashing detergent, water, hand sprayer (one gallon), drill, stethoscope, wasp and hornet aerosol, carbaryl (Sevin ) dust and applicator with flexible tube, caulk to seal cracks, foam insulation to fill cavity, a ladder and shop vacuum (to remove dead bees).

Subscription Information

Bee Tidings is published jointly by University of Nebraska Cooperative Extension and the Nebraska Honey Producer's Association six times a year. A subscription includes membership to the association. Subscriptions are for one year and begin July 1. Individuals subscribing later during the year will receive back issues.

To subscribe to Bee Tidings, send a $10 check made out to the University of Nebraska-Lincoln along with your name, address, and phone number to:

Bee Tidings
Box 830918
108 Ag Comm Bldg.
University of Nebraska-Lincoln
Lincoln, NE 68583-0918

This newsletter was respectfully written by:
Marion D. Ellis
209 Plant Industry, Box 830816
University of Nebraska
Lincoln, NE 68583-0816
Phone: 402-472-8696
Fax: 402-472-4687
Internet address: mellis@unlinfo.unl.edu

Your comments and suggestions about the newsletter are always welcome.