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bee_pipes
10-27-2008, 04:33 AM
Pt 1-of-3
I spent some years in the 1990’s as a manager of a feed store in Indiana. Actually, the business started out as a feed store, and developed into a broader business as conditions changed. The town, Michigan City, had always been a small population center for the county with some industry, surrounded by rural country with a significant amount of agriculture. As times and conditions changed it became more of a bedroom community for the Chicago area and the market turned towards homeowners. By the time I started working there, the feed store had a modest inventory of livestock supplies, but the bulk of the profits were in premium pet foods, pet supplies, exotic birds and gardening supplies. The name said it all: Brandt’s Old Fashion Feed, Seed, Garden Store and Small Animal Emporium, Inc. The owner subscribed to the theory that the name of the business should say it all and do the advertising. While the profitable part of the business had come to depend on well-to-do pet owners, we still sold a fair amount of livestock feed, vegetable seed and garden chemicals to the old-timers that lived in the area before the new suburbanites.

Spring was our busiest time of year. From February on we were flooded with old-timers that still insisted on growing their own vegetables. The greatest priority of this type of customer was to be the first kid on the block to have a tomato. With the hazard of frost continuing through the first half of June, there were many years that we sold tomato plants repeatedly to the same customers. I began to develop a genuine interest in gardening and livestock from working at the feed store. The more I learned, the more I came to admire the skills of these customers. Still, the thought of growing the biggest tomato did nothing for me. One day, after the spring flood had reached a lull, I was flipping through one of the reference books we had at the garden desk. It was Rodale’s Encyclopedia of Organic Gardening, a beefy volume published in 1959. Filled with over 1300 pages of ageless information, the book is still valuable to this day. It not only discussed organic methods of gardening, it went into great detail on modern, chemical gardening. The latter was no doubt to draw contrast to the preferred organic methods, but I found it to be a well rounded reference and have always possessed a copy since that time. That day I came across an article about beekeeping. Like most folks, I had heard of beekeeping and had seen the protective outfits worn by beekeepers. Other than that, all I knew was that the bees made honey in a waxy structure called “comb” and somehow it was removed from them so it could be bottled and stocked on grocery store shelves. After reading the article I had found an aspect of gardening that piqued my interest. The thought of watching tomatoes grow had the same attraction of watching paint dry – too slow. Now a beehive – there was activity with an element of danger. There were enough technical aspects to keep the occupation interesting, and the equipment needed was something I could nickel and dime with my modest salary until I had accumulated enough to raise the bees.

When an idea catches my interest I generally jump in with both feet. This has occasionally had disastrous results, but moderation has escaped me most of my life. I set about reading everything I could find about beekeeping. The local library had a wide assortment of books on the subject, some dating back to the 1950’s. In the course of the following summer and fall I had read everything I could get my hands on and was certain this was a worthwhile pursuit. My family and friends, long grown used to this behavior, we quite entertained and waited for my interest to wane. My wife at the time was adamant about bugs in the house. In an earlier pursuit of a correspondence course in electronics, I learned that she was absolutely neurotic about bugs of any kind. At the time we were a newly married couple, and as such, had only the dining room table for me to work on. From time to time an IC would get knocked off the table – you know - the small black chips with rows of pins on each side. Whenever my wife saw one of these ICs lying on the floor; she would assume it was a bug and have a shoe off in a flash. She would then hammer the chip while screaming “You son of a bitch!” The entire process would occur in the wink of an eye, she was so obsessed with insects. I could see having her and any unsuspecting bees, armed only with stingers, in the same building would be a disaster and come to a bad end for the bees.

That winter I began ordering and assembling equipment. My readings had furnished me with quite the education and I was delighted to find that beekeeping is one of the few things in this world that is quite straight forward. A typical hive, called a “Langstroth” in honor of the man that designed them, is a stack of boxes without bottoms or tops. These boxes are often referred to as bodies or hive bodies. Obviously, something is needed below the bottom box in the stack, a bottom board, to prevent the elements and soil-born pests from entering. Likewise, something is needed above the top-most box, a cover, to protect the contents from the weather and uninvited air-born pests. Within each box is a set of wooden frames that will hold the honey comb. Since these items are to be shipped from a supplier, the most economical means is to send them as parts, to be assembled at the destination. A typical Langstroth hive will contain two boxes, referred to as brood chambers; and two or more boxes, called “supers” or honey supers. The brood chambers provide the actual living space for the bees and rests on the bottom board. In these sections the bees will live, work and raise their young. The honey supers are the sections in which the bees will store surplus honey. I have no idea what the word super is in reference to, I had always assumed it was short for superfluous – exceeding what is sufficient or necessary – but have never cared enough to inquire about the term. The supers will be stacked on the brood chambers and topped with the cover. Remember, these boxes are filled with ten frames each and so far we have accounted for a total of forty frames. This is a minimum set-up for a hive.

More often than not, additional supers will be used – even required – to provide the bees with enough space to store surplus honey. The colony of bees living in the hive is affected by a number of circumstances: weather, nectar flow, available space, etc. From a strictly business point of view, providing additional supers makes sense. There is an advantage to giving a hive all the room they want to build comb and fill it with honey. Less frequent trips to the hive to fetch full supers results in a larger harvest. The alternative is micro-management and frequent trips for a smaller yield. Of course, this line of reasoning can be carried to ridiculous lengths, resulting in towering hives that put the beekeeper in peril when walking among them. The general rule of thumb is no more than the bees can use and no higher than you can comfortable reach. I have seen pictures of very tall hives, managed by professionals, but I was in no danger of becoming a professional.

I began assembling my basic hive; bottom board, cover, two hive bodies, two supers and associated frames. All the wooden parts were pre-cut and it was simply a matter of applying wood glue and nails. This sort of work is quite enjoyable so long as one is not in a hurry. Sunday, my only day off from the feed store, began with a pot of coffee and working in the basement assembling hives. When the frames are assembled a starter sheet of wax, called “foundation”, is placed within each frame. Foundation is made from bees wax and imprinted with a hexagonal design to encourage the bees to draw comb. The hex pattern is the design of comb the bees use naturally and has been found to be the most efficient use of space and material, resulting in the strongest structure possible. With eighty frames to assemble and in which to install foundation, the work did get a little monotonous, which induced me to build a jig on which frames could be quickly assembled.

I had read that a beginner should start with two hives to prevent disaster from bringing an early end to the season. The two hives would be placed in different locations, miles apart, so a pesticide spray or other calamity might destroy one colony and leave the other in-tact. I worked through January, assembling hives, painting hive bodies and making other preparations for the spring. I also made contact with a fellow that managed bees for a local orchard. Bees increased the yield of their fruit trees and provided additional revenue from the sale of hive products. For the sum of $30, this fellow would take two brood chambers, with frames, bottom boards and covers; and swap some of my empty frames for frames from his hives, containing brood, honey and pollen; and place a new queen in the hive. This is often referred to as a “nuc”, which I assume is short for nucleus. In mid-May I delivered my hive components to the orchard. On Memorial Day weekend I picked them up.

Funny thing about transporting bees. They do not respond well to voice commands, so there is no way to call them back to their hives. Bees, however, do schedule their activities according to the sun. To catch a hive while everybody is home it is only necessary to wait for sunset. At sunset I stapled screen across the hive entrance, stapled the hive body to the bottom board, and applied a nylon strap around the whole affair to hold the pieces together. The only vehicle I had that was even remotely suitable to this task was an old, beat up Dodge Horizon. The only reason it won the honors was because it had a hatchback, making it more appropriate than the Chevy Lumina that my wife drove. This actually worked out quite well, I would have had to use the Lumina on the sly, and she would have never gone for it. The hives were loaded into the hatchback and dropped off at their new locations. The screen was ripped free, liberating the bees, and I called it a night.

Believe it or not, you feed bees. They prefer sugar water, with a dash of cider vinegar to keep black mould from creeping into their feed. The next day I visited the hives and fed them. A new colony of bees has a lot of work ahead of it – all those frames of comb aren’t going to draw themselves. The population present in the new hive is not going to

bee_pipes
10-27-2008, 04:34 AM
Pt 2-of-3
last forever, either. With an incubation time of twenty-one days for bee eggs, it would take approximately a month before any improvement in population could be expected. That improvement is not going to occur without comb being drawn. The needed comb will not be drawn very quickly if the workers have to divide their time between foraging and drawing comb. Feeding does add to the expense of the hive, a concern if this is a business and needs to make a profit, but it does give a new hive a leg up. Most recommendations for feeding new hives are for the first 30 days. By then there should be new brood hatching, increasing the population and building up resources. Until the brood starts hatching, the hive population will slowly decline through attrition.

When the courses of feeding were completed, I left the bees alone. This was part of what made them an ideal project for me. I was working six days a week, 12-14 hours a day, and could not have handled something that needed attention more frequently. This is an ideal arrangement for bees, when all goes well, and the nucs grew and populated the hives. Bees can only be considered domestic animals with very fast and loose use of the word “domestic”. Unlike chickens or sheep, almost wholly dependent on their human caretakers for survival, bees are quite happy on their own. We humans provide an inviting environment to keep the bees happy and make management convenient for us. There are rare cases in which a newly installed package of bees “abscond” from a hive, having found something left to be desired in the accommodations provided by the beekeeper. We don’t manage bees as closely as livestock – there is no round-up and branding, no late night deliveries of distressed calves, no culling of hive members to improve breeding programs – none of the activities normally associated with livestock.

What we have are a number of time-proven management techniques for handling them and encouraging them to thrive. We know more about honey bees than any other insect on the face of the earth; they have been studied at length since the time of the ancient Greeks. The Greeks believed that bees spontaneously appeared from blood. This was due to the fact that bees are attracted to all sorts of fluids and, no doubt, a Greek with an audience voiced his observation that bees congregated around slaughtered livestock. The British, with their pompous philosophers of the day, assumed the hive was run by a “king” bee until a surprised observer noticed the king was laying eggs. Because honey bees are so useful both agriculturally and, hence, valuable economically, they have received an inordinate amount of attention compared to other members of the insect world. Langstroth, who designed the modern hive based on his observations of “bee space”, had to spend a lot of time testing and documenting the behavior of bees to arrive at his conclusions. You don’t see anyone doting on cockroaches or earwigs in a similar manner.

When dealing with a hive, the beekeeper is in actuality working with two animals: the individual bees and the colony. The individual bees move about in their environment, collect food, excrete wastes and produce offspring. The colony, consisting of all these individual bees, acts as a whole in these activities and also produces an offspring – additional bee colonies. Each individual bee acts as part of the whole, controlled by bee-produced chemicals called pheromones. Pheromones produce distinct odors and affect the behavior of the individual in a way similar to visual and auditory cues with our species. Humans, the thinking animals, are also subject to influence by our own pheromones, illustrating how this means of communication is effective across a broad spectrum of species on our planet. The chief producer of pheromones in the hive is the queen; she is the only bee in the hive that performs the actual task of reproduction.

The title queen and her primary duty may make her position to be one of power and privilege, but this poor creature leaves the hive once to mate and spends the rest of her life in the dark bowels of the brood chambers laying eggs. The remainder of the hive care for her and provides all that she needs, but she is not at liberty and receives the blame for any misfortune that may befall the hive. The majority of the hives population are female – the workers. These little creatures perform all functions of the hive, with the exception of breeding and procreation. They tend to the queen, defend the hive, make comb, gather nectar and pollen, and make the honey. Each worker, a complete female in her own right, surrenders the responsibility of reproduction to the queen. They are compelled, and have no choice, the queen’s pheromones suppress the functioning of their ovaries. The remainder of the hive population is drones. These are the male of the species, and their only function is to mate with queens. They are the means by which the genes of the hive are sent out into the world and provide diversity in the gene pool. Of all the bees, they have it the easiest. They lollygag around in places called congregation areas, waiting for a virgin queen to fly by. The drones will chase in hot pursuit, but they must catch her to breed. This is a dubious prize, as the act results in the death of the drone. For those drones that never catch a queen, their lavish lifestyle comes to an end in autumn. They contribute only the service of genetic transmission to the hive, a service not required during the winter. At a time, determined by the hive, the drones are cast out of the hive to perish in the cold cruel world. The bees will conserve and live off the bounty of the past season, awaiting the next spring. At that time they can always make more drones, but there will be no new honey to feed the hive until the nectar once again flows.

I kept bees in Indiana for three years. After that changes in my situation required I move on to Virginia. It would have been difficult to move all my possessions and four bee hives; I had increased my holdings by then. The hives were left under the care of a friend and I moved. The experience was rewarding, and I had every intention of keeping bees again, should conditions permit. Some years later I found myself retired in Perry County. We had a respectable piece of land and ample room for bees. My new wife, Karen, was fascinated by the whole business so we started with new hives. This time we also tried an experimental hive, called a top-bar hive. I did not have an orchard to go to for bees, but managed to come in contact with a fellow that runs the Lake Barkley Bee Keepers Association. We assembled two Langstroth hives, built the experimental top-bar hive, and ordered three packages of bees. In April we installed the bees into their new homes and waited.

If you have never seen a package of bees, it is a fascinating arrangement. The bees are contained in a four-sided wooden box. The remaining two sides are covered with screen. The queen is confined to a smaller box with screened sides. A can of sugar water with small punctures is used to seal the box entrance and provides food for the package. Usually consisting of a queen and two to four pounds of workers (a tremendous number of bees) the colony clusters around the caged queen, feeding her and themselves with the canned sugar water. When the package is to be installed, the can and the queen cage are removed. The queen’s cage has a candy plug at one end, sealed by a cork. The cork is removed and the cage is hung between frames in the hive. The box of workers is then shaken onto the top of the frames until the box is empty. It’s quite a sight – the bees appear to melt into the frames. They surround the queen and resume their cluster, whereupon the cover is replaced and the bees are left to free the queen by eating through the now exposed candy plug.

When bees are moved more than a few miles, they have to get oriented to their surroundings. For a few days we saw bees everywhere. They explored our property, found the creek, and foraged for nectar and pollen. My wife is not crazy about bugs, but she is not neurotic either. She accepted my reassurances that the bees were only curious and would not sting unless defending the hive. She kept a wary eye on them for a few days, then relaxed and accepted these visitors. Eventually they stopped coming around the porch, finding there was nothing of value to be had. On occasion she will get concerned about walking through a patch of clover being vigorously worked by our bees, but this is a matter of caution rather than fear. To protect the bees from our poultry, and protect dogs and guests from accidentally blundering into the bees, we erected a simple four foot fence around the hives, effectively creating a small bee yard on our property. Small strips, made from plastic shopping bags, were used as pennants and tied to the fence to call attention to it. This arrangement has worked well, providing a moving visual cue that calls attention to the fence. Inside the fence we have ample room to work on the hives.

We were unsuccessful with our experimental hive the first year, but the two remaining hives prospered. We harvested eight gallons of honey that year, pleasing my wife and providing materials for Christmas presents to family and friends. This was a modest harvest, but acceptable for two new hives managed by amateurs. A Mennonite auction that my wife and I attended, shortly before the arrival of the bees, had provided us with the opportunity to purchase an extractor. Extractors are large tubs with a metal rack inside that are used to harvest honey from comb. The internal rack spins, by means of a hand crank, and when loaded with honey comb it will fling the honey to the inside of the drum by means of centrifugal force. The honey, now extracted, drains to the bottom of the drum and collected there. A simple valve at the bottom permitted draining the honey to a bottling bucket – a bucket outfitted with a cloth strainer and a similar valve arrangement at the bottom. Honey was drained directly from this bucket to the jars that would be the final container. I had lusted after one of these extractors since I first tried beekeeping, but the cost of such an appliance was something I could not justify for a hobby. The extractor at the auction was priced within reason and we jumped on it. The whole process of harvesting honey can be a sticky, messy business. My wife and I were novices for all practical purposes and did the best we could with the materials at hand and a little common sense. We busily set about extracting honey for bottling, cutting comb for boxing, and processing wax to be used later for candle making.

When the harvest was done, we placed all equipment out in the bee yard, taking advantage of the robbing instinct of the bees. The bees removed all traces of honey from the equipment, leaving behind flakes of wax present in the honey. When bees find honey, they will collect it and return to the hive. This instinct can get out of hand and cause problems while working on a hive – if allowed to occur it can result in surrounding hives robbing the hive being worked on. Indeed, one of the contributing reasons for the failure of the experimental top-bar hive was the surrounding hives robbed it to death. The Langstroth hives grew in strength and began robbing the feeder of the top-bar hive due to poor management on my part. The package installed in the top-bar hive never had enough peace or feed to begin drawing comb and the package died from attrition. We did lose the one package, but managed to learn through this experience and planned for another attempt the following year.

Both hives threw a swarm that year – the hives reproduced and sent new colonies out into the world. We had made no preparations for this and could do nothing but watch the swarm leave the hive. It was frustrating to let them leave the area when we had an empty hive that would have benefited from a nice colony of bees. Shortly after the second swarm we made preparations for trapping swarms and it is now part of our routine. When conditions within a hive are crowded and there are ample resources, the hive will produce another queen. The new queen, when she emerges, becomes ruling monarch of the hive. The old queen and a quantity of workers leave the hive and stage themselves on a nearby tree branch or other convenient location. Scouts search the area for a suitable location for a hive and return with their reports. Somehow the swarm reaches a consensus and moves to a location found by a scout, setting up house in the new location. There they will function the same as any hive in the bee yard, building comb, collecting pollen and nectar, drawing comb, making honey and producing offspring. When this new, now feral, colony becomes crowded and has ample resources, they too will raise a queen and throw a swarm. There is an old ditty that I have encountered a number of times in my reading: “A swarm in May is worth a load of hay; A swarm in June is worth a silver spoon; A swarm in July ain’t worth a fly!” The origins of this little rhyme are lost in antiquity, but it gives a relative value to swarms. If the swarm is early enough in the season, it can be captured and produce honey. If it is late in the year there is not enough time remaining to the season for the swarm to draw comb and make the preparations necessary to survive the winter. From another perspective, a swarm cast by a hive is a bad thing. It drains the population and resources, impacting the productivity of the hive, and is to be avoided at all costs through good management. I never claimed to be a good bee keeper – just barely competent.

The following year we made improvements to our management approach of the top-bar hive and installed another package. These changes proved successful. The first change was to reduce the internal space in the hive, giving the new package an amount of real-estate that they could defend. The second was to block most of the entrance so that the package could likewise protect the hive from invaders. The entrance was reduced by use of an entrance feeder. The feeder provided a convenient means of giving the bees sugar water and served the dual purpose of reducing the entrance, permitting the occupants of th

bee_pipes
10-27-2008, 04:40 AM
Pt 3-of-3
the hive to come and go without opening the hive to invasion and robbing by the surrounding, stronger hives.

A top-bar hive differs from a Langstroth hive in that the bees are left to build their own environment. Langstroth, through observation and experimentation, arrived at a unit of measure referred to as “bee space”. Bee space is the amount of room that bees will find acceptable for movement within the hive. If you give them a space too large, they will reduce the space by building comb; if you give them a space too small to travel through, they will consider it useless and close the opening to prevent drafts and deny access to invaders. In a Langstroth hive the distance between frames and the surrounding hive body fall within this bee space, preventing the bees from building comb and gluing parts together. The benefit is a hive that is easily managed and made from interchangeable parts. The down-side of this arrangement is that it takes greater skill than my own modest carpentry abilities to make one of these hives, and I must purchase them at a significant cost. By contrast, the top-bar hive uses the instinct of the bees to a greater extent. The walls are sloped so that the bees will consider them part of the floor. In the place of frames, found in a Langstroth hive, the bees in a top-bar hive are only provided with a single bar from which to build their comb – hence the name. The bees draw comb from the top bar until they have determined the distance between the comb and hive body have reached bee space. Bees are loathe to connect comb to the floor, an instinct that no doubt saves them from having to deal with crawling thieves, mold, fungus and other problems. Because of the sloped walls the only attachment of the comb, with exceptions, is the top bar. Again, bees are not completely cooperative and will occasionally attach comb to the walls, but this is minor and easily dealt with. The advantages of top-bar hives are that they can be quickly and inexpensively built. The disadvantages are that they are fragile – the comb attached only at the top-bar makes them fragile. This does not lend itself well to transporting a hive to new locations, a major consideration for professional outfits that lease hives for crop pollination. A top-bar is also limited in size. Whereas a Langstroth can be increased by the addition of hive bodies, the top-bar is a closed design.

Because the top-bar hive does not provide a nice little frame for extracting honey, the comb must be removed each time honey is harvested. A true advantage to extraction is that empty comb is returned to the hive after processing, sparing the bees the task of drawing out comb. Less energy and resources expended drawing comb, more energy and resources available for making honey. Still, with all the disadvantages of the top-bar design, it holds a lot of attraction for me. A complete Langstroth can run $200-$300. I can build a top-bar for roughly $26, depending on the availability of scrap wood. With wood screws, a single sheet of plywood, a quantity of 2x4 sufficient for making the top bars, other minor amounts of scrap wood in various dimensions and paint for the exterior I can build a top-bar hive in a day or two. Most of the time is spent waiting for coats of paint to dry. This makes a top-bar hive ideal for swarms. These advantages made the top-bar experiment extremely important to us. Even the disadvantage of destroying comb for harvest was acceptable because it resulted in greater yields of bees wax, a valuable hive product. Of course, the lower productivity of these hives would be a deal-breaker to a commercial concern, but as an amateur I could conceivably populate the property with hives. It would seem all that was required of me was a modicum of neglect and incompetence to cause a hive to throw a swarm, two days to build a new hive, and our holdings would be increased. Potentially, when we have an adequate number of hives, these hives could be built and populated with swarms and sold at a handsome profit to neighbors.

A larger number of hives with lower productivity would result in more work for us, but beekeeping is not strictly a business proposition. We enjoy watching bees work, benefit from their attentions to our garden and property, and feel like we are contributing to the well-being of the world by hosting these fascinating creatures. In my past life I spent most of my waking hours working in a cubicle, directing the activities of computers; not exactly a healthy lifestyle. Now I am immersed in the seasons, watching forages return to the hive with pollen and nectar. The honey and beeswax are no longer luxuries, but staples we have incorporated into our lives. Honey is being used in our food to replace processed sugar and candles are being made as gifts for family and friends, reducing the amount of money that must be spent on worthless trinkets to maintain these social obligations. Or garden is quite productive, in spite of the neglect it suffers. With the hives producing hundreds of thousands of little pollinators, no blossom goes unattended. There is also little doubt that my incompetence has contributed more than one feral colony to the world. Feral colonies have a hard time out there; subject to predators, mites, disease and a host of other perils. Odds are not good for their survival and the existence of these colonies has been on the decline for decades. Still, probability says that some will eventually adapt and overcome these perils, evolving to meet the conditions of an increasingly hazardous world. My hope is that they will eventually overcome the perils of life in the wild and eventually repopulate our area with a hardier bee.

At the time of this writing a new disaster is ravaging the professional bee keepers in the world. Referred to as Colony Collapse this mysterious ailment is devastating the world of agriculture, which has become dependent on migratory bee keepers and their hives for crop pollination. I am not a scientist, but my own theory is that this ailment may be related to population density. Similar to the diseases that appear in feedlots, where livestock are kept in high density populations, Colony Collapse may be a phenomenon unique to bee yards where a large number of hives are kept in close proximity and put under stress by commercial concerns that are striving for economy and productivity. So far, in our brief time as beekeepers, we have not seen anything akin to this problem. I could be mistaken in my theory on the nature of Colony Collapse, but I remain hopeful.

Note: pattern for cutting top-bar hive from a single sheet of 3/4 inch plywood available and more detailed version of this article available. PM me with your e-mail to receive a copy.

References:
“Build a top-bar beehive” by Jarrett D. Kelly; Backwoods Home Magazine, Nov/Dec 2005, Issue #96 (not available on-line)

Top Bar Hive Beekeeping - An Alternative to Conventional Beekeeping
http://www2.gsu.edu/~biojdsx/main.htm

Suppliers:
Lapp's Bee Supply Center
http://lappsbeesupplycenter.com/
P.O Box 278, 500 S. Main St
Reeseville, WI 53579
Monday-Friday 8 A.M.--4:30 P.M
Central Standard Time
*Saturdays as listed on their web site
Closed Sundays & Holidays
1-800-321-1960

Brushy Mountain Bee Farm
http://www.beeequipment.com/
610 Bethany Church Road
Moravian Falls, NC 28654
Office Hours: Monday - Friday,
8:30 AM - 5:00 PM (Eastern)
Phone: 1 (336) 921-3640
Toll-free: 1 (800) 233-7929
Fax: 1 (336) 921-2681

“Beekeeping: A Practical Guide” by Richard E. Bonney

“The Hive and the Honey Bee”, Dadant

“The A,B,C's and X,Y,Z's of Beekeeping”, A.I. Root.

Lake Barkley Beekeepers Association, Paducah, KY
http://www.kyagr.com/statevet/bees/association/lakebarkley.htm

bee_pipes
10-27-2008, 04:41 AM
This is a scaled down version of an article on experiences with beekeeping.

For a pattern for cutting top-bar hive from a single sheet of 3/4 inch plywood available and more detailed version of this article available. PM me with your e-mail to receive a copy.

Additional photos at:
Starting honey harvest (http://www.backwoodshome.com/forum/yabb/forum.pl?board=fau-livestock;action=display;num=1192071367)
top-bar beehive (http://www.backwoodshome.com/forum/yabb/forum.pl?board=fau-livestock;action=display;num=1175029206)

Regards,
Pat

rivahmom
10-27-2008, 04:56 AM
Thank you for writing about your experience and the links.