World's Oldest Beehive Discovered in Scotland...

World's Oldest Beehive Discovered in Scottish Chapel

                              Image from scotsman.com

We have read a lot about the demise of the bee colonies but recently the world's oldest beehive has been found. Located in the medieval Scottish Rosslyn Chapel, which dates back to 1446, two ancient hives have been found, skillfully carved in the stone work under the roof's peak. They are thought to be the first man-made stone hives ever found.

The discovery was made whilst some stone conservation work was being carried out which involved dismantling the peaks of the roof. Apparently the hives were still in use until just recently when the chapel was temporarily covered with a canopy and the bees de-camped.

Image from the BBC

The only clues to the hives' existence were flowers intricately carved into the pinnacles -- it is charming that there were holes through which the bees could enter and exit. These were visible from the outside.

The architects in charge of the restoration had no idea that this extra historical treasure existed. One said: "The hives themselves are the ideal size for bees to inhabit. It was a big hollow about the size of a gas cylinder and the hive had obviously been abandoned." The inside of the hive is covered with some coating to protect the stone and stop the wild bees from eating away at it. Honeycombs were also found in the peak.

Since the hive was so high above the ground, it is clear that no one would be able to reach it to get the honey. It is thought that the ancient stone masons who built the chapel simply wanted to provide a safe location for a wild honeybee hive, protected from bad weather.

The hive has been sent to local beekeepers in an attempt to identify the type of insect that made them and it is hoped the bees will return once the renovation works are complete.

Image from the Times: Illustration from 15th century manuscript

The Chapel was featured in the finale of the film of The Da Vinci Code. As a result, tourism has increased from around 25,000 visitors a year to up to 140,000. Hence it has been undergoing restoration work. Apparently there have always been bees in the roof.

According to the Times, reverence for bees dates back to Egyptian times. As depicted in temple pictures, they kept them in cylindrical hives and sealed pots of honey were found in Tutankhamun's tomb. In Scotland, hives are often made of baskets which can be lifted and moved around.

Original Source:  Treehugger.com

Brushy Mountain's Question of the Month: July

Question of the Month: Extracting 

This is the time of year when beekeepers are pulling off honey supers and uncapping their frames to extract. Beekeepers always want to know the best way to uncap their frames and what size extractor they will need. This deals with many personal decisions that we cannot make for you, however, here is some ‘food for thought’.

Let’s start with uncapping. The number of frames you are uncapping and the time you want to spend during this step is dependent upon the method you should proceed with. 

Using a Cappings Scratcher is an easy method to work small sections of capped honey at one time. Slide the forks underneath the comb at a horizontal angle and lift vertically to remove cappings. Many beekeepers will scrap the forks against the comb to open the cells.Please note this damages the comb and requires more cleanup from your bees.

A Cold/Hot Knife will slice away larger sections of capped honey from the frame. Place at a slight angle along the top and move down the frame in a sawing motion. Be careful not to ‘dig’ into the comb or tear apart the frame. The Cold Knife has a serrated blade and can stick if not kept clean. The Hot Knife is temperature sensitive and will melt away the wax. Preheat before use. A Cappings Scratcher may be needed for unevenly drawn out sections of the frame.

The Rolling Uncapper will roll over the capped honey and pierce the cappings. Allow the cappings to be pierced by pulling or pushing the Rolling Uncapper parallel to the frame. Do not push roller into the frame. Clean central bar if roller begins to resist in rotating.

If time is of importance, the Sideliner Uncapper is a quick and easy method. Run your frames through the roller blades and both sides of your frame will be uncapped. This does not require you to hold the frame and all the debris is caught in the container underneath the sideliner uncapper. A Cappings Scratcher may be needed for unevenly drawn out sections of the frame.

Let’s discuss extractors. Beekeepers new to the hobby are always excited about their first extraction but are unsure on how to proceed. Do I need an extractor? What size extractor should I get? Which is better, hand cranked or powered? There are three main questions you need to ask yourself and the answers will point to the extractor that best fits you.

How many hives do intend to have?
You do not want to outgrow the extractor. You may have five or ten hives currently but you are expecting to expand your bee yard to thirty hives. By the time you reach your thirty hives you do not want to look back and wish you got the bigger extractor.

What is your budget?<br> Let’s be realistic, an extractor is a large investment. There are different alternatives if an extractor isn’t in your budget. You may be able to borrow/rent an extractor from your local bee association; you can uncap and let the honey drain from the frames; you can strain your comb through cheese cloth; other methods are available. 

How do you value your time?
Extracting is not a ten minute process that will happen in an afternoon. Each extractor will hold an allotted amount of frames. The more frames an extractor will hold the less cycles you will need to run to extract the honey from the frames. Do you have time to run through thirty extractions on a compact extractor or would it be beneficial for you to run six on an 21-frame extractor.

We have developed a Extracting Chart that shows the amount of time needed to extract with each extractor. The time depicted is for running extractor and does not include time needed for uncapping, loading, unloading, and any other actions needed for extracting.

Time consumption for the extraction depends on the Extractor being tangential or radial. Tangential extractors seat frames parallel to the center and only extract one side during the spin cycle. Radial extractors seat frames perpendicular to the center and will extract both sides at once.

Anticipate the numbers you will have in the future before you purchase the extracting equipment you need. 

Experimental Natural Beekeeping...

The Sun Hive: experimental Natural Beekeeping

Sun Hives are a hive design coming out of Germany and now gathering interest in Britain. They’re part of the world-wide movement towards ‘apicentric’ beekeeping – beekeeping that prioritizes honeybees firstly as pollinators, with honey production being a secondary goal.

The Sun Hive is modeled in part on the traditional European skep hive, and is aimed at creating a hive that maximises colony health. The main thing I love about this hive and the enthusiasm surrounding it is not the hive itself, but the philosophy behind it, that of apicentric beekeeping.

In brief, the Sun Hive has an upside down skep hive at its base with curving frames in the top section and no frames in the bottom section. The hive is placed well above ground level (optimal for bees – they never choose to create a hive on the ground).

Like a Warré hive, the Sun Hive allows the queen bee to roam freely through the entire hive and lay eggs where she wishes to, which in turn allows the colony to manage the location and progression of their brood nest, which is great for colony health.

The top curved frames of the Sun Hive provide the ability to (in theory) remove each frame, with the free-form comb beneath coming out as well as it is (again, in theory) attached to the frame directly above.

The Sun Hive can also have a super attached to it on a honeyflow (not sure about that, as I assume that means a queen excluder would be used to prevent brood comb being created in said super, which goes against the idea of allowing the queen to roam the hive, but anyway).

As I said, it’s not the design of this hive that particularly gets me going (though it is very beautiful), but the philosophy behind it… putting bees first before honey yields.

Also, this sort of experimenting is important. We cannot keep relying on the industrial style of beekeeping that is currently the norm. Well managed Warré Beehives are one branch of natural beekeeping, and this hive is another.

What we need, right now, is lots of apicentric beekeepers refining, experimenting and progressing resilient beekeeping techniques. Backed up by good information on bee behavior, not just whacky ideas.

Would this hive style work in Australia? I am not sure, but I suspect it might not be ideal for most parts of Australia. And that is ok. Each continent has vastly different conditions – nectarys, climate and other variations that necessitate adaptation for hive design for effective natural beekeeping.

A hive design developed on the other side of the world, no matter how groovy, is not necessarily going to result in a happy and healthy honeybee colony over this side of the world. There’s seasonal differences, the way honeyflows work is different, humidity, etc.

But Natural Beekeeping, in all its global variations, is at the heart of future honeybee health. The Sun Hive is definitely part of that matrix and is causing many in Europe to rethink hive design to ensure colony resilience.

ORIGINAL SOURCE: MILKWOOD

Urban Beehive...

PHILIPS URBAN BEEHIVE

Most of the time you think of beekeepers as living out on large farms, tending to their hives with crazy hazmat-style suits on. With the Philips Urban Beehive, you can become your own beekeeper — with the bees living inside your own house. This stylish concept consists of two parts: an entry passage and flower pot that sits outdoors, and a glass shell inside. The tinted glass shell filters light to let through the orange wavelength the bees use for sight, and holds an array of honeycomb frames inside. When it's time to harvest some honey, just pull on the smoke actuator chain and grab some out while the bees are happily sedated.



The urban beehive is a concept for keeping bees at home. The beehive is designed to allow us a glimpse into the fascinating world of these industrious creatures and to harvest the honey that they produce.
                                      

The design of the beehive is unconventional, appealing, and respects the natural behavior of the bees. It consists of two parts: entry passage and flower pot outside, and glass vessel containing an array of honeycomb frames, inside. The glass shell filters light to let through the orange wavelength which bees use for sight. The frames are provided with a honeycomb texture for bees to build their wax cells on. Smoke can be released into the hive to calm the bees before it is opened, in keeping with established practice.

This is a sustainable, environmentally friendly product concept that has direct educational effects. The city benefits from the pollination, and humans benefit from the honey and the therapeutic value of observing these fascinating creatures in action. As global bee colonies are in decline, this design contributes to the preservation of the species and encourages the return of the urban bee.

To make their hives, bees produce wax and propolis, a resinous mixture that varies with the bees’ environment and diet. Propolis has a structural function but is also believed to inhibit harmful pathogens in the hive and is sold as an alternative medicine. Once the health benefits of honey and propolis are better understood, the urban beehive could also have a role in the home apothecary.

                                                           

Far-future design conceptsThe urban beehive is part of the Microbial Home Probe, a far-future design concept. It is not intended as a production prototype nor will it be sold as a Philips product. Like past Probe Design Concepts that have stimulated discussion around a range of issues, this concept is testing a possible future – not prescribing one. 19 October 2011

ORIGINAL SOURCE: UNCRATE

Bee School Session 2...

Hampden County Beekeepers Bee School January 2013

When: Thursday, January 24th at 7pm

Where:  Willimanset Heights Improvement League (WHIL)

118 Mount Vernon Rd.

Chicopee, MA 01013

This will be our second session of bee school for 2013.

HCBA Members Tom Flebotte and Lee Duquette will cover the topics of PROTECTIVE CLOTHING and HIVE ASSEMBLY.  Hammers are optional!    

All members are welcome to attend. 

Our last bee-school break was a huge success thanks to everyone who brought something!  Those who would like to are again invited to bring a snack to share. 

Bee well!

Jessica Martin

HCBA Secretary

(860) 978-5388

Jessica@pulsetattoo.com

Bottom Boards... Screened or Solid?

To screen or not to screen that is the question.  Let's hear some feedback members!  How do you bottom board?  Just like every other beekeeping question, I expect we'll get a variety of answers.  I've heard people say to use the screened board year round, the solid board year round, or a combination of the two.  In the comments section below, I'd love to hear your bottom board practice as well as an explanation for why you favor your practice.

SCREENED

SOLID

Inner Covers and Notches...

I've been watching a hive that belongs to one of our new members whose vacation coincided with our bee package delivery. This was my first time working with someone else's set up, so it was nice to see some of the differences in hive set- up, from major to subtle. One of the things I noticed was the absence of a notch in the inner cover. My bees use their inner cover notches quite regularly as second exits/entrances, so I thought this was important enough to mention to the vacationing beekeeper. I'm glad I did. Because this is his first hive, he did not immediately notice the notch was missing, and it was not intentional. Upon discussing this with some other new members in class last week, it turns out there were a few other people who received notch-less inner covers. The offending covers came from multiple sources, beekeeping supply companies and local woodworkers. So to make this long story short... New beekeepers, check your inner covers. If your inner cover does not have a notch like the one pictured here, you may want to make one, or have one made. They provide for better ventilation and act as an upper entrance/escape for the bees.

Gamma Radiation...

Some very good information came through my email from HCBA member Matt. Matt purchased some used equipment that had been stored for possibly up to 20 years. Though the beekeepers did not lose their bees to disease, it was recommended to Matt by Ken Warchol, that he send the equipment through gamma radiation. According to Ken, American Foulbrood (AFB) spores can lie dormant for 60+ years. The gamma radiation is to eradicate the chance of these spores ruining your hive. I found an article on-line on the subject, called GAMMA RADIATION: A SANITATING TREATMENT OF AFB CONTAMINATED BEEKEEPING EQUIPMENT and here's a link.

The following information was passed around at bee school last week, so if you weren't there or were but didn't get your hands on it, here it is again...
Radiation Coordination
George O'Neil
658 Sunrise Ave.
Barre, MA 01005
Cell: 978-434-1200
Home: 978-355-2442
Email: autumnmorningfarm@charter.com

If you think you may need some equipment treated, please contact George.