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Piece of Honeycomb

Cappings

Pierce County Beekeeping Association

Monthly Newsletter

April 2025 - Volume 31 - Issue 4

 

From the President
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Well, it's been an exciting and eventful month. The Spring Fair is over and all of the bees have been delivered and installed. Swarm season has officially begun and the ones that don't fly away before the beekeeper gets there are really big. Stay tuned for an email with the new requirements for the swarm team. We are going to start gearing up for the Annual Silent Auction and I'm filling out the paperwork for the State Fair and Honey Show in September. The Master Gardner Sale starts this weekend (4/26/2025). The next meeting will be a business meeting followed by Community Clusters so bring any questions you have about PCBA and beekeeping. 
Please check to see if your membership is current. We are getting A LOT of cancelled memberships due to failed payments. Remember that to use the honey house, take classes, participate in Apiary days and be on the swarm team you must be a current member not just a subscriber. 
For those members who need volunteer hours there are many ways to get them. Check out the sign up lists at the registration table before and after the meetings. Remember that this is your Association and we can not accomplish anything without your help. â€‹â€‹
Happy Beekeeping!!​​​
Mary
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Jeanne Archie

Remembering Jeanne M. Archie: A Life of Giving and Growth

The Pierce County Beekeeping Association recently lost one of its beloved members, Jeanne M. Archie, whose life exemplified the qualities beekeepers admire most: industriousness, generosity, and a nurturing spirit.

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A Passion for Bees and Community

Jeanne was an avid beekeeper who not only tended her own hives but generously shared her knowledge with others. Kristin Collett, Membership Services Chair of PCBA, remembers Jeanne as her neighborhood mentor for raising honey bees. "She had a depth and warmth to her that was remarkable," Kristin recalls.

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Their relationship, though brief, was meaningful. Kristin shares a story that captures Jeanne's practical nature: before a trip to Hawaii, Jeanne was stung on the cheek while they were tending to her bees. Without missing a beat, Jeanne instructed Kristin to use a suction tool to remove the venom. The result was "what looked like a hickey on her cheek, but no swelling for Hawaii," Kristin says with a laugh.

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Jeanne's passion for beekeeping was evident in her request that a hive be maintained on her Skysong property after her passing. Kristin has honored this wish, installing two hives from Double R Honey that are now thriving. In keeping with beekeeping tradition, Kristin promised to "tell the bees about Jeanne," a centuries-old ritual of informing the hives when their keeper has died.

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From Typing Pool to Executive Suite

While many in the PCBA knew Jeanne as a dedicated beekeeper, her life story is one of remarkable achievement and perseverance. Born in Fairbanks while Alaska was still a territory, Jeanne's early life was filled with travel, living in places as diverse as Germany and Saudi Arabia.

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As a single mother of two sons, Cameron and Aaron, Jeanne began her career at Boeing in the typing pool. Through determination and talent, she worked her way up over 40 years to become a Director of Boeing Commercial Airplane Company. Boeing funded her education, and she seized the opportunity to advance her career, eventually being sent to Melbourne, Australia, to restructure the management team there.

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"She worked hard as a single mom of two kids to get to that level," says her son Cameron Archer.  Kristen agrees, "She always said she was blessed and had people looking out for her."

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A Legacy of Giving

After retirement, Jeanne's giving spirit found new outlets. She became involved with the Port Defiance Zoo and Aquarium Board and the Emergency Food Network, personally delivering food to those in need every Friday.

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Together with her mother, Jeanne established Skysong, which evolved from a bed and breakfast to a farm and wedding venue now managed by Cameron, who applies his landscape architectural expertise to the property. Skysong became home to Jeanne's beloved bees, 150 blueberry bushes, and various fruit trees, with honey production being an integral part of the operation.

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"Donate what we can to someone else" was a family motto that Jeanne lived by. She delighted in collecting honey from around the world, from places like Hawaii and Jordan, and enjoyed selling her own honey at local farmers markets. As a member of the Graham Chamber of Commerce, she remained actively engaged in community development.

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A Mother's Love

When Jeanne returned from Hawaii and discovered she had aggressive breast cancer, her son Cameron quit his job to care for her. "I got to spend the last year of her life with my mother - was with her every day and helping her," he shares. Cameron notes the challenge of navigating serious illness without support: "You have to get to appointments, manage medications, pick up groceries, and advocate with the healthcare system on behalf of the patient."

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During that difficult year, Cameron took on the role of his mother's "hype man," working to keep both their spirits up despite his own grief. When asked what defined his mother, Cameron's answer was simple yet profound: "She loved."

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Remembering Jeanne

Jeanne M. Archie is survived by her two sons and four grandchildren, leaving behind a legacy of love, service, and accomplishment. Her contributions to the Pierce County Beekeeping Association were memorialized when her son Cameron donated many of her beekeeping items to the club after her passing.

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For Kristin Collett, there's sadness in the brevity of their friendship. "It's not fair that Jeanne died so soon," she says. "I hardly knew her, and there was so much I wanted to know." Yet the depth of their conversations continues to resonate with her.

 

As the bees continue their work in the hives at Skysong, they serve as a living memorial to a woman who, like them, worked tirelessly to create sweetness in the world and share it with others.

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Happenings

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Swarms
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Become a Member of PCBA!

It has been an amazing year and we have so much more to come!  We are asking all of you that are participating on our social platforms and subscribing to please sign up for membership in 2025 and help us continue to grow our resources and programs.
 

For those who are already members, the automatic renewal is working!  Your membership will be renewed on your anniversary date.  If you are unsure of your status you can email president@pcbeekeepers.org.  Thank you!

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Become a Member

More Happenings

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Spring Fair
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Yakima Bees
1st Apiary Day of the season
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2025 EVENTS & PROJECTS

Members, we need you! Pierce County Beekeepers Association couldn’t happen without you, our volunteers!  Ten (10) hours per year of volunteer service is required for each member.

 

Please sign up to help with the upcoming events. It is a great time to get to know other members and educate the community about the bees and what our organization is all about. Some of these events are fundraisers where we will be selling honey.

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From brand new beekeeper to experienced beekeeper, you have a place at our table! You pick your comfort level, from selling the honey/ raffle tickets to just talking about bees.  You can join the Garden Crew, Resource Apiary Crew, PCBA Crew, and Learning Apiary Crew.

 

Come and join the fun!!

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Important dates in 2025 - Mark your Calendars!


HERE IS A LINK TO OUR 2025 CALENDAR OF EVENTS

​Class 5 - Varroa Destructor & Other Pests, May 5 at 6pm - Allmendinger Center​

 

Silent Auction - June 2

Annual Picnic - July 19

Washington State Fair - August 29-September 21

 

Hive Host & Beekeeper List

We have many hosts, but we need more BEEKEEPERS! We have been building a list of those who have properties in which they are aiming to host hives on, as well as beekeepers who would like to service hives on host properties. With Spring coming, it is time to sign up! To join this list and be matched with a potential host or beekeeper, please sign up here: https://www.pcbeekeepers.org/hive-host-and-beekeeper-list

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Volunteers Extraordinaire

The reason we can do what we do comes from the commitment of our members who go above and beyond and their families who support them.

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Buzzworthy Beekeeper

Betty Robertson: A Journey Through Beekeeping and Farming
 

At The Bee Ranch in Graham, Betty Robertson has created a thriving ecosystem where honeybees, chickens, and wedding flowers coexist in harmony. What began as a simple solution to a pollination problem six years ago has blossomed into a passionate pursuit of beekeeping excellence and agricultural diversity.

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Betty and her husband initially ventured into beekeeping when they noticed a lack of pollinators on their property. While they embarked on this journey together, they maintain separate hives, allowing each to develop their own approach. Betty's commitment to the craft led her to pursue advanced education through Oregon State University's master beekeeping program, where she gained invaluable scientific knowledge that transformed her practice.

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"I learned how stupid I was," Betty candidly admits about her early beekeeping days. The OSU program required her to keepmeticulous records of her hives, providing structure to her growing expertise. This scientific foundation proved particularly valuable given the often contradictory advice new beekeepers receive. "It is amazing what you learn as you pass different levels in the program," she shares.

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The journey to becoming a certified journeyman beekeeper is rigorous, requiring travel to Oregon for testing.  She had to demonstrate her way of hive inspections and pass a test covering her knowledge of bee keeping such as counting mites.  Once achieved, the certification comes with the responsibility to educate others—not just fellow beekeepers but the general public as well. Betty enthusiastically recommends Dewey Caron's books and videos as excellent resources for those interested in learning more about the science of beekeeping.

Betty's approach to hive management reflects her methodical nature. She believes proper management techniques like "checker boarding" can eliminate the need for hive splitting. While her first-year hives survived the winter successfully, this year brought challenges with the loss of her colonies, prompting her to purchase two new nucleus colonies to rebuild her apiary.

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Beyond bees, Betty's legal farm operation includes chickens and geese, with a particular system in place—she hatches the chickens and gives the roosters to a friend. Her agricultural pursuits extend to floriculture as well, specializing in wedding flowers, particularly white peonies, and custom floral arrangements. With characteristic pragmatism, she notes that building a clientele and achieving profitability typically takes three years of dedicated work.

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The diversity of flowers on her property not only serves her floral business but benefits her bees as well. Betty explains that different nectar sources produce honeys with varied characteristics—sunflowers, for instance, yield honey that crystallizes more rapidly than others.

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Before establishing The Bee Ranch, Betty served as a surgical technician for 43 years at Multicare, bringing the same precision and care to her medical career that she now applies to her agricultural endeavors. Her blended family includes three stepdaughters and seven grandchildren.

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Betty's generosity with her knowledge and willingness to mentor new beekeepers make her a valuable member of the local agriculture community. Her journey from novice to expert demonstrates how curiosity, education, and perseverance can transform a simple hobby into a fulfilling second career and lifestyle.

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General Meeting Information

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Monday, May 5, 2025

Beginner, Apprentice and Seasoned Beekeepers classes

start at 6pm

General Meeting

 

7-8:30pm​​​​

D.F. Allmendinger Center

2606 W Pioneer Ave, Puyallup, WA 98371

Apiary Day & Workshop Information

Apiary Days are weather dependent will begin in April and run through October

Upcoming Apiary Days

 

Saturday, May 3rd, 10am-12pm - WEATHER DEPENDENT​

OA Treatments, Swarm Prevention, and Feeding - Club Apiary

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Saturday, May 17th, 10am-12pm - WEATHER DEPENDENT

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Please come prepared with a bee suit, baggy thick pants, and closed toed shoes.

  

Please keep an eye on our Facebook Group to keep up with any updates on what is planned for the next upcoming, including estimated times and lesson plan. 
Contact Katie Marler education@pcbeekeepers.org with any questions. 

Beekeeping Class Information


Classes are available to PCBA Members only - Become a Member
Sign up for Classes on our Website


 WSU Puyallup Research & Extension Center

D.F. Allmendinger Center

2606 W Pioneer Ave, Puyallup, WA 98371
 

Classes are January - November 
 

Please keep an eye on our Facebook Group & your email to keep up with any updates on what is planned for the next upcoming, including estimated times and lesson plan. 
Contact Katie Marler education@pcbeekeepers.org
with any questions. 

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Other Educational Resources

Here are three upcoming free webinars offered by the WSU Honey Bees + Pollinators Program.  For the unfamiliar, this program is part of the College of Agricultural, Human, and Natural Resource Sciences (CAHNRS).  The program's mission "intertwines innovative research, community engagement, and education to safeguard pollinators, pivotal to our food security and environmental health.

April 26 - 5pm - Webinar:  Pesticide Exposures During Pollination

May 24 - 10:30am-3:30pm - 2025 Diagnostic Microscopy Workshop - Allmendinger Center

We will provide links to the WSU's webinars each month.  For a full listings of their offerings, visit this site.

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The WSU Honey Bees + Pollinators Program is listed on Michigan State University's MSU Extension Pollinators & Pollination site which lists beekeeping and pollinator webinars from university extension programs across the United States.  You can access these programs from wherever you are in the country at their website here.

What the Heck Should I Be Doing Now?

A timely article about Beekeeping in the Pacific Northwest - Kathleen Clerc
 

Congratulations to all that are receiving their Nucs and Packages! The fun has begun!
 

Let's Start with Syrup!


DO NOT USE ANY OTHER SUGAR THAN PURE CANE!
No Sugar in the raw, brown sugar, coconut sugar, just pure cane sugar!

 

The 1:1 spring syrup recipe and ratio is a real easy calculation, and it does not need to be precise. Add one pint of water for every pound of sugar. 1.25 gallons of water to a 10# bag of pure cane sugar, makes 2 gallons of syrup.

 

For a 1:1 syrup, you can mix it with "hot as can be" water and stir. However many heat it in a pot. Do not let it boil, or the syrup will start to candy. Don't be intimidated! You got this!
 

 

Evaluating A NUC
https://www.citybeesavers.com/evaluating-a-nuc/
 

It might seem obvious but not all NUCs are raised equally. A NUC may look pretty or it may not look like much. The initial appearance doesn’t always reveal future progress. How that NUC was prepared and how your new queen was raised is a better predictor. Your supplier is working with hundreds of hives and moving resources from one to another to give each NUC what it needs for success. Understanding the habits and motivations of your supplier is beneficial for understanding future advantages of your colony.

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You are paying a lot of money for your NUC and you should have a quality NUC in return! 

Let’s start with what a quality NUC looks like. First, the NUC has matured for 4 weeks plus.  This allows the hive to accept the queen and the queen has three stages of brood (egg, larva, and capped brood).  All three of these will be evident on inspection.  If you have all capped brood that is NOT a good sign.  What has happened is the seller has just taken brood from several hives and inserted a queen recently. The queen should be at least 9 weeks old and mated!  A properly mated queen will produce an abundance of brood in the hive. There should be brood, larvae, and eggs in the frames, covered in nurse bees. The NUC should have 5,000 to 8,000 bees in it, and should be full of bees on the frames. Although not in normal fashion, this year we recommend that you inspect your NUC. This is a great time to look at frames, foundation, and brood count. Also be wary of an abundance of dead bees.  A few dead bees are acceptable but not over 25 dead bees. Lastly, the NUC box should be clean! This means the plastic or wax cover box is not wet or with holes! 

If you do not like what you are seeing ask for another NUC!


Guide to Feeding New Packages or NUCs
https://www.betterbee.com/instructions-and-resources/complete-guide-to-feeding-newly-installed-packages-or-nucs.asp
 

Feeding honey bees sugar syrup seems like a strange idea, but it’s the most effective way to get them to draw out new combs on foundation. And that’s important for two reasons.

First, for a new colony to really take off, it needs to rapidly increase its population. It takes three weeks to raise a bee to working adulthood. But that process can’t begin until the queen lays eggs in the cells. And she can’t do her job until she has cells to lay the eggs in. But the workers bees won’t create a lot of comb until the young wax-making bees’ bodies are so richly supplied with calories that their wax glands are pushing out wax scales like crazy. When you drill down to the start of this chain of events, it mostly depends on having an abundance of available calories. If you provide sugar syrup, you jump-start the wax-making process by providing an early, constant source of calories. Feeding also evens out the sometimes on-again, off-again natural spring nectar flow which helps keep wax production continuing at full speed.
 

And that’s important for the second reason. A honey bee colony has one overriding goal in its first summer: create all the comb necessary to store the 70 to 80 pounds of honey it will need to have in the hive before the end of the season. Failure to do that successfully may doom the colony to winter starvation. By giving them a hive to live in, you have only provided your bees with a house. They still have to furnish it with drawn combs, and then fill the combs up with honey while the flowers are still in bloom. Making wax for the combs will “use up” a large portion of the calories the bees bring in as nectar. Feeding sugar syrup adds to the total available calorie supply, making it more likely that the bees will meet their need for comb and stored nectar before it is too late. Of course, you can help them out again at the end of season with more feeding to fill any empty cells. But bees are most eager to draw comb – adding storage capacity – in the spring and summer. Seize the opportunity at the start of the season when the bees are keen on making comb to get the job done.

The bees will need to draw out a minimum of all the frames in all the boxes that you intend them to winter on. Keep offering them syrup until this has been accomplished, even if that takes a couple of months.
 

This high need for calories only happens when you’re getting a hive established on bare foundation. If you’re installing bees on already-drawn comb (from a deadout hive, as an example) a brief period of feeding to get them off to a good start may be useful, but they don’t need syrup for the long term.
 

But, starting from scratch on bare foundation is a unique period in a new colony’s life. With good management, next year both you and your bees will reap the rewards of having already-drawn comb at the beginning of the season. All the incoming nectar next year can then be turned into more bees and more surplus honey, instead of being turned into calorie-demanding wax. That’s why clean drawn comb is often described as beekeepers’ gold.
 

Tips for feeding a new colony in the spring
 

  1. Don’t stop feeding until the bees have met the goal of having a fully drawn out set of frames in each brood box. From time to time, they may slow down in their uptake of syrup when there is a strong flow going on. It’s fine to pause for a week, or so, but try offering it again after that. If they go back to taking it again, continue to feed.
     

  2. Keep a close eye on the area surrounding any style of internal feeder where the bees have access to space within the empty box surrounding it. You don’t want them to start building comb inside the box around the feeder. Check at least once or twice a week and immediately interrupt this by adding another box with frames for them to draw out (if needed) or stopping feeding. You want them to build comb on the frames but not get creative inside the open space.

  3. Don’t feed bees sugar syrup if you also have added honey supers on the hive – it will get mixed in together, spoiling the purity of your honey crop. The goal for this sustained feeding is only to get them to draw out combs for the brood nest area (which are also the wintering boxes). Once they’ve got that done, only then should you add honey supers.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

What do you feed honey bees in the spring?
 

You can use home-made sugar syrup or feed a commercial product such as Pro-Sweet.

Making home-made 1:1 syrup is easy, though it can be messy. You mix equal parts (by either volume or weight) of hot water and white granulated sugar, and stir well. If making a quantity of syrup in a large container such as a 5-gallon bucket, put the water in first, otherwise you’ll have a hard time stirring the heavy, damp sugar.
 

Don’t make more than you need at one time, unless you can refrigerate it, as syrup this thin may spoil (turn vinegary), in which case it must be discarded as it isn’t healthy for the bees to eat. You may also find that adding a few drops of chlorine bleach per gallon helps keep the syrup from getting moldy in warmer weather.
 

Don’t use anything other than plain white granulated sugar. Organic sugar, and other alternative sugars are not healthier for bees. And never feed your bees any honey other than in clean frames from your own hives. Honey from other sources carries the risk of introducing serious diseases.

If you use Pro-Sweet, you pour it straight from the jug. It provides a good source of calories and unopened jugs are shelf-stable, keeping without spoiling or crystallizing. It is also very convenient, without the work and mess of mixing sugar syrup. It avoids the need to carry heavy bags of sugar home from the store. Although it is thicker than the 1:1 syrup which is normally recommended for spring feeding, it’s fine to use in all seasons. (Calories are calories, as every dieter knows!)

Both home-made syrup and Pro-Sweet can be fed in any type of feeder.
 

What kind of feeder is best?
 

The ideal feeder offers direct, in-hive access for the bees, while protecting them from drowning and deterring robbing. If it’s also easy to check and refill, it will save you a lot of time and effort.

We offer many models; the ones below are the most popular.
 

Division board or frame feeder

Pros Inexpensive; syrup close to the cluster

Cons Need to open the hive to check on or refill feeder. Some bees may drown, even with the climbing ladder in place.
 

Pail feeder

Pros Inexpensive; syrup right over the cluster for easy access in all weather

Cons Pail must be very tightly sealed to create a vacuum or there is a risk of leaking. Need to open hive to refill feeder. Need additional box to surround the feeder.
 

Ultimate In-Hive feeder

Pros Easier to open and refill than a pail-type feeder, with the same 24/7 access to the syrup that the pail feeder provides

Cons More expensive than a pail feeder; need to open hive to refill feeder. Needs a box to surround and protect the feeder. May result in wild comb in the surrounding box if not installed flush to hole in inner cover.
 

Hive top feeder

Pros Can be checked and refilled without opening the hive, even at night.

Cons More expensive than other feeders.
 

Other kinds of feeders
 

Entrance feeders (aka Boardman-style feeders) present some problems in the spring. Because the syrup is outside the hive, it may cool off and be less attractive to the bees. These feeders are smaller, so you’ll need to refill them more frequently. And they are often associated with robbing. If you already have one of these feeders, you can consider setting it up inside the hive on the inner cover and surround it with an empty box. Be sure to tape over the notch in the inner cover’s rim with duct tape if feeding this way, in order to prevent robbing.
 

Home-made feeders are another option, too. A short-term possibility is using a plastic baggie feeder. These will work well in a pinch, but are not ideal for the sustained, high volume feeding you’ll need to do when establishing a colony.

You can also use large canning jars with a few tiny holes punched into their lids, set directly on the frames. Surround the jars with an empty box.
Instructions for making the home-made feeders are here
 

Should I feed them with pollen patties in the spring?
 

Pollen provides the essential nutrition for raising baby bees. It contains the fats and protein needed for a bee to grow from a larva to a pupa, and finally, to metamorphose into a fully-formed adult bee. This amount of cell change and differentiation, in such a short period, requires more than just the carbohydrates in honey or syrup.
 

In the spring and summer, many flowers provide pollen to bees. But sometimes, early in the season, the pollen production comes in stops and starts. And as any parent knows, you have to feed the kids every day, no matter what. Bees will adjust (downward) the amount of brood they are raising to match the current availability of pollen. You want them to raise as much brood as possible, because more bees means more workers to help get the hive fully established and squared away before winter. To even out, and even slightly boost, the amount of pollen available for the brood, some beekeepers add a small amount of pollen patty to a new colony.
 

This comes with a little risk, however. More brood raised today means more bees in just a few weeks. And too many bees inside a hive, without enough comb already drawn, can equal an overcrowded hive. This is particularly true if you are starting with a nuc which is arriving with five to eight thousand baby bees already “in process.” Overcrowding can lead to swarming. If you are confident you would recognize the early signs of an overcrowded hive in time to take action, then it may be worth the risk. But if you are just starting out, it may be better to just “go with the flow” of natural pollen, literally. While you might still have such a natural excess of pollen that the hive becomes overcrowded, at least you won’t be the cause of the problem. You will have other opportunities in future years to experiment with super-charging a hive.
 

If you have pollen patty that you decide not to use, or a surplus, it can be carefully overwrapped and stored in the freezer until next spring. Your bees will be eager to feast on it then.

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What the Heck Should I be Doing Now - Swarms

by Kathleen Clerc
 

These bees have some serious intentions and one thing is for sure, not many of us expected things to get so swarmy, so soon! For the bees, it's a party! For the keeper - it's a nightmare.


Let's talk about it!

 

What are these bees thinking, triggering a swarm... they need to get it together!

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I find the act of swarming to be one of the greatest mysteries to all non-beekeepers. I remember when I first heard of a swarm, it turned my understanding of bees on its head. What in the world are all those bees doing, swarming like that? Reproducing? Aren't they doing that... in the hive? Well, yes... and no. You see, the idea of the queen having thousands of bees in her hive is a concept that we are all familiar with. To the untrained eye, the Queen is just a laying machine and uhhh... that's it. That's her hive, she works within the parameters, right? WRONG! Honeybees reproduce in a couple of ways. The Queen lays her eggs and builds the hive, sure. But the TRUE goal of the Queen is to make as many hives as she can, NOT to have the biggest hive on the block. Pretty much the opposite of human goals. The Queen will lay until there is no more room to lay eggs and the population is booming. Once she hits that limit, in her mind, she's set that hive up for success and she has better things to do than to just walk around there, waiting for a cell to open - this Queen has plans, alright?! She's not waitin' for no one! She's got a short, hot season and a hell of a lot to do! Once the original hive is set, the Queen and 50 - 60% of the worker bees, will head out in the search of a new place to "call home".

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The Democracy of a Swarm - those buggers VOTE!

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Now this part, hands down, is one of the coolest parts in the story of making a swarm, in my opinion; which is saying a lot, because everything to do with a swarm is pretty dang magical and strange. When I first joined PCBA and the OSU program, both were being lead by former President, Jason Sanko. He recommended a few books to read and one of them was Honeybee Democracy by Thomas D. Seeley. Now, if you want an enthralling yet scientific read (not usually mutual), this is totally the book to get.
 

Thomas D. Seeley spent a lot of time, I mean, a lot of time, observing honey bees and presenting scientific research he discovered himself as well as those made through others. He studied this topic and combined information scattered among dozens of papers from the last 60 years to write his book, starting with research done by Martin Lindauer in Germany.

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What Thomas Seeley presented was the following (summarized).
 

When the Queen has run out of space to lay, she releases a pheromone and scout bees take on the task of trying to find mama's next dream home.
 

"Before the swarming bees decide their future home, they practice the form of democracy known as direct democracy, in which the individuals within a community who choose to participate in its decision making do so personally rather than through representatives. The collective decision making of a bee swarm therefore resembles a New England town meeting in which the registered voters who are interested in local affairs meet in face-to-face assemblies, usually once a year, to debate issues of home rule and to vote on them, rendering binding decisions for their community."


"No fewer than six distinct properties of a potential homesite—including cavity volume, entrance height, entrance size, and presence of combs from an earlier colony—are assessed to produce an overall judgment of a site’s quality".

 

"A dissent-free decision. This is what normally arises from the democratic decision-making process used by house-hunting honeybees and, quite frankly, I find it amazing. The debate among a swarm’s scout bees starts with individuals proposing many potential nesting sites, vigorously advertising the competing proposals, and actively recruiting neutral individuals to the different camps. All this makes the surface of a swarm look at first like a riotous dance party. Yet out of this chaos, order gradually emerges. Ultimately the debate ends with all the dancing bees indicating support for just one."


There is so much more to this incredible behavior, but if I wrote all of it here, I might as well write my own book - so, check out Thomas Seeley, Honeybee Democracy, you wont regret it. But I'm moving on to the more technical side of the story.

 

What in the H-E-Double Hockey Sticks does a Beekeeper do?

Signs that a colony might swarm include: 
 

  • A very high population of bees in the hive.

  • The whole width of the entrance is used by forager bees.

  • All frames within the hive are fully drawn.

  • Queen cells along the bottom of brood frames, either practice, capped or "charged" (meaning an egg has been implanted into the cell and they have begun to feed it a white substance called Royal Jelly)

  • Brood frames are full of resources (nectar, pollen, honey, capped and uncapped brood).

  • High pollen flow in you area, but limited nectar availability. 

  • Bees are storing larger amounts of honey in and above the brood frames, and any other vacant space in the hive. This can lead to a colony becoming honey logged, which reduces the colony's brood rearing space.

  • High drone population, plus evidence of capped drone cells or larvae. Drones are made in preparation to mate with a new queen. This also shows the colony is resource rich; they can afford to expend time and resources for the care of drones. If a colony begins to decline, drone bees are usually the first to go.

 

Know your Queen Cells

If you find swarm cells in your hive, the colony has decided to swarm and there is little you can do about it, apart from splitting. 

 

Practice or Dummy Cells
Smaller, shorter, incomplete, dummy cells don’t necessarily mean that the colony is going to swarm, unless work is continued on them. They are often made as practice queen cups by worker bees. 

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Queen Cup

Made with the intention of making a queen. As these grow they begin to resemble an unshelled peanut. If an egg or larva is in the cup, then the colony is preparing to make a queen. It takes approximately 16 days for a queen to emerge, from the day the egg laid. (Photo is of a "charged" Queen cup with larvae)

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Queen Cell

Also known as a swarm cell, this is a queen cup but the bottom of it is sealed, meaning the larvae has been fed and is now in the pupating stage. Bees often make lots of swarm cells (average of 12) which are present throughout the whole hive, usually assembled at the bottom of brood frames.

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Supersedure cell

Looks similar to a queen cell, it's a colony's natural way of replacing a queen because—in their eyes—she is ‘failing’ (e.g. poor laying pattern, pheromone is weak). Supersedure cells are usually situated around the middle of the brood frame, compared to swarm cells (usually along the bottom of the brood frames). Supersedure cells are usually close together, only a few are made (3 - 4) and are similar in size because the larvae are the same age.

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Types of Swarms

There are three different types of swarms: primary swarms, secondary or after-swarms, and absconding swarms. 
 

Primary swarm

Usually the first swarm of the season. It involves the original queen leaving with about half of the colony and some drones. These are often larger in size. 
 

Secondary swarms

These occur after the primary swarm, meaning they’re usually quite a bit smaller, sometimes leaving with one or more virgin queens soon after the primary swarm has left. Colonies that frequently swarm are often re-queened, because this tendency can be influenced by genetics. Older queens have a tendency to swarm more frequently, which is why some beekeepers replace their queens every few seasons.
 

Absconding

This is when the entire colony leaves the hive for a variety of reasons, including wrong climate, starvation due to a lack of resources, but most commonly due to being infested by pests and diseases which have made their space uninhabitable. 

 

Should we just let the bees... swarm?

While honeybees' urge to multiply is natural, letting your bees get to this point is not considered good practice because it poses a risk to the public, your bees, other beekeepers, and honey bee biosecurity in your country. 
 

  • When a colony swarms you don’t know where they’re going, meaning they could decide to reside in an inconvenient place (e.g. walls, public places), posing a risk to the public. 
     

  • Letting your bees swarm means that you're losing at least half your colony, and potentially missing honey flows in your area as your bees work to build up the colony again.
     

  • Swarms may pose a risk to honey bee biosecurity in your area, because they allow colonies which may be affected by pests and diseases to multiply. Some beekeepers replace the queen so they’re sure of the genetics of the colony. 
     

  • A large percentage of swarms don’t make it (particularly secondary and after-swarms because they’re smaller in size).

 

Is it possible to stop swarming without splitting?

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Honestly, not really. You can do a temporary split, however, which is something I learned from Jason Sanko. This entails doing a split, then adding space to the original hive, and then reintroducing the original queen back to the original hive 14 days later - by recombining the hive with said split. I used this last year with the newspaper method successfully and am actually doing it again right now as we speak. This way I keep the number of hives I want, with the specific queens I want, and don't suffer much impact to productivity, or delayed laying.

Alternatively, the De-maree Swarm Control Method is used by lots of beekeepers in residential areas.

 

Both of these methods are labor intensive. Both entail ensuring that no queens are born into the original hive. So you have to be in your hives, a lot. Delaying, delaying, delaying by removing swarm cells.
 

Should you remove swarm cells?

It doesn't really work out the way you'd hope it to. It may delay them a bit, but when the decision is made... it's either with ya, or without ya. Sorry, bub! They'll just build another cell... and another... and another... and another...
 

Will a queen excluder prevent swarming?
A swarm leaves with the original queen often meaning that she has mated and her abdomen is too big to fit through a queen excluder. Even though bees starve the queen a couple of days before preparing to swarm so that she is lighter and can fly, she often still isn’t small enough to fit through the excluder.  
 

Like removing queen cells, placing a queen excluder at the bottom of the brood box or along the entrance won’t prevent, nor stop, a colony’s urge to swarm, but can similarly cause a delay and gives you some time to perform a split soon, not immediately. In this circumstance you will see the bees leaving the hive thinking they’re going to swarm, at some point realize the queen is absent and so fly back home. 
The reason this doesn't work forever is that eventually, the colony will learn to leave with a virgin queen (or sometimes numerous) because they’re still small enough to get through the excluder. Colonies also respond like this to queens whose beekeeper has clipped their wings. Don't do that...

 

I'm going to start leaning into other sites for the rest of the info - becuase there truly is a lot to discuss and consider. Too much for me to write when so many have written great articles already.

 

Dealing with the aftermath of a swarm from your hive
Betterbee [READ]

 

How to catch your swarm (or someone else's)

Beebuilt [READ]

 

When bees swarm, choose fascination - not fear

Mississippi State University [READ]

Dummy Cell.webp
Queen Cup.webp
Queen Cell.webp
Supercedure cell.webp

 

Beekeeping Articles & Topics of Interest

Beekeeping, for Veteranshttps://wafarmvetco.org/healing-through-hives
 

The Roles of Flies as Pollinators of Horticultural Crops - https://pmc.ncbi.nlm.nih.gov/articles/PMC7349676/​​

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WSU Bees + Pollinator Program MARCH 2025 - https://bees.wsu.edu/march-2025/

 

Resource List for Diagnostic Testing of Honey Bees 2024
(information provided by, Bri Price, WSU Honey Bee Program Extension Coordinator)

 

If you want an answer on the cause of the death of your bees, the following is a list of organizations in the United States that may be able to assist you. For a compete list of diagnostic labs and what they will test go to this website: https://apiaryinspectors.org/page-18060.

If you believe the apiary was damaged through the use of pesticides and if you have registered your hive(s) with the State Department of Agriculture, you can also contact Katie Buckley (Pollinator Health Coordinator) with the WA Dept of Agriculture, and report the situation as a potential bee kill: kbuckley@agr.wa.gov. They usually only formally investigate if it is a large number of hives that were killed. WSU Bee Program used to have a diagnostic lab but does not currently have one. For now, they recommend that people send their bees to the Beltsville Bee Lab; it’s a free source in Maryland. This facility tests for bacterial, fungal and microsporidian diseases, two species of parasitic mites, and other honey bee pests. They also test for American Foul brood when requested. But this lab does not test for viruses or pesticides.

 

The following all charge for their testing services:
 

VIRUS TESTING (not pesticides)

• North Carolina State (https://www.ncsuapiculture.net/queen-and-disease-clinic) o Fees range from $24-320
 

• National Agricultural Genotyping Center (https://www.genotypingcenter.com/honey-bee-pathogen-panel/) o Fees range from $60-300

PESTICIDE TESTING (not viruses)

• Cornell Chemical Ecology Core Facility (https://blogs.cornell.edu/ccecf/the-facility/) o $90

• USDA-AMS National Science Laboratory (https://www.ams.usda.gov/services/lab-testing/nsl) o $450

• Synergistic Pesticide Laboratory (https://synpestlab.com/services/) o This is a lab that WSU’s bee program has used, direct contact: Camille Holladay cholladay@synpestlab.com o Fees range from $160-365​

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Ask a Washington Beekeeper - WASBA
WASBA’s ongoing project “Ask a Washington Beekeeper” is publishing new episodes in 2025. “Ask a Washington Beekeeper” is a collaboration between WASBA and GRuB and is designed to reach beekeepers who may be in outlying areas without access to a mentor or a beekeeping club. Their goal is to provide information, education and mentoring to as many people as possible, including veterans who are interested in beekeeping. An educated beekeeper is a better beekeeper and is better for the beekeeping community.
Programs are each month on the third Thursday starting at 6:30pm. Check it out and tell your friends – here’s the link: https://www.facebook.com/AskAWABeekeeper.

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