Wednesday, June 17, 2015

Learn how you can BEE one in a MILLION

The 'Million Pollinator Garden Challenge' is a nationwide call to action looking to register 1 million gardens that are pollinator friendly. 


If you agree to the following, you too can BEE one in a MILLION:
1. Grow a variety of bee-friendly flowers that bloom from spring through fall.
2. Protect and provide bee nests and caterpillar host plants.
3. Avoid using pesticides, especially insecticides.
4. Talk to my neighbors about the importance of pollinators and their habitat.

Sign up here to be make the pledge and be included.

  June 15 - 21, 2015
Celebrate and Save our pollinators!

Tuesday, June 16, 2015

I bet you didn't know Indiana had this program!


In the late 90's, Indiana began an innovative program called 'Hoosier Roadside Heritage' but for some reason, hardly anyone knows about it.  The primary goal of the 'Hoosier Roadside Heritage Program'  is to promote and incorporate native plants and wildflowers into Indiana's roadside landscape.

This program helps pollinators by providing food for them in otherwise barren areas covering 25,000 acres of ground found along Indiana roadsides.  It also helps the Indiana State taxpayers because it reduces costs associated with mowing.  And, the seeds for this project are grown on state properties.  Department of Correction crews help to maintain these seed farms – allowing inmates to gain skills they can use to pursue a horticulture career.   How cool is this?

Beautiful - right?
Recently, I talked with William Fielding, the INDOT coordinator of this project.   He said that it is a very hard project to maintain because everyone complains.  They complain because the roadsides are not mowed.  But just look at those gloriosa daisies - why would you complain about that?

In celebration of National, State, and Local Pollinator Week, I am going to call you to action: 
  1. I encourage you to click here to learn more about the project.  
  2. Just don't stop there, send Mr. Fielding an email and tell him how much you appreciate this project. (Note:  You'll find Mr. Fielding's email at the bottom of page.)
  3. Then, forward this blog post to 3 of your friends and ask them to thank Mr. Fielding for keeping this project going.


  June 15 - 21, 2015
Celebrate and Save our pollinators!

Monday, June 15, 2015

Why Care About Pollinators?


I care because I like to eat!

Three-fourths of the world’s flowering plants and about 35 percent of the world’s food crops depend on animal pollinators to reproduce. More than 3,500 species of native bees help increase crop yields. Some scientists estimate that one out of every three bites of food we eat exists because of animal pollinators like bees, butterflies and moths, birds and bats, and beetles and other insects.


  June 15 - 21, 2015
Celebrate and Save our pollinators!

Sunday, June 7, 2015

Do bees need air conditioners?

I get asked a lot about what the bees do during the cold months of winter, but hardly any one asks about the heat in the summer.  Maybe you haven't thought about it.  But, can you imagine living in your house with 50,000 other people during the dog days of summer without air conditioning?  I sure can't.
 
One thing they do to cool the hive is to create a 'swamp cooler' effect.   The nectar being retrieved from flowers can have a moisture content as high as 80%.  However, 'ripe' honey (what we eat) contains only 18% water.  In order to cure the nectar into honey, the bees use their wings to fan the liquid causing evaporation.  This in turn also cools the hive.  Cool? or Cool!


Saturday, June 6, 2015

Indiana Joins in on National Pollinator Week

Eight years ago the U.S. Senate unanimously approved and designated a week in June as “National Pollinator Week”. This marked a necessary step toward addressing the urgent issue of declining pollinator populations. Pollinator Week has now grown to be an international celebration of the valuable ecosystem services provided by bees, birds, butterflies, bats and beetles. But, although the growing concern for pollinators has brought progress, but we must continue to maximize our effort to protect our pollinators.

Pollinating animals, including bees, birds, butterflies, bats, beetles and others, are vital to our delicate ecosystem. Therefore, Pollinator Week is a week to get the message of valuable pollinators out to as many people as possible and let them know pollinators positively affect all our lives. So let all be sure to use this time to SAVE and CELEBRATE these creatures critical to life on planet Earth!

The 2015 National Pollinator Week falls on June 15 – 21. Now, the state of Indiana is joining this celebration. Governor Mike Pence and First Lady Karen Pence have a bee hive at the governor’s mansion and are very supportive of the pollinators in our state. Knowing this, we asked the Governor to declare Indiana Pollinator Week during the same timeframe and he agreed. She recently received the certificate and proclamation from the Governor’s office and is excited to share it with fellow beekeepers.

To help celebrate honey bee pollinators, there will be a Summer Apiary Field Day hosted by Purdue University in West Lafayette, Indiana on Saturday, June 20, 2015. This event is a must attend for all beekeepers in the state and it is a great way to celebrate the culmination of Pollinator Week. Put it on your calendar. We hope to see you there.

Click Here for Purdue Field Day Agenda
Click Here for Purdue Field Day Registration
Click Here for Directions to the Purdue Bee Lab



http://pollinator.org

Wednesday, May 13, 2015

How to sooth a bee sting

Plantain:  a great plant to know
 
Plantago Major, the broad leaf plantain plant, is a weed to many.  You'll see it just about anywhere the soil has been disturbed: - lawns, driveways, roadsides, and even in sidewalk cracks.  Because all parts of this plant are edible, the early European settlers brought it with them.  But rather than eat it, I use it to sooth bee stings.  Just take a leaf of the plant, crush it up in your hands and apply to the sting site. 


Friday, May 8, 2015

Springtime in the Apiary

I have always found it difficult to explain to someone what I do for my job.  When I worked in computers, I always tried; but it was just difficult to explain the details.  So, usually I gave up and just said I was a computer geek.  Most could get that.

Now, I'm realizing that it is just as hard to explain beekeeping.  Most assume bees live by themselves in the wild, therefore you just put them in a box and that is the end of it.  However, when I put bees in a box, I take them out of nature and have an obligation to provide the best possible care for them.  Much like livestock or pets, I need to ensure they have food, water, medical care, and shelter.

In the spring, bees replicate themselves by swarming.  With the warming weather and abundance of nectar in flowering plants, swarming activity is eminent.  Nectar and pollen are stored in the honeycomb cells and will become a future food source for the bees.  This also stimulates the queen to lay eggs in honeycomb cells.  Soon, with all this food and baby production, all of the honeycomb cells will become full.  With a crowded home, the bees decide to replicate themselves as a colony.  So, they choose to make a new queen and half of the bees leave the hive to start a new home with the old queen.  Thus a swarm.

As a beekeeper, it is in my best interest to have as many bees as possible.  Each hive of bees that swarms is a loss of $125 worth of bees plus $200+ of honey.  So, swarm prevention is on my spring management list.  Very similar to calving or lambing on a farm, it is a time consuming task to check frequently to see when the time is right and assist  through the process.  The management style I choose depends on my desired outcome but can often mean creating 'artificial swarms' by splitting the hive or putting on additional honey super boxes so there is enough room for them to grow.

On the farm in the spring, farmers change from feeding hay(stored food) to putting livestock out on lush green pasture.   A similar transition takes place in the world of bees. They also have a stored food source for the winter- which is honey.  Additionally, as a keeper of the bees, I provide them an emergency food source to ensure there is enough food to get through an Indiana winter.  After all, the winter time provides no plants for them to visit.  In the spring, enough food needs to remain  available until flowers can provide the bees with a resemblance of a 'lush green pasture'.  Beekeepers call this a 'nectar flow'.  It might mean feeding them a sugar syrup supplement until the time is right, eventually removing any extra emergency stores, and adding honey super boxes to the hive.

Next, the bees have been cooped up in a box all winter long.  So, another spring task is to ensure the hive is clean is to clean up the bottom board.  Just like you would clean out the floor of a barn stall, you need to do the same thing for the bees. The bottom of the hive will contain a lot of debris.  Bees are really hygienic and may eventually clean this up.  But, I'm going to help them.  This requires a lot of heaving and lifting.  One of those boxes can weigh 60+ pounds and there are usually 2 of them.  These heavy boxes need to be lifted off the bottom board in order to get to the floor.  I also study the debris to see if I can learn anything - was there too much moisture and therefore mold?  Are there small hive beetles or larva?  How many varroa mites do I see?  Where is most of the trash?  Does it cover the entire bottom or just a portion?

What about the health of the hive?  Do I see deformed wings?  What about the bee poop?  Is it inside the hive?  Are there too many parasites?  Again, all something that farmers are used to doing except they look at the condition of the skin/coat/fur and examine feces for parasites.  If there are problems,  I have a responsibility to care for these bees and ensure their health.  The goal is to remedy any health issues prior to the bees storing honey for human consumption.

If I don't take care for my bees and they become sick or parasite infested, they could die or decide to leave the hive in search of a new home.  Either way, it's like I've sent my kids to school with a nasty flu virus.  The hive full of sick bees will eventually decline and not be able to protect their home.  Other bees in the area will realize there is food available in this virus ridden hive and rob it.  At this point, the virus not only impacted this one hive but many.  Not a very good stewardship plan for those with hives around me.

And, this just skims the surface of early spring management.  We haven't even talked about raising bees for others to buy, moving bees for pollination and to new locations, answering new beekeeper questions, honey flows and extraction, raising queens, equipment repairs, or creating 'the plan' for the rest of the summer.  So, if you are not a beekeeper, hopefully you understand a little more and see the value in that jar of honey you purchase.  If you are a beekeeper, hopefully you see that you need to provide the utmost animal husbandry skills to keep your bees well.  And, if you don't have that knowledge or time, you need to find a way to obtain it.  You owe it to the bees.  That is the difference between being a 'beekeeper' and a 'beehaver'.

As for me, I have around 70 hives spread out in Southern Indiana and the greater Louisville area.  Between that and the 50+ acres of grass that needs to be mowed at the airport, it's unusual to see me much during the spring.   If you do, it will be atop a tractor or in my veil.

Tuesday, April 7, 2015

Busy as Bees - SIBA Hanover/Madison Chapter

The first quarter of 2015 was a fun and exciting time for the Madison/Hanover chapter of Southeastern Indiana Beekeepers Association. After taking a weather break in January, the February and March meetings allowed club members to learn ways to increase their apiary size without buying bees. First, Jim Orem shared his very successful ideas and tips on setting up traps and catching feral swarms. The next month, Dave Shenefield showed the group how to take the bees that survived the winter and make splits and nucs.


Additionally, when March rolled around, IBA treasurer Debbie Seib arrived to award the club with our ‘seed’ money. This funding is provided to start up clubs which have maintained 25 attendees consecutively at 3 meetings.  This is  as a way to help the club with such things as signs, printing, guest presentations, or whatever.

Finally, at the end of March, Ginger Davidson provided a talk about bees at th Clarksville Library to a small yet interested crowd.  This was followed by a Beekeeping 101 class sponsored by the club and taught to a sold out classroom by Ginger. The class was held at the Little Golden Fox in Madison Indiana which provided a unique and different atmosphere in the classroom typically used for teaching milk painting and other crafting projects. Next to local clubs, there isn’t a better way to find mentors and stay in touch with beekeeping than through the state organizations. Therefore, the exciting aspect about this class was that some funds from this class were used to register attendees as members of the Indiana Beekeepers Association.

Remember . . .Kathleen Prough, Indiana State Apiarist, will be at the April 9, 2015 meeting.  We meet every 2nd Thursday of the month at Hanover College in the Campus Center Board Room at 6:30PM.  www.IndianaHoney.org




 

Sunday, March 1, 2015

Help stomp out the varroa mite!


The varroa mite is the number one killer of honeybees today!

This little blood sucking mite creates wounds in the body of a developing baby bee and then infests them with viruses which spread quickly to the entire colony.  In proportion, it would be like a human having 4 or 5 ticks the size of a basketball on their bodies. Ewwww, I can’t even imagine this! Can you?
Varroa mites on a bee pupae (baby bee)

Here is your chance to ask the EPA to help the bees combat these nasty little blood suckers!

Oxalic acid, a naturally occurring chemical found in many of the foods we eat, is a very effective control mechanism for varroa mites. Oxalic Acid has been registered and used in Europe for around 20 years. It kills the varroa mite by desiccating the mite's mouth parts. The disruption caused by oxalic acid to the honeybee is minimal and far less devastating than the loss of the entire colony:  which is sure to follow in the event of a varroa mite infestation.

Currently, the EPA is reviewing the use of oxalic acid as an in-hive miticide. For those unfamiliar with the process, the government opens up a comment period to new product registrations such as this one. It is during this time frame that we need to be proactive and state that oxalic acid needs to be available as an option for beekeepers in the United States.

If you like to eat, this applies to you too. Honeybees pollinate over 30% of the food we eat. This treatment method is by far one of the most effective and safest ones out there for the bees as well as the consumers of honey.

We need to have oxalic acid approved in the United States as an option for beekeepers.

If you can copy and paste, you can help!

The 4 step comment process is fairly simple and your comments will appear in the ‘docket’ within 24 hours.  The Pollinator Stewardship Council has created a draft of a letter (see below).:
The comment period for oxalic acid ends on March 6, 2015. 

1.    Copy the text of the letter below:
Susan Lewis, Registration Division (RD) (7505P)
Office of Pesticide Programs
Environmental Protection Agency
1200 Pennsylvania Ave. NW.
Washington, DC 20460-0001

Re: Docket ID number: EPA-HQ-OPP-2015-0043; Oxalic Acid Dihydrate.

Dear Ms. Lewis,

Registering oxalic acid to aid beekeepers in controlling their Varroa mite populations is an important tool in managing the health of honey bees. Beekeeping is a diverse industry of commercial, sideline, and backyard beekeepers. Our honey bees encounter different stresses; pests, pathogens, pesticides, and poor forage in varying levels of severity. The registered use of oxalic acid will be another tool to help beekeepers. As a beekeeper, I may not use this pending registered product, but other beekeepers will need to use it. Honey bees experience a broad area of the environment, and work tirelessly to pollinate our crops and wild lands. Having another tool to aid in controlling Varroa mite would help reduce the pest and pathogen stress upon our honey bees.

I support the approval of oxalic acid for in-hive use to control Varroa mites.

Formally,


2.    Click the link to the Docket at Regulations.gov
http://www.regulations.gov/#!documentDetail;D=EPA-HQ-OPP-2015-0043-0001

3.    Click on the blue COMMENT NOW button on the right side of your screen
 
4.    PASTE your letter into the Comment box (optionally add your own comments), include your name at the bottom, and follow prompts to submit.


Additional information about oxalic acid used as a miticide for bees can be found at these links:

Friday, February 27, 2015

IF YOU KEEP BEES . . .KEEP ONE OF THESE

If you keep bees, it is great to be proactive when it comes to potential allergic reactions to bee stings.

Keeping an Epi-Pen on hand could help save someone's life.   


Mylan Specialty makes it very economical by again, in 2015, providing a coupon for a $0 co-pay. This makes these somewhat expensive auto-inject pens FREE!

I was skeptical but used this co-pay card last year at CVS without any hassles.  

During the time frame when I'm actively working with the bees, I keep an Epi-Pen in my bee toolkit and another near the honey house.  I haven't had to use it but it gives me piece of mind to know it is there.

A PRESCRIPTION IS REQUIRED.  So, talk to your doctor the next time you visit. Also talk to your doctor about the difference between a localized reaction and a systemic reaction, and other individualized cases which could indicate whether to use or not use the Epi-Pen.  Knowing this important information just might save someone's life.



Monday, February 9, 2015

What can a beekeeper learn from a dairy farmer?



As most of you know, I’m enamored with learning about drones - male honey bees, not the small flying machines. I truly believe that you can’t have a great queen without some awesome drones. With all the attention given to queens, drones are often taken for granted and forgotten. However, since the promiscuous queen mates with 15 and sometimes as many as 20 different drones, they really should not be overlooked.
Brandon Hopkins teaching queen breeders about his work in cryopreservation
 Fairly recently, I’ve jumped into the ever fascinating world of instrumentally inseminating honey bee queens. Having participated in artificial insemination projects with my sheep, I’ve been taken aback by how far behind honey bees are in this area especially when compared to other livestock. Dairy cattle, for example, have seen tremendous gains in milk production by using artificial insemination and are often able to extend great genetics from one bull to many cows. Because of this, it is very rare to find a modern day production milk system where the farmer uses natural cover. Instead, semen from a bull is collected, evaluated, stored, frozen and shipped all around the world to use for insemination. Often times, the bull can be dead and still father calves. It’s all pretty amazing.
So let’s get back to the bees and the associated problem at hand. Due to the Honey Bee Act of 1922, the importation of honeybees and honeybee germplasm from other countries was stopped in order to minimize tracheal mite infiltration into our US honeybee population. However, in doing so, it has also resulted in a smaller genetic resource pool.

To combat the decreasing genetic possibilities, special permission was granted to Sue Cobey and a group of researchers to obtain drone semen from old world countries like Slovenia, Germany, Italy, and the Republic of Georgia. The introduction of new genetics using only semen can take 5 or 6 mating cycles – nothing happens overnight in the world of honeybee biology. The problem is that freshly collected drone semen quickly loses viability when stored at room temperature – although it amazingly lasts much, much longer than its mammalian counterparts. Therefore, without a better preservation technique, it was going to take several trips to gather germplasm to convert a US bee to one that contains 90%+ ‘old world’ stock by using drone semen only. Although previously attempted, a technique to collect, evaluate, store, and freeze drone semen like our dairy farmer friends use didn't provide for a high enough worker progeny ratio so it was seldom used.

Brandon Hopkins is demonstrating some of the equipment used in cryopreservation.
This is where Brandon Hopkins, a reproductive biologist, enters the picture. While working with Dr. Steven Sheppard on his Ph.D. at Washington State University, he recently developed better methods and techniques of freezing and storing honeybee semen. These advancements are allowing researchers to collect germplasm from the 'old world stock' and use it many years later. Now, the honeybee industry can work toward a more efficient stock improvement plan which also includes a repository.

A great group of queen breeders looking to learn new ways to help bees
So, when the opportunity arose to attend a knowledge sharing session with Dr. Steve Sheppard and Brandon Hopkins to learn about cryopreservation of honey bee germplasm, you better believe I jumped on it. I would like to thank the Mountain State Queen Producers for the welcome invitation. We learned some new techniques and strategies that will hopefully allow for advancements in queens in Indiana as well as the Heartland Honey Bee Co-op.