| Swarming -
    How 
    bees reproduce Q: What is bee swarming? Swarming, simply put, is the method in 
    which honey bees reproduce and procreate the species. Once a colony of bees 
    reaches the maximum capacity of a current living space (think - filling the 
    cavity of a hollow in a tree with honey comb and bees) and there are ample 
    resources available, such as plenty of food producing blooms in the spring, 
    the colony receives signals from this growth state that they are healthy 
    enough to reproduce.  
    
     Once the signals trigger the colony to 
    swarm, several wheels are set into motion. First, the current queen, knowing 
    she will be leaving soon and taking the bulk of the worker force with her to 
    start anew, will lay special eggs called Queen Cells or Swarm Cells (see below) for the remaining members to 
    raise her successor.  
    
     Second, the mother queen (which 
    typically lays upwards of 2,000 eggs a day) will be put on a diet of sorts 
    and slow down her laying / brood production. She will need to trim down to 
    get into "flying shape" and prepare for a journey that could be several 
    miles to a new home.  
     And finally, after about a week when she 
    is ready, the colony puts out the signal that it is time to go. At this 
    point a mass exodus takes place and several thousand bees, including the 
    queen and roughly 75 percent of the workers, and several dozen drones (male 
    bees) head for the exits and form a cloud.  
    
     This cloud of bees, known as a "swarm in 
    motion" will find a place to land and rest while they send out scouts in 
    search of a new cavity of a specific size and basic shelter requirements to 
    accommodate their future needs. They may rest on about any surface or 
    structure, and occasionally on the ground, but typically about 8 – 12 feet 
    off the ground on a tree limb.  
    
     
   After what could be a few 
    hours or even several days of scouts reporting future home sites and 
    additional members checking these sites for their needs, a voting system is 
    used to select the site of choice. It is not until the entire inspection 
    team all agree on one single best location, and only then, the swarm takes 
    flight again and they all move into the new home site. On rare occasion, the 
    scouts and inspectors do not find and/or agree on a cavity soon enough and 
    the colony will begin to build comb where they rest. This creates what we 
    call an exposed or “open air hive” see below. Not typically found up north, 
    but a beautiful sight that is occasionally found in our region.  
    
     Shown above: Progressive 
    photos from an Open Air Colony relocation/removal.
 The bottom two images are the before photos, followed by the images taken 
    after gently vacuuming bees and carefully dissecting the comb structure and 
    rebuilding it into hive boxes. The entire process took several hours and 
    resulted in two deep hive boxes full of bees. The main image in the center 
    illustrates the heart of the brood nest with the typical rainbow pattern of 
    food stored above the darker nursery area.
 It should be noted that while in the 
    swarm mode and resting, the colony is not at all aggressive. They have no 
    young or food to protect, so not until they have a new place to call home 
    and the queen begins laying and the workers bring in food stores they are 
    not likely to offer a sting, even if approached. I rarely wear any 
    protective gear when capturing swarms.  Q: What should people do 
    if they see a hive on their property?  First and foremost, even though a swarm 
    is normally docile, a cluster of bees is not automatically going to be a 
    "swarm". It is possible to mistake an open air colony (see above) for a 
    swarm in resting mode. Therefore, it is always best to maintain a safe 
    distance and contact an experienced beekeeper. We have a good deal of local 
    beekeepers in the San Antonio area that are qualified and permitted to 
    assist when needed. Contact Us for 
    more information regarding swarm 
    capture and bee colony removal services.
 Secondly, be aware that a swarm differs from an active “hive” or properly 
    termed an active colony of bees. Meaning, technically the “hive” refers to 
    the housing/structure and the bees are the inhabitants or the colony in the 
    hive. With that said, the bees and housing are typically referred to as a 
    “hive”.
 
 If the bees are clustered on a structure, like a tree limb, that is 
    typically a swarm resting and not aggressive. If the bulk of the bees are 
    not visible, and only a few are seen coming and going through an opening, 
    like a crack in a wall or hollow opening of a tree, then keep away and know 
    they have taken up residence in that space and will defend their home and 
    young just as we do with our own homes and loved ones.
 
    And finally, leave it to the experienced beekeepers to assist 
    with removals and swarm capturing because you never know what you may run 
    into in terms of genetics. Be aware that we do live in the south where
    Africanized Bees are known to be a 
    part of the feral bee population and despite the Colony Collapse Disorder 
    that effects managed hives, they are still surviving in the wild here after 
    being in this area for over 30 years.   
    Click here for a short video 
    showing the capturing of a small swarm.  Q: Is there any other 
    information you think might be relevant to share? Honey Bees are a vital part of our 
    ecosystems and need our support in terms of managed hives by beekeepers, but 
    also as a community. We all need to be aware that putting out poisons in our 
    landscapes and gardens can have effects beyond our view and even our 
    imagination. If a pesticide, fungicide or herbicide must be used to control 
    some sort of unwanted guest in the yard or garden, please consider using 
    granular forms versus liquids or any especially hazardous powders and dusts 
    that will cling to a bees hair like pollen and will be carried back into the 
    nest and have devastating effects on the entire colony. We need our pollinators and we have many 
    less expensive organic choices other than chemicals when controlling 
    unwanted pests, weeds and even fungi in our environment. A little research 
    in these areas can make a huge difference. 
    Ultimately, we need to teach the next generation to be 
    stewards of the environment we pass on to them and encourage them to be an 
    active positive part of the ecosystems. The joy of sharing with others can 
    bring rewards beyond expectations.   
     
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