Thursday, February 23, 2012
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Cinnamon and Honey Cure-All?

Honey is the only food on the planet that will not spoil or rot. What it will do is what some Call 'turning to sugar'. In reality, honey is always honey. However, when left in a cool dark place for a long time it will "crystallize". When this happens loosen the lid, boil some water and sit the honey container in the hot water, but turn off the heat and let it liquefy naturally. It is then as good as it ever was. Never boil honey or put it in a microwave. This will kill the enzymes in the honey. 

Cinnamon and Honey:
Bet the drug companies won't like this one getting around. Facts on Honey and Cinnamon:
It is found that a mixture of honey and Cinnamon cures most diseases. Honey is produced in most of the countries of the world. Scientists of today also accept honey as a 'Ram Ban' (very effective) medicine for all kinds of diseases. Honey can be used without side effects for any kind of diseases.
Today's science says that even though honey is sweet, when it is taken in the right dosage as a medicine, it does not harm even diabetic patients. Weekly World News, a magazine in Canada, in its issue dated 17 January,1995 has given the following list of diseases that can be cured by honey and cinnamon, as researched by western scientists:

HEART DISEASES:
Make a paste of honey and cinnamon powder, apply it on bread instead of jelly and jam and eat it regularly for breakfast. It reduces the cholesterol in the arteries and saves the patient from heart attack. Also, those who have already had an attack, when they do this process daily, they are kept miles away from the next attack. Regular use of the above process relieves loss of breath and strengthens the heart beat. In America and Canada, various nursing homes have treated patients successfully and have found that as one ages the arteries and veins lose their flexibility and get clogged; honey and cinnamon revitalize the arteries and the veins.

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Honey Bees Spring Activity

During early spring, the lengthening days and new sources of pollen and nectar stimulate brood rearing. The bees also gather water to regulate temperature and to liquefy thick or granulated honey in the preparation of brood food. Drones will be absent or scarce at this time of the year.

Later in the spring, the population of the colony expands rapidly and the proportion of young bees increases. As the population increases, the field-worker force also increases. Field bees may collect nectar and pollen in greater amounts than are needed to maintain brood rearing, and surpluses of honey or pollen may accumulate).

As the days lengthen and the temperature continues to increase, the cluster expands further and drones are produced. With an increase in brood rearing and the accompanying increase in adult bees, the nest area of the colony becomes crowded. More bees are evident at the entrance of the nest. A telltale sign of overcrowding is to see the bees crawl out and hang in a cluster around the en trance on a warm afternoon.

Combined with crowded conditions, the queen also increases drone egg laying in preparing for the natural division of the colony by swarming. In addition to rearing workers and drones, the bees also prepare to rear a new queen. A few larvae that would normally develop into worker bees are fed a special gland food called royal jelly, their cells are reconstructed to accommodate the larger queen, and her rate of development is sped up. The number of queen cells produced varies with races and strains of bees as well as individual colonies.

Regardless of its crowded condition, the colony will try to expand by building new combs if food and room are available. These new combs are generally used for the storage of honey, whereas the older combs are used for pollen storage and brood rearing.

Colony Collapse Disorder (CCD)

The are many challenges facing honey bees these days and many causes being blamed for those challenges. The truth of the matter is in many cases we simply don't know. One of the greatest challenges they are facing is Colony Collapse Disorder (CCD).

CCD is characterized by a hive that still has its queen but is missing most or all of its adult bees, with a distinct lack of dead bees around and near the hive to explain where the adult workers went. Bees do not normally abandon a hive while there are capped brood-eggs planted in cells that have been sealed.

Other clear signs of CCD are the presence of these capped brood, as well as stored honey and pollen. In addition, attacks by the usual moths and mites, as well as robber bees that would normally take immediate advantage of a weak or abandoned hive, are significantly delayed and the a noticeable time lapse before these critters begin to attack If there is no queen, then it is simply assumed the hive died because of a lack of queen so her presence is one of the requirements for it to be CCD.

What Causes CCD?

While there has been considerable speculation as to the causes of CCD, there is no clear answer yet. While unsubstantiated claims have blamed everything from cell phone signals to satellite signals, if these do have an effect on the honey bee it is not related to CCD.

The majority of research now seems to indicate that CCD is caused by the perfect storm of environmental and biological factors. So basically you take a colony that is already weakened from poor nutrition and over migration, add the presence of environmental factors like pesticides that further weaken the immune system. This does not explain where the missing bees went, just the possible conditions that might create the environment for CCD. The only common factor found in over 95% of all hives infected with CCD is a pathogen transmitted by Varroa mites called Israeli acute paralysis virus (IAPV). This is not believed to be the direct cause of CCD, it is another indicator that CCD is what is causing the collapse of a fallen hive.

Bottom line is nobody is sure what is causing this and there is no evidence that it is getting worse or speading until furthur extensive research is done the actual causes of CCD are mere speculation.

 

The list of crops that simply won't grow without honey bees is a long one: Apples, cucumbers, broccoli, onions, pumpkins, carrots, avocados, almonds ... and it goes on.

Without bees to pollinate many of our favorite fruits and vegetables, the United States could lose $15 billion worth of crops -- not to mention what it would do to your diet.

Beekeepers first sounded the alarm about disappearing bees in 2006. Seemingly healthy bees were simply abandoning their hives in mass, never to return. Researchers Call the mass disappearance Colony Collapse Disorder, and they estimate that nearly one-third of all honey bee colonies in the country have vanished.

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A bee sting will cause intense local pain, reddening and swelling. This is a normal reaction and does not, in itself, indicate a serious allergic response. An extremely small fraction of the human population is genuinely allergic to bee stings. These individuals experience breathing difficulty, unconsciousness or even death if they are stung and should carry with them an emergency kit of injectable epinephrine, available by prescription from a physician.

When a bee stings, the stinger and poison sack remain in the skin of the victim. Always scrape the stinger and poison sack out of the skin with your fingernail never pull it out because this squeezes the remaining venom into the skin.

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Tips for Bee-Proofing Your Home:

  • Remove possible nesting sites around your home and yard such as junk piles, tires, old furniture or electronics etc.

  • Inspect outside walls and eaves of home and on any shed, garage, doghouse etc.

  • Seal openings larger than 1/8" in walls around chimneys and plumbing

  • Install fine screens (1/8" hardware cloth) over tops of rain spouts vents and openings in water meter/utility boxes

  • From spring to fall check once or twice a week for bees entering or leaving the same area of your home or yard

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General  Bee Precautions:

  • Listen for buzzing indicating a nest or Swarm of bees

  • Use care when entering sheds or outbuildings where bees may nest

  • Examine work area before using lawn mowers weed cutters and other power equipment

  • Examine areas before tying up or penning pets or livestock

  • Be alert when participating in all outdoor sports and activities

  • Don’t disturb a nest or Swarm – contact a pest control company or an emergency response organization

  • Teach children to be cautious and respectful of all bees

  • Check with a doctor about bee sting kits and procedures if sensitive to bee stings

  • Develop a safety plan for your home and yard

  • Treat all bees as if they were Africanized always better safe than sorry

Afr-Bee-Map

Africanized bees, also known as killer bees, are hybrids of the African honey bee which are a hostile and invasive species. This Africanized honey bee will violently attack humans and animals that come near their hive which has earned them the nickname of killer bees. The Africanized bees are extremely protective of their hive and easily very easily provoked.

These bees can be found in every continent except Antarctica and normally can be found in tires, boxes, rotted logs, holes, cracks in house or building.

Looking back at the history, the Africanized bees in America begun in 1957 when the a replacement bee-keeper accidentally released 26 Tanzanian queen bees and drones which were being used for research purposes. A biologist named Kerr was trying to breed the African honeybees with a European bee species so that the offspring could produce more honey and could easily adapt to tropical conditions.

After the accidental released, the bees started to breed with the Brazilian bees and produced what we now know as Africanized honeybees or as the media likes to say killer bees. Their descendants have spread throughout the Americas since the 50's and continues to spread every year.

 

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When the first virgin queen is almost ready to emerge, and before the main nectar flow, the colony will Swarm during the warmer hours of the day. The old queen and about half of the bees will rush in mass out the entrance. After flying around in the air for several minutes, they will cluster on the limb of a tree or similar object. This cluster usually remains for an hour or so, depending on the time taken to find a new home by scouting bees.

When a location is found, the cluster breaks up and flies to it. On reaching the new location, combs are quickly constructed, brood rearing starts, and nectar and pollen are gathered. Swarming generally occurs in the Central, Southern, and Western States from March to June, although it can occur at almost any time from April to October.

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Facts About Bees:

  • A single bee colony can produce more than 100 pounds of extra honey and this is what is harvested by the beekeeper.

  • It takes one colony of honey bees (around 30,000 bees) to pollinate an acre of fruit trees. Pollination success increases if there are more honey bees present at the time of peak flowering.

  • A colony of honey bees in early spring has 10,000-15,000 bees.

  • A colony of honey bees in summer has 50-60,000 bees.

  • A honey bee flies up to 15 mph and its wings beat 200 times per second or 12,000 beats / minute.

  • A normal colony of honey bees contains only one QUEEN who may lay 2,000 eggs per day during her busy season

  • There may be 60,000 or more WORKER bees (undeveloped females ) who do all the work. There will also be  several hundred DRONES (Male bees).

  • A worker bee gathers in her entire life 1/10 tsp of honey.

  • It requires 10000 worker bees to gather a pound of honey.

  • Bees fly the equivalent of more than twice around the world to gather a pound of honey.

  • The average life of a honey bee during the working season is about six weeks.

  • Nectar as gathered by the bee contains about 70% water (Honey is about 17% water).

  • Bees remove the excess moisture from nectar by rapidly fanning their wings over the open cells in the hive.

  • Honey varies in color from white through golden to dark brown and usually the darker the color the stronger the flavor.

  • The value of bees pollinating fruits, vegetables and legumes is 10 times the value of honey produced.  Natural pollinators are disappearing rapidly and each year we become more dependent on honey bees for many of our daily foods.

  • Honey is one of the safest food - most harmful bacteria cannot live in honey for any length of time.

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