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Fermented Bee Pollen – The Real & Not So Good-For-You Bee Bread!

What is Fermented Bee Pollen

Bee pollen supplements and granules are often mistakenly known as bee bread, when, in fact, bee bread is quite the different product. A product which on the whole contains an unparalleled amount of bacteria and detritus compared to a healthy bee pollen supplement.

The bee bread proper is actually fermented bee pollen (also known as perga). This fermented bee pollen is remarkably similar to a high quality bee pollen supplement, in fact, they both start out as exactly the same substance.

The difference between bee pollen supplements and fermented bee pollen is the way in which they are processed.

Simply put, they both start off as the pollen that bees collect and store in the pollen sacs. Yet, while bee pollen supplements use this pollen and sanitize it for our consumption, fermented bee pollen is fully processed within the hives by the worker bees.

Why Fermented Bee Pollen Is Not So Good-For-You!

All hive products are good for us, they benefit our lives in a remarkable amount of ways, but only once they have been sanitized and processed accordingly for our health. This is to remove impurities and other debris that we could do without.

Fermented bee pollen is made in a similar manner as honey is. That is, it is regurgitated many times between hosts of worker bees until it has reached the perfect qualities that they need from it. Once it is of the right qualities it is stored in honeycomb cells and fed to larvae bees.

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The problem at hand with fermented bee pollen is that it is far too natural. Now, I know that’s an odd thing to say, but let me expand on this.

Being a pure and completely unprocessed product that isn’t sanitized leads fermented bee pollen to becoming a breeding ground for bacteria.

This is because this bee bread proper is likely to contain bee saliva and toxins, bee detritus, bee excrement and other foreign objects and contaminants that have been brought into the hive.

This is because this product is sold as natural as can be and is literally scraped from the hive wall into a jar. It isn’t even sanitized or processed, which allows all of those harmful bacteria to enter our bodies.

This is simply not what you want from a health supplement, is it?

Another way to look at this is that, even though we want the freshest, most organic, free range meats; you wouldn’t simply eat them without first processing them. As in, you would cook or dry the meats first to ensure they are safe for us. Because if you ate raw meat, you risk the chance of catching salmonella or other nastiness from the meat.

Why do the same with bee pollen?

All In All, Why Risk It!

Why risk catching nasty bacteria from unclean fermented bee pollen when you can get all of the same benefits from a very healthy bee pollen supplement.

A good bee pollen supplement will have been freeze-dried, and sanitized before being processed further. This kills the bacteria present, washes off any foreign objects and prevents the product from deteriorating.

Such a supplement that ensures you only get the healthiest, cleanest and most beneficial bee pollen is Xtend-Life’s Natural Energy with NZ Bee Pollen.

At Xtend Life, the team follows stringent GMP guidelines to make sure you only get a product that will benefit your health, and enrich your life.

So why risk it with fermented bee pollen, when better bee pollen supplements exist!

Learn more about the Facts of Bee Pollen, and how this amazing supplement company can help increase your energy. 

Lang runs several health related websites and is advocate of healthy nutritional supplements.Discover the wonderful and natural world of Bee Pollen Supplements
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A rise in the total number of Wasp Nests over the past 12 months has produced an increase in phone calls to Professional Pest Control Companies

Such an surge in the number of wasps could be simply an annoyance for the community, but during difficult economic times, the abundance is welcomed by pest control companies.

You may be thinking about what the explanations are for this dramatic increase in the number of wasps. Well it appears that a warm summer season last year was certainly a contributing factor, however, perhaps more surprisingly, it’s yet another sign of our current economic state of recession. With a greater level of disposable income in households in years departed, perhaps several years ago households could have been happy to put out earnings to deal with that old wasps nest in the attic by phoning pest management services that can safely and securely take care of it. However, with the purse strings now tightened, many people are choosing to hold onto that money at the risk of that nest escalating.

Exactly what is that risk? By not managing the wasp nest, would we merely be taking a chance on the wasps’ return as well as becoming a nuisance, or will they be that little bit more severe and can actually return to do some destruction? Well in line with the National Pest Technicians Association, skilled advice should always be sought, as many of such wasp nests contain hundreds, if not 1000s, of wasps at any moment, and their disruption will not be an experience one would want to behold.

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With the sunshine predicted this year, it’s been expected that a very similar requirement for pest control solutions will become apparent over the following few months, particularly because pools of larvae is going to be gone by August, and wasps will be searching for alternative sources of energy, including sweet lollipops, fizzy beverages, as well as your honey pot!

Typical guidance seems to be that you should take care of the wasp nests when they become evident. Certainly do not attempt to take out the nest without seeking qualified advice, because this can prove to be very risky. You will see that pest management services can offer you very impressive solutions to the problems, and most importantly, can easily contend with the wasps nest immediately. They’re able to offer you confidence, and set your mind at ease while they quickly sweep in with their qualified professional apparatus before you have made chaos of the nest, or perhaps yourself!

Just in case you do fall to that particular temptation to attempt to get rid of your nest on your own, really take into consideration the following cautions. To begin with, hitting and striking the nest is obviously not sensible. Keep in mind a wasps nest may have thousands of wasps, and having a swarm of 1000s of aggravated wasps flying in your direction in a confined place is not an attractive picture. This similarly can be applied to setting fire to the nest, particularly since fire in a enclosed area tends to spread into a not so limited space!

Not as obviously, do not attempt to block the nest entrance. The wasps will chew their way through, forging a different exit strategy, and this might result in entering the primary section of your home.

And so ultimately, as an alternative to venturing out and getting all of the pricey safety gear, along with the costly pesticides, it really is far more secure, more affordable, and simple to get in touch with the specialists who will have the work done in a flash.

The author has a good amount of experience with pest control solutions both in a commercial and residential environment. The contributor is definitely keen on DIY, and often reads home improvement articles to keep up with the newest information and advancements in this field. wasp nest removal
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Bed Bug Life Cycle

Like all beings, the life cycle of the bed bug is really a extremely normal factor. They are born, raise and reside. And yet, as those that are hoping to get rid of a bed beg will explain to you, it is really important for you to have an realizing of exactly what this life cycle is so that you can greater control your infestation trouble.Here you can get data about what is bed bug

It’s less likely that you will really study when your first infestation occurred . This is unless you know exactly where they came from . But, if you assume the time frame from which the first infestation arrived, you can get a greater idea of precisely how potentially large your infestation really is.

Size Matters?

If it comes to knowing the size of the infestation that you’ve got, you’ll wish to try to receive an estimate. This can aid you to find a good handle on exactly what you will do about it. Whilst It may annoyed you to understand how huge your infestation truly is, learning can be the first action to getting rid of them .

Why The Lifecycle Matters

We are going to touch on the fundamentals of the life cycle of the bed bug or what is bed bug . We do that so you have a greater knowing of where they’re in your residence. By taking the time to understand where the bed bugs are in their cycle , you can supply the correct solution to get rid of them .

The Life Cycle Of The Bed Bug: Separated

The female bed bug is the main center from the beginning. She will lay up to 12 eggs a day! While it may only be one egg, it may be as numerous as a dozen .

She will location these eggs in a particular area and typically it will have the same characteristics. It is normally a rough type of surface. Or, she may place them into a little crack or groove that she finds.

She can place them on any rough surface because of the covering that is on them. It’s sticky and will fairly much stick to anything.

It can get from 6 days to 17 days for the eggs to hatch.

The infant bed bugs are named nymphs. Their 1st order of sector is to feed . Actually, they are able to feed from a host right after being hatched.

They want to get their first meal quickly as this blood meal is necessary for their progress. They will molt after their first blood meal.

They will go through a overall of five cycles of molting before they will attain their adult size.

In most conditions, from begin to end, the egg will go from being a little egg to being a full matured mature in as little as twenty one days.

Weather Matters

One thing to take note of when looking at the life cycle of a bed bug is the temperature in the area. In order for the egg to hatch, the nymph to molt and for the bed bug to mature, the proper weather must be met. This temperature requires to be between sixty five degrees and 86 degrees.

If the warmth is not met, the maturity of the bed bug is generally delayed. If the warmth is at eighty six degrees, the bed bug will mature in about 21 days. If the temperature is that of similar to sixty five degrees, it can have as long as 120 da ys for the maturity of a bed bug to really happen.

Food When the egg hatches, an important aim of the nymph will be to find food . It wants a blood meal in order to mature and to get its first molting period. When it hatches until it grows to adulthood, it needs to molt at the least 5 times. Yet, it can’t do this without the suitable amount of food.

Again, this stage of nymph will likely be elongated if there is not sufficient food to supply the needed growth and molting times for the bed bug . The time that it gets for the nymph to grow to maturity has a direct relation to the amount of food that it has.

The Length Of Time They Live

Sadly for the human population, the bed bug is probably to make it through its nymph duration and into adulthood.

One cause for this is as easy as the fact they can stay a few months without eating any food in any way. While they like to feed every five to ten days, they can survive a few months without any food whatsoever. .

After they get to their adult years, the female bed bug will start to reproduce.

After they get to their adult lifetime, the bed bug probably will live between a year to a year and a half. This is dependant upon how much food they receive.

Do you need to know more about what is bed bug.visit more information http://whatisbedbug.com
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Bed Bug Recognition

Bed Bugs are heat sensitive, wingless blood-feasting bugs that are found everywhere, including the United States. Initially they start life like a small but visible egg, about the dimension of a poppy seed. From there they feed on blood and become juvenile or “nymph” stage bugs. As they develop into adults, brown or red (fed) bed bugs (Here you can get data about what is bed bug) get about the dimensions of an apple seed. Bed bugs can live up to 20 months and might go without a blood meal for 1 ½ years. The female bed bug can lay over 500 eggs in her life cycle, which hatch in about 10 days, given the best temperatures.

It is believed that bed bugs don’t transmit disease. However, they can cause an allergic skin response and bacterial infection from scratching.

If found on time, bed bugs can be effectively managed.

Bites are normally the first warning sign of a bed bug problem, but not all bug bites are bedbugs. Here you can get data about what is bed bug. Since 1998, Amherst School has had only one bed bug incident, which was confined to a single room. That isolated incident occurred, like most bed bug problems, because they were shifted to one site from another in personal belongings such as back packs, bedding, clothing and suitcases.

Bed Bug Bites

Bed bug bites, unlike bites which you might get from a gnat, mosquito, no-see-um or similar pest generally present with a number of attacks, normally in a directly row on the arms, legs, neck or torso. Bed bugs tend to gather together in hidden, undisturbed places where a person sits or sleeps.

* Bed bugs are typically found on the bed, along the seams and sides of the bed mattress and box springs, on the headboard, and the bed frame.

* When assessing a bed or furniture for the possibility of bed bugs, we find for clusters of live bugs, shedding skins, dark colored fecal spots and the eggs. We look for blood spotting on the bed linens, where the bed bugs bite the host * Bed bugs are also known to cover in cracks, such as in baseboards along the floor at the wall.

* Bed bugs are as well known to conceal in cracks, for example in baseboards along the floor on the wall.

 

Do you need to know more about what is bed bug.visit more information http://whatisbedbug.com
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The Golden and Friendliest Bees of the World

Bees are very essential insects because worldwide, they provide pollination service which is very important to agriculture and biodiversity conservation.  Aside pollination, bees also provide hive products which are nutritious and medicinal such as honey, royal jelly, beebread, propolis, wax and many more.  Most people however perceive all bees to be stinging and dangerous. This is entirely not the case because there are some bees which are harmless and very friendly to the extent that they could be kept on porches, study rooms, etc.  These bees are known as Stingless Bees.

Stingless bees also known as Meliponines are a group of bees with non-functional stings.  They are tropical bees of African origin which have dispersed to other tropical and sub-tropical parts of the world.  There are about 500 species of stingless bees, and they are the only highly social bees aside the common honeybees (Apis mellifera L.).  Stingless bees usually live in permanent colonies that consist of the queen and the drone as the reproductives and hundreds or thousands of workers (depending on the species).

The colonies are found in all forms of nest with the most common being in tree cavities. A few species however build underground nests and some also build exposed nests surrounded by hard and brittle layers, hanging over tree branches in the air.  The bees use all forms of materials including resin, sand particles, excrement, etc in building their nests, which are waterproof and highly resistant to predators.

Even though stingless bees have non-functional stings, they have various and efficient means of defence within and without their nests.  Some species adopt aggressive ways of external defence like biting, releasing caustic mandibular secretions, unpleasant oduors and irritating by crawling into eyes and ears of intruders.  The most external tactic of defence of the bees is making their nests invisible.  Internally stingless bees use a substance known as propolis to embalm intruders.

Stingless bees and pollination

The transfer of pollen grains to the stigma of flowers thus pollination is very crucial for plant reproduction and therefore, seed and fruit production.  Plants depend on agents called pollinators to effect pollination.  Bees constitute the principal pollinators, ensuring the survival of many plant species including plants that provide food security to innumerable rural households.

Most species of stingless bees exhibit some characteristics that enhance their potential as pollinators.  The bees are polylectic or generalist flower visitors, visiting and adapting to a broad range of plant species.  They also demonstrate floral constancy whereby the workers visit only one plant species on a single trip.  Floral constancy is linked with pollinator efficiency because the collection and deposition of a mixture of pollen from two or more plant species tends to contaminate the stigma with the wrong pollen.

Meliponiculture (stingless beekeeping)

Transferring stingless bee colonies into artificial nests boosts the potential of the bees for crop pollination because the hives could be transported where and when needed for pollination.  Stingless bees were kept by man centuries ago but unlike Central and South America and parts of Asia, the practice did not evolve in Africa.  Currently in Africa, meliponiculture exists only in Tanzania and Angola on small to medium scale.  Stingless bee honey in Africa is mostly harvested destructively from feral colonies.

Stingless bee keeping has some advantages over honeybee keeping. For instance the colony could last permanently as long as no damaging disaster occurs, by replacing the old queen with a virgin queen.  Also stingless bee queens and workers generally tend to live longer that of the honeybees.  Aside the longevity of their colonies and castes, stingless bees have not yet been found to be affected by the disease and the Varroa mite problems that are plaguing the honeybee keeping industry.  In addition stingless bees do not sting making them the golden and friendliest bees of the world. The stingless attribute also makes them harmless to man and therefore easy to handle and manage. This means that stingless bees could be kept as close as possible to our homes, on the porches, backyard gardens, and study rooms etc as pets. Thus stingless bees are the only pets that provide additional benefits of pollination, honey and other hive products to enjoy.

Stingless bee hive products

The hive products of Stingless just as that of the common honeybees include honey, propolis, pollen (beebread) and wax.  The hive products, some of which have antioxidant, antimicrobial and antifungal properties have been used in the food and cosmetic industries as well as in medicine.  Stingless bee honey has a higher medicinal value than that of A. mellifera.  It is either taken in its pure form or as a component in both in traditional (including herbal extracts especially in Africa) or conventional medicines.

Threats to stingless bees

In recent times bee population densities are declining below points of sustaining pollination services in both agro and natural ecosystems.  This decline is as a result of habitat loss, land management practices, agricultural and industrial chemicals among others.  Most feral bees and for that matter stingless bees require safe and undisturbed habitats for nesting and foraging.  The elimination of these resources by lumber exploitation, clearing of natural vegetation, wild bushfires, land degradation, literally starve and kill the bees. 

Most pesticides and other chemicals used in agriculture also kill bees directly, decreasing their populations significantly.  Stingless bees are particularly affected by these threats especially in Africa where meliponiculture is virtually non-existent.  This is further exacerbated by the destructive harvesting of the stingless bee honey from the wild colonies.

There is the need for more research and education on stingless bees, their importance and the need for meliponiculture as means of conserving this very important resource; the stingless bees.

Afia Serwaa karikari is an Entomologist with expertise in stingless bees and meliponiculture. She is also a Research Scientist with the CSIR-SARI (Ghana)where she is into insect pest management.
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