Posts Tagged ‘Honeybees’

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.

From the perspective of spiritual ecology, some of the suspected causes merely stand in the foreground of the disappearing honeybees  -  EMF radiation; GM crops; and diseases and pests  – while artificial incursions of modern bee-keeping on overall hive ecology are recognized to prevail at the root of the issue.

Diseases and parasites, such as the invading Eurasian varroa mite, when looked at in the same light as other modern agricultural issues, actually presents itself as a red herring for anyone in pursuit of the central cause of bee decimation.

While initial losses appear to have accrued as a result of varroa, it is almost certain to be a temporary phase.  The situation is not unlike problems in other areas of modern agriculture.  Using the cattle industry as a choice example, pathogenic forces are not really threatening stocks but, rather, decades of contrivance and intercession by means of antibiotics, hormones, and other artificial “propping up” of the species that have weakened and degraded the overall constitution of the species.  (And let us call events like Mad Cow disease a symptom, not a cause, of the bottoming out of the cattle industry.)

Witness the decidedly hale condition of the bison alongside the debilitated circumstance of cattle.  In a word, predation strengthens a species, and interference with that predation leads to debilitation.  The finest shepherd ever invented, in terms of a keeper for the bison herds, was Canis lupus, the common wolf.

There are times, and this includes livestock, bees, and any other biological form, when a producer has to “take in on the chin” and let the species evolve by allowing the surviving, adaptable members of the population reproduce.  The result will be an enviable level of wholesomeness in both species and product.

This leads to the heart of the matter  -  too much interference.  For example, in a bid to avoid having to work with a species that can become what humankind deems as overly aggressive, we have been cultivating a more “docile” temperament in the bee.  Therefore, unlike its more combative relatives in other parts of the world, who are able to bite at, mutilate, and dispose of the varroa mite, our more passive breeds are not equipped to handle these intruders. 

Time will heal the varroa situation, if we let the honeybee “duke it out” in its own way, under its own terms.  As with most predation, the strongest will survive to carry forth its capable seed into future stocks.

In deference to the spiritual science of Rudolf Steiner, it needs to be said that this modern Renaissance man predicted in 1923 that if humanity continued to cultivate the honeybees by artificial means, we would, within eighty years, witness the mass disappearance of the bees.

Arguably the best-kept secret of the 20th Century, in terms of a resource for social transformation, Rudolf Steiner, in his series of lectures entitled “The Bees,” portrayed the intricate nature of the honeybee community.

In capsule, Steiner warned against both meddling with the natural process of hive society and artificial manipulation of queen bees.

The following list of aspects of human interference with the natural process of bee life, while substantial, is no doubt incomplete:

- The raising of larva in separate quarters, arbitrary feeding of royal jelly to produce queens, then shipping by post to keepers.

- Selection of bee populations for docility, de-selecting for aggression.

- In contrast to the normal 5 or 6-year life span of a queen, “re-queening” after one or two years.

- The grafting of queens -  moving larva to artificial cups, then cages for transport.

- Supplanting guard bees with protective measures by humans.

- Keeping hives hyper clean, to reduce production of “nuisance” propolis.

- Using chemical control agents for disease and pests.

- Providing ready-made combs in place of bee-constructed combs, to save work (production time) for the bees.

- In a similar vein, supplying sheets of wax, so bees don’t have to gather and secret their own wax.

- Use of ventilators so the bees don’t have to tend this.

- Use of queen excluders to prevent eggs being laid in inconvenient areas of the hive.

- Moving of hives over long distances at the will of human intention.

- Clipping of queens’ wings.

- Agricultural practices consisting of monocultures that wreak havoc on honeybee diets, and limiting options once the dominant crop is no longer flowering.

The foregoing list of strategies used to manipulate production demonstrates that mankind is capable of invention.  In fact, we are able to wax clever, even to the point of genius.  However, in this modern era (in which we find ourselves so often losing the perspective of overview, due to reductionism and specialization, among other things) it appears that when we fail to perceive the whole picture, our inventiveness falls short of the masterful way that a naturally developing hive proceeds.

Perhaps there are effective ways to work in harmony with the bees, even using a certain degree of creative intervention.  But just which particular intercessions will time prove to be both wise and productive, in terms of a win-win for both bee and human?

               Who can know, but those who gain utmost understanding of the synergy and multi-dimension of the bee kingdom?

Leo Tolstoy, after his own lengthy study of bees, had this to say: “The higher the human intellect rises in the discovery [of the bees’ aim], the more obvious it becomes that the final aim is beyond its reach.”

The most essential thing we learn from reviewing the Steiner material is that beekeepers would do well to acquire a metaphysical understanding of bees and the complex masterpiece of the hive.

Mystery lives in the hive, and within the golden elixir that is honey, mystery we have yet to, or may never, discover.

Spiritual ecology holds that the first step in addressing an issue pertaining to the realm of nature is to deepen our understanding of the overall synergy of the particular eco-community in question. 

               Meanwhile, the short answer, at least for consumers, is to buy only honey produced in an organic manner  – and by non-interference methods.  Withdraw all support from other means of production.

If you are a marketer, establish non-interference standards and label those products so consumers have a means of choosing.

               If you are a scientist, reductionism leads to reduction in the world of nature.  Take off the blinders that induce you to seek an answer in terms of a virus, pest, or pathogen, etc.

And if you are a bee-keeper, or a scientist, study Steiner.  Try to see the pathogen aspect as a symptom, not the cause, of the problem. 

               Get an overview.

To access the complete article on this issue, as presented by Earth Vision, visit the site:

EARTH VISION

http://www.evsite.net/

Josef Graf

Taking nature to a new level.