Top Bar Hive price list page

The HoneyInvestors team has taken on the responsibility of restoring local honeybee populations on Maui by meticulously building exquisite Top Bar Hives to precise specifications and once established, continued beekeeping services and support are available. Our Top Bar Hive design stands solid at 3 and 1/2 feet tall. An attractive pitched pine wood or cedar roof with a 1 and 1/4 inch roof base provides a maximum sealant resisting water damage and wind. Four unshakable legs are connected with galvanized 3/4 inch carriage bolts. All hardware used to fasten wood is non-corrosive.

Twenty-two untreated 16 inch long routed groove Top Bars elegantly provide support for the beeswax foundation that is essential for storing honey, pollen and the developing bee brood. The overall hive body dimensions are 18 inches wide by 39 inches in length. Our Top Bar bee house is more than twice the size of the common white Langstroth box which can only hold a maximum of 10 frames.

A stainless steel 5 inch wide bottom screen with one quarter inch mesh facilitates the cleanliness of the beehive which promotes heightened honeybee vitality. Two movable untreated pine dividers serve to isolate the Queen bee in her brood laying chamber so there is no disarrangement between top bars containing cells of eggs and others containing honey. Three 1 inch entry holes in the face of the beehive allow entrance to this enclosed Queen room, while two 1 inch entry holes in the rear of the hive make for easier defense from guard bees to defend colony against predators. Instead of white paint, we use the most non-toxic odor free wood treatment available. Chemical odors will disrupt the bees ability to communicate effectivly which may be part of the cause of the global honeybee Colony Collapse Disorder (CCD).

We build purpose beehives that are both functional and beautiful to behold. Our Top Bar Beehives start at $300.00. Our top quality carpenters can also accommodate custom designs at an additional cost. Please contact me at (908) 391-8456 for further details.     Aloha Kakou for your future commitment in our combined effort to safeguard Maui’s honeybees.

 

Honey bee field identification

The European (Western) honey bee, Apis mellifera, belongs to the hymenoptera order that includes ants, bees, wasps and it is the Apidae family of bees that make nests and store pollen and nectar to feed their developing larvae. Honeybees belong to the genus ‘Apis’ which in Latin means bee. Mellifera translates into honey gather.

There are approximately 24 different sub-species or race of the honeybee worldwide. These races are somewhat isolated geographically and are the result of natural selection in their homeland rather than breeding by beekeepers. All races have the potential to inter-breed, or form hybrids if they are in the same area.

There are four major races of honeybee that are of economic importance. These races are naturally distributed through Europe, the Middle East and Africa. Apis mellifera is not native to Asia, America or Australia. The first European bee that was introduced onto the Hawaiian Islands was around the 1850′s and was the a) Dark European Honeybee (Apis mellifera mellifera (Linaeus)). Identification of this sub-species is more easily determined because these dark bees are predominantly black on the abdomen and may have yellow spots on the second tergite; they have the largest body and longest abdominal overhairs of the European races and have the shortest tongue at 6.0 mm. Dark bees produce lower volumes of honey and are more aggressive than the other three sub-species of bee. Dark bees survive winter and times of forage scarcity well due to their ability to maintain heat within the cluster and they have greater resistance to Nosema protozoa and dysentery. Dark bees have a longer broodless period during colder temperatures and are slow to start producing brood in the spring; they consequently consume less honey stores in during the year than Italian bees.

b) Italian Honey bee (Apis mellifera lingustica (Spinola)). The Italian honeybee originated from Italy and is the most commonly used managed honeybee worldwide. They are smaller and lighter colored than the other honeybee races, with golden yellow bands on their abdomen and a long tongue 6.5 mm. Italian honeybees are generally gentle and are very good breeders, starting early in the spring and continuing through to the end of autumn. Italian bees are less inclined to swarm than most other sub-species but are more inclined to drift into hives other than their own. Italian bee colonies maintain high populations and are very good honey producers.

c) Carniolan Honey bee (Apis mellifera carnica (Pollmann)) Carniolan bees originated from Austria, former Yugoslavia, Romania, Bulgaria and Hungry. They are grey to black in color and similar in size to the Italian bees. Carniolans are very docile; they over-winter in small colonies and consume low qualities of honey through colder times and so are better suited to a harsh climate. They start brood rearing very quickly in the spring when there are good pollen sources and also have a strong tendency to swarm. Carniolan bees are good honey producers and are not inclined to rob honey from other hives.

d) Caucasian Honey bee (Apis mellifera caucasica (Gorbachev)). Caucasian bees came originally from the Caucasus Mountains of southern Russia. They are similar to Carniolan bees in looks and are dark grey to black in color. They are docile bees, with the longest tongues of the four races which enable them to pollinate a wide range of flowers. Caucasian bees do not swarm and are greater users of propolis than other bees. Russian bees are successful at high elevation, they are good honey producers and do not drift into other hives. Although they may be susceptible to Nosema, they pass on a genetic trait called SMR – suppressed mite reproduction and have they highest level of hygienic behavior among all named subspecies. Future varroa mite resistance depends greatly on hybridizing with Russian bees.

The different races of the honey bee are distinguished by up to 40 morphological (external form) features but few of these features such as wing venation, and abdominal body hair and coloring can provide a relatively accurate indication of which of the four major races are present. The main morphological features used to measure race include: 1) Cubital index of wing venation  2) Discoidal shift in degrees of the forewing discoidal joint  3) Abdominal overhairs which can be measured by comparison of a 0.4 mm thick wire under a binocular microscope at 10x magnification  4) Measuring the Abdominal tomenta that cross the abdominal segments  5) Abdominal body color which means counting the gold or yellow rings at the distal end of the bee  5) Length of proboscis (tongue) using jewelers forceps viewed through a calibrated eyepiece at 14x magnification.

Considerable effort has been made by beekeepers worldwide to breed bees with desirable characteristics. Educating oneself to all aspects of apiculture is the key to any successful Queen bee breeding program and future sustainability. Applying this knowledge towards your own apiary is the next step.

 

 

 

 

Holomua with Top Bar Hives on Maui

Beekeeping with HoneyInvestors is the right choice. Honeybees are critical to our food security and a neccessary component to a vital and healthy ecosystem. Our services include establishing precision Top Bar Hives on your property for maximum pollination and future agricultural sustainability, an apiculture education packet and continued support for maintaining healthy colonies. We commit ourselves and our resources to the ongoing success of your apiary.

By returning to Top Bar Hives you are managing honeybees in the most successful and least invasive way possible. Team HoneyInvestors is the cutting edge of Top Bar Hive construction and design on Maui. We are leading the movement of restoring honeybee population by building Top Bar Hives that maintain the integrity of the precise “bee space” within the interior of the beehive and our master level carpentry skill allows our members more flexibility in choosing the external appearance of your Top Bar Hive design. Your honeybees will flourish without introducing sugar syrup or chemicals, and you will have an aesthetically pleasing honeybee home on your property to admire. Chemical-free Top Bar Hive beekeeping for the backyard beekeeper, the enthusiast as well as large scale agricultural pollination operations is most cost effective.

Team HoneyInvestors can facillitate your vision in a variety of ways. We can transfer bees from your existing colonies into your Top Bar Hives at an affordable rate therefore ensuring the longevity of your honeybee colony. We can obtain a bee swarm in your area and house them in a Top Bar Hive design of your choice. HoneyInvestors appreciates the value of your patnership, as each member is a facet of the developing community outreach neccessary for the advancement of the human species. Propagating honeybees in a Top Bar Hive will compell other beekeepers to do the same. We embody the Hawaiian concept of Holomua – moving forward positively, by building TBH with Hanakalima – doing it by hand. As we touch each board, our mana with respect and malama the aina leads our hearts. Our kuleana is service and we are here to work with you.

 

News Report: The Mystery Of The Dying Bees (Credit: Laitman)

beesNews Report: Over the last year the world’s bee population has declined by one third. At this rate, bees may become extinct in ten years. A dissection of the bees showed the presence of unfamiliar fungus and bacteria. In addition, cell phone radiation disrupts the bees’ orientation so they cannot find their way back to the hive and die.

Without bees, plants would cease to be fertilized. And without plants, man will also become extinct.

My Comment: Nature will force us to think about our balance with It! Balance can be attained only when man will become an integral element of Nature through the proper reception and bestowal, in nature and in society.


Laitman

Coconut Milk and Honey

Here on Maui, I live in the Land of Coconut Milk and Honey. Aloha, rainbows, native wisdom, botanical diversity, and healthy bees are ever-present in my life here in Hawaii. Single nectar source honey like the one made from the nectar of the Ohi’a Lehua flower is one of the finest honeys in the world. Also tasting the white Kiawe honey is THE experience of a lifetime. Multiple nectar source honey is gathered from all citrus trees, coffee, macadamia nut trees, java plum, Christmasberry or Wilelaiki blossom, and so many other miraculous tropical fruits.

Beyond the honey there is the urgent need to strengthen inspection and quarantine laws within the Hawaii DOA and develop the infrastructure to prevent the invasion of varroa mite, which has proven to be one major factor in the global honeybee population decline. With the bees best interest in mind, I organize and instruct people to establish chemical-free Top Bar Hive management that focuses primarily on pollination and Queen bee rearing/breeding here in Hawaii.  The Top Bar Hive and continued propagation of Hawaii’s healthy feral and naturalized bee’s is the best defense against varroa mite. I construct and maintain these special hives for you on your property. The mindset is the Bee prepared.

“The keeping of bees is like the direction of sunbeams.”       Henry David Thoreau

Apis Mellifera (Part 2)

Internal
Like all insects, a honey bee’s body is divided into 3 segments: the head, thorax, and abdomen.
See below to explore the inside of the bee in detail.

Head
Thorax
Abdomen
Brain
Ventral Nerve Cord
Hypopharyngeal gland
Pharynx
Esophagus
Honey crop
Stomach
Hind gut
Malpighian tubules
Salivary glands
Heart
Venom sac
Antenna cleaner
Mid tibial spur
Pollen press
*
* Head
The head is dominated by large compound eyes, sensitive antennae and a complex arrangement of mouthparts. The bee’s head also houses the brain and contains several important glands.
* Thorax
The thorax is primarily used in locomotion, as the attachment site for six legs and four wings. The ventral nerve cord, heart and esophagus pass through, but most of the space inside the thorax is taken up by sets of powerful flight muscles. Salivary glands are located ventrally, near the front of the thorax, connecting by a duct to the oral cavity in the head.
* Abdomen
The abdomen protects the organs for the digestive system. Also present are the heart, venom sac, and several glands. The reproductive organs are also located in the abdomen. In a laying queen bee, the ovaries take up much of the space here, and account for the larger size of the abdomen. Among the sterile worker caste, however, these remain undeveloped.
* Brain
The brain appears dominated by the optic lobes, which process the visual input from the large compound eyes. Honey bees also have excellent memory processing and learning abilities, necessary for long foraging flights away from their hives. The brain coordinates and regulates the functions of all the bodily systems. While only about 1 cubic millimeter in size, the honey bee’s brain contains some of the most densely-packed neuropil tissue known in any animal brain.
* Ventral nerve cord
The ventral nerve cord runs the length of the bee’s body, connecting the brain with all the other organs and systems. Numerous ganglia along the way assist in coordinating local neural processing.
* Hypopharyngeal gland
Worker bees possess a hypopharyngeal gland that produces royal jelly, or bee milk. This rich blend of proteins and vitamins is fed to all bee larvae for the first three days of their lives, after which workers and drones are fed a mixture of pollen and honey. When a female larva is fed continuously on royal jelly, she will rapidly develop into a queen bee. This nutritious diet will remain the only food that a queen will ever consume, allowing her to maintain a high level of continuous egg production.
* Pharynx
The pharynx is the first section of the alimentary canal. Strong muscles here provide suction to draw in nectar from flowers. This is also the site for taste reception in insects.
* Esophagus
The bee’s esophagus is little more than a thin tube connecting the pharynx and crop. Their diet of honey and pollen does not require a powerfully musculated esophagus as in vertebrates.
* Honey crop
The honey crop (also called the honey stomach) is where the worker bee stores collected nectar for the trip back to the hive without digesting it. A muscular valve called the proventriculus can be closed, keeping the nectar from passing into the stomach. The crop is expandable, allowing the bee to carry a larger load. Back in the hive, the contents of the crop can be ejected back through the mouth for storage in a honey cell or to feed other bees by trophallaxis.
* Stomach
The true stomach (or ventriculus) is the site of primary digestion for pollen and nectar. Coiled around in the abdomen, it is actually about twice the length of the bee’s body. The epithelial cells that line the stomach wall are the site of attack by the microsporidia Nosema.
* Hind gut
The hind gut is composed of the intestine and rectum, where reusable metabolic products are reclaimed and excess water is reabsorbed into the body. The rectum is also distensible, and can hold a large volume of waste matter. Bees keep meticulously clean nests, and will hold their wastes until they can make a “cleansing flight” outside of the hive. In climates with long, cold winters, bees can actually wait for weeks or months to perform this task.
* Malpighian tubules
Numerous Mapphigian tubules connect to the basal end of the hid gut and float freely in the abdominal cavity. They function much like the kidneys of vertebrates, removing excess salts and metabolic wastes from the blood and concentrating it into the intestine, where it can be removed.
* Salivary glands
Salivary glands are located in the front of the thorax, and connected to the mouth by a duct. This gland produces enzymes which aid in the breakdown of food. In particular, an enzyme called invertase is released, which functions to break down the sugars in nectar, and is essential to the process of converting it into honey.
* Heart
An insect’s heart is simply a series of musculated chambers connected the aorta, a tube that runs forward to the head. When relaxed, blood from the abdominal cavity enters the heart chambers through openings called ostioles. When it contracts, the ostioles close, and blood is forced forward through the aorta to the brain, and then circulates back through the thorax, bathing all the organs and muscle tissues along the way. This type of open circulatory system is well well-suited for a small insect.
* Venom sac
Connected to the stinger is a venom sac, which holds a mixture of protein chemicals (the venom) and alarm chemicals. These proteins can quickly cause a painful localized reaction in vertebrates, which can be severe to life-threatening in highly sensitive individuals. When a bee stings, the barbed shaft of the stinger is left behind, along with the venom sac. An attached muscle continues to pump venom through the stinger, even after it has been disconnected from the bee. For this reason, a bee stinger should be removed immediately by scraping it with a credit card or pocket knife blade, and not by pinching it, which can forcibly inject the venom into the skin.
* Antenna cleaner
The antennae are important sensory organs for the bee, which must remain clean in order to function effectively. Each of bee’s front legs is equipped with an antenna cleaner. This specialized notch is lined with numerous fine, stiff setae. As the shaft of the antenna is drawn through, debris is removed. The tibial spur on the front legs helps to hold the antenna against the notch.
* Mid tibial spur
The tibial spur of the middle legs can be used to stab the fresh wax flakes secreted by glands on the lower abdomen. The wax can then be transferred to the mandibles where it is be shaped and positioned on the comb.
* Pollen press
The pollen press is located just below the pollen basket on the hind legs. As pollen is combed from the rest of its body, the bee uses this leg joint to compress the grains into a dense mass, which can be more efficiently stored in the corbicula.

For further reading, The Anatomy Of The Honey Bee by R.E. Snodgrass is now available online through the Google Book archive.


Apis Mellifera (Part 1)

A single honey bee worker produces about 1/12 of a teaspoon of honey in her lifetime.The paradisaical gift of beekeeping is an inward journey to traversing the separation of male and female energies within us and creating a harmonious balance within the human organism. Responsible beekeeping is a healing and trans-formative process for future human co-operation, respect and compassion.The educated beekeeper is humbled by the mystery of the Queen bee. In a controlled frenzy of supreme grace she energetically deposits more than 1,500 eggs a day in a spiraling pattern on the face of the wax comb. She seems to telepathically instruct her ever-clustering retinue of female nurse bees where abundant sources of pollen and nectar are. The queen’s pheromone expresses her state of being, any change of her wellness is known throughout a hive colony of 50,000+ bees in minutes. Bees use a combination of visual, olfactory and magnetic senses to navigate space, workers will pollinate more than two thousand flowers during their daily forage gathering flights. A single honeybee worker produces about 1/12 of a teaspoon of honey in her lifetime. This precious elixir is both a first-aid kit and a candle in a jar, if tapered correctly beeswax does not need a wick to burn.
____________________________________________________________The honey bee is an elegant blend of aesthetics and functionality. Nearly every aspect of a honey bee’s body is adapted for its role as a pollinator.
See below to learn more.

ExternalInternal

Wings
Compound eyes
Antennae
Branched setae
Legs
Pollen basket
Proboscis
Wax glands
Mandibles
Warning colors
Stinger
*
Photo by David Cappaert, bugwood.org
* Wings
The ability to fly far and fast has greatly contributed to the success of bees. They can forage up to three miles from their hives, and reach speeds of 15 miles per hour. Bees have four wings, but a row of small hooks, called hamuli, on the leading edge of the hindwing fits securely into a groove on the trailing edge of the forewing, allowing the bee to couple the wings together into a single flight surface. When at rest, the bee can unhook its wings and fold them back.
(Photo by Jon Sullivan, pdphoto.org).
* Compound eyes
Each of a honey bee’s compound eyes contain over 6500 separate facets, allowing it to see in front, to the side, above and below itself. In addition, bees can perceive all the colors visible to humans except for red, which appears black to them. Honey bees, like many other insects, can see UV light as a separate color, which we cannot. Bees can also detect the polarization of UV light, which aids their navigation on cloudy days, when the sun is not visible in the sky. Bees also have three simple eyes, called ocelli, that are grouped together near the top of the head. These are sensitive to light, but cannot focus an image, and are likely used to orient to light.
(Photo by Scott Bauer, USDA).
* Antennae
A bee’s antennae are covered with thousands of sensory cells for touch and smell. A bee’s sense of smell is much more acute than any mammal’s and is very important locating food and in communication between hive members. These sensitive organs also relay information about air speed and orientation during flight.
* Branched setae
The bee’s body is covered with branched setae, or feathery hairs. Pollen grains stick to these hairs as the bees forage on flowers. Some of the pollen is transferred to new plants, resulting in fertilization of the flowers. The rest is later combed into the pollen basket, and carried back to the hive. Most insects have some setae on their bodies, which aid in their sense of touch, but these finely branched hairs are unique to the bees.
(Photo by Petr Kratochvil, www.publicdomainpictures.net).
* Legs
The bee’s six strong legs provide a very stable base for walking or standing, ensuring that at least three feet can contact the surface at all times when moving. Each foot is equipped with claws for grabbing uneven surfaces, as well as a sticky pad for gripping smooth surfaces. Each pair of legs is also equipped with special structures and arrangements of setae for grooming the body or pollen and debris.
(Photo by Scott Bauer, USDA).
* Pollen basket
The pollen basket, or corbicula, is made of long stiff hairs that curve around a wide flattened section of the honey bee’s back leg. Stiff hairs on the other legs are used to comb pollen grains from the bee’s body, which is compacted and stored in the pollen basket for transport back to the hive.
(Photo by Scott Bauer, bugwood.org).
* Proboscis
The honey bee has a long tongue, or proboscis, which it uses to lap up nectar from deep inside of flowers.
* Wax glands
Wax glands on the underside of the bee’s abdomen secrete flakes of beeswax, which is used to build the honeycombs. Many bees work together to produce and form the wax that becomes their home. Bees must consume at least eight pounds of honey in order to metabolize one pound of wax.
(Photo by Zack Huang, cyberbees.net).
* Mandibles
These mouthparts, or mandibles, are strong and very useful. The jaws are attached to powerful muscles, and can be used to pick up and remove debris from the hive, to attack intruders, and to delicately manipulate the wax into perfectly formed honeycombs.
* Warning colors
Yellow and black stripes are nature’s warning colors. Like many wasps and bees, these highly visible markings warn other animals that the insect can be dangerous. Many harmless flies have adopted these colors as well, to fool predators into thinking they may be able to sting.
(Photo by Jon Sullivan, pdphoto.org).
* Stinger
The stinger is used by the bee only for defense. The end is barbed, like a fish hook, so it can penetrate skin, but not easily come out. When a bee stings, its stinger and attached venom sac is torn from her abdomen, and she will die shortly afterward. Honey bees are not naturally aggressive, and are reluctant to sting unless they feel that they, or their nest, are threatened. The shaft of the stinger is a modified ovipositor (egg-laying structure), and is therefore only found in worker bees. The queen bee’s ovipositor is not barbed, and is used for egg-laying, but she can sting rival queens and occasionally will sting a careless beekeeper if she is mishandled.
(Photo by Scott Bauer, USDA).

____________________________________________________________
For further reading, The Anatomy Of The Honey Bee by R.E. Snodgrass is now available online through the Google Book archive.

____________________________________________________________

As we integrate apiculture education into our collective consciousness we are more prepared to meet nature’s response to our recent age of industry. Relentlessly industrious honeybee’s are an example of pure innocent harmony with the complex totality of existing on this place in space, Maui. So Blessed. I Love Earth, and all nature’s children.

The Disappearance Of Bees Is Another Symptom Of Man’s Imbalance With Nature

In the News (from The Guardian): Bomb in the beehive” “If the bee disappeared off the surface of the globe, then man would only have four years of life left. No more pollination, no more plants, no more animals, no more man.” That’s what Einstein is reputed to have said … and the sentiment still chimes. A third of all we eat, and much of what we wear, relies on pollination by bees, yet they are dying in all corners of the world at a devastating rate. In 2007 the “colony collapse disorder” afflicting honeybees suddenly hit the headlines. Fanciful theories of “bee Aids” and what lay behind it ranged from an Al-Qaida plot and radiation from mobile phone masts to celestial intervention in the form of a “honeybee rapture.”

Source: (from Dr. Laitman) The imbalance in Nature is a result of man’s ever-growing egoism and the hatred between people. We are the most powerful factor that causes a breach of balance in Nature.

The reason for this is that the more powerful a force is, the more subtle and unnoticeable it is. Thus, the most powerful and influential force in the world is our desire and thought (heart and mind). Therefore, if we are not trying to create a harmonious connection with others and with the surrounding world, then we commit evil and break Nature’s ecological and spiritual balance.

We don’t feel where forces that stir us, and drive us to balance, come from, but they act. This is not mysticism. In fact, the suffering we feel is a result of these forces’ influence, and unfortunately, these results are manifesting on the physical plane.

Each person and humanity as a whole cannot be convinced of anything unless they clearly see it. This is why it is so important for us to develop and disseminate the wisdom of Kabbalah to the entire world, because it is the science of revealing the Creator, the general governing force of Nature. This revelation will convince us to correct our relationships – and we will survive.

Our Resurrection Project

Co-operation, respect and compassion are vibrations that are restored to man through responsible beekeeping. I call it Devotional beekeeping. Allowing and venerating the internal balance needed to open a large honeybee colony without smoke or gloves or even a beeveil is the deeply sacred practice for all to explore. Beekeeping is a most healing and educational experience. So much to learn, so much to learn through honeybees. We, like honeybees are a single organism making collective decisions that make up the survival of our species as we all share this earth experience. One of the bees teachings is that small voices are much louder in unison. I am a beekeeper, my responsibility to the earth and its children is the pollination of a new civilization. Remaining passive and silent is one of the multiplicity of options humans can choose as we advance into the future. Will your conscious allow you to stand by as African lions, as well as honeybees, have disappeared from earth at the rate of 90% in the last fifty years.

Along the way someone said, “Every problem contains the seed of its own resolution.” I believe self motivated apiculture education will inspire all involved towards the inner unity of opposites within ourselves.  This is the present age of the death of duality. Give total attention to the present, the time of the crucifixion is behind us. A sustained  resurrection of global honeybee populations is possible. Disaster can be averted if we all come back into balance with our environment. Restoring honeybees is how we all have been called to serve. We propagate bees for the yet unborn. Become a honeybee enthusiast and take action by establishing honeybees in your community. Share this blessed sacrament. Return to the wisdom of the Hawaiian spiritual elders, “Ua Mau Ke Ea O Ka ‘Aina I Ka Pono” – The life/sovereignty of the land is perpetuated in righteousness. Be responsible for becoming Ho’oponopono which in Hawaiian culture means “to make right” Remember that without honeybee pollination there will be no agriculture, no agriculture also means no culture. Every physical metamorphosis is proceeded by a spiritual one.

We resist the Globalization of Honeybees

Ways to re-establish a reciprocal relationship between man and honeybees is to be open and receptive to the honoring of  the sacred feminine as the baseline tone of creation. Sovereign Creatrix. The Queen bee is the symbol of future human social consciousness. Honeybees return again in the loop of time to nurture our advancement to the more radiant levels of spiritual, spatial, social existence. Genetic memory awakens the interconnection between bees and man. Global healing through honeybees. I foresee the cultivation of pure love within each human being as education brings fascination and a desire to serve. Raising consciousness globally, multiplying honeybees locally.

We serve by putting the bees needs above our own and restore the worldwide honeybee populations by establishing small-scale queen bee breeding apiaries all over the world. Humans rediscover the love and joy of gardening and beekeeping, reducing the need for overseas air freight packaged bees. Manifolding community local farmers and agricultural enthusiasts into a unified primary focus of self-involvement and responsibility for our present ecological state of being. We ask for the honeybee’s forgiveness and then we begin. Empty our cup. A moment of humility IS better than a lifetime ignorance.

My driving fire burns in response to my horrific experiences of instrumentally inseminating queen bees under a high powered binocular stereoscopic microscope, using pressure grip forceps and ventral hooks to invade her vaginal orifice, dial-in syringes of slaughtered drone semen to inject her womb and a carbon dioxide release system to anesthetize this sovereign royal queen being. My education in New Zealand impressed upon me to return to more simple and spiritual ways of beekeeping. Beekeepers all around the world are scrambling for honeybees. Without complete change all that will be available is to gather what is left by the reapers.