Beginning Organic Beekeeping Begins!
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Jenny Bach of Bee Love Apiaries co-taught the class with Richard Spiegel of Volcano Island Honey Co.
The Beginning Organic Beekeeping class taught by Richard Spiegel and Jenny Bach started on Saturday, July 9, 2011, with a new crop of 17 people—all enthusiastic about learning to work with the bees. The class was comprised of backyard gardeners and small farmers, most of who were interested in keeping bees for pollination of trees and vegetables. Many people on Hawai‘i Island have reported noticing a decline in macadamia nut and fruit tree production as a result of the loss of wild beehives. Wild hives have begun to decline as a result of the varroa mite bee parasite and other bee pathogens.
Jenny told the class that Honeybees were first brought to Hawaii in 1857 by the Bishop family. After a number of failed attempts, honeybees finally arrived by ship and were first cultivated in Nu‘uanu valley on Oahu.
With plenty of flowering trees and no varroa mite, beekeepers in Hawaii have enjoyed a bee paradise for many years before the arrival of the devastating mite a few years ago. A Big Island Beekeepers Association survey found that Hawaii Island Beekeepers have recently lost about 50% of their managed hives.
With the decline in agricultural production and more awareness about the plight of the bees, public interest in bees has skyrocketed. Demand for the class was very high and we have a long waiting list for future classes.
“Bees find their beekeepers,” says Jenny.
The students had many different reasons for wanting to take the Beginning Organic Beekeeping class. Aja, a student at the University of Seattle wants to gain more farming skills and perpetuate the movement. Jim got turned on to beekeeping by a friend in New York. Now, living on 16 acres in Hawaii Island he wants to integrate bees into his farm system. Ian has been interested in bees since he did a project in the 7th grade and is glad to finally be pursing an interest so long ago started.
Caroline said, “Bees… I am fascinated by bees. I am a vegetarian, so fruits and vegetables are important. Bees are a powerful medicine. I recently got to help catch a swarm and that was one of the most inspiring experiences of my life. ”
Christine, a nursery manager said, “Gardening and bees just go together.”
Thanks to a grant from the Western Sustainable Agriculture Research and Education Program everyone received beginning beekeeping equipment. Here the class leans to put on their hats and veils.
This project was funded by a grant from the Western Sustainable Agriculture Research and Education Program.
Cave Paintings, Community and Pheromones
Richard’s long experience as an organic beekeeper and creator of a socially/environmentally responsible honey business, combined with Jenny’s intuitive nature and obvious passion for nurturing bees, made for a fascinating and informative first class.
The relationship between bees and humans is a long one, as a 6,000 year old cave painting in Spain attests. A thin ochre figure reaches for a round hive in a tree as bees swarm. The image made me smile… golden sweetness upon the tongue is worth the pain of getting stung!
I was amazed by the utter complexity of life within the beehive. The female workers, comprising 90% of the population, live from 3 to 6 weeks and display a very orderly division of labor. As soon as a worker bee emerges from her cell as a newly hatched adult, she begins cleaning cells of debris, graduates a few days later to covering larval cells with beeswax, and ends her nursery duties with brood tending. Having reached a certain level of maturity, she now attends the queen, then shortly changes jobs again to receive incoming nectar from her sisters. Subsequent chores include packing pollen, comb building, ventilating the hive to maintain an ideal temperature of 97 degrees, and guarding against invaders. Only after fulfilling her share of each of these tasks does she leave the hive for her first day of foraging! I can hear the children already: “You mean she can’t just choose her favorite job and do it forever?!” What a lesson in community sharing and responsibility!
Equally fascinating is the use of pheromones, or chemical scents the bees produce to communicate with one another. I was surprised to learn that a bee will leave a pheromone on a flower it has just visited to alert others that the nectar is all used up. As if by magic, the pheromone dissipates when the flower’s nectar supply returns! Indeed, there is much magic surrounding bees, which Richard and Jenny openly acknowledge – a magic that continually adds to the awe and joy of beekeeping.
Written by Monika Hennig
This project was funded by a grant from the Western Sustainable Agriculture Research and Education Program.
Lilikoi for Lovers
Lilikoi is passion fruit in Hawaiian.
Lilikoi is a fragrant fruit with a lovely tangy and sweet taste. Many people think that the beeLilikoi Honeys feed on the nectar of the lilikoi flower and that is how we get lilikoi honey. But in fact, we mix pure wild-crafted puree of the lilikoi fruit into our Organic White Honey to make our Rare Hawaiian Organic White Honey with Hawaiian Lilikoi. The sweetness of our white honey mixes perfectly with the tartness of the lilikoi. (Kind of like some couples, eh?)
Passion fruit (Passiflora edulis) is native to South America, and grows prolifically in Hawaii. It is a rich source of vitamin C and a good source of vitamin A, iron, and potassium. We source our lilikoi puree locally from a small environmentally aware company.
Ways to Use Lilikoi Honey
If you’re like us – we like eating all of our honeys straight out of the jar! It is also a great spread on pancakes, waffles or whole wheat toast. You can also combine the lilikoi honey with butter or cream cheese as a spread. Sunee Campbell, our Production Manager uses our lilikoi honey to make an easy and delicious cake frosting. Its great on carrot cake and chocolate cake! Just whip one 8 oz block of cream cheese with about 3 Tablespoons of lilikoi honey.
Try our Silk and Passion Gift Box or a jar of our Rare Hawaiian Organic White Honey with Hawaiian Lillikoi.
How are the Bees? An Update on Colony Collapse and Bee Health.

Diagnostic testing: we had to sacrifice some of our bees in the pursuit of a scientific understanding for the causes of this disease. The sampling team (from left to right): UH researcher, Didi; Volcano Island beekeeper, Daniel; UH graduate student; Volcano Island beekeeper, Arthur; UH extension agent Scott; Dr. Steven Martin in the red Haz-Mat suit; Volcano Island owner-beekeeper, Richard Spiegel.
Last week at Volcano Island Honey Co., Dr. Steven Martin of the University of Sheffield (UK) visited our farm for the second time to collect samples for his research on insect viruses. We took advantage of Dr. Martin’s visit to learn more about the latest in bee health worldwide – a subject that affects us all, since many of our favorite food crops rely on bees for pollination (including avocados, lemons, apples and broccoli). As one of the world’s foremost scientists studying honeybee viruses, we thought you might be interested in hearing what Dr. Martin had to say – especially as Colony Collapse Disorder (CCD) has recently received much media attention.

Selecting: Volcano Island beekeeper, Arthur, looks for a good sample of bees on one of our frames, with UH extension agent (left) and Dr. Martin (right).
CCD is characterized by a sudden departure of worker bees from a hive still rich in resources and brood. The title of a recent New York Times article, “Scientists and soldiers solve a bee mystery,” was somewhat misleading, as the CCD quandary remains largely unresolved. One recently published study and the basis for the NYT article suggested that CCD might be linked to the combined presence of fungus and virus in the hive. Yet, many scholars are exploring other possible culprits – such as yet unknown viruses, GMOs, and pesticides applied to crops consumed by bees. Of particular concern to some beekeepers, neonicotinoids, or nicotine-based insecticides, are known to be harmful to bees and have already been partially banned in France.

Collecting: UH researchers scoop a small sample of bees into a plastic bag to test the viruses present in the hive.
Luckily for us, CCD has not reached Hawaii. Nonetheless, other bee diseases are threatening our hives, as well as many others around the state. These include the Varroa mite, responsible for spreading the viruses Dr. Martin studies. According to Dr. Martin the mites themselves are less harmful than the viruses they carry. The viruses enter the brood and adult bees at the mites puncture wound/feeding site on the bees body; these viruses proliferate exponentially and reduce the bees’ lifespan by about two thirds. On Dr. Martin’s first visit to Volcano Island Honey a year ago Varroa had not yet infested our colonies; on this return visit he intends to compare the virus levels present in newly varroa-infested colonies with the levels he found in those same colonies before they were infested with varroa.
Over the past few decades, Varroa has managed to spread across the world at an alarming rate: the first mite was found on the east coast of the U.S. in 1979 and reached Hawai’i in 2007 (the Big Island in 2008). As we understood from Dr. Martin, this epidemic is related to humans moving infested mite-resistant Asian bees into regions where non-resistant European honeybees lived, allowing the mite to crossover and infest the European honeybees. In this way, human meddling with nature has probably contributed to an environmental problem, threatening not only bees, but beekeepers and honey lovers – as well as some 30% of our entire food supply.
We are now working with Dr. Martin and researchers at the University of Hawaii at Manoa to fight the Varroa mite so that our bees can continue to live long healthy lives and create the very special honey we love sharing with you. Dr. Martin’s fascinating visit also renewed our commitment to holistic, organic honey production – as pure and natural as possible, for your health and that of our planet.














This year’s natural blend of a hint of kiawe honey in the Macadamia Honey is a unique mix of nectars and combination of sugars, resulting in a smooth, crystallized but soft-textured honey.
Our
Silk Honey is from the same nectar (kiawe) as our White Honey, but we refined how we finish the honey to create an even smoother texture. Many people ask why our honey is white and looks whipped (it is not!). The creamy white texture is a result of the fine crystallization of the honey (which is characteristic of kiawe honey) when harvesting is timed correctly. If you do a careful taste test (eyes closed!), you can detect the very fine crystals in our White Honey. If you repeat the test with our Silk Honey, you will not be able to feel any of the tiny crystals, which is why the texture is so smooth and silky. It takes a lot of meticulous attention to detail to make a natural and unheated honey as smooth as our Silk Honey, but we thrive on challenge.
