1685:
they have to be moved quickly to orchards or blooming field crops, you'd better be able to judge quickly what is the state of the colony, because you don't have a lot of time to fiddle with it. Problem hives are marked and not moved to pollination. 2. I have seen many occasions of honey bees becoming uncoordinated, and have almost invariably been able to trace it to insecticide use on something blooming in the area. This is, of course a violation of the label directions of those that are risky to bees, but it is near impossible to get enforcement. Bees that take a pesticide hit may crawl from the hive. Often they climb blades of grass and try to take off, but fall back to the ground. Generally they puke as well. Even the most hard nosed person who spends a lot of time with the bees will come to have some strong feelings at that time - anger at the thoughtless violator, and sympathy for the suffering bees. 3. Some insecticides will make beehives very HOT to handle. Sevin, when used as a fruit thinner will do this. The bees will be very determined to sting, and smoke avails little. 4. I'm glad the grouping of pesticides and herbicides was changed. It makes no sense, as herbicides are a subgroup of pesticides. 5. I've been in agriculture as a pollination specialist for many years, and have seen just about every imaginable kind of chemical damage to honey bees. But I have never yet been able to trace any damage to fertilizers or herbicides. I understand there are studies that shows that
Captain fungicide can do some damage to honeybees if sprayed directly on them, but other than that possibility I know of no other fungicide that is a factor. Herbicides, of course can impact honeybees for good or bad. They can remove weeds which are nectar sources. However, best practices require elimination of clover and other bee-attractive plants from orchard floors, where they can draw in bees which are subsequently killed by insecticide use on the trees. When I have some more time, I'll spend some more time on it. It's an interesting article, but I suspect you may be overrating a relatively rare phenomenon. I don't know.
826:, or hangover), and produced genetically engineered strains that are more do not develop alcohol tolerance (Moore, M. S., Dezazzo, J., Luk, A. Y., Tully, T., Singh, C. M., and Heberlein, U. (1998) Ethanol intoxication in Drosophila: Genetic and pharmacological evidence for regulation by the cAMP pathway. Cell 93, 997-1007 PMID: 9635429; Tecott, L. H. and Heberlein, U. (1998) Y do we drink? Cell 95: 733-735 PMID: 9865690;
382:" (a pollen sack) on their body (if the flower has not yet been visited) or removes any pollinium that is there (if the flower has already been visited). The passageway constricts after a bee has entered, and holds it there for a few minutes, allowing the glue to dry and securing the pollinium. It has been suggested that this process involves "inebriation" of the bees, but this has never been confirmed.
1544:, by themselves, fall into the bucket because the wall of the bucket is slippery. There are no fights, no inebriation. That is pure nonsense. Also, male bees are not rare. Male HONEY BEES are rare. There are some 20,000 species of bees, only 7 of which are honey bees. Worker honey bees are the only bees that can only sting once, and even then it's only true if they sting a vertebrate.
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identification of areas that need additional clarification or perhaps rewording. It worked well for me on the
Evolution article, in fact I have made a few minor adjustments to the intro based on their feedback. We are between semesters so it will be two weeks before I can release them on it. If you don't like the idea then let me know. --
266:, the Ministry of Agriculture commissioned an expert group, the Scientific and Technical Committee for the Multifactorial Study on Bees (CST), to study the intoxicating and sometimes fatal effects of chemicals used in agriculture on bees. Researchers at the Bee Research Institute and the Department of Food Chemistry and Analysis in the
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140:. Inebriated bees spend less time flying. If a bee is sufficiently intoxicated, it will just lay on its back and wiggle its legs. Inebriated bees typically have many more flying accidents as well. Some bees that consume ethanol become too inebriated to find the way back to the hive, and will die as a result.
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You mention in the section about pollination, that the scent drives male bees crazy. Couple of questions. First, aren't male bees rare, meaning their only job in life is to impregnate a queen, and then, essentially, die? I thought all other worker bees were female. And even so, if the scent makes
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like to consume fermented nectars containing ethanol more than others, and become notorious chronic inebriates around the hives. Bees station guard bees, or "bee bouncers" outside the hives to keep the inebriated bees from entering the hive and being disruptive. Intoxicated bees are force to stay out
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The purpose of this experiment was to test the feasibility of creating an animal model of ethanol consumption using social insects...The experiments on consumption, locomotion, and learning suggest that exposure to ethanol influences behavior of honey bees similar to that observed in experiments with
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1. While I have occasionally seen bees join yellow jackets and wasps in sucking fermenting juice from rotting fruit, I've never observed any inebriation that resulted. And over the years, I got to be very much "tuned" to the mood of the bee colonies I tended. When you work large numbers of hives and
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produces pheromones that are the same as a female bee is - on the face of it - pretty silly. MALE euglossines produce pheromones, not females. The problem is that too many things are in print that are not scientific; an anecdote or unsubstantiated claim by a person who happens to be a scientist does
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In this way, the bucket orchid passes its pollen from flower to flower. This mechanism is almost but not quite species specific, as it is possible for a few closely-related bees to pollinate any given species of orchid, as long as the bees are similar in size and are attracted by the same compounds.
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Interesting topic Filll... would have never seen this one coming. I can offer no insight on content, in that I know nothing at all about the topic. However, if you like, I can have my biology students read it. I can then take note of any questions that may arise and pass them on to you. It helps in
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I think in some species, male bees are more rare. But I also think there are many species of bees. So I can believe that some species might be different. Some have stingers, some do not. Some can sting just once, some can sting multiple times. Some form hives and live communally. Some live alone. I
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Many of us have noticed that bees or yellow jackets cannot fly well after having drunk the juice of overripe fruits or berries; bears have been seen to stagger and fall down after eating fermented honey; and birds often crash or fly haphazardly while intoxicated on ethanol that occurs naturally as
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However, the metabolism of bees and humans is sufficiently different that bees can safely collect nectars from plants that contain compounds toxic to humans. The resulting honeys produced by bees from these toxic nectars can be poisonous if consumed by humans. Many humans have eaten toxic honey and
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Many of us have noticed that bees or yellow jackets cannot fly well after having drunk the juice of overripe fruits or berries; bears have been seen to stagger and fall down after eating fermented honey; and birds often crash or fly haphazardly while intoxicated on ethanol that occurs naturally as
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can also believe that are multiple causes of bee inebriation. I think they are very sensitive to many kinds of chemicals, including ethanol and pesticides and other things, including plant chemicals. I might need to get some more references for that material however. I do find it fascinating.--
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The evaluation of a bee model for ethanol inebration of vertebrates has just begun, but appears to be promising. The bees are fed ethanol solutions and their behavior observed. Researchers place the bees in tiny harnesses, and feed them varying concentrations of alcohol introduced into sugar
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However, the flower is constructed in such a way as to make the surface almost impossible to cling to, with smooth, downward-pointing hairs; the bees commonly slip and fall into the fluid in the bucket, and the only navigable route out is a narrow, constricting passage that either glues a
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However, this seems unlikely, given that no one has ever documented that female euglossines produce pheromones; male euglossines produce pheromones using the chemicals they collect from orchids, and these pheromones attract females, rather than the converse, as
Cullina (2004) suggests.
1653:. If there are studies of the relevant pheromone chemistry, then by all means link them, but otherwise this is not to be believed. This is how urban legends get started, like swallowing spiders in your sleep, how bumblebees violate aerodynamics, how glass flows, and other such stuff.
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Honey that is not produced from the nectar of toxic plants can also ferment to produce ethanol, which is a toxin. For example, B. D. Kettlewellh (1945) describes finding an intoxicated bird, incapable of normal flight, that had been consuming honey that had fermented in the sun in
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On the molecular level, the brains of honey bees and humans work the same. Knowing how chronic alcohol use affects genes and proteins in the honey bee brain may help us eventually understand how alcoholism affects memory and behavior in humans, as well as the molecular basis of
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Bees can be severely and even fatally affected by pesticides, fertilizers and other chemicals that man has introduced into the environment. They can appear inebriated and dizzy, and even die. This is serious because it has substantial economic consequences for agriculture.
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Ulrike
Heberlein's group at UCSF is making mutant fruit flies that have less alcohol tolerance by genetic engineering to use as a model to study hangovers. They use an "inebriometer" to study the amount of intoxication of the fruit flies after consumption of alcohol.
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1333:, D.F. Mayer, C.A. Johansen, C.R. Baird, PNW518, A Pacific Northwest Extension Publication, Washington, Oregon, Idaho, Copyright 1999 Washington State University. Includes an extensive list of toxic chemicals such as pesticides that affect bees.
1047:, Pierre Jolivet, CRC Press, 1998, ISBN 1574440527 , "The first hymenopteran to visit has difficulties coping with the rostrellum but the later ones to arrive easily escape, soaked, drunk, and often having completed their pollinating function."
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not automatically confer credibility. Cullina could be a fantastic scientist, but if neither he nor anyone else has ever succesfully isolated a pheromone from a female orchid bee, let alone compared this pheromone to the compounds produced by
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with its scent from a variety of aromatic compounds. The bees store these compounds in specialized spongy pouches inside their swollen hind legs, as they appear to use the scent as part of their courtship dances in order to attract females.
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I would like to see a full definition of 'inebriation' in the context of the article. How does one know if a bee has a hangover and when it doesn't. The article is a little too anthropomorphic - bees being 'punished' for instance.
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950:, J.N. Tasei, report to International Apis Health Assessment Committee (IAHAC), Bologna, Italy, May 6, 2004. This report included the results of a study of the toxic effects on bees of the seed dressings imidacloprid and fipronil.
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Bozic et al (2006) found that alcohol consumption by honeybees disrupts foraging and social behaviors, and has some similarities to poisoning with insecticides. Some bees become more aggressive after consuming alcohol.
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Moore, M. S., Dezazzo, J., Luk, A. Y., Tully, T., Singh, C. M., and
Heberlein, U. (1998) Ethanol intoxication in Drosophila: Genetic and pharmacological evidence for regulation by the cAMP pathway. Cell 93, 997-1007.
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or pesticides or defensive toxic biochemicals produced by plants ) in a bee's environment can act to cause abnormal or unusual behavior, disorientation, and in sufficient quantities, can poison and even kill the bee.
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Bees and other hymenoptera can also be substantially affected by natural compounds in the environment besides ethanol. For example, Dariusz L. Szlachetko of the
Department of Plant Taxonomy and Nature Conservation,
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Also, natural processes can introduce toxic substances into nontoxic honey produced from nontoxic nectar. Microorganisms in honey can convert some of the sugars in honey to the toxic compound ethanol; this is called
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Some substances which are toxic to humans have no effect on bees. If bees obtain their nectar from certain flowers, the resulting honey can be psychoactive, or even toxic to humans, but innocuous to bee larvae.
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A hapless male bee, blind drunk with the flower's overpowering pheromones, might well mistake a toadstool for a suitable mate, but the flower has made at least a modest attempt at recreating a beelike gestalt.
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754:, Charles I. Abramson, Sherril M. Stone, Richard A. Ortez, Alessandra Luccardi, Kyla L. Vann, Kate D. Hanig, Justin Rice, Alcoholism: Clinical & Experimental Research. 24(8):1153-1166, August 2000.
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bee inebiration from fermented nectar obviously happens sometimes since bee enforcers have been observed keeping inebriated bees out of the hive and this has been published in peer-reviewed journals
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also produces toxic honey, and this has been fatal. The dangers of toxic honey were also well-known among the Pre-Columbian residents of the
Yucutan Peninsula, though this was honey produced by
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One more edit - there is no documented evidence for "fights" at flowers; orchid bee males normally visit one at a time, and they do not become "covered" with a waxy substance. The claim that
795:, ABRAMSON Charles I. ; PLACE Aaron J. ; AQUINO Italo S. ; FERNANDEZ Andrea ; Psychological reports (Psychol. rep.), ISSN 0033-2941, vol. 94 (2), no3, 2004, pp. 1107-1115 PMID: 15362379
1100:, Klaus Lunau, Chemoecology, Volume 3, Number 2, June, 1992 ISSN 0937-7409 (Print) 1423-0445 (Online) speculated that the chemicals produced by the bucket orchid mimic bee pheromones.
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The
Development of an Ethanol Model Using Social Insects I: Behavior Studies of the Honey Bee (Apis mellifera L.): Neurobiological, Psychosocial, and Developmental Correlates of Drinking
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Bees are subject to prolonged effects from exposure to alcohol, lasting as long as 48 hours. This phenomenon is also observed in fruit flies and is connected to the neurotransmitter
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Some plants apparently use bee inebriation as part of a pollination strategy (not honeybees, I understand). We have not yet analyzed the chemistry well enough to know for sure though
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of the hive until they sober up. If a bee is a repeat offender and returns in an inebriated state to the hive too often, the "bee bouncers" will chew the offending bee's legs off.
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Drug Policy and Human Nature: : Psichological
Perspectives On The Prevention, Management, and Treatment of Illicit Drug Abuse, Warren K. Bickel, Richard J. DeGrandpre, Springer 1996
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When bees become intoxicated from ethanol consumption or poisoned with other chemicals, their balance is affected, and they are wobbly when they walk. Charles
Abramson's group at
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Fascinating but false. The bucket orchid mechanism does NOT involve inebriation - "bumblebee.org" is not an authoritative source, and you can ignore what they have there. Male
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http://www.thelantern.com/media/storage/paper333/news/2004/11/09/Campus/Bees-Get.Drunk.In.Name.Of.Science-798238.shtml?norewrite200701121213&sourcedomain=www.thelantern.com
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has used fruit flies as models of human inebriation and even identified genes that seem to be responsible for alcohol tolerance accumulation (believed to be associated with
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Development of an ethanol model using social insects: II. Effect of Antabuse on consumatory responses and learned behavior of the honey bee (Apis mellifera L.).
692:, Ulrike Heberlein, Fred W. Wolf, Adrian Rothenfluh and Douglas J. Guarnieri, Integrative and Comparative Biology 2004 44(4):269-274; doi:10.1093/icb/44.4.269
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Dyanega...relax. Filll is trying to create an article that amuses him. By the way, if you know this much about bees, then I suggest you head on over to the
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Van der Pijl and Dodson (1966) observed that bees of the species eulaema and xylocopa exhibit symptoms of inebriation after consuming nectar from the orchids
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Some plants reportedly rely on using intoxicating chemicals to produce inebriated bees, and use this inebriation as part of their reproductive strategy.
809:, Carolyn Smagalski, BellaOnline, The Voice of Women, 2007 describes a prolonged effect from ethanol consumption by honeybees as similar to a "hangover".
1649:, then there is ZERO scientific basis for his cute little story. That there are European orchids that produce pheromone analogs has NOTHING to do with
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Octopamine receptors in the honey bee and locust nervous system: pharmacological similarities between homologous receptors of distantly related species
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from fermented nectar, ripe fruits and manmade and natural chemicals in the environment. The effects of alcohol on bees is sufficiently similar to the
964:, František Kamler, Dalibor Titěra, Jiřina Piškulová, Jana Hajšlová, Kateřina Maštovská, Bulletin of Insectology 56 (1): 125-127, 2003 ISSN 1721-8861
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Thanks for your request for my comments. However, I am not highly knowledgeable about bee intoxication, but I will note these general observations.
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852:, Joern Degen, Michael Gewecke and Thomas Roeder, British Journal of Pharmacology (2000) 130, 587−594; doi: 10.1038/sj.bjp.0703338 PMID: 10821787
1020:, Andreas Detzel and Michael Wink, Chemoecology, Birkhäuser Basel, Volume 4, Number 1 / March, 1993, ISSN 0937-7409 (Print) 1423-0445 (Online)
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Development of an ethanol model using social insects: IV. Influence of ethanol on the aggression of africanized honey bees (Apis mellifera L.)
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bee intoxication/poisoning/fatality due to various agricultural chemicals obviously happens and is a serious economic threat to agriculture
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like a female euglossine bee and even somewhat resembles a female euglossine bee shape, using these characteristics to spread its pollen:
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page, and there is nothing on it that says that male bees are rare. I don't know where you read it, but not on any page that I monitor.
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all document the results of eating "maddening" honey. Honey from these plants poisoned Roman troops in the first century BCE under
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Evolutionary aspects of perfume collection in male euglossine bees (Hymenoptera) and of nest deception in bee-pollinated flowers
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330:) and 3 terpene compounds attracted bees. They report that 17 out of 29 allelochemicals are toxic at some levels (especially
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1565:, because that's where I think I read about the lack of male bees. That article then needs some rewriting if you're right.
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The effects of alcohol on bees has been long recognized. For example, John Cumming described this in a publication in 1864.
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Drug Policy and Human Nature: Psychological Perspectives On The Prevention, Management, and Treatment of Illicit Drug Abuse
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that uses a stimulus to encourage the bees to move, and found that they were less mobile as they became more intoxicated.
500:, the calico bush, mountain laurel or spoon-wood of the northern United States, and allied species such as sheep laurel (
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Alcohol affects bees and humans in similar ways – it impairs motor functioning along with learning and memory processing.
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http://www.epa.gov/opptsfrs/publications/OPPTS_Harmonized/850_Ecological_Effects_Test_Guidelines/Drafts/850-3030.pdf
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suffered a severe case of widespread bee intoxication and extensive bee mortality from deltamethrin in 2002. The US
318:, etc.) and their effects on bees when consumed. It was found that 39 chemical compounds repelled bees (primarily
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908:, Abramson CI, Fellows GW, Browne BL, Lawson A, Ortiz RA., Psychol Rep. 2003 Apr;92(2):365-78. PMID: 12785614
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whole books have been published about the interaction of bees with the natural chemicals produced by plants.
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Birds have been known to die from accidental ingestion of lethal levels of ethanol Fitzgerald et al (1990)
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Thanks for comments! I want to try to iron out most of the problems before I put this article into main.--
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1242:, D. Espina-Prez and G.S. Ordetx-Ros, Editorial Tecnolgico de Costa Rica, Cartago, Costa Rica, 1983 p. 35
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Reduced ability of ethanol drinkers for social communication in honeybees (Apis mellifera carnica Poll.)
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There have been famous episodes of inebriation of humans from consuming toxic honey throughout history.
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228:(disulfiram) (a common medication administered as a treatment for alcoholism) has been tested as well.
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Bee Research Association. William Heinemann Ltd., London; Espina-Prez, D. and G.S. Ordetx-Ros. 1983.
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According to the American Heritage Dictionary, the word "intoxicate" has several potential meanings:
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acting very sleepy and potentially inebriated after eating nectar of the north American orchid
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solutions. Tests of locomotion, foraging, social interaction and aggressiveness are performed.
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and inebriating chemicals in their environment. This includes various manmade chemicals such as
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Latest Buzz in Research: Intoxicated Honey bees may clue Scientists into Drunken Human Behavior
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The Delphic Bee: Bees and Toxic Honeys as Pointers to Psychoactive and Other Medicinal Plants,
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2. To stimulate or excite: “a man whom life intoxicates, who has no need of wine” (Anaïs Nin).
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1086:, Robert L. Dressler, Evolution, Vol. 22, No. 1 (Mar., 1968), pp. 202-210 doi:10.2307/2406664
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Ecological Effects Test Guidelines OPPTS 850.3030: Honey Bee Toxicity of Residues on Foliage
781:, Bozic J., Abramson C.I. et Bedencic M., Alcohol, Elsevier Inc. ; 2006, Vol.38, n°3, 179-183
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The American Heritage® Dictionary of the English Language, Fourth Edition. Copyright © 2000
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Detzel and Wink (2005) published an extensive review of 63 types of plant allelochemicals (
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Sorry, I misread a phrase in the article. I thought it said that male bees were rare.
1141:, Leendert Van der Pijl, Calaway H. Dodson, Univ of Miami Press, 1966, ISBN 0870240692
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Attraction, deterrence or intoxication of bees (Apis mellifera) by plant allelochemicals
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has put inebriated bees on running wheels, where they exhibit locomotion difficulties.
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Understanding Orchids: an uncomplicated guide to growing the world's most exotic plants
707:, The Ohio State Research News, Research Communications, Columbus OH, October 23, 2004.
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Nature's Garden: An Aid to Our Knowledge of Our Wild Flowers and Their Insect Visitors
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Intoxication of honeybees on chemical treated winter rape: problem of its verification
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Szlachetko observed wasps in poland acting sleepy after eating nectar of this orchid
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Tecott, L. H. and Heberlein, U. (1998) Y do we drink? Cell 95: 733-735. (Minireview)
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that are poisonous to humans but do not harm bees. Honey produced from the nectar of
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This problem has been the object of growing concern. For example, researchers at the
1283:, B. D. Kettlewellh, The Entomologist, vol. 88, no. 1101, February, 1945, pp. 45-47.
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have pondered the intoxicating effects of various chemicals used to treat winter
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at least 3 university research programs studying intoxication use bees as models
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free-floating microorganisms convert vegetable carbohydrates to <alcohol: -->
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them inebriated, could that be hormonal rather than true chemical inebriation?
282:(EPA) even has published standards for testing chemicals for bee intoxication.
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Behavior of honeybees intoxicated by ethanol is being studied by scientists at
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1. To stupefy or excite by the action of a chemical substance such as alcohol.
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978:, Daniela Nica, Elisabeta Bianu, Gabriela Chioveanu, Apiacta, 39, 71-77, 2004.
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Entymology Postdoctoral researcher Dr. Geraldine Wright, Ohio State University
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Fruit flies and other insects also exhibit symptoms of ethanol intoxication (
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maybe someone else will find it interesting too if I can write it carefully--
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http://www.bulletinofinsectology.org/pdfarticles/vol56-2003-125-127kamler.pdf
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Molecular Genetic Analysis of Ethanol Intoxication in Drosophila melanogaster
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are studying how bees can be poisoned by exposure to seed disinfectants. In
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http://www.apishealth.org/modules.php?name=News&file=article&sid=22
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Entymology Postdoctoral researcher Dr. Julie Mustard, Ohio State University
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and other sites as a potential model of the effects of alcohol on humans.
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Bar Flies: What our insect relatives can teach us about alcohol tolerance.
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The history of mead may go back more than 8,000 years. A reference in the
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Bar Flies: What our insect relatives can teach us about alcohol tolerance.
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http://www.thenakedscientists.com/HTML/Columnists/ruthwilliamscolumn1.htm
1167:, James A. Kelhoffer, Greek, Roman, and Byzantine Studies 45 (2005) 59–73
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A case of acute intoxication with deltamethrin in bee colonies in Romania
676:, Warren K. Bickel, Richard J. DeGrandpre, Springer 1996 ISBN 0306452413)
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C.H. Dodson and G.P. Frymire, Mo. Bot. Gard. Bull. 49(9): 133-152. 1961
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1183:(Root, A.I., editors.) A.I. Root Company. Medina, Ohio, 1980 pp. 17-21
1072:, William C. Agosta, Princeton University Press, 2001, ISBN 0691004889
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Intoxicated Honey Bees May Clue Scientists Into Drunken Human Behavior
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Of course, other creatures are not immune to the effects of alcohol:
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One plant that some claim uses this mechanism is the South American
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An atlas of orchid pollination: America, Africa, Asia and Australia
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http://pharyngula.org/index/weblog/comments/drunken_flies_and_fish/
1300:, cites honey as a sacred item as far back as the 8th century BCE.
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An atlas of orchid pollination: America, Africa, Asia and Australia
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An atlas of orchid pollination: America, Africa, Asia and Australia
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free-floating microorganisms convert vegetable carbohydrates to .
1115:, William Cullina, Houghton Mifflin Books, 2004, ISBN 0618263268
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The honey bee nervous system is similar to that of vertebrates.
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http://www.duke.edu/web/classics/grbs/FTexts/45/Kelhoffer.pdf
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http://www.sciencedaily.com/releases/2004/10/041025123121.htm
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Thieves, Deceivers, and Killers: tales of chemistry in nature
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http://www.medicalnewstoday.com/medicalnews.php?newsid=15393
838:, Gaia Vince, NewScientist.com news service, 22 August 2005)
1153:,Adrienne Mayor, Archaeology 48.6 November-December, 1995.
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from the American Southwest can all result in toxic honey.
1271:, Editorial Tecnolgico de Costa Rica, Cartago, Costa Rica.
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A temulent bee is more likely to stick out its tongue, or
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toxic honeys have been known about for thousands of years
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http://www.apimondia.org/apiacta/articles/2004/nica_1.pdf
1416:
Neotticae: Limodorinae Orchid of North America p. 44 of
506:) can produce sickness or even death. The nectar of the "
108:
The introduction of certain chemical substances (such as
1164:
John the Baptist’s “Wild Honey” and “Honey” in Antiquity
1444:
http://newsfromrussia.com/science/2004/11/15/57123.html
1366:, P. (Peter) Berthold, Springer, 1996, ISBN 0412363801
1316:, Princeton University Press, 1976. ISBN 0-691-09863-8)
1006:, Nelis A. Cingel, CRC Press 2001 ISBN 9054104864 p. 44
1449:
http://www.uni-hohenheim.de/i3ve/00217110/01458041.htm
1439:
http://www.bumblebee.org/invertebrates/Hymenoptera.htm
1206:
Bee Products: Properties, Applications, and Apitherapy
245:
Bees exposure to other toxic and inebriating chemicals
1304:
described honey beverages. The word for "drunk" in
1129:, Nelis A. Cingel, CRC Press, 2001, ISBN 9054104864
935:, Dr.sc.agr. Klaus Wallner, University of Hohenheim
933:
Honey bee intoxication caused by seed disinfectants
395:orchid was suspected by Lanau (1992) of producing
1500:http://www.beekeeping.com/articles/us/war_bees.htm
1413:, Nelis A. Cingel, CRC Press 2001 ISBN 9054104864
627:(called "meadhing"). Mead is also known as "honey
1310:Dionysus: Archetypal Image of Indestructible Life
922:, L. Dayton, New Scientist, August 8, 1992, p. 14
919:Driven to Drink: A Sorry Tale of Bees' Boozy Life
490:which can paralyze the limbs, and eventually the
1484:http://researchnews.osu.edu/archive/drunkbee.htm
1209:, Yaacov Lensky, Springer, 1997, ISBN 0306455021
947:Recent Issues Related to Bee Troubles in France
876:
874:
872:
870:
151:in fruit flies, which is also present in bees.
1230:, Neltje Blanchan, Garden City Pub. Co, 1900.)
1139:Orchid Flowers Their Pollination and Evolution
763:Abramson et al. (2000) also put honey bees in
463:when they were attacking the Heptakometes in
8:
1308:even is translated as "honey-intoxicated." (
1044:Interrelationship Between Insects and Plants
1330:How to Reduce Bee Poisoning from Pesticides
835:‘Hangover gene’ is key to alcohol tolerance
470:For example, honey produced from nectar of
1254:J. Ott, Economic Botany 52 (1998) 260–266.
1193:Bees and Warfare: Gleanings in Bee Culture
860:
858:
745:
743:
741:
739:
737:
494:and result in death. Honey obtained from
820:University of California, San Francisco
656:
728:Bee-keeping, by 'The Times' bee-master
1574:Actually, I'm the main editor of the
155:Bees as models of ethanol inebriation
7:
1224:can be fatal to cattle and grouse. (
1057:bumblebee.org article on Hymenoptera
806:Happy Hour Bees , Mythology and Mead
1195:, J. T. Ambrose, pp. 343-346, 1972
832:, Ruth Williams, Naked Scientist;
369:. The bucket orchid attracts male
70:have been used as models of human
24:
885:, Science Daily, October 25, 2004
1675:General comments from Pollinator
992:, EPA 712–C–96–148 April 1996.
29:can suffer serious effects from
1030:Natural pollination of orchids,
731:, John Cumming, Published 1864.
280:Environmental Protection Agency
179:Bee inebriation model potential
78:become quite ill as a result.
1265:Honey: a Comprehensive Survey,
1181:The ABC and XYZ of Bee Culture
1083:Pollination by Euglossine Bees
350:Bee inebriation in pollination
1:
1218:Consumption of the leaves of
232:Bee regulation of inebriation
224:The interaction of bees with
1743:04:01, 20 January 2007 (UTC)
1704:04:02, 20 January 2007 (UTC)
1690:03:37, 20 January 2007 (UTC)
1658:00:05, 17 January 2007 (UTC)
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1608:23:59, 18 January 2007 (UTC)
1583:18:47, 16 January 2007 (UTC)
1570:00:24, 15 January 2007 (UTC)
1549:23:34, 14 January 2007 (UTC)
1536:04:02, 14 January 2007 (UTC)
1525:03:55, 14 January 2007 (UTC)
1496:intoxication by eating honey
818:Ulrike Heberlein's group at
64:effects of alcohol on humans
58:can result from exposure to
1713:It might be rare, however:
1281:A Story of Nature's Debauch
122:Effects of bee intoxication
117:Ethanol consumption by bees
1759:
189:" (Abramson et all, 2000).
94:Definition of intoxication
1364:Control of Bird Migration
1296:, the sacred book of the
604:intentionally to produce
131:Oklahoma State University
90:from fermented honey.
260:University of Hohenheim
169:University of Ljubljana
49:of organic material.
573:Gelsemium sempervirens
187:analogous vertebrates.
165:University of Oklahoma
1720:I find it interesting
1269:Flora Apcola Tropical
1240:Flora Apcola Tropical
472:Rhododendron ponticum
344:cyanogenic glycosides
301:Neotticae Limodorinae
161:Ohio State University
646:List of honey plants
503:Kalmia angustifolia
72:ethanol intoxication
1179:, G. P. Georghiou,
600:Sometimes honey is
216:Preliminary studies
45:resulting from the
1177:Ancient Beekeeping
613:alcoholic beverage
392:Gongora horichiana
340:cardiac glycosides
295:observed wasps in
1631:Random Replicator
1433:ISBN 0306452413
1109:From page 180 of
1041:From page 192 of
563:Serjania lethalis
486:flowers contains
418:Sobralia violacea
293:Gdańsk University
286:Natural compounds
250:Manmade chemicals
1750:
1403:, Ruth Williams
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1263:Crane, E. 1975.
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497:Kalmia latifolia
461:Pompey the Great
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580:Fermented honey
554:Hyoscamus niger
453:Pliny the Elder
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371:euglossine bees
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31:toxic chemicals
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18:User talk:Filll
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556:) plants from
522:stingless bees
476:Azalea pontica
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424:Sobralia rosea
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268:Czech Republic
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84:fermentation
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56:intoxication
51:
47:fermentation
30:
26:
25:
1542:orchid bees
1427:p. 283 of
518:New Zealand
431:Toxic Honey
39:fertilizers
1687:Pollinator
1665:Rosser1954
1151:Mad Honey
545:belladonna
534:plants in
526:honey bees
397:pheromones
363:Coryanthes
316:glycosides
238:honey bees
209:addiction.
149:octopamine
35:pesticides
1302:Aristotle
824:veisalgia
610:fermented
602:fermented
591:Transvaal
548:flowers,
524:, not by
492:diaphragm
484:andromeda
480:alkaloids
457:Columella
445:Aristotle
380:pollinium
365:sp.), an
332:alkaloids
324:coumarins
320:alkaloids
308:alkaloids
138:proboscis
68:honeybees
1515:Comments
635:See also
615:made of
587:Pretoria
478:contain
441:Xenophon
367:epiphyte
336:saponins
328:saponins
312:terpenes
226:antabuse
173:Slovenia
1655:Dyanega
1651:Gongora
1647:Gongora
1642:Gongora
1580:Dyanega
1546:Dyanega
558:Hungary
550:henbane
540:Hungary
510:", the
276:Romania
274:crops.
110:ethanol
60:ethanol
43:ethanol
1298:Hindus
1221:Kalmia
623:, and
568:Brazil
536:Mexico
531:Datura
465:Turkey
449:Strabo
297:Poland
264:France
1740:Filll
1701:Filll
1533:Filll
1506:Notes
1294:Vedas
652:Notes
625:yeast
621:water
617:honey
608:, an
570:and
566:from
236:Some
66:that
16:<
1563:bees
1338:Used
629:wine
606:mead
538:and
474:and
455:and
421:and
389:The
342:and
326:and
272:rape
88:mead
74:.
37:and
27:Bees
1576:bee
631:".
516:in
346:).
303:.
171:in
53:Bee
1312:,
869:^
857:^
736:^
694:).
619:,
597:.
593:,
589:,
560:,
542:,
451:,
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443:,
427:.
407:".
338:,
334:,
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196:"
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670:(
552:(
403:"
378:"
361:(
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184:"
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