For other uses, see Honey bee (disambiguation). ?Honey bee Conservation status: Domesticated Scientific classification Kingdom: Animalia Phylum: Arthropoda Class: Insecta Order: Hymenoptera Family: Apidae Tribe: Apini Genus: Apis Species Apis andreniformis Apis cerana, or eastern honey bee Apis dorsata, or giant honey bee Apis florea Apis koschevnikovi Apis laboriosa Apis mellifera, or western honey bee Apis nigrocincta Apis nuluensis Honey bees are a subset of bees which represent a far smaller fraction of bee diversity than most people suspect; of the approximately 20,000 known species of bees, there are only six to eleven species (depending on the authority) within the tribe Apini, all in the genus Apis, and all of which produce and store liquified sugar ("honey") to some degree. Contents 1 Origin and distribution of the genus Apis 2 Beekeeping 3 Sting 4 Honey bee life cycle 5 Products of the honey bee 5.1 Pollination 5.2 Honey 5.3 Beeswax 5.4 Pollen 5.5 Propolis 6 Hazards to honey bee survival 7 Environmental problems 8 Social choice lessons from honey bees 9 Honeybee predators 9.1 Insects 9.2 Spiders 9.3 Reptiles and amphibians 9.4 Birds 9.5 Mammals 10 Honeybee communication 11 Trivia 12 Designated state insect 13 See also 14 Sources 15 External links Origin and distribution of the genus Apis Bee collecting pollen. Honey bees as a group appear to have their center of origin in Southeast Asia (including the Philippines), as all but one of the extant species are native to that region, including the most primitive living species (Apis florea and A. andreniformis). The first Apis bees appear in the fossil record in deposits dating about 35 million years ago during the Oligocene period; that these fossils are from Europe does not necessarily indicate that Europe is where the genus originated, as the likelihood of fossils being found in Southeast Asia is very small, even if that is the true origin. The ancestors and close relatives of modern honey bees were all already social and so social behavior predates the origin of the genus. Among the extant members of the genus, the more ancient species make single, exposed combs, while the more recently-evolved species nest in cavities and have multiple combs, which greatly facilitated their domestication. Four species have historically been cultured for or robbed of honey by humans: Apis mellifera (Western honey bee), Apis florea (Dwarf honey bee/little bee), Apis cerana and Apis dorsata. Two of these species have been domesticated, one (Apis mellifera) at least since the time of the building of the Egyptian pyramids. Apis cerana have formed a ball around two hornets. Their body heat being trapped in the tight ball they have formed will kill the hornets by overheating them. In the second photograph two dead hornets and one honey bee remain. Apis mellifera, the most commonly domesticated species, probably originated in Tropical Africa and spread from there to Northern Europe and East into Asia. It is also called the Western honey bee. There are many sub-species that have adapted to the environment of their geographic and climatic area. Behavior, color and anatomy can be quite different from one sub-species or race to another. In 1622, first European colonists brought the sub-species Apis mellifera mellifera to the Americas. Many of the crops that depend on honey bees for pollination have also been imported since colonial times. Escaped swarms (known as wild bees, but actually feral) spread rapidly as far as the Great Plains, usually preceding the colonists. The Native Americans called the honey bee "the white man's fly". Honey bees did not naturally cross the Rocky Mountains; they were carried by ship to California in the early 1850s. Apis florea and Apis cerana are small honey bees of southern and southeastern Asia. The former makes very small, exposed nests in trees and shrubs, while the latter makes nests in cavities and is cultured for honey in a similar fashion to Apis mellifera. Their stings are often not capable of penetrating human skin, so the hive and swarms can be handled with minimal protection. Apis cerana have formed a ball around two hornets. Their body heat being trapped in the tight ball they have formed will kill the hornets by overheating them. Apis dorsata, the giant honey bee, is native to south and southeastern Asia, and usually makes its exposed combs on high tree limbs, or on cliffs, and sometimes on buildings. It is wild and can be very fierce. It is robbed of its honey periodically by human honey gatherers, a practice known as honey hunting. Its colonies are easily capable of stinging a human being to death when provoked. Beekeeping Main article: Beekeeping Queen (The yellow dot on the thorax was added by a beekeeper to aid in finding the queen. She was probably born in 1997 or 2002; see the Queen article for an explanation of the color) The honey bee is a colonial insect that is often maintained, fed, and transported by beekeepers. Honey bees collect flower nectar and convert it to honey which is stored in their hives. Nectar and honey provide the energy for the bees' flight muscles and for heating the hive during the winter period. Honey bees also collect pollen which supplies protein and fat for bee brood to grow. Centuries of selective breeding by humans has created honey bees that produce far more honey than the colony needs. Beekeepers, also known as "apiarists", harvest the honey. Beekeepers often provide a place for the colony to live and to store honey in. There are seven basic types of beehive: skeps, Langstroth hives, top-bar hives, box hives, log gums, D.E. hives and miller hives. All U.S. states require beekeepers to use movable frames to allow bee inspectors to check the brood for disease. This allows the Langstroth, top-bar and D.E. hives, but other types of hives require special permitting, such as for museum use. The type of beehive used significantly impacts colony health, and wax and honey production. Modern hives also enable beekeepers to transport bees, moving from field to field as the crop needs pollinating and allowing the beekeeper to charge for the pollination services they provide. In cold climates, some beekeepers have kept colonies alive (with varying success) by moving them indoors for winter. While this can protect the colonies from extremes of temperature and make winter care and feeding more convenient for the beekeeper, it can increase the risk of dysentery (see the Nosema section of diseases of the honey bee) and can create an excessive buildup of carbon dioxide from the respiration of the bees. Recently, inside wintering has been refined by Canadian beekeepers who build large barns just for wintering bees. Automated ventilation systems assist in the control of carbon dioxide build-up. Sting Most honeybee workers contain a barbed sting that they use to defend their hive. Symptoms in humans being stung include a sharp pain at the site of the sting. This usually goes away after the sting is removed. However, some humans develop allergic reaction to bee venom and must be treated at once. Queen honeybees also sting, but only in self-defense and when rivalry between other queens develop. Their sting is curved and is not barbed. Their sting is less painful than worker bees. See Schmidt Sting Pain Index. Honey bee life cycle Like other eusocial bees, a colony generally contains one breeding female, or "queen"; a few thousand males, or "drones"; and a large population of sterile female workers. The queen's eggs hatch in three days, and the larvae are fed with royal jelly produced by worker bees. After a few more days, the larvae are fed on honey and pollen. The exception is a larva fed solely on royal jelly, which will develop into a queen bee. The larva takes eight days to develop, undergoing several moltings before spinning a cocoon within the egg cell. Here the larva pupates. For the first ten days of their lives, the female worker bees clean the hive and feed the larvae. After this, they begin building comb cells. On days 16 through 20, a worker receives nectar and pollen from older workers and stores it. After the 20th day, a worker leaves the hive and spends the remainder of its life as a forager. The foragers die usually when their wings are worn out after approximately 500 miles of flight. Honey bee wings beat at a constant rate of 230 beats per second or 13,800 beats/minute. The frequency of the wing beats was much higher than expected for an insect of this size. Honey bees make up for carrying heavier loads or for changes in air density by altering the amplitude of their wings and catching more air. This makes the wing muscles work harder, but it does not change the frequency of the wing beats. The science of bee flight remained an unsolved mystery until December of 2005. A study published in Proceedings of the National Academy of Science details the work supervised by Michael Dickinson from Caltech. The population of a healthy hive in mid-summer can average between 40,000 and 80,000 bees. The workers cooperate to find food and are widely believed to use a pattern of "dancing" (known as the bee dance or waggle dance) to communicate with each other. Products of the honey bee Pollination Main article: Pollination management Beehives set up for pollination The honey bee's primary commercial value is as a pollinator of crops. Orchards and fields have grown larger; at the same time wild pollinators have dwindled. In several areas of the world the pollination shortage is compensated by migratory beekeeping, with beekeepers supplying the hives during the crop bloom and moving them after bloom is complete. In many higher latitude locations it is difficult or impossible to winter over enough bees, or at least to have them ready for early blooming plants, so much of the migration is seasonal, with many hives wintering in warmer climates and moving to follow the bloom to higher latitudes. As an example, in California, the pollination of almonds occurs in February, early in the growing season, before local hives have built up their populations. Almond orchards require two hives per acre (2,000 m² per hive) for maximum yield and so the pollination is highly dependent upon the importation of hives from warmer climates. Honey Main article: Honey Honey is the complex substance made when the nectar and sweet deposits from plants and trees are gathered, modified and stored in the honeycomb by honey bees. Honey is sometimes also gathered by humans from the nests of various Stingless bees. Beeswax Main article: Beeswax Worker bees of a certain age will secrete beeswax from a series of glands on their abdomen. They use the wax to form the walls and caps of the comb. When honey is harvested, the wax can be gathered to be used in various wax products like candles and seals. Pollen See movie of bee at work collecting pollen. Requires an Ogg Theora enabled player, such as VideoLAN. Main article: Pollen Bees collect pollen in the pollen basket and carry it back to the hive. In the hive, pollen is used as a protein source necessary during brood-rearing. In certain environments, excess pollen can be collected from the hive. It is often eaten as a health supplement. Propolis Main article: Propolis Propolis (or bee glue) is created from resins, balsams and tree saps. Honey bees use propolis to seal cracks in the hive. Propolis is also sold for its reported health benefits. Holistic therapists often utilize propolis for the relief of many inflammations, viral diseases, ulcers, superficial burns or scalds, in conjunction with acupuncture, ayurveda or homeopathy. Propolis is also believed to promote heart health and reduce the chances of cataracts. Hazards to honey bee survival North American and European honey bee populations were severely depleted by varroa mite infestations in the early 1990s. Chemical treatments saved most commercial operations and improved cultural practices and bee breeds are starting to reduce the dependency on miticides (acaracides) by beekeepers. Feral bee populations were greatly reduced during this period but now are slowly recovering, mostly in areas of mild climate, owing to natural selection for varroa resistance and repopulation by resistant breeds. Crop dusting insecticides and pesticides also deplete bees. Africanized bees have spread across the southern United States where they pose a small danger to humans, although they may make beekeeping (particularly hobby beekeeping) difficult and potentially dangerous. Various bee pests and diseases are becoming resistant to medications (e.g. American Foul Brood, Tracheal Mites and Varroa Mites). Environmental problems As an invasive species, feral honey bees have become a significant environmental problem in places where they are not native. Imported bees may compete with and displace native bees and birds, and may also promote the reproduction of invasive plants that native pollinators do not visit. Also, unlike native bees, they do not properly extract or transfer pollen from plants with poricidal anthers (anthers that only release pollen through tiny apical pores), as this requires buzz pollination, a behavior which honey bees rarely exhibit. Gross and Mackay (1998) found that honey bees reduce fruiting in Melastoma affine (a plant with poricidal anthers) by robbing stigmas of previously-deposited pollen. Social choice lessons from honey bees Honey bees have been shown to employ what in human terms would be called range voting to make hive-relocation decisions, see Myerscough (2003), Lindauer (1971) and this essay at the Center for Range Voting. Honeybee predators Insects Robber Flies Chinese mantid Dragonfly Green Darner Asian giant hornet - Japan Bald-faced hornet Yellow jacket Common Water Strider Spiders Goldenrod spider [1] Green Lynx spider Black argiope Six-spotted Fishing Spider Reptiles and amphibians Wood Frog Bullfrog American toad Anoles Birds Bee-eater Ruby-throated hummingbird Tyrant flycatcher Great Crested flycatcher Common Grackle Mammals Contrary to popular perception, bears and honey badgers are brood predators; honey is only of secondary interest. Least shrew Skunk Raccoon Honey badger Bear Human Honeybee communication See also: Bee learning and communication A honeybee swarm. Honey bees are an excellent animal to study with regards to behavior because they are abundant and familiar to most people. An animal that is disregarded every day has very specific behaviors that go unnoticed by the normal person. Karl von Frisch studied the behavior of honey bees with regards to communication and was awarded the Nobel Prize for physiology and medicine in 1973. Von Frisch noticed that honey bees communicate with the language of dance. Honey bees are able to direct other bees to food sources through the round dance and the waggle dance. The round dance tells the other foragers that food is within 50 meters of the hive, but it does not provide much information regarding direction. The waggle dance, which may be vertical or horizontal, provides more detail about both the distance and the direction of the located food source. It is also hypothesized that the bees rely on their olfactory sense to help locate the food source once the foragers are given directions from the dances. Another signal for communication is the shaking signal, also known as the jerking dance, vibration dance, or vibration signal. It is a modulatory communication signal because it appears to manipulate the overall arousal or activity of behaviors. The shaking signal is most common in worker communication, but it is also evident in reproductive swarming. A worker bee vibrates its body dorsoventrally while holding another honey bee with its front legs. Jacobus Biesmeijer examined the incidence of shaking signals in a forager’s life and the conditions that led to its performance to investigate why the shaking signal is used in communication for food sources. Biesmeijer found that the experienced foragers executed 92.1% of the observed shaking signals. He also observed that 64% of the shaking signals were executed by experienced foragers after they had discovered a food source. About 71% of the shaking signal sessions occurred after the first five foraging success within one day. Then other communication signals, such as the waggle dance, were performed more often after the first five successes. Biesmeijer proved that most shakers are foragers and that the shaking signal is most often executed by foraging bees over pre-foraging bees. Beismeijer concluded that the shaking signal presents the overall message of transfer work for various activities or activity levels. Sometimes the signal serves to increase activity, when bees shake inactive bees. At other times, the signal serves as an inhibitory mechanism such as the shaking signal at the end of the day. However, the shaking signal is preferentially directed towards inactive bees. All three types of communication between honey bees are effective in their jobs with regards to foraging and task managing. Trivia Honey bees are one of the very few invertebrates in which sleep-like behavior, similar in many respects to mammalian sleep, is known to exist. Honey, as well as propolis, has antibiotic properties. Honey bees are one of the very few invertebrates that produce a sort of "milk" for their young, royal jelly, which is the only food the larvae will eat early in development. Like other social insects, they have an advanced immune system. They have specially modified hairs on their body that develop a static electricity charge to attract pollen grains to their bodies. They have a well developed sense of time (circadian rhythm). They navigate by using a combination of memory, visual landmarks, colors, the position of the sun, smell, polarized light and magnetic anomalies. Their aging is controlled by a hormone which regulates the production of a protein called vitellogenin. The honey bee was a prominent political symbol in the empire of Napoleon Bonaparte, representing the Bonapartist bureaucratic and political system. The main purpose of this symbolige was a reference to the Merovingian Dynasty given that about a century earlier, the a series of golden honeybees had been discovered in the tomb of Childeric I (which had by then Napoleon had come into possession of). Worker honey bees can reproduce by parthenogenesis, but will necessarily produce only drones. Worker bees are sexually underdeveloped females, and their ovulation is ordinarily inhibited by hormonal signals provided to all hive members by a functioning queen. Should the queen bee die and a replacement not be available, inhibition of egg laying behavior among the worker bees will end, but the eggs they lay will be unfertilized and therefore can produce only drones. Absent a virgin queen, the colony will die out as the worker population dies out due to old age. Designated state insect Arkansas (1973) North Carolina (1973) New Jersey (1974) - state bug Georgia (1975) Maine (1975) Nebraska (1975) Kansas (1976) Louisiana (1977) Vermont (1977) Wisconsin (1977) South Dakota (1978) Mississippi (1980) Utah (1983) Missouri (1985) Tennessee (1990) - official agricultural insect Oklahoma (1992) West Virginia (2002) See also Look up Honey bee in Wiktionary, the free dictionary. Wikimedia Commons has media related to: Honeybee   Honeybee types and characteristics (edit) Queen bees Queen bee | Virgin queen | Piping queen | Supersedure Worker and drone bees Worker bee | Laying worker bee | Drone (bee) Lifecycle Beehive | Honeybee life cycle | Brood | Bee learning and communication | Swarming (honeybee) Species and cultivation Apiary | Beekeeping | Beeswax | Honey | Langstroth hive | Top-bar hive Apis mellifera mellifera | Africanized bee | Buckfast hybrid bee | Carniolan honeybee | Italian bee | Western honeybee Lists List of honeybee articles | List of honeybee races Diseases of the honeybee Sources Biesmeijer, Jacobus. "The Occurrence and Context of the Shaking Signal in Honey Bees (Apis mellifera) Exploiting Natural Food Sources". Ethology. 2003. Kak, Subhash C. "The Honey Bee Dance Language Controversy". The Mankind Quarterly. 2001. Lindauer, Martin. "Communication among social bees". Harvard University Press 1971. Myerscough, Mary R.: Dancing for a decision: a matrix model for nest-site choice by honeybees, Proc. Royal Soc. London B 270 (2003) 577-582. Schneider, S. S., P. K. Visscher, Camazine, S. "Vibration Signal Behavior of Waggle-dancers in Swarms of the Honey Bee, Apis mellifera (Hymenoptera: Apidae). Ethology. 1998. Gross, C. L., Mackay, D. "Honeybees reduce fitness in the pioneer shrub Melastoma affine (Melastomataceae)". Biological Conservation, November 1998. Engel, M., Grimaldi, D. "Evolution of the insects". Cambridge University Press 2005 'Honey Bee - Study of Northern Virginia Ecology'. Retrieved on 2006-01-01. External links BeeSource A very beneficial site for beekeepers, with lists of bee and equipment suppliers, helpful articles, and an excellent discussion board. Reference: Six large format photographs Apis mellifera Beekeeping explained by FAO http://www.fao.org/docrep/x0083e/X0083E06.htm Types of hives by FAO http://www.fao.org/documents/show_cdr.asp?url_file=/docrep/006/y5110e/y5110e0b.htm Brainy Bees Think Abstractly Search Term: "Honey_bee" Categories: Domesticated animals | Bees | Livestock | Beekeeping | Pollinators | Vermont culture | Symbols of Wisconsin

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