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Aminata Muscaria L.
Fly Agaric

Aminata Muscaria L.
Amanita muscaria.png
Amanita Muscaria L.
Fly Agaric
Synonyms
Synonyms
Agaricus muscarius L.
Agaricus muscarius Pers.
Amanita formosa Gom. et Rab.
Amanita mexicana Reko nom. nud.
Amanita muscaria var. mexicana Reko nom. nud.
Folk Names
Folk Names

Agaric au mouches (French), agaric mouchete (French), ah kib lu’um (Lacandon Mayan, “the light of the earth”), aka-haetori (Japanese, “red flycatcher”), amanite tue-mouches, amoroto (Basque, “the toadlike thing”), ampakhaw (Igorot), ashitaka-beni-take (Japanese, “long-legged mushroom”), beni-tengu-take (Japanese, “red tengu mushroom”), bolg losgainn (Irish, “toad mush- room”), bolond gomba (Hungarian, “fool’s mushroom”), bunte poggenstool, caws llyffant (Welsh),crapaudin(French,fromcrapaud”toad”), diiwelsbruet, escula, fanka’am (Tawgi), fausse oronge, fleugenschwamm, fliegenkredling, fliegenpilz, fliegenschwamm, fliegenschwemme, fliegenteufel, fluesop (Norwegian), fluesvamp (Danish), flugsvamp (Swedish), flugswampt, fly agaric, fly amanite, flybane, fly fungus, fungus muscarius, giftblaume, grapudin, grzyb muszy (Polish), hama chiin (Chinese, “toad mushroom”), hango (Celtic), how k’an c/uh (Chuj, “poisonous yellow squash skin”), itzel ocox (Quiche, “diabolical mushroom”), kabell tousec (Breton), kaqualja (Quiche), kaqulja (Quiche), kaqulja okox (Quiche, “thunderbolt mushroom”), karbseseene (Estonian), karpassieni (Finnish), kasschwamm, krotenpilz, krotenstuhl, matamosques (Catalan, “fly killer”), migeschwamb, miggeschamm, miskwedo (Ojibwa), mouchete, mousseron, muchomor (Polish), mucho-more, muchumor, miickenpfeffer, muckenschwamm, muckenschwamm, muckenschwemme, muhamor, muhovna goba (Slovenian), mukamor, mukhomor (Russian, “fly death”), mukkenswam, muscinery, musmira (Latvian), mussiomire (Lithuanian), narrenschwamm, oriol foil (Catalan, “crazy Loriot”), oronja (Spanish), paddehat (Danish), paddockstool, pain de crapault, panga (Ostyak), panx (Vogul), pfifferling, pin d’crapa (French, “toad bread”), pinka, poddehut (Frisian), ponx (Ostyak), premate-it, puddockstool, rabenbrot, reig bord (Catalan, “untrue mush- room”), rocox aj tza (Kekchi, “devil’s mushroom”), rod flugsvamp, roter fliegenschwamm, rote tiifus-beeri, ruk’awach q’uatzuiy (Cakchiquel), shtantalok, shtantilok, skabell tousec, soma, sunneschirmche, tignosa dorata (Italian), toadcheese, toad’s bread, toad’s cap, toadskep, toad’s meat, toadstool, todestoll, tshashm baskon (Afghanistan, “eye opener”), tue-mouche, tzajal yuy chauk (Tzeltal, “red thunderbolt mushroom”), vliegenpaddestoel, vliegenzwam (Dutch), wapaq (Koryak), wliachenschbomm, wliagenschbamm, yuy chauk (Tzeltal), yuyo de rayo (Mexican Spanish)

The fly agaric mushroom grows only in symbiosis with birch (Betula spp.) and/or pine (Pinus spp.) trees. But in those places in which these trees occur, it is found throughout the world. It can be found in arctic, temperate, and even tropical climate zones (Alaska, Siberia, Scandinavia, central Europe, North America, Australia, Mexico, the Philippines). It sometimes occurs in the form of fairy rings.


 

Distribution
Distribution

A. muscaria has a symbiotic relationship to the trees which surround it; most often birch or pine. The relationship is so strong that the trees are often referred by mycologists as the host trees to the fungi. Along with specific soil composition, light, temperature, and moisture requirements, cultivating fly agaric in a laboratory or even in a back yard garden can prove exceedingly difficult unless one happens to be doing so in an area where A. muscaria may grow naturally.

Like the chanterelle, this is a mycorrhizal species that resists laboratory cultivation attempts. It requires a living host seedplant, typically a tree or shrub. Spores will not germinate on normal agar medias intended for saprophytic species. A slim chance of successful cultivation might be achieved by placing spores near the roots of a host plant seedling and then planting it in a suitable area and climate. Locally, A. muscaria is often associated with shore pine and some other conifers such as douglas fir and spruce. It is rumored that a German or Austrian facility may have cultivated this species in the lab. Spores are white and placed on red paper. The prints are enormous, so expect a partial section of approximately 2 square inches.


 

Cultivation
Cultivation

The mycelium is white in color. The fruiting body can grow as tall as 25 cm and form caps as large as 20 cm in diameter. The remnants of the velum remain on the cap in the form of white spots. The fly agaric fruits in central Europe from August until the beginning of November and in North America usually in October.

Appearance
Appearance

There is no debate about the fact that the psychoactive fly agaric mushroom is associated with shamanism. Over the past decades, it has become ever clearer that this mushroom was or is used throughout the world. In spite of all the efforts that have been made to prove it, Wesson’s thesis that the fly agaric was the renowned soma of the Aryans is still unproved, as is the question of whether the fly agaric was the tree of knowledge. The suggestion that the fly agaric was in fact a secret means for Buddhist monks to induce states of enlightenment remains speculation as well. Moreover, it is uncertain when the mushroom was first used for shamanic purposes. However, it has been possible to confirm that it had a shamanic significance in the Germanic regions. And it is possible that the fly agaric found ritual use among the prehistoric Beaker people, who used Stonehenge as a ritual site. Although the shamanic use of the fly agaric in Siberia was discovered only in the eighteenth century, it has been suggested that its use is rooted in the Stone Age and that it was used throughout Europe.When the Paleoindians migrated into North America, they brought the fly agaric cult with them and continued it in the Americas. However, because of the availability of psilocybin mushrooms (Psilocybe spp.), which are more easily tolerated and produce more intense visions, the cult was largely forgotten. Traces of the fly agaric cult have been found in Mesoamerica, and it still exists (at least in part) in North America. The Siberian use of the fly agaric bears many similarities to the North American fly agaric cult of the Ojibwa Indians.In his book The Sacred Mushroom and the Cross (1970), John Allegro, a former Jesuit who apparently had access to certain ancient writings that are preserved in the Vatican but unavailable to the public, advanced the theory that Jesus was actually a fly agaric mushroom and that the socalled original Christianity was a secret fly agaric cult. The fly agaric was the flesh of Christ that was consumed at the evening meal—a nocturnal cult circle—together with the blood of Christ, red wine (cf. Vitis vinifera). If Allegro is correct, then the original Christianity would have been a direct continuation of the cult of Dionysos, in which the adherents apparently consumed a wine that contained mushrooms.Robert Graves has argued that ambrosia, which the centaurs used to honor Dionysos in the autumn, was in fact fly agaric. He has also suggested that the maenads did not merely consume beer or wine (cf. Vitis vinifera) to which ivy had been added (cf. Hedera helix), but that they also were inebriated from fly agarics.Wohlberg views the Thracian Dionysos Sabazios as the analog of the Indian soma and the Persian haorna (cf. Peganum harmala) and has propounded the theory that the Thracian god is identical to the fly agaric mushroom.Carl Ruck has suggested that the secret offering of the Hyperboreans to the Delian Apollo was a fly agaric mushroom and was thus the last reminder of the Indo-Germanic soma. He views the leopard, the sacred animal of Dionysos, as a symbol for the fly agaric, which was consumed ritually and used for entheogenic purposes, because the marks on the leopard’s coat resemble those on a dried fly agaric cap. In general, Ruck regards the fly agaric as the original entheogen of the Greek culture, which over the course of time was replaced by a variety of (placebo) agents (olives, Viola odorata L., Consolida ajacis L. Schur. [syn. Delphinium ajacis L; cf. Delphinium consolida], Apium graveolens L., Aconitum napellus, Crocus sativus, Conium maculatum) and ultimately forgotten. The pine (Pinuspinea L.) and spruce (Pinus pinaster L., Pinus nigm Arnold, Pinus spp.) were sacred to Dionysos because they are the trees with which the fly agaric lives in a symbiotic relationship. The Golden Fleece and the golden apples of the Hesperides have also been interpreted as fly agarics. Vestiges of this ancient or archaic fly agaric cult may have been preserved among the Basques and in Catalonia.It is possible that the fly agaric was known in Egypt by the name ravens bread. Because some legends say that Saint Anthony (cf. Claviceps purpurea) nourished himself in the wilderness on bread that had been brought to him by ravens or similar birds, it has been suggested that fly agarics produced the visions that tempted Saint Anthony. It has also been proposed that the fly agaric was the “elixir” of the alchemists of the late ancient and subsequent periods; it has even been interpreted as the Grail.Pliny was apparently aware of the fly agaric. But like so many after him, he erroneously thought it to be a deadly poison:With certain mushrooms, the toxicity can be easily seen in the pale red color; the disgusting appearance, the bluish coloration of the inside, the furrowed lammellae, and the pallid border that surrounds it. These features are not found on some; dry, and similar to the truffle [cf. Lycoperdon], these bear more or less whitish drops from their skin on the cap.The name fungus muscarius appeared in 1256 in the work De Vegetabilibus, written by the monk Albertus Magnus. One of the oldest sources to mention the fly agaric by name is the Krauterbuch [Herbal] of the physician Johannes Hartlieb, published in 1440:There is also the sort of fungus that is impure, broad and thick and red with white spots on the top, when mixed with milk, it will kill the flies that are around, this is why it is known as the fly fungi, muscinery in Latin, (folio 16)After Hartlieb, the fly agaric received only sporadic mention or description in later herbals, including those of Gerard (1633) and Lonicerus (1679). Those that did remark on the fly agaric noted its use as a fly poison, but they made no mention of its psychoactive effects! These psychoactive effects were first described in modern times by travelers to Siberia. Around 1880, during a period of widespread wine shortages, an Italian physician suggested that the populace turn to fly agaric as an inebriant.In some areas, fly agarics are eaten for food. In the region around Hamburg, which is very rich in fly agarics, mushrooms with their red skin removed were made into soups. In some Alpine valleys, fresh fly agarics are still sliced and made into an appetizer with vinegar, oil, salt, and pepper (cf. Piper spp.). In Russia, fresh fly agarics are added to vodka (cf. alcohol) to improve its effects.

History
History

It is likely that the fly agaric was originally a ritual medicine. In Siberia, it was ingested to treat psychophysiological states of exhaustion. For snakebites, a fly agaric tea (a cold-water extract made from dried fruiting bodies) was massaged into the affected area of the body (usually the legs). This was said to neutralize the toxins.

In the nineteenth century, the fly agaric was used as a home remedy and was also prescribed by physicians as a medicine. It was used internally, for example, to treat epilepsy and fever and externally to treat ulcerated fistulae:
It is officinal under the name fungus tnuscarius. Only the lower portion of the stalk is chosen....The flyagaric,in powderform (for which it must be dried as quickly as possible without destroying it), is administered internally (with care) in small doses (10 to 30 grains) against falling sickness, et cetera, and is sprinkled externally onto malignant tumors, gangrene, et cetera. Meinhard gives a tincture to treat favus and other persistent eruptions.

In homeopathy, the preparation Agaricus muscarius is an “agent to treat complaints of the entire nervous system”. Depending upon the symptom picture, it is used in homeopathic dilutions (D4, D6, D30, D200) for problems associated with menopause, overexcita- bility, and bladder and intestinal cramps.
One physician who frequently utilizes the mother tincture in his practice reported:
One portion (15-20%) of the patients I have treated with Agaricus muscarius had altered dreams during or after their therapy. Especially: dreams of flying with positive contents, dreams reminiscent of Alice in Wonderland, and other pleasant dream experiences. In no case did nightmares occur, although one must consi- der that the majority of dosages used in therapy are small. Even with higher dosages, on the following day the patients were normally found to be well and to exhibit a strong eagerness to work, without negative side effects or symptoms of a hangover. . . . Following the prescription of fly agaric, almost all of the patients exhibited increased motivation, improved mood, and improved mental and physical wellbeing. Here again it is the dosage that determines that something is not a poison!

Medicinal Use
Medicinal Use

Siberian shamans eat dried fly agarics in order to enter a clairvoyant trance state and mobilize their shamanic powers of healing. According to Koryak tradition, the fly agaric grew from the saliva of the highest god; for this reason, it is regarded as a sacred plant. The sha mans ingest the mushroom especially when they wish to communicate with the souls of the ancestors or to contact spirits, when a newborn is to be given a name, to find a way out of threatening situations, to see into the future and peer into the past, and to be able to journey or fly to other worlds. Among the Khanty (Siberian Ostyak), shamans in training are tested with high dosages of fly agaric to see whether they can master the mushrooms and are fit for their future office. In Siberia, fly agaric mushrooms are consumed fresh, cooked, and dried.


There are remnants of a ritual consumption of fly agaric in the Hindu Kush, where the mushroom is known as tshashm baskon, “eye opener”. The mushroom is still used for shamanic and divinatory purposes on the Kamchatka peninsula.


In Germanic mythology, several stories associate Wotan (also known as Wodan or Odin), the shamanic god of ecstasy and knowledge, with the fly agaric. According to legend, the fly agaric would appear after the Wild Chase, when Wotan rode through the clouds on his horse at the winter solstice with his followers. The following autumn - exactly nine months later - fly agarics would sprout from the impregnated earth in those very spots where the foam from the mouth of Wotan’s horse fell onto the ground. In the common parlance, the fly agaric is known by the name raven’s bread. Ravens not only are ancient shamanic and power animals but also are the messengers of Wotan, who is also known as the raven god. In pagan times, it is entirely possible that the fly agaric also found use in ecstatic rituals (cf. mead). It has been suggested that the berserkers (“bear skinners”), warriors who were sacred to Wotan, may have used fly agaric mushrooms in the rituals of their secret society.

 

In Styria (Austria), a tradition has been passed down that illustrates the mushroom’s relationship to the fertilitybringing wild storm god Donar, the son of Wotan. Fly agarics are sought out at the beginning of the “mushroom season” (which of course takes place on a Donnerstag (= Thursday), after the first donner (= thunder). The seeker will hold the mushroom first out toward the forest, then against him- or herself, and address it: “If you do not show me the good mushrooms, then I will cast you onto the ground, so that you will decay into dust and ashes!” (Handworterbuch des Deutschen Aberglaubens [Hand Dictionary of German Superstitions].

 

In contemporary neopagan circles, the fly agaric is now used as a psychoactive sacrament:
Another pagan custom that has come down to us is that of drinking on Samhein [November 1] a special tea brewed from the peeled-off skin of a fly agaric that was picked during the full moon. This is probably based on traditions of Siberian and Norwegian shamans, in which the fly agaric was repeatedly referred to as a psychoactive working plant.


One family described a traditional ritual that they still conduct on this ancient Celtic holiday (cf. Atropa belladonna):
For this—and only on this night—we prepare a fly agaric tea according to the following recipe from my grandmother: On the full moon preceding Samhain, the heads of the family go into the forest and search for a few fly agarics, with whom they establish contact. The healthy mushrooms (those that have not been infested by worms or eaten by snails!) are cut off at the stipe and placed in a wicker basket; at the place where we harvested the mushrooms, we usually leave some tobacco [Nicotiana tabacum] and an apple as an offering. After this, the red skin of the cap is pulled off and quickly dried; the dried skin is kept in a red linen cloth in a dark and cool place until Samhain. During that night a cold [water] extract is made that all of the members of the family drink before they go to bed. The next morning, the resulting dreams are described and interpreted in the family circle.

 

Ritual Use
Ritual Use
Fruiting body (fungus muscarius)
Psychoactve Material
Psychoactive Material

Fresh fly agaric mushrooms contain choline, acetylcholine, muscarine, muscaridine, muscazone (empirical formula C5H6O2N2), large amounts of ibotenic acid (= pramuscimol, “pilzatropin”), very little muscimol, and the rare trace elements selenium and vanadium. As a result of the decarboxylation of ibotenic acid, dried fly agarics contain high amounts of muscimol, which is responsible for the psychoactive effects. The pigment is a derivative of ibotenic acid. The amount of muscarine is 0.0003% at most . The amount of ibotenic acid in fresh specimens from Germany and Switzerland averaged 0.03% but can run as high as 0.1%. Traces of bufotenine  and the tropane alkaloid L-hyoscyamine have also been reported.

Muscimol is regarded as the actual psychoactive constituent, although this view is not without controversy. Nevertheless, muscimol can be detected in the urine of people who have ingested fly agarics. Several experiments have demonstrated that the urine from a person who has consumed fly agaric will produce psychoactive effects in other people. Theodore Schurr, an anthropologist and molecular biologist, has summarized our current pharmacological understanding of Siberian fly agaric shamanism:
Once ingested, the psychoactive alkaloids and substances acted as agonists of normal brain neurotransmitter function, disrupting the coordinate action between the catecholaminergic and serotoninergic systems and producing hallucinogenic effects similar to those generated by LSD and harmine.

Constituents
Constituents

The fruiting bodies can be used both fresh and dried. When the fresh mushrooms are to be used for culinary purposes, they must be soaked in cold water for al least one hour before ihey are prepared (this dissolves the active substances). The soaking water can be drunk to produce psychoactive effects. Fresh mushrooms are well suited for use with alcohol. One to three specimens can be added to a bottle of vodka (or any other type of alcohol) and placed in a warm location or, preferably, on a windowsill in the sun. After one week, the fly agaric schnapps will be ready for use. Often, one glass is sufficient to produce psychoactive effects. Fresh mushrooms can also be sauteed in butter and eaten (they are delicious).To dry the mushrooms, place them in the sun or on a rack in an oven set at lowheat (30°to40° Celsius). The dried results can be smoked (either alone or in smoking blends), crumbled into a drink (e.g., beer or wine), or simply eaten as they are. Synergistic effects, typically with aphrodisiac sensations, can be produced by smoking mixtures that include, e.g., henbane (Hyoscyamus niger), thorn apple (Datura stramonium), and hemp (Cannabis indica). Fly agaric prevents the mucous membranes from drying out, a side effect that can occur with both nightshade plants and hemp.In Siberia, dried fly agaric mushrooms are mixed for consumption or use with freshly pressed bog bilberries (Vaccinium uliginosum) or rose bay willow herb (Epilobium angustifolium L.). The mixture is either used as is or diluted with water, fermented, and made into a kind of fly agaric beer. The urine from people inebriated by fly agarics also can be drunk.It is also possible to drink rainwater that has collected in fly agaric caps when they are in the goblet stage (in which the caps are turned upward). This is essentially a cold-water extract, and it has distinct psychoactive effects. This naturally occurring extract has been called “dwarves’ wine”.It has been suggested that fly agarics were an ingredient in witches’ ointments.The literature provides varying information about dosages, ranging from one mushroom to more than ten:The lethal dose lies above 100 grams of fresh mushrooms. In some locations, however, the quantity of toxins can be very low and the fly agaric may be eaten without side effects. Fly agaric intoxications make up 1—2% of all cases of mushroom poisoning.Fly agarics are usually not as effective fresh as when dried. The fresh material can produce mild sensations of nausea. The effective dosage of fly agaric is individually extremely variable, and probably more so than with any other entheogen. Approach with care!

Preparation and Dosage
Preparation and Dosage

Most people in the German- and English-speaking countries—regardless of their level of education— believe that fly agaric mushrooms are deadly poisonous and should be avoided at all costs. Paracelsus’s rule, which says that the dosage is the factor that determines whether something is a poison or a medicine, has apparently not become widely known. If the fly agaric was evaluated according to this criterion, then people would have to leave their cherished black-and-white thinking behind—for many, a very painful or difficult task.

 

In recent years, many reports and descriptions of the effects of fly agaric have appeared. In general, the symptoms of fly agaric inebriation include a strong parasympatholytic stimulation, wavelike shifts between sleepiness and wakefulness, illusions, hallucinations, and delirium. The effects are often described as unpleasant, and inexperienced users may easily interpret them as signs of a “toxic ecstasy”. In the older literature, fly agaric is portrayed as a deadly poison, and people were urgently warned against its use. This notwithstanding, the toxicological literature does not contain a single case of lethal fly agaric poisoning: “there is no evidence of fatalities”.

 

The more recent literature also notes: “If the mushroom is consumed with the expectation of hallucinogenic effects, then it tends to produce a pleasant outcome”. Once again we see that the expectations a person brings into the experience (the set) exert a powerful influence upon the experience of an altered state. If the fly agaric is believed to be poisonous, horrible apparitions may arise; if it is regarded as a pleasurable inebriant, enjoyable visions and feelings will result.

 

Some people report temporary sensations of nausea after ingesting fly agaric mushrooms, after which most are overwhelmed by sleep. The visionary effects, which are often characterized by synaesthesia, begin after they awaken and can last for several hours. Reports of visions of giants in the world of dwarfs are remarkably common. The effects are more subtle when fly agarics are smoked and are manifested primarily as a heightened perception and increased sensitivity in the musculature. Regardless of the manner in which the mushrooms are consumed, auditory perception is heightened, refined, or altered.
 

Effects
Effects

Source: Christian Rätsch: The Encyclopedia of Psychoactive Plants

Sources
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