Last update: 04 Jul 1995
HTML: 30 Sept 1996
By | nipo@brahman.nullnet.fi | (Most of the writing) |
& | gnosis@brahman.nullnet.fi | (Layout, additions) |
& | jfarrell@nym.lycaeum.org | (HTML for the Lycaeum) |
Thanks to | baabo@brahman.nullnet.fi | (For shroom descriptions) |
& | Tatu | (For shroom descriptions) |
& | ppennane@cc.helsinki.fi | (For the Tryptamine FAQ) |
& | dr303@cleveland.freenet.edu | (For alkaloid content figures) |
& | lamont@hyperreal.com | (For neuropharmacology) |
& | All the other net-people who added or corrected info | |
& | Especially our fellow innerspace astronauts |
Schizophrenic alternation between "I" and "we" is due to the file being written by two people, not permanent brain damage from mushrooms. =)
This file is purposely not in the usual question-answer, clearly-divided subsections, everything-referenced, no-cute-ASCII-pics format usually used for FAQs. Instead, it's more relaxed and loose, which in our opinion makes for a much better read. Enjoy!
Spanish priest Bernardino de Sahagun (ca. 1500 AD) on the use of hallucinogenic mushrooms by the Aztecs:
The first thing to be eaten at the feast were small black mushrooms that they called nanacatl and bring on drunkenness, hallucinations and even lechery; they ate these before the dawn...with honey; and when they began to feel the effects, they began to dance, some sang and others wept.... When the drunkenness of the mushrooms had passed, they spoke with one another of the visions they had seen.On use of alcohol:
If a youth appeared intoxicated in public... he was punished by being beaten to death with stick or garrotte before all other youths assembled there...to serve as an example.Only old people were allowed to drink the alcoholic beverage pulque. Sahagun has an error in his writings, the mushrooms were not ingested with food:
It is an ancient custom for people to eat mushrooms and these they ate in a trice, as is said. They had had no food exept some cacao drunk the night before. They ate these mushrooms with honey.The Aztecs (1400-1521) took other hallucinogenic drugs such as tlapatl, mixitl grain and peyotl or peyote, use of which originated from the north of Mexico, where it had been in use since 300 B.C. "Mushroom stones" in which figures under the cap of a mushroom are depicted have been found even from an earlier era (1000-500 B.C.) The purpose of these sculptures is not certain, but these stones may have been religious objects.
The Codex Vienna Mixtec manuscript (ca. 13th-15th century) depicts the ritual use of the teonanácatl by the Mixtec gods. The god known as 7 Flower (his name presented in the pictoral language as seven circles and a flower) was the Mixtec god for hallucinatory plants, especially the divine mushroom, and is depicted with a pair of mushrooms in his hand.
The Aztec also had their god for the entheogens, Xochipilli, Prince of Flowers. He was the divine patron of "the flowery dream" as the Aztecs called the ritual hallucinatory trance.
Mushrooms ingested by the indians were supposedly Psilocybe mexicana or caerulescens and Panaolus sphinctrinus. Stropharia cubensis, which is currently quite popular as it is easy to locate and cultivate, was not introduced to America until the arrival of the Europeans and their cattle. Today indians regard Stropharia cubensis inferior to Ps. mexicana for it grows in dung.
In the beginning of twentieth century interest in psychoactive mushrooms
stirred. The teonanácatl was first identified as Lophophora
williamsii
or peyote, and it was
thought that Sahagun had mistaken the
cactus for
mushrooms. Finally ethnobotanist Richard Evan
Schultes and physician
Plasius Paul Reko traveled for the mushrooms to Oaxaca, and collected
specimens of Panaeolus sphinctrinus. They found out that mushroom
ceremonies -- veladas>
Transfer interrupted!
area.
A decade after World War II, after long search the mycophile family of R. Gordon Wasson came to little Village of Huatla de Jimenez, and Wasson and his friend Allan Richardson attended a velada held by curandera Maria Sabina.
Information about the mushrooms soon spread. Psilocybin and psilocin
were found
and their analogues were
synthesized. Experimentation with the
mushrooms and the synthesized substances began and magic mushrooms were
soon part of the 60's 'psychedelic' movement, i.e. every second middle class
kid was opening the
doors of perception and [ab]using
hallucinogenic drugs.
The best known hallucinogens in Psilocybe mushrooms are the chemicals
psilocybin and psilocin, which are discussed at length in the next part.
There remains a minor controversy about the spelling of their names.
Psilocybin and psilocin are both alkaloids (nitrogen-containing substances
found in nature), and an effort in the 70's aimed to convert all alkaloid
names so that they end in -ine, like cocaine, caffeine, morphine, etc.
The names should thus be "psilocybine" and "psilocine"; yet "psilocybine"
is used very rarely even in modern authoritative works, and I have seen
"psilocine" in print exactly once. If anybody has some idea about the
current situation and the Korrekt(tm) spelling, please inform me.
.oOo. Etymology .oOo.
_ _ _
/ et'e-mol'e-je / 1. the origin and history of words
The name of the genus "Psilocybe" comes from the Greek words psilos
(bare) and kube (head), warped into New Latin to form "psilocybe".
Literally translated, this means "bald head", which I suppose comes from
their appearance. A rather inaccurate comparison if you ask me, most
bald people don't have big pointy nipples on top of cone-shaped heads,
even if they're from Remulok, but I digress...
.oOo. Chemistry .oOo.
The primary active ingredients of Psilocybe mushrooms are (surprise!)
psilocybin and psilocin, and to a lesser extent baeocystin and norbaeocystin.
The ratio of psilocybin to psilocin varies from species to species. The
primary difference is that psilocin is unstable and it breaks down when
the mushroom is dried, while psilocybin lasts much longer (a 115-year
old mushroom sample was found to contain some). The two are equally
psychoactive, since one molecule of psilocybin breaks down into one
molecule of psilocin. But in terms of weight, we find that:
molecular weight of psilocybin molecular weight of psilocin | = | 284.3 204.3 | = 1.391 |
So by weight psilocin is around 1.4 times more potent. The formula for calculating total potency, ignoring [nor]baeocystin, is thus:
(psilocybin) + (1.4 * psilocin) = total potency in 'psilocybin units'
Now, here's the structural diagram for psilocybin:
In the body, the phosphorus part is chopped off ("dephosphorylated") by the enzyme alkaline phosphatase, turning it into our other friend:
Psilocybin and psilocin are part of the tryptamine family (indole (C8H7N) & ethylamine side chain). They bear close resemblance to the neurotransmitter serotonin. How these substances work is, I have come to believe, still quite obscure. Primary effect seems to be the inhibition of neurotransmitter serotonin (5-hydroxytryptamine aka 5-HT), i.e. a 5-HT2A post-synaptic agonist that mimics the effects to 5-HT to put it in jargon. This is the working hypothesis for LSD-25 at the moment and it's probably true for psilocybin as well. These substances also present some cross-tolerance.
As a good psychedelic should, psilocybin, psilocin and psilocybian mushrooms have low toxicity -- in tests with mice, doses up to 200 mg of psilocybin/kg of body (in average human terms (65 kg) 13 grams) have been injected intravenously without lethal effects. The ED50 : LD50 ratio is 641 according to the NIOSH Registry of Toxic Effects; compare this with 9637 for vitamin A, 4816 for LSD, 199 for aspirin and 21 for nicotine. Poisoning, at least physically, is thus not a problem.
Then we have the two other significant indole alkaloids:
Unlike psilocybin, baeocystin is somewhat unstable, and decays noticeably with age. And then we have baeocystin's close chemical cousin:
In other words, baeocystin and norbaeocystin are just psilocybin with one methyl and two methyls respectively lopped off. And unfortunately for all you synthesis experts, while baeocystin and norbaeocystin do not have DEA control numbers they do both come under the Controlled Substance Analogue Act.
When dephosphorylated, they turn into 4-hydroxy-N-methyltryptamine and 4-hydroxytryptamine. All 4 substances are presumed hallucinogenic, but less so than psilocin or psilocybin. Very little work seems to have been done on them (Chemical Abstracts averages a cite a year, with most of them of the variety "baeocystin found in Psilocybe totallyobscuralis"). There has been some speculation on the 'net about them, and a possible correlation between nausea and the amount of baeocystin has been found. We hope to be able to investigate the question further for the next version.
These are just the four "biggies". A whole truckload of other indoles are known to exist in Psilocybe mushrooms. Here's a sample of what was found in a batch of Psilocybe baeocystis, excluding the ones mentioned above:
Indole derivative | Amount (microg.) |
---|---|
5-Benzyloxy-3-indole acetic acid | 2 |
N,N-Dimethyltryptamine hydrogen-oxalate [aka DMT] | 4 |
Gramine | 40 |
3-Hydroxyethyl indole | 2 |
5-Hydroxy-3-indole acetic acid | 2 |
5-Hydroxyindole | 4 |
3-Hydroxymethylindole | 2 |
5-Hydroxytryptamine creatine sulfate [aka Serotonin] | 4 |
5-Hydroxytryptophane | 2 |
Indole | 4 |
3-Indoleacetamide | 2 |
3-Indole acetic acid | 2 |
3-Indoleacetic acid ethyl ester | 2 |
3-Indoleacetonitrile | 2 |
3-Indolealdehyde | 40 |
3-Indoleacetaldehyde | 2 |
3-Indolecarboxylic acid | 4 |
3-Indolelactic acid | 2 |
gamma-(Indole)-N-butyric acid | 4 |
beta-Indole-3-acrylic acid | 2 |
beta-(Indole-3)-propionic acid | 4 |
Indoxylacetate | 2 |
Indoxylbutyrate | 2 |
Isatin | 2 |
5-Methoxy-2-carboxyindole | 2 |
5-Methoxydimethyltryptamine monooxalate [aka Bufotenine] | 4 |
5-Methoxyindole | 4 |
2-Methylindole | 2 |
3-Methylindole | 4 |
5-Methylindole | 4 |
5-Methyltryptophane | 2 |
N-Methyltryptophane | 2 |
Tryptamine hydrochloride | 4 |
L-Tryptophane | 0.8 |
Yes, Psilocybe mushrooms contain DMT, but in microscopic amounts. DMT is not orally active anyway, so it doesn't do anything.
The effects of psilocybin can be potentiated (made stronger) by taking
them with a monoamine oxidase inhibitor (MAOI). The potency
is roughly
doubled, according to most reports.
The best
known MAOIs are harmine and
harmaline from the plant Peganum harmala (Syrian rue). Combining MAOIs
and
tryptamines is an unsafe activity; not only are there are number of
substances you must avoid during use to prevent a serious hypertensive
crisis, but the long-term health effects are unknown. If you wish to know
more, consult the Tryptamine
FAQ.
Personally, I doubt it's worth the
risk, if you pick or grow shrooms it's easy to get enough shrooms
for a double dose.
.oOo. Psychology .oOo.
"Nature's Perfect Entheogen(TM)"
Psilocybin is juuust fine. I've tried several psychoactive drugs,
including hash, LSD-25 and
psilocybin. Hash usually doesn't do much -
sends me into a half sleep with silly thoughts and spacey soundscape
added to music... LSD doesn't do it to me either. It's probably OK if you
are after low dose recreation -- partying and such... High doses -- too
blunt, like a mental power tool. It cracks up open your head; Starring
You and Your Brain for 12 hours. Every perception magnified thousandfold
-- it's ... it's a bit too intense. !INTENSE! is the keyword.
It doesn't accept any apologies or mistakes ... too harsh. I often felt
like I had been immersed in some chemical, into a substance so pure and
efficient it has no place in nature. Too pure. 12 hours of LSD-25
acid-bath makes you really tired... physically and mentally. But
psilocybin, mm-mm, it's juuuuust fiiiine.
Voyage to the spiritworld ... visions and travels, awesome mental hallucinations. It's a direct ISDN-link to the mother earth, forgiving, gentle substance. You hear the chanting of the planet and the spirit of the mushroom. It's a product of the nature, untied to the actions of men and women roaming this planet. Your body disconnected from the circuit, you may often forget it exists. Six hours -- not too short, not too long. Perfect.
It should be noted that like all 'major' hallucinogens, psilocybin can precipitate psychotic episodes and uncover or aggravate previous mental illness. If you're stressed out or depressed, don't take mushrooms; if you have schizophrenia or something, DO NOT take mushrooms.
ACID IS NOT FOR EVERY BRAIN .... ONLY THE HEALTHY, HAPPY, WHOLESOME, HANDSOME, HOPEFUL, HUMOROUS, HIGH-VELOCITY SHOULD SEEK THESE EXPERIENCES. THIS ELITISM IS TOTALLY SELF- DETERMINED. UNLESS YOU ARE SELF-CONFIDENT, SELF-DIRECTED, SELF-SELECTED, PLEASE ABSTAIN.I think this applies to mushrooms as well. Mushrooms and acid will open your doors of perception, and once open you can never truly close them again. They are more than a purely recreational drug.
Location | 1 | 2 | 3 | 4 | 5 | Notes |
---|---|---|---|---|---|---|
Austria | Y | ? | Y | Y | Y | Mushrooms are considered decorative plants and unless attempts to extract psilocybin are made they should remain legal. |
Canada | Y | N | Y | Y | Y | If Bill C-7 passes possession of fresh mushrooms and cultures will become illegal. |
Great Britain | Y | Y | Y | Y | N | A legislative quirk allows the possession of 'naturally dried' (sun-dried) shrooms. |
The Netherlands | Y | N | Y | Y | Y | Even the sale of fresh mushrooms is legal. See "Growing Mushrooms" for addresses. |
U.S.A. (California) | N | N | N | N | N | Spores and cultures are explicitly forbidden by CA Health & Safety Code Section 11391. |
U.S.A. (Florida) | Y | N | Y | Y | N | Possession of fresh mushrooms if picked 'accidentally' (low quantities) is allowed. |
U.S.A. (Oregon) | N | N | Y | Y | N | Even allowing mushrooms to grow on your property is (theoretically) illegal. |
U.S.A. (Federal) | N | N | Y | Y | N | |
International | Y | N | Y | Y | N | This is the United Nations standard and most nations follow it.
|
Mushroom hunting is another issue. On public property, hunting itself is not illegal, but you're not likely to run into cows in national parks either. =) Some countries like Finland have the legal concept of "everyman's right" which allows, among other things, picking mushrooms on private property, except on fields which once again makes things tricky. But unless you live in a notorious shroom zone -- some areas of Florida and South Wales come to mind -- the odds of getting hassled by farmers, much less getting caught by the police, are practically zero.
If you are caught by the cops, expect to be charged with trespassing and possession of controlled substances. Unless large quantities are involved, you will probably get by with probation and/or a fine. If caught in Florida, you can cite the state laws and have the possession charge reduced or dropped entirely.
The Entheogen Law Reporter has a publication addressing the legal aspects of
Psilocybe mushrooms available by mail for $5.00.
Psilocybe mushrooms are:
.oOo. Botany .oOo.
.-'~~~-.
.'o oOOOo`. "I am ... a mushroom
:~~~-.oOo o`. On whom the dew of heaven drops now and then."
`. \ ~-. oOOo. - John Ford
`.; / ~. OO:
.' ;-- `.o.'
,' ; ~~--'~
; ; [ASCII stolen from Mescalito Ted]
_\\;_\\//_
Commonly used species:
Uncommonly used species [mostly stolen from the Tryptamine
FAQ]:
(*) | Contains only psilocin. |
(%) | Contains only psilocybin. |
(?) | Contains unidentified tryptamines (probably psilocin/psilocybin). |
(@) | Contains unidentified hallucinogens (possibly psilocin/psilocybin). The Boletus genus is very large and very few of them are hallucinogenic; some are known to be poisonous. |
Inclusion on this list does not mean the psilocin/psilocybin content is sufficient for psychotropic activity in practical amounts, for example one would need to eat around a thousand Pluteus atricapillus to get off.
The following hallucinogenic species contain not psilocin/psilocybin but atropine, bufotenine, muscimol and similar nasties:
(*) | The famed "Fly Agaric" red toadstool with white warts. |
Amanita species cause 95% of all deaths from mushroom poisoning. The
ones above are (reasonably) safe, the danger lies in correct identification.
Death by Amanita poisoning is reportedly an excruciating way to die,
since
they nuke your liver and the body's own wastes then kill you. Worse yet,
the effects only start 3 days after ingestion, and by then it's too late.
I would seriously recommend against toying with these; most reports say
they're not even fun. If you insist, consult other sources for more
information.
"Expert shroomers really know their shit."
A printout of this part of the text should provide an adequate
check-list for mushrooms in the field, but a good mushroom book with
color pictures of the mushrooms, preferably at all 4 stages of growth,
is invaluable. The set of GIFs at hemp.uwec.edu
may be used as a
crude substitute, but a book is easier to carry around... =)
For exhaustingly exhaustive and thoroughly technical descriptions of
most Psilocybes, the reader is referred to Singer & Smith:
Mycologia 58,
263-303 and Høiland: Norw. J. Botany 25(2), 111-122. These two,
along
with a dozen lesser references, were
primary sources in compiling this.
To check the spore color, take two caps, place one on a sheet of white
and one on a black paper, or on a glass plate if you plan to use
microscope. Place in a draftless place and wait for 6 to 24 hours. The
dust-like stuff on the sheet is the spores. Compare the two papers.
For size, you'll need a good microscope... =)
The standard identifying mark of most Psilocybes is that they stain
blue when touched or cut; unless specifically noted otherwise, assume
all mushrooms listed here do. Mind you, this blueing alone is not
sufficient for identification as a non-poisonous and hallucinogenic mushroom!
It is strongly recommended that for the first few hunts you go out
with a friend who has hunted before and knows what they look like. While
there are no poisonous mushrooms that look like the common
Psilocybes,
there are a whole bunch that certainly will not get you off, and while not
lethal they might well be quite unpleasant. So be careful!
.oOo. Mushroom Guide .oOo.
.oO Warning Oo.
.oO Dosage Note Oo.
The medium adult oral dose, according to Hofmann, is 4-8
mg of
psilocybin. Thus, you can estimate doses from the mg/g psilocybin figures
found in technical literature. Data for "% dry weight" is the same as
centigrams per gram, so just multiply by 10 to get the mg/g figure.
Whenever possible, dosages in both shrooms and grams of fresh material have been given. As a rule of thumb, for dried shrooms multiply the dosage in SHROOMS by two. There is no reliable way of converting weight in grams from fresh to dry, mushrooms contain approximately 90% water (i.e. 10 grams wet = 1 gram dry) but the figure varies from species to species.
The amount of psilocybin varies very considerably from mushroom to mushroom, depending on factors like age, growing conditions, etc. The variation is up to 4x for mushrooms grown in controlled laboratory conditions, and as much as 10x for ones that are not! With a new batch, always start out low.
When reading the data, remember that psilocybin is almost equal in strength to psilocin. On the other hand, baeocystin does not appear to very hallucinogenic, but it is rumored to account for some of the side effects.
Quick Vocabulary | |
---|---|
adnate | Gills that are fully attached to the stem |
adnexed | Gills that are partly attached to the stem |
apex | Top part of stem (i.e. where it's attached to the cap) |
concave | Cap that curves 'inward' (like the inside of a sphere) |
convex | Cap that curves 'outward' (like the outside of a sphere) |
evanescent | Quickly disappearing veil |
fibrillose | Stem that seems to be made of fibers packed together |
fissure | Crack or cleft in cap or gills |
HD | High dose |
hygrophilous | Absorbs water easily |
hygrophanous | Becomes translucent when wet |
LD | Low dose |
MD | Medium dose |
mg/g | Milligrams of substance per gram of *dried* mushroom |
N/A | Not applicable or not available |
seceding | Gills that are detaching/detached from the stem |
umbonate | Cap that is shaped like a knob |
viscid | Cap covered with sticky coating |
And remember, if you think learning these is too hard, try reading Singer & Smith: "Stipe tubular, more rarely subequal, discolors to reddish cinerous, strongly sulcate at apex, glabrous to fibrillose..."
Conocybe cyanopoda |
---|
See Conocybe cyanopus |
Conocybe
cyanopus (aka Conocybe cyanopoda, Galerula cyanopus) | ||
---|---|---|
A small and uncommon but relatively strong mushroom, often found on lawns. Found in the northern parts of the U.S., Canada and northern Europe. | ||
CAP | diameter | 0.7-2.5 centimeters |
color | rusty/dark brown to black | |
appearance | convex, nearly hemispherical, slightly expanding, slightly wrinkled at edges | |
STEM | diameter | 1-1.5 millimeters |
length | 2-4 centimeters | |
color | white or slightly grayish | |
appearance | silky, striated | |
GILLS | form | not crowded |
color | dull rust brown, white edges | |
SPORES | color | dull rust brown |
size | 6.5-7.5 x 4.5-5 x 4.5-5 micrometers | |
shape | ellipsoid, distinct germ-pore | |
DOSAGE | fresh grams | N/A (LD), N/A (MD), N/A (HD) |
mg/g psilocybin | 9.30-4.50 | |
mg/g psilocin | 0.70-0.00 | |
mg/g baeocystin | 0.30-1.00 |
Conocybe
smithii (aka Galera cyanopes) | ||
---|---|---|
This tiny mushroom is scattered among mosses in swamps, boggy areas and ditches. Found in the northern parts of the U.S. and Canada. | ||
CAP | diameter | 0.3-1.3 centimeters |
color | ochra/cinnamon brown, darker at edges | |
appearance | sharply conical but expands with age, glistens when wet, hygrophanous | |
STEM | diameter | 0.75-1.00 millimeters |
length | 1-7 centimeters | |
color | pure white | |
appearance | fragile, slightly swollen at base | |
GILLS | form | crowded, broad |
color | ochra/cinnamon brown | |
SPORES | color | rust cinnamon brown |
size | 7-9 x 4-4.5 x 4-4.5 micrometers | |
shape | ellipsoid, small but distinct germ-pore | |
DOSAGE | fresh grams | N/A (LD), N/A (MD), N/A (HD) |
mg/g psilocybin | N/A | |
mg/g psilocin | N/A | |
mg/g baeocystin | 0.40-0.80 |
Galera cyanopes |
---|
See Conocybe smithii |
Galerula cyanopus |
---|
See Conocybe cyanopus |
Naematoloma caerulescens |
---|
See Stropharia cubensis |
Panaeolina
foenisecii (aka Panaeolus foenisecii, Psilocybe foenisecii, "Mower's mushroom") | ||
---|---|---|
A very popular mushroom on lawns, grasses and cattle fields of all kind. Unlike other Panaeolus species it does not grow on dung! Grows from midsummer to first signs of winter. This one's everywhere!!! | ||
CAP | diameter | 1-3 centimeters |
color | light brown to dark brown; dries to yellow-brown | |
appearance | broad, bluntly conical to bell-shaped, expanding to convex, broadly umbonate, or nearly plane; surface smooth or cracking into scales in dry weather; hygrophanous but not viscid; chestnut- brown to dark brown or cinnamon brown when moist fades as it dries to dingy buff or tan, often with darker marginal band when partially dry; flesh thin and fragile. | |
STEM | diameter | 2-3 millimeters |
length | 4-10 centimeters | |
color | paler than cap | |
appearance | constant diameter, sometimes with enlarged base, fragile, more or less smooth, white to dingy brownish, often becoming brown from the base upward. | |
GILLS | form | adnate to adnexed or seceding, fairly close |
color | brown to deep/grayish/chocolate brown, faces often mottled and edges paler or whitish | |
SPORES | color | violet brown |
size | 12-17 x 7-9 x 7-9 micrometers | |
shape | lemon shaped, large sprouter | |
DOSAGE | fresh grams | N/A (LD), N/A (MD), N/A (HD) |
mg/g psilocybin | 0.30 | |
mg/g psilocin | 0.00 | |
mg/g baeocystin | N/A | |
OTHER | Often found with other Panaeolus species.
"Mini-model" of Pa. subbalteatus Very low psilocybin content and some specimens have none at all. TASTES HORRIBLE! Tea recommended. |
Panaeolus
acuminatus (aka Panaeolus rickenii) | ||
---|---|---|
Grows in horse pastures and rarely on horse manure. From midsummer to the borders of winter. This fragile shroom is quite popular in Scandinavia and northern Europe. | ||
CAP | diameter | 1-2 centimeters |
color | dark brown/black when wet, dark grey when dry, light brown from the center | |
appearance | cone-shaped, hygrophilous | |
STEM | diameter | 1-3 millimeters |
length | 5-12 centimeters | |
color | greyish | |
appearance | N/A | |
GILLS | form | crowded together |
color | grey to black, white tips | |
SPORES | color | violet brown |
size | 12-16 x 8-11 x 8-11 micrometers | |
shape | lemon shaped | |
DOSAGE | mushrooms | 40 (LD), 100 (MD), 150 (HD) |
mg/g psilocybin | N/A | |
mg/g psilocin | N/A | |
mg/g baeocystin | N/A | |
OTHER | Makes a good strawberry milkshake! |
Panaeolus ater | ||
---|---|---|
Fruits in forest clearings and cow pastures from spring to fall. | ||
CAP | diameter | 1-2 centimeters |
color | dark brown when wet, pale yellow-brown when dry | |
appearance | bell-shaped, spreads until hemispherical, smooth, hygrophilous | |
STEM | diameter | 1-3 millimeters |
length | 3-7 centimeters | |
color | paler from tip, darker from bottom | |
appearance | N/A | |
GILLS | form | narrowly attached |
color | first dark grey then black | |
SPORES | color | N/A |
size | 9-14 x 6-7.5 x 6-7.5 micrometers | |
shape | lemon shaped | |
DOSAGE | fresh grams | N/A (LD), N/A (MD), N/A (HD) |
mg/g psilocybin | N/A | |
mg/g psilocin | N/A | |
mg/g baeocystin | N/A |
Panaeolus benanosis |
---|
See Panaeolus subbalteatus |
Panaeolus campanulatus | ||
---|---|---|
Grows in cattle pastures and especially on horse manure, from midsummer to fall. | ||
CAP | diameter | 2-4 centimeters |
color | brown/gray/olive gray when fresh, reddish-brown and paler olive/tan/buff when drier | |
appearance | bluntly conical or bell-shaped, expands very little with age; surface not viscid, often shiny when dry, smooth or finely wrinkled or often cracking to form scales (especially in sunlight); margin hung with small, white, toothlike veil remnants, at least when young; flesh thin and fragile | |
STEM | diameter | 1-3 millimeters |
length | 5-15 centimeters | |
color | grey or greyish brown | |
appearance | equal or thicker at apex, brittle or fragile, slightly powdered | |
GILLS | form | adnate or adnexed but often seceding, fairly close |
color | first grey, blacken with age; edges whitish | |
SPORES | color | black |
size | 13-18 x 7-12 x 7-12 micrometers | |
shape | elliptical and smooth | |
DOSAGE | mushrooms | N/A (LD), 40-50 (MD), N/A (HD) |
mg/g psilocybin | N/A | |
mg/g psilocin | N/A | |
mg/g baeocystin | N/A | |
OTHER | Psilocybin content evidently varies, some people have eaten over 100 of these with no effects. |
Panaeolus foenisecii |
---|
See Panaeolina foenisecii |
Panaeolus rickenii |
---|
See Panaeolus acuminatus |
Panaeolus sphinctrinus | ||
---|---|---|
Grows on manure of all kind, from summer to fall. | ||
CAP | diameter | 1-4 centimeters |
color | grey to greyish brown, paler when dry | |
appearance | bell-shaped, usually smooth but sometimes bumpy, not hygrophilous, white scales on the edge | |
STEM | diameter | 1-3 millimeters |
length | 5-12 centimeters | |
color | grey, paler from tip | |
appearance | erect, powdery | |
GILLS | form | adnate |
color | grey brown/black, white tips, veil remnants | |
SPORES | color | N/A |
size | 14-18 x 8-12 x 8-12 micrometers | |
shape | lemon shaped, with germ-pore | |
DOSAGE | mushrooms | N/A (LD), 200 (MD), N/A (HD) |
mg/g psilocybin | 1.90 | |
mg/g psilocin | N/A | |
mg/g baeocystin | N/A |
Panaeolus subbalteatus
(aka Panaeolus benanosis) Widespread, found in temperate zones including Canada, the
northern parts
of the U.S. and northern Europe. Grows on grasses, lawns, pastures,
roadsides; prefers fertilized or manured soil. Grows in the spring and
fall.
| CAP
| diameter
| 2-6 centimeters
| color
| variable; brown to reddish/cinnamon brown when
moist, fading as it dries to tan/buff/whitish,
margin often stays darker when dry
| appearance
| broad, convex or bluntly conical,
becoming broadly convex to broadly unbonate
to plane or with an uplifted margin;
surface smooth or wrinkled, in age sometimes
breaking into scales(fissured), not viscid;
flesh thin, brownish
| STEM
| diameter
| 3-5 millimeters
| length
| 5-10 centimeters
| color
| brown to reddish-brown, often dusted by spores
| appearance
| equal or tapered at either end, hollow but not
fragile; usually longitudinally striated
throughout.
| GILLS
| form
| adnate to adnexed or sececing, close, broad
| color
| pale watery brown or reddish brown, darkens
gradually to black; edges whitish, faces mottled
| SPORES
| color
| dark brown
| size
| 11-14 x 7-9 x 6-8 micrometers
| shape
| lens shaped, with germ pore
| DOSAGE
| fresh grams
| 30 (LD), 60 (MD), 100 (HD)
| mushrooms
| 5-10 (LD), 20-40 (MD), 60-90 (HD)
| mg/g psilocybin
| 1.50-6.00
| mg/g psilocin
| 0.00
| mg/g baeocystin
| 0.01-0.05
| OTHER
| Often forms tufts of 2-4 fruitbodies.
| There are several distinct subtypes of Pa. subbalteatus, this is the most common one. Pa. subbalteatus bears some resemblence to Panaeolina foenisecii. |
---|
Psathyra pelliculosa |
---|
See Psilocybe semilanceata |
Psilocybe aerugineomaculans |
---|
See Psilocybe subaeruginascens |
Psilocybe atrorufa |
---|
See Psilocybe montana |
Psilocybe aztecorum
(aka Psilocybe mexicana var. longispora) | ||
---|---|---|
Found only around Paso de Cortes and Puebla, Mexico, between 3300 and 3700 m elevation. Found in small clusters in open pine woods, fruits in September only. | ||
CAP | diameter | 1.5-2.5 centimeters |
color | milk white to yellowish | |
appearance | starts obtuse to subumbonate, expands to broadly conical; edge of cap may become cracked | |
STEM | diameter | 0.2-0.4 centimeters |
length | 3.0-6.0 centimeters | |
color | whitish, possibly with gray discolored portions | |
appearance | fibrous, veil remnants may be visible | |
GILLS | form | closely spaced, broad |
color | deep purple brown, pallid/whitish edges | |
SPORES | color | dark dull ochra brown |
size | 11-14 x 5-8 x 5-8 micrometers | |
shape | elongated ellipsoid, with germ pore | |
DOSAGE | mushrooms | 2-3 (LD), 4-10 (MD), 20-40 (HD) |
mg/g psilocybin | N/A | |
mg/g psilocin | N/A | |
mg/g baeocystin | N/A | |
OTHER | Ps. aztecorum resembles Ps. mexicana to some degree and was originally thought to be a variant. Dosage has been estimated on the assumption that they are equally potent; it is known to be a hallucinogen. |
Psilocybe baeocystis | ||
---|---|---|
Can be found growing on ground bark, wood chips, peat moss and sometimes on lawns. Common on campuses. This popular mushroom appears from fall through midsummer in large clumps. Prevalent throughout the Pacific Northwest. Fruits prolifically from fall through winter. | ||
CAP | diameter | 1.4-5.4 centimeters |
color | olive brown to buffy brown, greenish if touched | |
appearance | edge of cap undulates like a bottle cap or umbrella, a brown spot appears in the center of the cap after drying | |
STEM | diameter | 2.0-3.0 millimeters |
length | 5.0-7.0 centimeters | |
color | white except for yellowish apex | |
appearance | often characterized by twisting bends | |
GILLS | form | relatively closed spaced |
color | dark cinnamon or gray | |
SPORES | color | gray |
size | 10-13 x 6-7 x 6-7 micrometers | |
shape | cylindrical with tapered corners | |
DOSAGE | fresh grams | N/A (LD), N/A (MD), N/A (HD) |
mg/g psilocybin | 1.50-8.50 | |
mg/g ps |