Botanical Identity Of Soma–haoma

There has been much speculation as to the botanical identity of ''soma'' or ''haoma''. '' Soma'' is a plant described in Hindu sacred texts including the ''Rigveda'', while ''haoma'' is a plant described in the Avesta, a collection of Zoroastrian writings. Both names are derived from the Proto-Indo-Iranian ''*Sauma''. Proposed candidates include various species of plants and or fungi. Traditional etymology of Indian Soma is ''Somalata'' ('' Sarcostemma acidum''; 'moon plant') used traditionally by the Srauta Brahmins called Somayajis whereas the Avestan Haoma is an Ephedra (''Ephedra distachya''), which are totally unconnected species sourced from different areas. European researchers suggest other plants, such as the perennial ''Peganum harmala'', ''Nelumbo nucifera'' (also known as the "sacred lotus"), ''Cannabis sativa'', and the sugarcane species ''Tripidium bengalense'' (synonym ''Saccharum sara''); while fungal candidates include the fly-agaric mushroom '' Amanita muscaria'', the psilocybin-containing mushroom '' Psilocybe cubensis'', and the ergot fungus ''Claviceps purpurea''. Other scholarly proposals include mixtures of these candidates with each other (e.g. ''Peganum harmala'' and '' Phalaris aquatica'') and with other substances (e.g. fermented mare's milk or fermented honey).

Background

''Avesta''

Since the late 18th-century, when Abraham Hyacinthe Anquetil-Duperron and others made portions of the Zoroastrian Avesta available to Western scholarship, several scholars have sought a representative botanical equivalent of the ''haoma'' as described in the texts and as used in living Zoroastrian practice. Most of the proposed identifications have drawn primarily upon either linguistic evidence, comparative pharmacology, or reflected ritual use, but not all three: rarely have all three sources of evidence been considered in conjunction. Such unbalanced approaches to the problem of identity have resulted usually in the speedy rejection of these poorly-substantiated theories.

''Veda''s

The Rigveda calls the plant ''soma'', meaning the "Creator of the Gods" and gives ''soma'' precedence above Indra and the other Gods calling ''soma'' "a God for Gods".

Based on , ''Soma'' has been generally assumed to be entheogenic. (Note, there are numerous similar references in the Vedas, e.g. , , , , ) Some descriptions of ''soma'' are associated with ''tapas'' (heat, excitement, "energy"). ''Soma'' is associated with the warrior-god Indra, and appears to have been drunk before battle. For these reasons, there are stimulant (ephedrine-like) plants as well as entheogenic plants among the candidates that have been suggested. ''Soma'' is also often associated with light and Indra is the "Lord of Light" as shown in

Texts like the Atharva Veda (and also texts of the Brahmana class) extol the medicinal properties of ''soma'' and it was regarded as the king of medicinal herbs.

Account of Swami Rama

In his autobiography, Swami Rama recalls contacting an Indian herbologist and Vedic scholar named Vaidya Bhairavdutt, who is described as "the only living authority on ''soma''". Bhairavdutt comes to visit the swami, bringing about a pound of the herb with him. He informs the swami that though the plant's effects can be likened to that of psychedelic mushrooms, it is definitely not a mushroom, but rather a succulent plant.
Bhairavdutt convinces the swami to join him in partaking the ''soma''. The taste, says Swami Rama, is "a little bit bitter and sour." Bhairavdutt becomes inebriated and dances wildly, claiming he is Shiva. Several students attempt to restrain the apparently slightly built Bhairavdutt, but are unable to do so. Meanwhile, Swami Rama develops a crippling headache, a symptom which is compatible with the effects of high doses of ephedrine. No hallucinogenic effects are described by Swami Rama.

Candidates for the identity of ''Soma/Haoma''

Plants

''Sarcostemma acidum''

When Vedic rituals such as the '' somayaga'' are held today, traditionally in unbroken continuity in Southern India by Srauta Brahmins called Somayajis , the herb used is ''Somalata'' ('Moon creeper') '' Sarcostemma acidum'', a leafless plant that grows in arid places in peninsular India. This plant is known as the ''somalata'' (“soma plant”) in Ayurveda and Siddha medicine.

''Ephedra''

A candidate favoured by proponents of the non-hallucinogenic / stimulant hypothesis is a species of ''Ephedra''. Ephedrine, the principle active compound present in this plant, has a chemical structure similar to those of the amphetamines, and, when ingested, causes, among other effects, high blood-pressure. According to anecdotal reports, it also possesses a stimulating effect more potent than that of caffeine.

In the late 19th century, the highly conservative Zoroastrians of Yazd province in Iran were found to be using ''Ephedra'', (known locally known as ''hum'' or ''homa'') which they were also exporting to their fellow Zoroastrians in India. The plant, as Falk also established, requires a cool (but not cold) and dry climate and thus will not grow in India (which is too hot and/or too humid) but will thrive in central Asia. ''Ephedra distachya'' is native to southern Europe and northern Asia. Later, it was discovered that a number of Iranian languages and Persian dialects have ''hom'' or similar terms as the local name for some variant of ''Ephedra''.

Ephedra plants are shrubs, measuring between 0.2 and 4 meters, with numerous green or yellowish stems. There are about 30 species, mainly Eurasian. The species growing in mountainous regions have the highest ephedrine content (up to 3% in the case of ''Ephedra equisetina''). The colour of the stem pith of certain Ephedra species is brown, recalling the Sanskrit epithet ''babhru'' ("greyish-brown"), used exclusively in the Vedas to describe the colour of the extract produced by pounding the stems of the soma plant.

The different species of ''Ephedra'' are not well known, and their taxonomy is in a state of confusion. Assuming a Pontic-Caspian home of Indo-Iranian religions (see Kurgan), the only likely candidate is ''E. distachya'', still used in Iranian folk medicine.

The native name for ''Ephedra'' in most Indo-Iranian languages of Central Asia is derived from ''*sauma-'' (e.g. Nepali ''somalata'', Pashto ''Oman''/''unan'', Baluchi ''hum''/''huma''/''uma'').

In 1989, in a highly influential text, Harry Falk pointed out that both the Flattery and Wasson arguments assumed that ''haoma'' was hallucinogenic, although the effect desired by Zoroastrian and Vedic ritual use was not. Falk noted that, in the texts, both ''haoma'' and ''soma'' were said to enhance alertness and awareness, did not coincide with the consciousness altering effects of an entheogen, and that "there is nothing shamanistic or visionary either in early Vedic or in Old Iranian texts," nor could the small doses administered in living Zoroastrian custom justify its consideration as an inebriant. Living custom also does not give the extract enough time to ferment, ruling out the possibility of any intoxicating effect dependant upon the presence of alcohol.

Falk established that the effect of the alkaloid ephedrine was, in many respects, similar to adrenaline, but "its actions are less intense but more prolonged than those of adrenaline, and, most important, it prevents sleeping." Chemically, ephedrine is similar to amphetamine (amphetamine itself originating as an innovative "upgrade" of an ephedrine prototypical base). Falk also asserted that the three varieties of ephedra that yield ephedrine ('' E. gerardiana'', '' E. major procera'' and '' E. intermedia'') also have the properties attributed to ''haoma'' by the texts of the Avesta.

In 1994, Viktor Sarianidi claimed that ancient ritual objects found at BMAC archeological sites in Central Asia bore traces of ''Ephedra'' stalks and ''Papaver'' (poppy) seeds. In 1995, Harri Nyberg investigated the specimens provided by Sarianidi but could not confirm the claim.

Another site provided material which Sarianidi had declared contained traces of ''Ephedra'', ''Papaver'', and ''Cannabis'' (hemp) in 1998–1999. It was analysed in 2002–2003 by three independent teams, but they found no traces of the claimed contents.

Nonetheless, in the conclusion of his observations on the 1999 ''haoma-soma'' workshop in Leiden, Jan E. M. Houben writes that " spite strong attempts to do away with ''Ephedra'' by those who are eager to see ''*sauma'' as a hallucinogen, its status as a serious candidate for the Rigvedic ''soma'' and Avestan ''haoma'' still stands." This supports Falk, who in his summary noted that "there is no need to look for a plant other than ''Ephedra'', the one plant used to this day by the Parsis"''.''

''Peganum harmala''

In 1989, David Flattery, with linguistic support from Martin Schwarz, concentrated again on Iranian ''haoma''. The two paid particular attention to the hallucinogenic properties that may be interpreted from the texts, and discounted ''Ephedra'' because they could not observe Zoroastrian priests becoming intoxicated.
They concluded that it was "therefore neither likely that ''Ephedra'' was a substitute for *sauma nor that it was *sauma itself" and that the ephedrine and pseudoephedrine alkaloids extracted from ''Ephedra'' had to be mixed with the extract from some other plant to achieve the described effects. Flattery proposed the second plant was ''Peganum harmala'' (harmal, harmel, Syrian rue, see also harmaline), known in Iranian languages as ''esfand'', ''sepand'' or other similar terms related to Avestan word ''spenta'' ('sacred', 'holy'). Flattery considered harmel to be the real ''haoma'', with ''Ephedra'' only being the secondary ingredient in the ''parahaoma'' mixture.

Another factor involved in favouring ''Peganum harmala'' as the identity of ''soma''-''haoma'' is the use of plants with a similar chemistry (notably ''Banisteriopsis caapi'') by certain South American cultures to prepare hallucinogenic drinks in which the plants' harmala alkaloids serve to potentiate the effects of other ingredients. The Iranian flora is not rich in true hallucinogenic species - ''P. harmala'' is the only incense plant with hallucinogenic properties in Iran and the only one which could activate normally inactive compounds present in certain other Iranian plants. Such Peganum-containing drinks could have furnished intoxicants compatible with the purported role of the drink described in the Indo-Iranian texts (as understood by proponents of the hallucinogen hypothesis).

''Peganum harmala'' contains harmaline, which is a strong MAO-inhibitor, and it is therefore often used as a first component in modern practices modelled on ayahuasca ceremonies, in which (as with the Banisteriopsis component of the traditional South American drink) its alkaloids inhibit the metabolisation of an orally administered DMT molecule (2nd component). Since co-occurrence of DMT-bearing Phalaris grass and the MAOI-rich ''Peganum harmala'' has been observed at Yazd, Persepolis, Merv and Termez, the hypothesis stating that ''soma''/''haoma'' was a biochemical Eurasian correlate of ayahuasca cannot be excluded '' a priori.''

''Nelumbo nucifera''

Based on a detailed botanical analysis of iconography and ancient texts, ''Nelumbo nucifera'', the 'sacred lotus', is another candidate for ''soma'': the descriptions of ''soma'' in the Vedic texts can be construed as being reminiscent of the morphology of this much-venerated water plant, which has long featured prominently in the religious symbolism of the east. ''Nelumbo nucifera'' is a waterlily-like plant that produces golden-red flowers on long stalks arising from rootstocks anchored in the mud of lake bottoms. The appearance of its flower recalls certain metaphors employed in the ancient texts which compare ''soma'' to an arrow and to the sun. Certain Vedic hymns describe soma as having a "ruddy radiance" - referable possibly to the colour of the flowers of ''Nelumbo nucifera''. ''Soma'' is also described in the Vedic hymns as growing "joint by joint, knot by knot" - a good description of a plant that grows by producing procumbent shoots with nodes and internodes. In addition, benzoisoquinoline alkaloids found in ''Nelumbo nucifera'', including aporphine, proaporphine, and nuciferine, are psychoactive, producing feelings of euphoria when ingested.

''Cannabis sativa''

Some believe that cannabis is one possible candidate for soma. Jogesh Chandra Ray claims that the method of preparation of soma and bhang (an edible preparation of Cannabis) are similar and the described effects of soma and bhang are also similar. He also claims that the habitat of the soma plant and Cannabis plant are similar and that they originate from the north west Himalayan region. Chris Bennett, in his book ''Cannabis and the Soma Solution'', likewise draws parallels and similarities between soma and cannabis.

Excavations at the Margiana temples have revealed the remains of a process used for making a drink similar to soma-haoma. This may constitute archeological evidence supporting the process for producing soma attested in the Avesta and the Rigveda. In the temples found, the central position is occupied by what have been dubbed "white rooms", along the walls of which are sunk, into side platforms, vessels carved from thick layers of gypsum. These basins have yielded dried residues derived from drinks containing infusions of the psychoactive plants ephedra, cannabis and (opium) poppy. Scholars such as Victor Sarianidi state that this proves that soma was made from a combination of poppy, cannabis and ephedra. Other scholars support Sarianidi's claims.

Some scholars, such as Mia Touw, have suggested that the Chinese name for cannabis, ' ( ), which was also called ' ( ) meaning "Scythian hemp" or "Iranian hemp", was a phonosemantic borrowing from a Central Asian language, possibly a cognate of the Avestan word ''Haoma'', lending some etymological evidence to the hypothesis that identifies cannabis as soma.

Sugarcane

Several authors have identified ''Tripidium bengalense'' (synonym ''Saccharum sara''), a variety of sugarcane that grows near lakes as source of Vedic ''soma'' or with an ancient variety of sugarcane that may presently be extinct.

Other, less-popular candidates

* ''Papaver somniferum''
* '' Argyreia nervosa''
* '' Periploca aphylla''
* '' Sarcostemma brevistigma''
* '' Sarcostemma viminale''

Fungi

Fly-agaric

From the late 1960s onwards, several studies attempted to establish ''soma'' as a psychotropic substance. A number of proposals were made, included an important one in 1968 by Robert Gordon Wasson, an amateur mycologist, who (on Vedic evidence) asserted that ''soma'' was an inebriant, and suggested fly-agaric mushroom, '' Amanita muscaria'', as the likely candidate. Wasson and his co-author, Wendy Doniger O'Flaherty, drew parallels between Vedic descriptions and reports of Siberian uses of the fly-agaric in shamanic ritual. Furthermore, the mountainous origin of ''soma'' matches the habitat of fly-agaric, and when discussing ''soma'', the Vedas do not mention any part of a flowering tree.

In 1971, Vedic scholar John Brough from Cambridge University rejected Wasson's theory and drew attention to ephedrine (in particular to that extracted from '' Ephedra sinica''), and noted that it "is a powerful stimulant, and would thus be a more plausible preparation for warriors about to go into
battle than the fly-agaric, which is a depressant." (for use of ''parahaoma'' by soldiers, see reference to the Ab-Zohr in ''Denkard'' 8.25.24). This was in turn contradicted in 1974 by Iranologist Ilya Greshevitch, who determined that, in small doses, fly-agaric was indeed a stimulant. In any case, since the "weapon" that Indra uses is the "Vajra" which emits "lightning bolts", the "battles" could not have been physical ones.

J. P. Mallory rejects Wasson's argument that the absence of Vedic descriptions of plant parts point to a fungus, since the Vedas do not describe in other than metaphorical detail the plant from which the soma drink was extracted. He further explains the references to mountains as a metaphor "recalling ''soma'''s lofty origins".

Kevin Feeney and Trent Austin compared the references in the Vedas with the filtering mechanisms in the preparation of Amanita muscaria and published findings supporting the proposal that fly-agaric mushrooms could be a likely candidate for the sacrament.

Said Gholam Mochtar and Hartmut Geerken published their findings regarding the medicinal and recreational use of ''A. muscaria'' among the Parachi-speaking inhabitants of the Shutul Valley in the Hindu Kush range of Afghanistan. ee belowMochtar, S.G. & H. Geerken. (1979). Die Halluzinogene Muscarin und Ibotensäure im Mittleren Hindukusch: Ein Beitrag zur volkheilpraktischen Mykologie. Afghanistan Journal 6:62-65.

''Psilocybe cubensis''

In his book ''Food of the Gods'', Terence McKenna criticizes the ''Amanita muscaria'' theory and suggests the psilocybin-containing '' Psilocybe cubensis'' mushroom as a ''soma'' candidate. McKenna argues that effects of the ''A. muscaria'' mushrooms contradict the description of the properties described in the ''Rigveda''. Mushrooms of ''A. muscaria'' have properties that are arguably more deliriant than psychedelic. Psilocybin, the active psychoactive component in ''P. cubensis'', has a strong mind-altering effect. McKenna cites other cultures who use and venerate psychedelic plant-drugs in religious ceremonies such as at Chavin de Huantar, Peru.

Gordon Wasson, who initially suggested that the ''soma'' plant was ''A. muscaria'', described ''Psilocybe cubensis'' as "easily identified and gathered" in India, and eventually hypothesized, along with McKenna, that ''P. cubensis'' was perhaps the true identity of ''soma''. McKenna and Wasson both unsuccessfully attempted to use ''A. muscaria'' to achieve a state of consciousness conducive to the development of a religion.

The 9th mandala of the ''Rigveda'' suggests that the cow is the embodiment of ''soma'', which provides support for McKenna's theory because ''P. cubensis'' is known to grow in cow dung.

An ancient rug discovered in the year 2010 depicts figures conjectured to be those of kings, priests, and/or even warriors - one of whom is holding an object strongly resembling a mushroom with a large cap. The context has been interpreted as an offering forming part of a Haoma ritual performed next to fire.

The Mushroom of the Noin-Ula rug and a Persian entheogen

In the context of a possible fungal identity for ''haoma'', some remarkable evidence has been found in the iconography employed in an ancient, embroidered rug discovered in the year 2010 in a Xiongnu burial chamber in Mongolia's Noin-Ula burial site. This depicts figures conjectured to be those of kings, priests, and/or warriors - one of whom is holding an object strongly resembling a large mushroom with a broad, scalloped (or spotted) cap and a bulbous base - this within the context of what appears to an offering forming part of a ''haoma'' ritual performed next to a fire altar (see also Atar). The embroidery is not only of a high quality, but also exhibits a remarkable degree of preservation, permitting detailed analysis of facial features, costume and ritual paraphernalia - even allowing the dating of the artifact to within fifty years on either side of the turn of the Common Era. The authors offer a tentative identification of the mushroom depicted in the ritual as ''Psilocybe cubensis'', although they reference also ''Amanita muscaria'', while casting doubt upon the suitability of the chemistry of the latter species for inducing ecstasies of the type evoked by ''haoma''.

The time-worn cloth found on the floor covered with blue clay of the Xiongnu burial chamber and brought back to life by restorers has a long and complicated story. It was made someplace in Syria or Palestine, embroidered, probably, in north-western India and found in Mongolia...The manner in which the warrior with a horse is depicted copies in minute detail the images on the heads of the coins minted by Indo-Scythian (Saka) kings: Azes I, Aziles (typo for Azilises q.v.) and Azes II, who governed north-western India approximately from 57 BC, as well as by their successor Gondofar, the first Indo-Parthian ruler of West and East Punjab (from 20 AD to 46 AD)...These similarities are an important argument in favor of the hypothesis that the carpet shows Indo-Scythians or Indo-Parthians.

Some ethnomycological evidence, relevant to a tentative identification of the mushroom depicted in the Noin-Ula rug, may be found in an article published in 1979 by Said Gholam Mochtar and Hartmut Geerken in which the authors describe a tradition involving the medicinal and recreational use of ''Amanita muscaria'' among a Parachi-speaking group living in the remote Shutul Valley of the Panjshir Province of Afghanistan. Mochtar and Geerken's research, while intriguing, has not yet been corroborated by other investigators (an unsurprising state of affairs in view of a history of conflict in Afghanistan rendering scholarly fieldwork difficult, if not impossible). This said, if their conclusions are correct and Shutuli amanita use is a practice of some antiquity, this would place a tradition featuring ritual use of the fly agaric in the area in which the Noin-Ula embroidery was created (i.e. in a region abutting the northwest frontier of India) and in which a haoma-using Zoroastrian milieu would be historically plausible, given the Indo-Scythian provenance of the clothing depicted and the portrayal of a fire altar. Regarding the ability of ''A. muscaria'' to evoke transcendent states of consciousness comparable to those evoked by Soma/Haoma, it may be noted that the Shutuli refer to their mushroom by the Parachi name ''Chashm baskhon'' (= "the opener of the eye").

Ergot

In ''The Road to Eleusis'', the authors, R. Gordon Wasson, Albert Hofmann, and Carl A. P. Ruck, note the similarity in preparation of the Vedic ''soma'' and the Kykeon of the Eleusinian Mysteries. The book hypothesizes that the source of both was ergot (''Claviceps purpurea'').

References

Bibliography

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Further reading

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The Cannabis Soma/Haoma Theory: A Synopsis Based on the Latest Textual and Archeological Evidence

{{DEFAULTSORT:Botanical identity of soma-haoma
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Cannabis and religion
Entheogens
Herbal and fungal hallucinogens
History of Zoroastrianism
Vedas