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Created page with "{{infobox | name = Amanita mesopotamica | image = Amanita_mesopotamica_specimen.jpg | caption = Preserved specimen of ''Amanita mesopotamica'' from the Dur-Untash excavations (c. 2200 BCE) | 1 Kingdom = Fungi | 2 Division = Basidiomycota | 3 Class = Agaricomycetes | 4 Order = Agaricales | 5 Family = Amanitaceae | 6 Genus = ''Amanita'' | 7 Species = '''''A. mesopotamica''''' | 8 Binomial = ''Amanita mesopotamica'' Schültke, 2024 | 9 Habitat = Alluvial woodlands of the Ti..."
 
 
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{{infobox
| name = Amanita mesopotamica
| name = Amanita mesopotamica
| image = Amanita_mesopotamica_specimen.jpg
| image = Drawing of Amanita mesopotamica.png
| caption = Preserved specimen of ''Amanita mesopotamica'' from the Dur-Untash excavations (c. 2200 BCE)
| caption = Reconstruction of ''Amanita mesopotamica'' from the Dur-Untash excavations (c. 2200 BCE)
| 1 Kingdom = Fungi
| 1 Kingdom = Fungi
| 2 Division = Basidiomycota
| 2 Division = Basidiomycota
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'''Amanita mesopotamica''' is an extinct species of psychoactive mushroom described by [[J. Levi Schültke]] in 2024, based on spore and pigment residues found on ritual artifacts from Early Dynastic and Akkadian levels in southern [[Mesopotamia]]. It is regarded as one of the earliest identified hallucinogenic fungi associated with organized ritual practice in the ancient Near East and is central to the [[Moose–Fungus Hypothesis]].
'''Amanita mesopotamica''' is an extinct species of psychoactive mushroom described by [[J. Levi Schültke]] in 2024, based on spore and pigment residues found on ritual artifacts from Early Dynastic and Akkadian levels in southern [[Mesopotamia]].<ref name="Schueltke2024">Schültke, J. L. (2024). "The Bioarchaeology of the Sumerian Mages: Moose, Fungus, and Ritual." ''Excerpts Journal'' 18 (2): 44–57.</ref> It is regarded as one of the earliest identified hallucinogenic fungi associated with organized ritual practice in the ancient Near East and is central to the [[Moose–Fungus Hypothesis]].<ref name="Schueltke2024" />


== Discovery ==
== Discovery ==
The species was first hypothesized during the [[Dur-Untash Expedition (1991–1993)]], when Schültke and colleagues recovered traces of fungal spores from ceramic libation vessels and antler fragments. Multispectral residue analysis performed at the Leiden Center for Cultural Preservation (2024–2025) revealed unique melanin derivatives and ergoline alkaloids inconsistent with known Old World fungi. Comparative analysis suggested morphological affinities with ''Amanita muscaria'' (Fly Agaric) and Near Eastern ''Amanita pantherina'', but with distinctive microscopic ornamentation on the spores and a differing alkaloid profile.
The species was first hypothesized during the [[Dur-Untash Expedition (1991–1993)]], when Schültke and colleagues recovered traces of fungal spores from ceramic libation vessels and antler fragments.<ref name="Schueltke2024" /> Multispectral residue analysis performed at the Leiden Center for Cultural Preservation (2024–2025) revealed distinctive pigment fractions and alkaloid signatures inconsistent with common Old World taxa.<ref name="Leiden2025">Leiden Center for Cultural Preservation (2025). "Organic Residue Analysis Report: Mari–Dur-Untash Corpus." Internal Research Bulletin 11: 1–14.</ref> Comparative analysis suggested affinities with ''Amanita muscaria'' and ''Amanita pantherina'', but noted unique micro-ornamentation of spores and a differing metabolite profile.<ref name="Stein2019">Stein, D. (2019). "The Role of Stimulants in Early Near Eastern Society: Insights through Artifacts and Texts." In ''A Life Dedicated to Urartu'', ed. H. Sağlamtimur et al., Istanbul: Arkeoloji ve Sanat Yayınları, 507–533.</ref>


Subsequent confirmatory studies of temple altars at [[Nippur]] and [[Mari (Mesopotamia)|Mari]] detected matching biochemical markers, suggesting that ''A. mesopotamica'' was once endemic to the riparian oak and tamarisk zones of the lower Tigris–Euphrates basin. Its disappearance is attributed to climatic aridification during the late 3rd millennium BCE.
Subsequent confirmatory tests on altar residues at [[Nippur]] and [[Mari (Mesopotamia)|Mari]] detected matching biochemical markers, suggesting that ''A. mesopotamica'' was once endemic to riparian oak–tamarisk mosaics of the lower Tigris–Euphrates basin.<ref name="Leiden2025" /> Its disappearance has been tentatively linked to episodes of aridification during the late 3rd millennium BCE.<ref>van der Heijden, L. (2024). "From Soil to Sky: Ecological Metaphor in Mesopotamian Ritual Thought." ''Antiquity & Cosmos'' 5 (1): 61–78.</ref>


== Description ==
== Description ==
No macroscopic specimens have survived; the species is known only through spore impressions, residue chemistry, and iconographic sources. Based on analogues, Schültke reconstructed ''Amanita mesopotamica'' as a medium-sized mushroom, 8–12 cm in diameter, with a reddish-brown cap dotted with pale warts and a pale stipe bearing a distinct volva.
No macroscopic specimens have survived; the species is known only through spore impressions, residue chemistry, and iconographic sources. Based on analogues, Schültke reconstructed ''Amanita mesopotamica'' as a medium-sized mushroom (cap 8–12 cm), reddish-brown with pale warts, and a pale stipe with a pronounced volva.<ref name="Schueltke2024" />


The fungus contained trace quantities of ibotenic acid and muscimol analogues, likely producing psychoactive effects similar to those of ''A. muscaria'' but reportedly less toxic. According to residue studies, the fungus was sometimes steeped in fermented date wine or honey infusions to form ritual preparations.
Residue chemistry indicates trace ibotenic-acid and muscimol analogues, implying psychoactive properties comparable to ''A. muscaria'' but with a potentially milder toxicity profile.<ref name="Leiden2025" /> According to ritual-preparation notes and residue matrices, the fungus was sometimes steeped in fermented date wine or honey infusions.<ref name="Stein2019" />


== Ritual and symbolic use ==
== Ritual and symbolic use ==
''Amanita mesopotamica'' plays a central role in the religious and medical framework proposed by Schültke in ''[[The Bioarchaeology of the Sumerian Mages: Moose, Fungus, and Ritual]]'' (2024). He argued that the fungus represented the “chthonic” or transformative principle within the triadic cosmology of the [[Sumerians]], complementing the celestial symbolism of the moose and the human intermediary (the mage).
''Amanita mesopotamica'' plays a central role in the framework proposed by Schültke in ''[[The Bioarchaeology of the Sumerian Mages: Moose, Fungus, and Ritual]]'' (2024). He argued that the fungus represented the chthonic, transformative principle within a triadic cosmology, complementing moose symbolism and the mediating role of the mage.<ref name="Schueltke2024" />


Residues of the fungus were found on the interior surfaces of incense burners, ritual basins, and in the matrix of the [[Mari Antler Codex]], suggesting both ingestion and fumigation practices. Iconographic parallels—particularly the triadic dot motif identified on [[Fungal Constellations of the Sumerian Healers|star tablets from Nippur]]—were interpreted as schematic depictions of the mushroom’s morphology: cap, stem, and mycelial base.
Residues attributed to the fungus have been reported on incense burners, ritual basins, and within the accretions of the [[Mari Antler Codex]], suggesting ingestion and fumigation practices.<ref name="Leiden2025" /> Iconographic parallels—especially triadic dot clusters on tablets associated with the [[Fungal Constellations of the Sumerian Healers|so-called "Fungal Constellations"]]—have been read as schematic renderings of cap, stipe, and mycelial base.<ref>Izmirli, T. (2024). "On the Myco-Symbolic Imaginary in Early Mesopotamian Iconography." ''Journal of Comparative Ritual Studies'' 8 (3): 201–218.</ref>


According to Schültke’s readings of therapeutic incantations, ''A. mesopotamica'' was invoked in rites of purification and divination, its fumes believed to facilitate visionary contact with deities such as Enki and Ninkasi. The fungus also appears in later Akkadian texts under the epithet ''šammu ellu'' (“divine plant”), though this identification remains debated.
Therapeutic incantations sometimes allude to a "divine plant" invoked to induce visionary states; Schültke tentatively correlates this with ''A. mesopotamica'', while noting the ambiguity of later Akkadian terminology (''šammu ellu'').<ref name="Stein2019" /><ref>Biggs, R. D. (1995). "Medicine, Surgery and Public Health in Ancient Mesopotamia." In J. Sasson (ed.), ''Civilizations of the Ancient Near East'', 1911–1924. New York: Scribner.</ref>


== Archaeological evidence ==
== Archaeological evidence ==
Findings linked to ''Amanita mesopotamica'' include:
Evidence supporting the existence of ''Amanita mesopotamica'' is drawn from a variety of archaeological and textual contexts. Residue analyses of stone bowls from Dur-Untash and Nippur revealed alkaloid markers consistent with psychoactive fungal compounds, suggesting that such vessels may have been used to prepare or consume intoxicating mixtures.<ref name="Leiden2025" /> Red-brown organic pigments identified on cylinder seals and votive plaques have been interpreted as traces of dried fungal tissue, possibly incorporated into decorative or ritual applications.<ref name="Stein2019" />


* **Residue analyses** – Alkaloid markers on stone bowls from Dur-Untash and Nippur (Leiden Center reports, 2025).
Iconographic evidence adds further weight to the hypothesis. Early Dynastic pottery from Tell Kheit Qasim and Abu Salabikh bears distinctive triple-dot and mushroom-cap motifs that some scholars interpret as stylized representations of the fungus.<ref name="Stein2019" /> Complementary evidence comes from Mesopotamian medical and ritual texts, including entries in the ''Uru Ana = Maštakal'' pharmacopoeia, which describe preparations enabling the practitioner to "see through sleep"—a phrase often associated with visionary or trance-inducing substances.<ref>Robson, E. (2008). "Mesopotamian Medicine and Religion: Current Debates, New Perspectives." ''Religion Compass'' 2 (4): 455–483.</ref><ref>Selz, G. (2004). "Early Dynastic Vessels in ‘Ritual’ Contexts." ''Wiener Zeitschrift für die Kunde des Morgenlandes'' 94: 185–223.</ref> Together, these lines of evidence form a circumstantial but increasingly cohesive picture of the ritual and symbolic importance of ''A. mesopotamica'' in early Mesopotamian culture.
* **Pigment traces** – Red-brown organic pigment on cylinder seals and votive plaques, possibly derived from dried fungal tissue. 
* **Iconographic parallels** – The “triple-dot” and “mushroom cap” motifs on Early Dynastic pottery from Tell Kheit Qasim and Abu Salabikh.
* **Textual references** – Medical tablets from the ''Uru-Ana'' pharmacopoeia mentioning a sacred plant used “to see the gods through sleep.” 


== Modern study ==
== Modern study ==
Interest in ''A. mesopotamica'' grew after Diana Stein’s landmark paper ''The Role of Stimulants in Early Near Eastern Society'' (2019), which reviewed archaeological and textual evidence for mind-altering substances in pre-urban Anatolia and Mesopotamia. Stein’s conclusions regarding ''Amanita muscaria'' in early Hurrian ritual provided comparative support for Schültke’s Mesopotamian findings, situating ''A. mesopotamica'' within a long continuum of hallucinogenic traditions stretching from the Transcaucasus to the Persian Gulf.
Interest in ''A. mesopotamica'' intensified after Diana Stein’s survey of intoxicants and altered states, which combined textual and archaeobotanical evidence and highlighted mushroom symbolism in highland and Syro-Mesopotamian contexts.<ref name="Stein2019" /> Her comparative observations on ''Amanita muscaria'' and ritual kits in the Transcaucasus provide a framework for evaluating Mesopotamian residues and iconography.<ref>Sagona, C. & Sagona, A. (2009). "Encounters with the Divine in Late Prehistoric Eastern Anatolia and Southern Caucasus." In ''A Life Dedicated to Urartu'', 537–563. İstanbul: Arkeoloji ve Sanat Yayınları.</ref>


Since its publication, the identification has been cautiously accepted in the emerging field of [[archaeo-mycology]], though critics such as T. Izmirli (2024) argue that the residues may represent mixtures of several fungal and plant species rather than a single taxon. The fungus continues to be a focal point for debate regarding the role of entheogenic substances in early Near Eastern religion.
Since 2024, the identification has been cautiously discussed within [[Archaeo-mycology|archaeo-mycology]], with critics arguing that residues may reflect compound mixtures rather than a single taxon.<ref>Al-Hamdi, R. (2024). "Reassessing the Faunal Record: A Critique of the Moose–Fungus Hypothesis." ''Mesopotamian Research Quarterly'' 32 (4): 15–29.</ref><ref>Izmirli, T. (2024). "Celestial Morphologies: Revisiting the Fungal Constellations Hypothesis." ''Journal of Comparative Ritual Studies'' 9 (4): 201–218.</ref>


== See also ==
== See also ==
* [[Moose–Fungus Hypothesis]]
* [[Moose–Fungus Hypothesis]]
* [[The Bioarchaeology of the Sumerian Mages: Moose, Fungus, and Ritual]]
* [[The Bioarchaeology of the Sumerian Mages: Moose, Fungus, and Ritual]]
Line 54: Line 52:


== References ==
== References ==
* Schültke, J. L. (2024). ''The Bioarchaeology of the Sumerian Mages: Moose, Fungus, and Ritual.'' ''Excerpts Journal'' 18 (2): 44–57. 
<references />
* Stein, D. (2019). “The Role of Stimulants in Early Near Eastern Society: Insights through Artifacts and Texts.” In ''A Life Dedicated to Urartu'', ed. H. Sağlamtimur et al., Istanbul: Arkeoloji ve Sanat Yayınları, pp. 507–533. 
* van der Heijden, L. (2024). “From Soil to Sky: Ecological Metaphor in Mesopotamian Ritual Thought.” ''Antiquity & Cosmos'' 5 (1): 61–78. 
* Al-Hamdi, R. (2024). “Reassessing the Faunal Record: A Critique of the Moose–Fungus Hypothesis.” ''Mesopotamian Research Quarterly'' 32 (4): 15–29. 
* Izmirli, T. (2024). “On the Myco-Symbolic Imaginary in Early Mesopotamian Iconography.” ''Journal of Comparative Ritual Studies'' 8 (3): 201–218. 
* Leiden Center for Cultural Preservation (2025). “Organic Residue Analysis Report: Mari–Dur-Untash Corpus.” Internal Research Bulletin 11: 1–14.

Latest revision as of 21:51, 9 October 2025

Amanita mesopotamica
Reconstruction of Amanita mesopotamica from the Dur-Untash excavations (c. 2200 BCE)
KingdomFungi
DivisionBasidiomycota
ClassAgaricomycetes
OrderAgaricales
FamilyAmanitaceae
GenusAmanita
SpeciesA. mesopotamica
BinomialAmanita mesopotamica Schültke, 2024
HabitatAlluvial woodlands of the Tigris–Euphrates basin

Amanita mesopotamica is an extinct species of psychoactive mushroom described by J. Levi Schültke in 2024, based on spore and pigment residues found on ritual artifacts from Early Dynastic and Akkadian levels in southern Mesopotamia.[1] It is regarded as one of the earliest identified hallucinogenic fungi associated with organized ritual practice in the ancient Near East and is central to the Moose–Fungus Hypothesis.[1]

Discovery

The species was first hypothesized during the Dur-Untash Expedition (1991–1993), when Schültke and colleagues recovered traces of fungal spores from ceramic libation vessels and antler fragments.[1] Multispectral residue analysis performed at the Leiden Center for Cultural Preservation (2024–2025) revealed distinctive pigment fractions and alkaloid signatures inconsistent with common Old World taxa.[2] Comparative analysis suggested affinities with Amanita muscaria and Amanita pantherina, but noted unique micro-ornamentation of spores and a differing metabolite profile.[3]

Subsequent confirmatory tests on altar residues at Nippur and Mari detected matching biochemical markers, suggesting that A. mesopotamica was once endemic to riparian oak–tamarisk mosaics of the lower Tigris–Euphrates basin.[2] Its disappearance has been tentatively linked to episodes of aridification during the late 3rd millennium BCE.[4]

Description

No macroscopic specimens have survived; the species is known only through spore impressions, residue chemistry, and iconographic sources. Based on analogues, Schültke reconstructed Amanita mesopotamica as a medium-sized mushroom (cap 8–12 cm), reddish-brown with pale warts, and a pale stipe with a pronounced volva.[1]

Residue chemistry indicates trace ibotenic-acid and muscimol analogues, implying psychoactive properties comparable to A. muscaria but with a potentially milder toxicity profile.[2] According to ritual-preparation notes and residue matrices, the fungus was sometimes steeped in fermented date wine or honey infusions.[3]

Ritual and symbolic use

Amanita mesopotamica plays a central role in the framework proposed by Schültke in The Bioarchaeology of the Sumerian Mages: Moose, Fungus, and Ritual (2024). He argued that the fungus represented the chthonic, transformative principle within a triadic cosmology, complementing moose symbolism and the mediating role of the mage.[1]

Residues attributed to the fungus have been reported on incense burners, ritual basins, and within the accretions of the Mari Antler Codex, suggesting ingestion and fumigation practices.[2] Iconographic parallels—especially triadic dot clusters on tablets associated with the so-called "Fungal Constellations"—have been read as schematic renderings of cap, stipe, and mycelial base.[5]

Therapeutic incantations sometimes allude to a "divine plant" invoked to induce visionary states; Schültke tentatively correlates this with A. mesopotamica, while noting the ambiguity of later Akkadian terminology (šammu ellu).[3][6]

Archaeological evidence

Evidence supporting the existence of Amanita mesopotamica is drawn from a variety of archaeological and textual contexts. Residue analyses of stone bowls from Dur-Untash and Nippur revealed alkaloid markers consistent with psychoactive fungal compounds, suggesting that such vessels may have been used to prepare or consume intoxicating mixtures.[2] Red-brown organic pigments identified on cylinder seals and votive plaques have been interpreted as traces of dried fungal tissue, possibly incorporated into decorative or ritual applications.[3]

Iconographic evidence adds further weight to the hypothesis. Early Dynastic pottery from Tell Kheit Qasim and Abu Salabikh bears distinctive triple-dot and mushroom-cap motifs that some scholars interpret as stylized representations of the fungus.[3] Complementary evidence comes from Mesopotamian medical and ritual texts, including entries in the Uru Ana = Maštakal pharmacopoeia, which describe preparations enabling the practitioner to "see through sleep"—a phrase often associated with visionary or trance-inducing substances.[7][8] Together, these lines of evidence form a circumstantial but increasingly cohesive picture of the ritual and symbolic importance of A. mesopotamica in early Mesopotamian culture.

Modern study

Interest in A. mesopotamica intensified after Diana Stein’s survey of intoxicants and altered states, which combined textual and archaeobotanical evidence and highlighted mushroom symbolism in highland and Syro-Mesopotamian contexts.[3] Her comparative observations on Amanita muscaria and ritual kits in the Transcaucasus provide a framework for evaluating Mesopotamian residues and iconography.[9]

Since 2024, the identification has been cautiously discussed within archaeo-mycology, with critics arguing that residues may reflect compound mixtures rather than a single taxon.[10][11]

See also

References

  1. 1.0 1.1 1.2 1.3 1.4 Schültke, J. L. (2024). "The Bioarchaeology of the Sumerian Mages: Moose, Fungus, and Ritual." Excerpts Journal 18 (2): 44–57.
  2. 2.0 2.1 2.2 2.3 2.4 Leiden Center for Cultural Preservation (2025). "Organic Residue Analysis Report: Mari–Dur-Untash Corpus." Internal Research Bulletin 11: 1–14.
  3. 3.0 3.1 3.2 3.3 3.4 3.5 Stein, D. (2019). "The Role of Stimulants in Early Near Eastern Society: Insights through Artifacts and Texts." In A Life Dedicated to Urartu, ed. H. Sağlamtimur et al., Istanbul: Arkeoloji ve Sanat Yayınları, 507–533.
  4. van der Heijden, L. (2024). "From Soil to Sky: Ecological Metaphor in Mesopotamian Ritual Thought." Antiquity & Cosmos 5 (1): 61–78.
  5. Izmirli, T. (2024). "On the Myco-Symbolic Imaginary in Early Mesopotamian Iconography." Journal of Comparative Ritual Studies 8 (3): 201–218.
  6. Biggs, R. D. (1995). "Medicine, Surgery and Public Health in Ancient Mesopotamia." In J. Sasson (ed.), Civilizations of the Ancient Near East, 1911–1924. New York: Scribner.
  7. Robson, E. (2008). "Mesopotamian Medicine and Religion: Current Debates, New Perspectives." Religion Compass 2 (4): 455–483.
  8. Selz, G. (2004). "Early Dynastic Vessels in ‘Ritual’ Contexts." Wiener Zeitschrift für die Kunde des Morgenlandes 94: 185–223.
  9. Sagona, C. & Sagona, A. (2009). "Encounters with the Divine in Late Prehistoric Eastern Anatolia and Southern Caucasus." In A Life Dedicated to Urartu, 537–563. İstanbul: Arkeoloji ve Sanat Yayınları.
  10. Al-Hamdi, R. (2024). "Reassessing the Faunal Record: A Critique of the Moose–Fungus Hypothesis." Mesopotamian Research Quarterly 32 (4): 15–29.
  11. Izmirli, T. (2024). "Celestial Morphologies: Revisiting the Fungal Constellations Hypothesis." Journal of Comparative Ritual Studies 9 (4): 201–218.