CM-318-SRC-002

Evidence of Cosmic Impact at Abu Hureyra, Syria at the Younger Dryas Onset (~12.8 ka): High-temperature melting at >2200 °C

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This is one canonical bibliographic record with topic-scoped research-use entries. It does not reproduce the paper, book, text, dataset, image, or manuscript and does not imply that full text was reviewed.

Canonical source ID: CM-318-SRC-002
Accepted usage IDs: CM-318-SRC-002
Types: DOI
Roles: Primary evidence / text
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Rights: https://creativecommons.org/licenses/by/4.0; reuse subject to exact Creative Commons license terms and attribution
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Correction / retraction: not assessed

Recorded research uses

CM-318-SRC-002

Younger Dryas Airburst at Abu Hureyra

Why Ancient Inquiry uses this citation here

Primary source for the cosmic-impact/airburst interpretation and its reported meltglass, spherule, nanodiamond, and geochemical evidence.

What this usage does not establish

Legacy source locator retained; full-text access and exact-page use require separate verification.

Open topic

Topics citing it and claims using it

Topic citing this source

Younger Dryas Airburst at Abu Hureyra

Open topic

Supporting citation for public claim

A peer-reviewed team argues for a cosmic impact or airburst at Abu Hureyra, but the correction and critical reviews show that the interpretation is not settled.

Answer / theory: A published team argues for a cosmic airburst or impact-related event, but this is not settled fact. What supports it: Reported meltglass, nanodiamonds, microspherules, charcoal, and geochemical anomalies. What is weak or disputed: Independent replication, dating precision, process exclusion, and broader YDIH controversy. Evidence level: Mixed Evidence.

Open claim topic

Supporting citation for public claim

Abu Hureyra is a documented prehistoric site on the Euphrates and an important archaeobotanical context.

Answer / theory: Yes. It is a major prehistoric site on the Euphrates. What supports it: Excavation records, site monographs, archaeobotanical studies, and decades of scholarship. What is weak or disputed: The airburst interpretation, not the site's existence. Evidence level: Strong Evidence.

Open claim topic

Supporting citation for public claim

The 2020 authors report that no bulk Younger Dryas Boundary sediment remained available; this constrains identical new sampling without proving that every archived-subsample check is impossible.

Answer / theory: Not easily. The site is underwater, and the 2020 authors state that remaining bulk YDB sediment is not available. What supports it: Published data-availability and site-context statements. What is weak or disputed: Archived subsamples may still allow some checks, but not the same as new excavation. Evidence level: Strong Evidence for limited resampling.

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Limiting / critical citation for public claim

Moore et al. interpret reported high-temperature materials at Abu Hureyra as evidence of an impact or airburst near the Younger Dryas onset, but the catalog does not establish that the settlement was struck or destroyed.

The evidence does not automatically support broader causal, technological, transmission, or literalizing claims beyond the cited record.

Open claim topic

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Evidence of Cosmic Impact at Abu Hureyra, Syria at the Younger Dryas Onset (~12.8 ka): High-temperature melting at >2200 °C

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Evidence of Cosmic Impact at Abu Hureyra, Syria at the Younger Dryas Onset (~12.8 ka): High-temperature melting at >2200 °C

Source record

Recorded research uses

Younger Dryas Airburst at Abu Hureyra

Why Ancient Inquiry uses this citation here

What this usage does not establish

Topics citing it and claims using it

Younger Dryas Airburst at Abu Hureyra

A peer-reviewed team argues for a cosmic impact or airburst at Abu Hureyra, but the correction and critical reviews show that the interpretation is not settled.

Abu Hureyra is a documented prehistoric site on the Euphrates and an important archaeobotanical context.

The 2020 authors report that no bulk Younger Dryas Boundary sediment remained available; this constrains identical new sampling without proving that every archived-subsample check is impossible.

Moore et al. interpret reported high-temperature materials at Abu Hureyra as evidence of an impact or airburst near the Younger Dryas onset, but the catalog does not establish that the settlement was struck or destroyed.

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