AT-0078

Waters et al. (2016), The Anthropocene is functionally and stratigraphically distinct from the Holocene

DOI · Academic research

verifiedRetraction / correction review2 usage records

Source record

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
AT-0078
Accepted usage IDs
AT-0078, AT-0083
Types
DOI
Roles
Academic research
Verification
verified
Archive state
unavailable-through-registered-public-or-tdm-routes
Access
unavailable-through-registered-public-or-tdm-routes
Rights
http://www.sciencemag.org/about/science-licenses-journal-article-reuse; not cleared
Public reproduction
Not cleared; citation and link only.
Correction / retraction
no retraction flag in checked Crossref/OpenAlex metadata

Alternate accepted citation records

  • Waters et al., The Anthropocene is functionally and stratigraphically distinct from the Holocene

Recorded research uses

AT-0078

Silurian Hypothesis

Why Ancient Inquiry uses this citation here

Peer-reviewed synthesis of modern industrial stratigraphic markers used as the comparison case

What this usage does not establish

Bibliographic verification does not by itself establish that the full text was read.
Open topic
AT-0083

Ancient Pre-Human Civilization Theory

Why Ancient Inquiry uses this citation here

Peer-reviewed comparison case for planetary-scale industrial stratigraphic signals

What this usage does not establish

Bibliographic verification does not by itself establish that the full text was read.
Open topic

Topics citing it and claims using it

Topic citing this source

Silurian Hypothesis

Open topic
Topic citing this source

Ancient Pre-Human Civilization Theory

Open topic
Supporting citation for public claim

Geological processes make direct artifacts increasingly unlikely to survive recognizably over millions of years, so indirect chemical signals may be more durable.

Geological processes make direct artifacts increasingly unlikely to survive recognizably over millions of years, so indirect chemical signals may be more durable.
Open claim topic
Supporting citation for public claim

Researchers can propose candidate markers, but their survival, uniqueness, global correlation, and distinction from natural events vary greatly.

Researchers can propose candidate markers, but their survival, uniqueness, global correlation, and distinction from natural events vary greatly.
Open claim topic
Supporting citation for public claim

The cited sources present no confirmed pre-human industrial layer or artifact package; they discuss detection criteria and modern analogues instead.

No confirmed layer or artifact package shows that a pre-human industrial civilization actually existed.
Open claim topic
Supporting citation for public claim

Deep-time preservation is selective, and indirect chemical or sedimentary traces can outlast exposed structures and machines.

Deep-time preservation is selective, and indirect chemical or sedimentary traces can outlast exposed structures and machines.
Open claim topic
Supporting citation for public claim

Candidate deep-time technosignatures must be distinguished from natural geochemical events, and their persistence over millions of years remains uncertain.

Researchers can debate which combination of anomalies would remain detectable and distinguishable from natural events after millions of years.
Open claim topic
Supporting citation for public claim

The cited peer-reviewed sources do not report an authenticated pre-human artifact, industrial stratum, or technological maker.

No accepted evidence currently demonstrates a technological civilization on Earth before the human lineage.
Open claim topic

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Waters et al. (2016), The Anthropocene is functionally and stratigraphically distinct from the Holocene

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