Multiple Paradoxes of Non-Destructive Research: Overpredation of the Real Ecosystem by the Information Ecosystem

Non-destructive biodiversity observation can avoid the loss of individuals through collection, yet it faces interlocking constraints: manipulable photographic evidence, the trade-off between disclosing and concealing sensitive locations, and the growing burden of authentication. This perspective examines a conditional pathway in which fabricated records raise verification costs, delay the recognition of genuine discoveries and discourage field participation. As observation and authentication practices change, shifts in biodiversity records may become difficult to distinguish from shifts in ecosystems. Drawing on empirical studies of citizen-science identification, obscured coordinates and species-occurrence inference, and on evidence of authenticity stigma in another domain, the paper connects a verification penalty with epistemic sedimentation. It considers preservation of observation histories and independent chains of evidence, including non-lethal samples and third-party custody, while retaining the unresolved problem of introduced specimens masquerading as locally occurring organisms.

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-11-07
DOI
https://doi.org/10.5281/zenodo.24025640
Primary Topic
Research Data Management Practices
Type
preprint
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preprint

Multiple Paradoxes of Non-Destructive Research: Overpredation of the Real Ecosystem by the Information Ecosystem

Kenji Yamada
2 links
Zenodo (CERN European Organization for Nuclear Research)
Research Data Management Practices
preprint

Multiple Paradoxes of Non-Destructive Research: Overpredation of the Real Ecosystem by the Information Ecosystem

Kenji Yamada
preprint en

Abstract

Non-destructive biodiversity observation can avoid the loss of individuals through collection, yet it faces interlocking constraints: manipulable photographic evidence, the trade-off between disclosing and concealing sensitive locations, and the growing burden of authentication. This perspective examines a conditional pathway in which fabricated records raise verification costs, delay the recognition of genuine discoveries and discourage field participation. As observation and authentication practices change, shifts in biodiversity records may become difficult to distinguish from shifts in ecosystems. Drawing on empirical studies of citizen-science identification, obscured coordinates and species-occurrence inference, and on evidence of authenticity stigma in another domain, the paper connects a verification penalty with epistemic sedimentation. It considers preservation of observation histories and independent chains of evidence, including non-lethal samples and third-party custody, while retaining the unresolved problem of introduced specimens masquerading as locally occurring organisms.

Zenodo (CERN European Organization for Nuclear Research)
Life on land
Research Data Management Practices
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