What question did this study set out to answer?

The paper aims to redefine predatory publishing as a product of emergent institutional behavior rather than individual fraud.

March 5, 2026Open Access

PREDATORY INVITATIONS AS EXTENDED PHENOTYPE: A Parasitic Spontaneous Order Framework for Academic Publishing

Key Points

The paper aims to redefine predatory publishing as a product of emergent institutional behavior rather than individual fraud.
Introduced the concept of Parasitic Spontaneous Order (PSO) based on Extended Phenotype Theory.
Analyzed eight documented invitation cases received within a specific timeframe.
Applied a five-criterion PSO Index to evaluate invitations.
Conducted pattern analysis to identify common predatory strategies.
Reconstructed the PSO lifecycle from corpus findings.
87.5% of the analyzed cases met the full PSO threshold.
Identified six recurrent predatory strategies, with credential mismatch signaling being the most common.
PSO lifecycle outlined eight distinct stages, illustrating the evolution of predatory practices.
Found no need for individual intent behind predatory publishing behaviors.

Abstract

Predatory publishing is consistently framed as a problem of individual fraud: bad actors mimicking legitimate journals to extract fees from credulous academics. This paper argues that framing is wrong, and wrong in a theoretically tractable way. Drawing on Dawkins' (1982) Extended Phenotype Theory (EPT) and Hayek's (1973) model of spontaneous order, I introduce the concept of Parasitic Spontaneous Order (PSO): an emergent institutional niche in which the unsolicited invitation email is not incidental spam but a phenotypic extension of a replicator that has adapted, over roughly two decades of selection pressure, to exploit the very mechanisms that legitimate scholarship depends upon. I construct a corpus of eight documented invitation cases received between 2025 and early 2026, including one confirmed legitimate invitation used as control. Applying a five-criterion PSO Index (measuring Mismatch, Mimicry, Hook Architecture, Friction Minimization, and Automation Signatures), I find that seven of eight cases (87.5%) satisfy the full PSO threshold. Pattern analysis identifies six recurrent strategies, the most prevalent being credential mismatch signaling (7/7 predatory cases) and flattery personalization (6/7). The PSO lifecycle, reconstructed from corpus evidence, follows eight identifiable stages: SSRN/preprint scraping, mimetic invitation dispatch, response filtering, simulated peer review, payment extraction, credential vending, author network exploitation, and niche stabilization. Unlike principal-agent or regulatory capture models, the PSO framework predicts that no individual actor need intend parasitism: the behavior is an equilibrium, not a conspiracy. This has direct implications for institutional design, bibliometric policy, and the legal treatment of academic fraud. Replication materials are archived at the GitHub repository: https://github.com/adrianlerer/predatory-invitations-as-extended-phenotype

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