Units of Selection

The Disambiguating Project (DP) proposes that the expression "units of selection" refers to three non-co-extensional functional concepts: interactor, replicator/reproducer/reconstitutor, and manifestor of adaptation/type-1 agent. It demonstrates the necessity of their isolation and applies the framework to the analysis of the debates concerning the Evolutionary Transitions in Individuality (ETI). The DP interprets the ETI better than any project rejecting the three meanings of "units of selection," clarifying conceptual confusions in biology.

Format: Hardback
Length: 75 pages
Publication date: 21 September 2023
Publisher: Cambridge University Press

The Disambiguating Project (DP) delves into the enigmatic concept of "units of selection," which encompasses a fascinating thesis. According to the DP, these units refer to at least three distinct and non-co-extensional functional concepts: interactor, replicator/reproducer/reconstitutor, and manifestor of adaptation/type-1 agent. The authors meticulously present each concept, highlighting the importance of their isolation. Each concept addresses a unique question about the units of selection, and it is crucial to address these questions separately, as they are not always posed in conjunction in contemporary biological research.

Furthermore, the authors extend the DP's framework to analyze the ongoing debates surrounding Evolutionary Transitions in Individuality (ETI). They argue that the DP provides a superior interpretation of ETI compared to any project that rejects the three meanings of "units of selection." By distinguishing between these three functional concepts, the DP aims to clarify conceptual confusions in biology that stem from the conflation of these distinct meanings.

In conclusion, the Disambiguating Project (DP) presents a groundbreaking exploration of the "units of selection." Through its detailed analysis of the three functional concepts and their application to the study of ETI, the DP offers a valuable perspective that sheds light on the complexities of biological concepts. By clarifying the differentiation between these concepts, the DP contributes to a more profound understanding of biology and its fundamental principles.

Weight: 277g
ISBN-13: 9781009449236