Difference between revisions of "Heesen2022"

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{{BibEntry
 
{{BibEntry
|Key=Heesen2021
+
|BibType=MISC
|Key=Heesen2021
+
|Author(s)=Raphaela Heesen; Marlen Fröhlich; Christine Sievers; Marieke Woensdregt; Mark Dingemanse;
 
|Title=Coordinating Social Action: A Primer for the Cross-Species Investigation of Communicative Repair
 
|Title=Coordinating Social Action: A Primer for the Cross-Species Investigation of Communicative Repair
|Author(s)=Raphaela Heesen; Marlen Fröhlich; Christine Sievers; Marieke Woensdregt; Mark Dingemanse;
 
 
|Tag(s)=Animal Learning and Behavior;Cognitive Psychology;communication;comparative approach;Evolution;great apes;interaction;joint action;Nonverbal Behavior;other;Psychology;Signalling;Social and Behavioral Sciences;Social and Personality Psychology;Social Cognition; EMCA; Repair
 
|Tag(s)=Animal Learning and Behavior;Cognitive Psychology;communication;comparative approach;Evolution;great apes;interaction;joint action;Nonverbal Behavior;other;Psychology;Signalling;Social and Behavioral Sciences;Social and Personality Psychology;Social Cognition; EMCA; Repair
|Institution=PsyArXiv
+
|Key=Heesen2021
|BibType=MISC
 
 
|Year=2021
 
|Year=2021
 
|Month=dec
 
|Month=dec
 +
|URL=https://psyarxiv.com/35hzt/
 
|DOI=10.31234/osf.io/35hzt
 
|DOI=10.31234/osf.io/35hzt
 +
|Institution=PsyArXiv
 
|Abstract=Human joint action is inherently cooperative, manifested in the collaborative efforts of participants to minimize communicative trouble through interactive repair. Although interactive repair requires sophisticated cognitive abilities, it can be dissected into basic building blocks shared with nonhuman animal species. A review of the primate literature shows that interactionally contingent signal sequences are at least common among species of nonhuman great apes, suggesting a gradual evolution of repair. To pioneer a cross-species assessment of repair this paper aims at (i) identifying necessary precursors of human interactive repair; (ii) proposing a coding framework for its comparative study in humans and nonhuman species; and (iii) using this framework to analyse examples of interactions of humans (adults/children) and nonhuman great apes. We hope this paper will serve as a primer for cross-species comparisons on dealing with communicative breakdowns.
 
|Abstract=Human joint action is inherently cooperative, manifested in the collaborative efforts of participants to minimize communicative trouble through interactive repair. Although interactive repair requires sophisticated cognitive abilities, it can be dissected into basic building blocks shared with nonhuman animal species. A review of the primate literature shows that interactionally contingent signal sequences are at least common among species of nonhuman great apes, suggesting a gradual evolution of repair. To pioneer a cross-species assessment of repair this paper aims at (i) identifying necessary precursors of human interactive repair; (ii) proposing a coding framework for its comparative study in humans and nonhuman species; and (iii) using this framework to analyse examples of interactions of humans (adults/children) and nonhuman great apes. We hope this paper will serve as a primer for cross-species comparisons on dealing with communicative breakdowns.
 
}}
 
}}

Revision as of 08:26, 28 February 2022

Heesen2022
BibType MISC
Key Heesen2021
Author(s) Raphaela Heesen, Marlen Fröhlich, Christine Sievers, Marieke Woensdregt, Mark Dingemanse
Title Coordinating Social Action: A Primer for the Cross-Species Investigation of Communicative Repair
Editor(s)
Tag(s) Animal Learning and Behavior, Cognitive Psychology, communication, comparative approach, Evolution, great apes, interaction, joint action, Nonverbal Behavior, other, Psychology, Signalling, Social and Behavioral Sciences, Social and Personality Psychology, Social Cognition, EMCA, Repair
Publisher
Year 2021
Language
City
Month dec
Journal
Volume
Number
Pages
URL Link
DOI 10.31234/osf.io/35hzt
ISBN
Organization
Institution PsyArXiv
School
Type
Edition
Series
Howpublished
Book title
Chapter

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Abstract

Human joint action is inherently cooperative, manifested in the collaborative efforts of participants to minimize communicative trouble through interactive repair. Although interactive repair requires sophisticated cognitive abilities, it can be dissected into basic building blocks shared with nonhuman animal species. A review of the primate literature shows that interactionally contingent signal sequences are at least common among species of nonhuman great apes, suggesting a gradual evolution of repair. To pioneer a cross-species assessment of repair this paper aims at (i) identifying necessary precursors of human interactive repair; (ii) proposing a coding framework for its comparative study in humans and nonhuman species; and (iii) using this framework to analyse examples of interactions of humans (adults/children) and nonhuman great apes. We hope this paper will serve as a primer for cross-species comparisons on dealing with communicative breakdowns.

Notes