Causal reasoning in New Caledonian crows <subtitle>Ruling out spatial analogies and sampling error</subtitle>

A large number of studies have failed to find conclusive evidence for causal reasoning in nonhuman animals. For example, when animals are required to avoid a trap while extracting a reward from a tube they appear to learn about the surface-level features of the task, rather than about the task’s cau...

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Main Authors: Alex Taylor, Reece Roberts, Gavin Hunt, Russell Gray
Format: Article
Language:English
Published: Taylor & Francis Group 2009-07-01
Series:Communicative & Integrative Biology
Online Access:https://www.tandfonline.com/doi/10.4161/cib.2.4.8224
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author Alex Taylor
Reece Roberts
Gavin Hunt
Russell Gray
author_facet Alex Taylor
Reece Roberts
Gavin Hunt
Russell Gray
author_sort Alex Taylor
collection DOAJ
description A large number of studies have failed to find conclusive evidence for causal reasoning in nonhuman animals. For example, when animals are required to avoid a trap while extracting a reward from a tube they appear to learn about the surface-level features of the task, rather than about the task’s causal regularities. We recently reported that New Caledonian crows solved a two-trap-tube task and then were able to immediately solve a novel, visually distinct problem, the trap-table task. Such transfer suggests these crows were reasoning causally. However, there are two other possible explanations for the successful transfer: sampling bias and the use of a spatial, rather than a causal, analogy. Here we present data that rule out these explanations.
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spelling doaj.art-f30540490c8c4f5bae444b40dc7b3f502023-09-15T13:02:40ZengTaylor & Francis GroupCommunicative & Integrative Biology1942-08892009-07-012431131210.4161/cib.2.4.8224Causal reasoning in New Caledonian crows <subtitle>Ruling out spatial analogies and sampling error</subtitle>Alex Taylor0Reece Roberts1Gavin Hunt2Russell Gray3University of AucklandUniversity of AucklandUniversity of AucklandUniversity of AucklandA large number of studies have failed to find conclusive evidence for causal reasoning in nonhuman animals. For example, when animals are required to avoid a trap while extracting a reward from a tube they appear to learn about the surface-level features of the task, rather than about the task’s causal regularities. We recently reported that New Caledonian crows solved a two-trap-tube task and then were able to immediately solve a novel, visually distinct problem, the trap-table task. Such transfer suggests these crows were reasoning causally. However, there are two other possible explanations for the successful transfer: sampling bias and the use of a spatial, rather than a causal, analogy. Here we present data that rule out these explanations.https://www.tandfonline.com/doi/10.4161/cib.2.4.8224
spellingShingle Alex Taylor
Reece Roberts
Gavin Hunt
Russell Gray
Causal reasoning in New Caledonian crows <subtitle>Ruling out spatial analogies and sampling error</subtitle>
Communicative & Integrative Biology
title Causal reasoning in New Caledonian crows <subtitle>Ruling out spatial analogies and sampling error</subtitle>
title_full Causal reasoning in New Caledonian crows <subtitle>Ruling out spatial analogies and sampling error</subtitle>
title_fullStr Causal reasoning in New Caledonian crows <subtitle>Ruling out spatial analogies and sampling error</subtitle>
title_full_unstemmed Causal reasoning in New Caledonian crows <subtitle>Ruling out spatial analogies and sampling error</subtitle>
title_short Causal reasoning in New Caledonian crows <subtitle>Ruling out spatial analogies and sampling error</subtitle>
title_sort causal reasoning in new caledonian crows subtitle ruling out spatial analogies and sampling error subtitle
url https://www.tandfonline.com/doi/10.4161/cib.2.4.8224
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AT gavinhunt causalreasoninginnewcaledoniancrowssubtitlerulingoutspatialanalogiesandsamplingerrorsubtitle
AT russellgray causalreasoninginnewcaledoniancrowssubtitlerulingoutspatialanalogiesandsamplingerrorsubtitle