Macaws: Intelligent birds capable of complex cognition
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Innovative problem solving in macaws
Behavioural innovations with tool-like objects in non-habitually tool-using species are thought to require complex physical understanding, but the underlying cognitive processes remain poorly understood. A few parrot species are capable of innovating tool-use and borderline tool-use behaviours. We tested this capacity in two species of macaw (Ara ambiguus, n = 9; Ara glaucogularis, n = 8) to ...
Innovative problem solving in macaws
A few parrot species are capable of innovating tool-use and borderline tool-use behaviours. We tested this capacity in two species of macaw (Ara ambiguus, n = 9; Ara glaucogularis, n = 8) to investigate if they could solve a problem-solving task through manufacture of a multi-stone construction. Specifically, after having functional experience ...
PDF Innovative problem solving in macaws
A few parrot species are capable of innovating tool-use and borderline tool-use behaviours. We tested this capacity in two species of macaw (Ara ambiguus, n = 9; Ara glaucogularis, n = 8) to investigate if they could solve a problem-solving task through manufacture of a multi-stone construction.
Innovative problem solving in macaws.
Behavioural innovations with tool-like objects in non-habitually tool-using species are thought to require complex physical understanding, but the underlying cognitive processes remain poorly understood. A few parrot species are capable of innovating tool-use and borderline tool-use behaviours. We tested this capacity in two species of macaw (Ara ambiguus, n = 9; Ara glaucogularis, n = 8) to ...
(PDF) Innovative problem solving in macaws
Innovative problem solving in macaws. December 2020; ... We tested this capacity in two species of macaw (Ara ambiguus, n = 9; Ara glaucogularis, n = 8) to investigate if they could solve a ...
[PDF] Innovative problem solving in macaws
A few parrot species are capable of innovating tool-use and borderline tool-use behaviours. We tested this capacity in two species of macaw ( Ara ambiguus , n = 9; Ara glaucogularis , n = 8) to investigate if they could solve a problem-solving task through manufacture of a multi-stone construction.
Innovation in wild Barbary macaques ( Macaca sylvanus )
Thornton, A. & Samson, J. Innovative problem solving in wild meerkats. Animal Behaviour 83 , 1459-1468 (2012). Article Google Scholar
Innovative problem solving in macaws
Innovative problem solving in macaws. O'Neill L; Rasyidi R; Hastings R; et al. See more; Learning and Behavior (2021) 49(1) 106-123. DOI: 10.3758/s13420-020-00449-y. 3 Citations. Citations of this article. 30 Readers. Mendeley users who have this article in their library. Add to library. View PDF.
Innovative problem solving in macaws
Behavioural innovations with tool-like objects in non-habitually tool-using species are thought to require complex physical understanding, but the underlying cognitive processes remain poorly understood. A few parrot species are capable of innovating tool-use and borderline tool-use behaviours. We tested this capacity in two species of macaw (Ara ambiguus, n = 9; Ara glaucogularis, n = 8) to ...
Two macaw species can learn to solve an optimised two-trap problem, but
The macaws probably have a preference to use learned rules based on arbitrary properties to solve the trap-problem. We conclude that this setup of the two-trap-problem is a viable benchmark that ... 694 Solving a two-trap problem without causal understanding Table 1. The results of all the published experiments that have used the two-trap ...
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Behavioural innovations with tool-like objects in non-habitually tool-using species are thought to require complex physical understanding, but the underlying cognitive processes remain poorly understood. A few parrot species are capable of innovating tool-use and borderline tool-use behaviours. We tested this capacity in two species of macaw (Ara ambiguus, n = 9; Ara glaucogularis, n = 8) to ...
A few parrot species are capable of innovating tool-use and borderline tool-use behaviours. We tested this capacity in two species of macaw (Ara ambiguus, n = 9; Ara glaucogularis, n = 8) to investigate if they could solve a problem-solving task through manufacture of a multi-stone construction. Specifically, after having functional experience ...
A few parrot species are capable of innovating tool-use and borderline tool-use behaviours. We tested this capacity in two species of macaw (Ara ambiguus, n = 9; Ara glaucogularis, n = 8) to investigate if they could solve a problem-solving task through manufacture of a multi-stone construction.
Behavioural innovations with tool-like objects in non-habitually tool-using species are thought to require complex physical understanding, but the underlying cognitive processes remain poorly understood. A few parrot species are capable of innovating tool-use and borderline tool-use behaviours. We tested this capacity in two species of macaw (Ara ambiguus, n = 9; Ara glaucogularis, n = 8) to ...
Innovative problem solving in macaws. December 2020; ... We tested this capacity in two species of macaw (Ara ambiguus, n = 9; Ara glaucogularis, n = 8) to investigate if they could solve a ...
A few parrot species are capable of innovating tool-use and borderline tool-use behaviours. We tested this capacity in two species of macaw ( Ara ambiguus , n = 9; Ara glaucogularis , n = 8) to investigate if they could solve a problem-solving task through manufacture of a multi-stone construction.
Thornton, A. & Samson, J. Innovative problem solving in wild meerkats. Animal Behaviour 83 , 1459-1468 (2012). Article Google Scholar
Innovative problem solving in macaws. O'Neill L; Rasyidi R; Hastings R; et al. See more; Learning and Behavior (2021) 49(1) 106-123. DOI: 10.3758/s13420-020-00449-y. 3 Citations. Citations of this article. 30 Readers. Mendeley users who have this article in their library. Add to library. View PDF.
Behavioural innovations with tool-like objects in non-habitually tool-using species are thought to require complex physical understanding, but the underlying cognitive processes remain poorly understood. A few parrot species are capable of innovating tool-use and borderline tool-use behaviours. We tested this capacity in two species of macaw (Ara ambiguus, n = 9; Ara glaucogularis, n = 8) to ...
The macaws probably have a preference to use learned rules based on arbitrary properties to solve the trap-problem. We conclude that this setup of the two-trap-problem is a viable benchmark that ... 694 Solving a two-trap problem without causal understanding Table 1. The results of all the published experiments that have used the two-trap ...