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Anderson, James R.; Takimoto, Ayaka; Kuroshima, Hika; Fujita, Kazuo – Cognition, 2013
Increasing interest is being shown in how children develop an understanding of reciprocity in social exchanges and fairness in resource distribution, including social exchanges between third parties. Although there are descriptions of reciprocity on a one-to-one basis in other species, whether nonhumans detect reciprocity and violations of…
Descriptors: Social Exchange Theory, Interpersonal Communication, Animals, Animal Behavior
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Pepperberg, Irene M.; Carey, Susan – Cognition, 2012
A Grey parrot ("Psittacus erithacus") had previously been taught to use English count words ("one" through "sih" [six]) to label sets of one to six individual items (Pepperberg, 1994). He had also been taught to use the same count words to label the Arabic numerals 1 through 6. Without training, he inferred the relationship between the Arabic…
Descriptors: Semitic Languages, Number Concepts, Animals, Computation
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Hood, Bruce; Gjersoe, Nathalia L.; Bloom, Paul – Cognition, 2012
Philosophers use hypothetical duplication scenarios to explore intuitions about personal identity. Here we examined 5- to 6-year-olds' intuitions about the physical properties and memories of a live hamster that is apparently duplicated by a machine. In Study 1, children thought that more of the original's physical properties than episodic…
Descriptors: Animals, Photography, Reprography, Identification
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Cook, Robert G.; Qadri, Muhammad A. J.; Kieres, Art; Commons-Miller, Nicholas – Cognition, 2012
Light is the origin of vision. The pattern of shading reflected from object surfaces is one of several optical features that provide fundamental information about shape and surface orientation. To understand how surface and object shading is processed by birds, six pigeons were tested with differentially illuminated convex and concave curved…
Descriptors: Photography, Optics, Visual Discrimination, Lighting
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Evans, Theodore A.; Beran, Michael J. – Cognition, 2012
Prospective memory (PM) involves forming intentions, retaining those intentions, and later executing those intended responses at the appropriate time. Few studies have investigated this capacity in animals. Monkeys performed a computerized task that assessed their ability to remember to make a particular response if they observed a PM cue embedded…
Descriptors: Memory, Stimuli, Intention, Investigations
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Kaneko, Takaaki; Tomonaga, Masaki – Cognition, 2012
It is important to monitor feedback related to the intended result of an action while executing that action. This monitoring process occurs hierarchically; that is, sensorimotor processing occurs at a lower level, and conceptual representation of action goals occurs at a higher level. Although the hierarchical nature of self-monitoring may derive…
Descriptors: Evidence, Evolution, Primary Sources, Feedback (Response)
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Bregman, Micah R.; Patel, Aniruddh D.; Gentner, Timothy Q. – Cognition, 2012
Songbirds and humans share many parallels in vocal learning and auditory sequence processing. However, the two groups differ notably in their abilities to recognize acoustic sequences shifted in absolute pitch (pitch height). Whereas humans maintain accurate recognition of words or melodies over large pitch height changes, songbirds are…
Descriptors: Learning Processes, Singing, Auditory Perception, Acoustics
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Agrillo, Christian; Piffer, Laura; Bisazza, Angelo – Cognition, 2011
In quantity discrimination tasks, adults, infants and animals have been sometimes observed to process number only after all continuous variables, such as area or density, have been controlled for. This has been taken as evidence that processing number may be more cognitively demanding than processing continuous variables. We tested this hypothesis…
Descriptors: Animals, Discrimination Learning, Hypothesis Testing, Visual Stimuli
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Rey, Arnaud; Perruchet, Pierre; Fagot, Joel – Cognition, 2012
Influential theories have claimed that the ability for recursion forms the computational core of human language faculty distinguishing our communication system from that of other animals (Hauser, Chomsky, & Fitch, 2002). In the present study, we consider an alternative view on recursion by studying the contribution of associative and working…
Descriptors: Evidence, Associative Learning, Short Term Memory, Theories
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Merritt, Dustin J.; Casasanto, Daniel; Brannon, Elizabeth M. – Cognition, 2010
Research on the relationship between the representation of space and time has produced two contrasting proposals. ATOM posits that space and time are represented via a common magnitude system, suggesting a symmetrical relationship between space and time. According to metaphor theory, however, representations of time depend on representations of…
Descriptors: Nonverbal Communication, Figurative Language, Primatology, Animals
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Sobel, David M. – Cognition, 2009
Two experiments examined whether preschoolers' difficulties on tasks that required relating pretending and knowledge (e.g., Lillard, A. S. (1993a). "Young children's conceptualization of pretense: Action or mental representational state?" "Child Development, 64," 372-386) were due to children's inability to appreciate the causal mechanism behind…
Descriptors: Animals, Preschool Children, Child Development, Experiments
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Gilmore, Camilla K.; McCarthy, Shannon E.; Spelke, Elizabeth S. – Cognition, 2010
Children take years to learn symbolic arithmetic. Nevertheless, non-human animals, human adults with no formal education, and human infants represent approximate number in arrays of objects and sequences of events, and they use these capacities to perform approximate addition and subtraction. Do children harness these abilities when they begin to…
Descriptors: Mathematics Achievement, Symbols (Mathematics), Kindergarten, Arithmetic
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Brandone, Amanda C.; Gelman, Susan A. – Cognition, 2009
Children and adults commonly produce more generic noun phrases (e.g., birds fly) about animals than artifacts. This may reflect differences in participants' generic knowledge about specific animals/artifacts (e.g., dogs/chairs), or it may reflect a more general distinction. To test this, the current experiments asked adults and preschoolers to…
Descriptors: Animals, Nouns, Prior Learning, Novels
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Haun, Daniel B. M.; Call, Josep – Cognition, 2009
Recognizing relational similarity relies on the ability to understand that defining object properties might not lie in the objects individually, but in the relations of the properties of various object to each other. This aptitude is highly relevant for many important human skills such as language, reasoning, categorization and understanding…
Descriptors: Evolution, Figurative Language, Animals, Spatial Ability
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Botvinick, Matthew M.; Niv, Yael; Barto, Andrew C. – Cognition, 2009
Research on human and animal behavior has long emphasized its hierarchical structure--the divisibility of ongoing behavior into discrete tasks, which are comprised of subtask sequences, which in turn are built of simple actions. The hierarchical structure of behavior has also been of enduring interest within neuroscience, where it has been widely…
Descriptors: Intelligent Tutoring Systems, Animal Behavior, Reinforcement, Models
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