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Gelman, Susan A.; Tapia, Ingrid Sánchez; Leslie, Sarah-Jane – Journal of Child Language, 2016
Generic language ("Owls eat at night") expresses knowledge about categories and may represent a cognitively default mode of generalization. English-speaking children and adults more accurately recall generic than quantified sentences ("All owls eat at night") and tend to recall quantified sentences as generic. However, generics…
Descriptors: Memory, Recall (Psychology), Language Usage, Child Language
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Gelman, Susan A.; Davidson, Natalie S. – Cognitive Psychology, 2013
One important function of categories is to permit rich inductive inferences. Prior work shows that children use category labels to guide their inductive inferences. However, there are competing theories to explain this phenomenon, differing in the roles attributed to conceptual information vs. perceptual similarity. Seven experiments with 4- to…
Descriptors: Logical Thinking, Preschool Children, Inferences, Classification
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Leslie, Sarah-Jane; Gelman, Susan A. – Cognitive Psychology, 2012
Generics are sentences such as "ravens are black" and "tigers are striped", which express generalizations concerning kinds. Quantified statements such as "all tigers are striped" or "most ravens are black" also express generalizations, but unlike generics, they specify how many members of the kind have the property in question. Recently, some…
Descriptors: Evidence, Sentences, Preschool Children, Adults
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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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Taylor, Marianne G.; Rhodes, Marjorie; Gelman, Susan A. – Child Development, 2009
Two studies (N = 456) compared the development of concepts of animal species and human gender, using a switched-at-birth reasoning task. Younger children (5- and 6-year-olds) treated animal species and human gender as equivalent; they made similar levels of category-based inferences and endorsed similar explanations for development in these 2…
Descriptors: Animals, Classification, Environmental Influences, Inferences
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Bares, Cristina B.; Gelman, Susan A. – International Journal of Behavioral Development, 2008
Research on children's knowledge of illnesses has largely concentrated on studying how children reason about common innocuous diseases. It is also important to uncover how children reason about more severe diseases, such as cancer, to be able to treat and communicate with children diagnosed with this disease. Several aspects of prevalent childhood…
Descriptors: Cancer, Young Children, Intuition, Diseases
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Gelman, Susan A.; Bloom, Paul – Cognition, 2007
Generic sentences (such as "Birds lay eggs") are important in that they refer to kinds (e.g., birds as a group) rather than individuals (e.g., the birds in the henhouse). The present set of studies examined aspects of how generic nouns are understood by English speakers. Adults and children (4- and 5-year-olds) were presented with scenarios about…
Descriptors: Semantics, Sentences, Nouns, Cognitive Processes
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Jipson, Jennifer L.; Gelman, Susan A. – Child Development, 2007
This study tests the firm distinction children are said to make between living and nonliving kinds. Three, 4-, and 5-year-old children and adults reasoned about whether items that varied on 3 dimensions (alive, face, behavior) had a range of properties (biological, psychological, perceptual, artifact, novel, proper names). Findings demonstrate…
Descriptors: Inferences, Differences, Young Children, Adults
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Raman, Lakshmi; Gelman, Susan A. – Developmental Psychology, 2005
The authors conducted 4 studies suggesting that children attribute different modes of transmission to genetic disorders and contagious illnesses. Study 1 presented preschoolers through 5th graders and adults with "switched-at-birth" scenarios for various disorders. Study 2 presented preschoolers with the same disorders but used contagion links in…
Descriptors: Communicable Diseases, Cues, Genetics, Diseases