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Abolghasem, Zahra; Teng, Tiffany H.-T.; Nexha, Elida; Zhu, Cherrie; Jean, Cindy S.; Castrillon, Mariana; Che, Eric; Di Nallo, Eva V.; Schlichting, Margaret L. – Developmental Science, 2023
Even once children can accurately remember their experiences, they nevertheless struggle to use those memories in flexible new ways--as in when drawing inferences. However, it remains an open question as to whether the developmental differences observed during both memory formation and inference itself represent a fundamental limitation on…
Descriptors: Memory, Inferences, Learning Processes, Young Children
Chierchia, Gabriele; Soukupová, Magdaléna; Kilford, Emma J.; Griffin, Cait; Leung, Jovita; Palminteri, Stefano; Blakemore, Sarah-Jayne – Developmental Science, 2023
Understanding how learning changes during human development has been one of the long-standing objectives of developmental science. Recently, advances in computational biology have demonstrated that humans display a bias when learning to navigate novel environments through rewards and punishments: they learn more from outcomes that confirm their…
Descriptors: Reinforcement, Learning Processes, Developmental Stages, Adolescents
Brod, Garvin; Shing, Yee Lee – Mind, Brain, and Education, 2022
Humans accumulate knowledge throughout their entire lives. In what ways does this accumulation of knowledge influence learning of new information? Are there age-related differences in the way prior knowledge is leveraged for remembering new information? We review studies that have investigated these questions, focusing on those that have used the…
Descriptors: Age Differences, Prior Learning, Brain Hemisphere Functions, Memory
Gönül, Gökhan; Tsalas, Nike; Paulus, Markus – Metacognition and Learning, 2021
The effect of time pressure on metacognitive control is of theoretical and empirical relevance and is likely to allow us to tap into developmental differences in performances which do not become apparent otherwise, as previous studies suggest. In the present study, we investigated the effect of time pressure on metacognitive control in three age…
Descriptors: Metacognition, Cues, Time Management, Age Differences
Foster-Hanson, Emily; Moty, Kelsey; Cardarelli, Amanda; Ocampo, John Daryl; Rhodes, Marjorie – Cognitive Science, 2020
Abstract How do people gather samples of evidence to learn about the world? Adults often prefer to sample evidence from diverse sources--for example, choosing to test a robin and a turkey to find out if something is true of birds in general. Children below age 9, however, often do not consider sample diversity, instead treating non-diverse samples…
Descriptors: Developmental Stages, Child Development, Age Differences, Evidence
Erin M. Anderson; Yin-Juei Chang; Susan Hespos; Dedre Gentner – Grantee Submission, 2022
Recent studies have found that infants show relational learning in the first year. Like older children, they can abstract relations such as "same" or "different" across a series of exemplars. For older children, language has a major impact on relational learning: labeling a shared relation facilitates learning, while labeling…
Descriptors: Infants, Language Acquisition, Learning Processes, Object Permanence
Broadbent, Hannah; Osborne, Tamsin; Kirkham, Natasha; Mareschal, Denis – Infant and Child Development, 2020
Benefits of synchronous presentation of multisensory compared to unisensory cues are well established. However, the generality of such findings to children's learning with visual and haptic sensory cue pairings is unclear. Children aged 6 to 10 years (N = 180) participated in a novel tabletop category-learning paradigm with visual, haptic, or…
Descriptors: Cues, Elementary School Students, Learning Processes, Multisensory Learning
Sobel, David M.; Letourneau, Susan M. – Child Development, 2018
It is widely believed that exploration is a mechanism for young children's learning. The present investigation examines preschoolers' beliefs about how learning occurs. We asked 3- to 5-year-olds to articulate how characters in a set of stories learned about a new toy. Younger preschoolers were more likely to overemphasize the role of characters'…
Descriptors: Preschool Children, Beliefs, Inquiry, Learning Processes
McHail, Daniel G.; Valibeigi, Nazanin; Dumas, Theodore C. – Learning & Memory, 2018
The neural bases of cognition may be greatly informed by relating temporally defined developmental changes in behavior with concurrent alterations in neural function. A robust improvement in performance in spatial learning and memory tasks occurs at 3 wk of age in rodents. We reported that the developmental increase of spontaneous alternation in a…
Descriptors: Spatial Ability, Memory, Animals, Brain Hemisphere Functions
Ozfidan, Burhan; Burlbaw, Lynn M. – International Education Studies, 2019
Age is an essential factor in Second Language Acquisition (SLA), impacting the success of students and instructional methods. The purpose of this study is to examine the age factor in SLA by examining three age categories -- children, adolescents and adults. In doing so, the study considers the Critical Period Hypothesis as a base of linguistic…
Descriptors: Second Language Learning, Children, Adolescents, Adults
Raviv, Limor; Arnon, Inbal – Developmental Science, 2018
Infants, children and adults are capable of extracting recurring patterns from their environment through statistical learning (SL), an implicit learning mechanism that is considered to have an important role in language acquisition. Research over the past 20 years has shown that SL is present from very early infancy and found in a variety of tasks…
Descriptors: Child Development, Age Differences, Learning Processes, Children
Lockhart, Kristi L.; Goddu, Mariel K.; Smith, Eric D.; Keil, Frank C. – Child Development, 2016
Three studies explored the abilities of 205 children (5-11 years) and 74 adults (18-72 years) to distinguish directly versus indirectly acquired information in a scenario where an individual grew up in isolation from human culture. Directly acquired information is knowledge acquired through firsthand experience. Indirectly acquired information is…
Descriptors: Epistemology, Children, Adults, Older Adults
Roderer, Thomas; Roebers, Claudia M. – Metacognition and Learning, 2014
This study focuses on relations between 7- and 9-year-old children's and adults' metacognitive monitoring and control processes. In addition to explicit confidence judgments (CJ), data for participants' control behavior during learning and recall as well as implicit CJs were collected with an eye-tracking device (Tobii 1750).…
Descriptors: Children, Adults, Metacognition, Cognitive Processes
Porath, Marion; Lupart, Judy – Exceptionality Education International, 2009
Elementary and secondary students identified as gifted produced representations of themselves as readers, writers, and mathematicians and were interviewed about what they chose to represent. Interviews indicated a developmental progression in the way academic learning is understood, a progression that also was evident in their representations.…
Descriptors: Academically Gifted, Elementary School Students, Secondary School Students, Reading Habits

Liittschwager, Jean C.; Markman, Ellen M. – Developmental Psychology, 1994
Three studies examined children's learning of second labels for objects. Found that, at 24 months, subjects learned both labels equally well but had difficulty with the second label if a third word was introduced. Results suggest that, from six months on, mutual exclusivity helps children interpret novel words. (WP)
Descriptors: Age Differences, Developmental Stages, Language Processing, Learning Processes