Moment-to-moment cascades: Infants' real-time locomotor posture structures opportunities for joint object play with caregivers
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View abstract on PubMed
Summary
This summary is machine-generated.Infant locomotion changes, like walking, influence object play with caregivers. This study shows how real-time movement transitions shape developmental cascades across different timescales.
Area Of Science
- Developmental psychology
- Infant motor development
- Behavioral science
Background
- Developmental cascades propose that changes in one behavior domain can trigger changes in others.
- Previous research links infant locomotor development to object and caregiver interactions.
- The role of real-time infant locomotion in organizing these developmental associations remains unclear.
Purpose Of The Study
- To map the moment-to-moment developmental cascade pathway linking infant locomotion, object/caregiver access, and joint object play.
- To investigate how infants' real-time locomotor actions shape this cascade during the transition to walking.
Main Methods
- Observation of 30 infant-caregiver dyads across three monthly sessions during the transition to walking (infant age 8.74-14.86 months).
- Analysis of infant locomotor behaviors (crawling, cruising, supported walking, walking) and joint object play.
- Examination of the influence of specific locomotor postures on subsequent interactions.
Main Results
- Infants increased supported upright locomotion (cruising, supported walking) before walking onset.
- Infants preferred walking after one month of practice.
- Joint object play frequency varied based on preceding locomotor activity, with shifts from supported upright play to walking play over time.
Conclusions
- Infant locomotion directly influences the organization of developmental cascades in real-time.
- The transition to walking dynamically reshapes the relationship between locomotion and joint object play.
- Understanding moment-to-moment cascades reveals the multi-timescale nature of developmental processes.
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