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Published on: September 19, 2012
Environmental unpredictability predicts positive social risk taking through neural cognitive control
Morgan Lindenmuth1, Celina Meyer1, Jacob Lee2
1Department of Psychology, Virginia Tech, Blacksburg, VA 24060, United States.
Environmental unpredictability in adolescence is linked to reduced positive social risk-taking later in life. This occurs through heightened frontoparietal brain activation during cognitive control, impacting neurocognitive development.
Area of Science:
- Neuroscience
- Developmental Psychology
- Behavioral Science
Background:
- Adolescence involves significant social and biological changes, increasing sensation seeking and risk-taking behaviors.
- Unpredictable environments can negatively impact neurocognitive development, correlating with increased risky behaviors and social difficulties.
- Research increasingly differentiates between negative and positive risk-taking, moving beyond a sole focus on adverse outcomes.
Purpose of the Study:
- To investigate the longitudinal association between unpredictable life events and positive social risk-taking.
- To examine the mediating role of neurocognitive changes, specifically frontoparietal circuitry activation, in this relationship.
- To understand how environmental unpredictability influences adolescent development of positive social behaviors.
Main Methods:
- Utilized seven years of longitudinal data to track changes over time.
- Employed conditional growth curve modeling to analyze the data.
- Focused on neurocognitive control within frontoparietal circuitry as a key mechanism.
Main Results:
- Environmental unpredictability was found to predict increased frontoparietal activation in late adolescence.
- Higher frontoparietal activation during cognitive control was associated with lower levels of positive social risk-taking.
- Significant indirect effects indicated that unpredictability led to reduced positive social risk-taking via enhanced frontoparietal activation.
Conclusions:
- Environmental unpredictability during adolescence can shape neurocognitive pathways that influence future social risk-taking.
- Heightened frontoparietal activation, a marker of cognitive control, may mediate the link between unpredictability and reduced positive social behaviors.
- Findings underscore the importance of neurocognitive functioning in understanding how environmental factors shape adolescent risk-taking and social outcomes.
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