Emerging evidence from decision neuroscience suggests that although younger and older adults show similar frontostriatal representations of reward magnitude, older adults often show deficits in feedback-driven reinforcement learning. In the present study, healthy adults completed reward-based...

To describe adult age differences in intertemporal choice, we analyzed data from 1,491 participants who completed an incentivized monetary intertemporal discounting choice task involving different conditions (e.g., time delay of 12 months vs. 1 month). Respondents completed a number of other...

Until recently we have known little about how core decision processes change with age and how aging may impact the structure and function of corresponding ventromedial frontostriatal neural systems (Samanez-Larkin & Knutson, 2014). The chapter begins by briefly orienting the reader to...