This collection includes the data of a series of behavioural experiments conducted in the laboratory. More specifically, the researchers used concurrent load techniques and training tasks to examine how manipulations of executive control influence monetary decisions when gambling, habitual behaviour, and the suppression of actions. The experiments are described in a series of articles. For each experiment, all data files and R scripts used for the analyses were deposited in the Open Research Exeter (ORE) data repository (https://ore.exeter.ac.uk) when the article was accepted for publication. The appropriate handles can be found in the 'Related resources' section. People often need to take decisions that involve some element of risk. This project investigates what factors determine risk-taking behaviour when making monetary choices. In particular, it focuses on how the need to exercise control over one's motor actions can influence risk-taking when making monetary decisions. Recently, the researchers have found that being prepared to cancel a motor response reduces risk-taking in a gambling task (Verbruggen, Adams, Chambers, 2012). Furthermore, they have demonstrated that learning to stop actions reduces gambling even when the tasks are performed up to two hours apart. These findings suggest that action control and high-level decision-making are intimately related. This offers exciting prospects for the development of interventions in eg gambling, substance abuse, and overeating. In a series of studies, different aspects of control will be examined to increase our understanding of the conditions in which low-level control of action transfers to the control of higher-order decisions. This could lead to the development of new behavioural training programs. More generally, this work has the potential to contribute to a better understanding of self-control and the ways in which deficits in control can lead to impulsive behaviour, poor restraint over urges, and increased risk-taking.

Behavioural experiments. The specifics for each experiment are described in the relevant Experiment Documentation files in ORE and accompanying published articles.