Abstract

The importance of self-regulation in human behavior is readily apparent and diverse theoretical accounts for explaining self-regulation failures have been proposed. Typically, these accounts are based on a sequential task methodology where an initial task is presented to deplete self-regulatory resources, and carryover effects are then examined on a second outcome task. In the aftermath of high profile replication failures using a popular letter-crossing task as a means of depleting self-regulatory resources and subsequent criticisms of that task, current research into self-control is currently at an impasse. This is largely due to the lack of empirical research that tests explicit assumptions regarding the initial task. One such untested assumption is that for resource depletion to occur, the initial task must first establish an habitual response and then this habitual response must be inhibited, with behavioral inhibition being the causal factor in inducing depletion. This study reports on four experiments exploring performance on a letter-canceling task, where the rules for target identification remained constant but the method of responding differed (Experiment 1) and the coherence of the text was manipulated (Experiments 1–4). Experiment 1 established that habit forming and behavioral inhibition did not produce any performance decrement when the targets were embedded in random letter strings. Experiments 2–4 established that target detection was sensitive to language characteristics and the coherence of the background text, suggesting that participants’ automatic reading processes is a key driver of performance in the letter-e task.

Highlights

  • Self-regulation is typically taken to refer to people’s ability to overcome their immediate impulses in order to achieve different outcomes and it is argued to be the cornerstone of all functional behavior (Duckworth and Seligman, 2005; Baumeister and Vohs, 2007; Moffitt et al, 2011)

  • The second, and more specific motivation, was based on Baumeister and Vohs (2016) assertion that depletion only occurs under a limited set of conditions; namely that a habit formation stage was necessary and that response inhibition of this habit was the causal factor in producing depletion effects

  • It was expected that those in the inhibition condition would deplete self-regulatory resources which would be reflected in a performance decrement similar to that observed by Arber et al (2017)

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Summary

INTRODUCTION

Self-regulation is typically taken to refer to people’s ability to overcome their immediate impulses in order to achieve different outcomes and it is argued to be the cornerstone of all functional behavior (Duckworth and Seligman, 2005; Baumeister and Vohs, 2007; Moffitt et al, 2011). The first experiment is a conceptual replication of the Arber et al (2017) study with three procedural differences which include (a) using quasi-random letters for the test materials instead of coherent text, (b) using a habit formation stage in the depleting condition as suggested by Baumeister and Vohs (2016), and (c) using three active conditions—one control group and two treatment groups. These participants are asked to detect ei and ie pairs, and to produce an alternate response, not inhibit a response This task is as computationally difficult in the same way as the inhibition condition, according to the key premise that been the subject of recent debate, this task should not deplete self-regulatory resources as no behavioral inhibition is required (Baumeister and Vohs, 2016) and no decrement in performance across pages should be observed. If Baumeister and Vohs (2016) are correct in their assertions, the accuracy rate will significantly decline across the final four pages of text for the inhibition condition, but no significant differences will be seen across these pages in the no-inhibition and control conditions

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