The Wrongfulness of Wrongly Interpreting Wrongfulness: Provocation Interpretational Bias and Heat of Passion Homicide
Reid Griffith Fontaine
May 14, 2009
New Criminal Law Review, Vol. 12, No. 1, p. 69, Winter 2009
Arizona Legal Studies Discussion Paper No. 08-06
In United States criminal law, a defendant charged with murder can invoke the heat of passion defense, an affirmative, partial-excuse defense so that he may be instead found guilty of the lesser crime of manslaughter. This defense requires the defendant to demonstrate that he was significantly provoked and, as a direct result of the provocation, became extremely emotionally disturbed and committed the killing while in this uncontrolled emotional state. In this way, the law makes a partial allowance for emotional dysfunction - the wrongfulness of the homicide is mitigated when the emotionally charged reactivity restricts the actor's capacity for rational thought and reasoned behavior. However, the defense makes no such allowance for cognitive dysfunction, despite the widely replicated finding in psychology that violent reactivity is associated with distorted cognitive processing. In particular, reactive violence is often attributed, in part, to provocation interpretational bias - a set of cognitive difficulties by which certain ambiguous-provocation situations are interpreted as intentional, hostile, and wrongful by the reacting aggressor. The present paper discusses how affording a partial excuse for emotional - but not cognitive - dysfunction poses both a logical inconsistency and a moral dilemma for American provocation law. Recommendations for reframing the heat of passion doctrine and resolving these issues are made.
Number of Pages in PDF File: 25
Keywords: Social information processing, heat of passion, provocation, reactive violence, hostile attributional bias, cognitive dysfunction
Date posted: January 28, 2008 ; Last revised: May 17, 2009
© 2015 Social Science Electronic Publishing, Inc. All Rights Reserved.
This page was processed by apollo6 in 0.406 seconds