Javascript must be enabled to continue!
Autonomic Specificity and Emotion
View through CrossRef
Abstract
Autonomic specificity refers to the notion that emotions can be distinguished in terms of their associated patterns of autonomic nervous system activity. This idea has a long history in psychology, tracing back at least to James’s (1884) writings on the nature of emotion. Moreover, it is an idea that has always been shrouded in controversy, attracting many critics along the way (e.g., Cacioppo, Klein, Berntson, & Hatfield, 1993; Cannon, 1927; Schachter & Singer, 1962; Zajonc & McIntosh, 1992). The controversy has been framed by two immoderate assertions: (1) Every emotion is autonomically unique; and (2) every emotion is autonomically the same. The uniqueness assertion is generally associated with Alexander’s (1950) psychosomatic hypotheses. The second assertion of sameness arguably finds its clearest statement in Mandler’s (1975) writings. Needless to say, these are both statements in extremis, and it would be difficult to find undiluted, unhedged versions of either in the contemporary literature. Nonetheless, they form the two poles around which participants in the debate over autonomic specificity have aggregated over the decades. In my view, both of these assertions are highly dubious. Regarding the first assertion of uniqueness, as I hope this chapter makes clear, it is highly likely that reliable autonomic differences only exist for a small number of emotions. Moreover, where these differences do exist, they are likely to be “prototypical” in nature, with particular occurrences of a given emotion showing variation around these central tendencies. Similarly, there is ample basis for rejecting the second assertion of no autonomic differences among emotions. An examination of the empirical literature reveals many studies that report evidence of autonomic specificity. A flurry of such studies appeared after Ax (1953) developed a paradigm for using “real life” inductions to study this issue in the laboratory. Another flurry appeared 30 years later following our report (Ekman, Levenson, & Friesen, 1983) that used directed facial actions and relived emotional memories to address the same question. In contrast, there are surprisingly few published empirical studies that report failures to find any evidence for autonomic specificity. Most of the support for the “sameness” position comes from a number of influential critiques that have either discounted autonomic specificity on a priori grounds (e.g., Cannon’s argument that the autonomic nervous system was structurally incapable of supporting specificity; Cannon, 1927) or that have criticized existing data (e.g., Zajonc & McIntosh, 1992) without presenting any new data. The other source of “support” for the sameness position has derived from studies that have followed the paradigm introduced by Schachter and Singer (1962) in which the autonomic nervous system is activated by using some nonemotional agent (e.g., injection of epinephrine). Participants’ emotional labeling of the resultant state is shown to be quite malleable, reflecting cues in the experimental environment.
Title: Autonomic Specificity and Emotion
Description:
Abstract
Autonomic specificity refers to the notion that emotions can be distinguished in terms of their associated patterns of autonomic nervous system activity.
This idea has a long history in psychology, tracing back at least to James’s (1884) writings on the nature of emotion.
Moreover, it is an idea that has always been shrouded in controversy, attracting many critics along the way (e.
g.
, Cacioppo, Klein, Berntson, & Hatfield, 1993; Cannon, 1927; Schachter & Singer, 1962; Zajonc & McIntosh, 1992).
The controversy has been framed by two immoderate assertions: (1) Every emotion is autonomically unique; and (2) every emotion is autonomically the same.
The uniqueness assertion is generally associated with Alexander’s (1950) psychosomatic hypotheses.
The second assertion of sameness arguably finds its clearest statement in Mandler’s (1975) writings.
Needless to say, these are both statements in extremis, and it would be difficult to find undiluted, unhedged versions of either in the contemporary literature.
Nonetheless, they form the two poles around which participants in the debate over autonomic specificity have aggregated over the decades.
In my view, both of these assertions are highly dubious.
Regarding the first assertion of uniqueness, as I hope this chapter makes clear, it is highly likely that reliable autonomic differences only exist for a small number of emotions.
Moreover, where these differences do exist, they are likely to be “prototypical” in nature, with particular occurrences of a given emotion showing variation around these central tendencies.
Similarly, there is ample basis for rejecting the second assertion of no autonomic differences among emotions.
An examination of the empirical literature reveals many studies that report evidence of autonomic specificity.
A flurry of such studies appeared after Ax (1953) developed a paradigm for using “real life” inductions to study this issue in the laboratory.
Another flurry appeared 30 years later following our report (Ekman, Levenson, & Friesen, 1983) that used directed facial actions and relived emotional memories to address the same question.
In contrast, there are surprisingly few published empirical studies that report failures to find any evidence for autonomic specificity.
Most of the support for the “sameness” position comes from a number of influential critiques that have either discounted autonomic specificity on a priori grounds (e.
g.
, Cannon’s argument that the autonomic nervous system was structurally incapable of supporting specificity; Cannon, 1927) or that have criticized existing data (e.
g.
, Zajonc & McIntosh, 1992) without presenting any new data.
The other source of “support” for the sameness position has derived from studies that have followed the paradigm introduced by Schachter and Singer (1962) in which the autonomic nervous system is activated by using some nonemotional agent (e.
g.
, injection of epinephrine).
Participants’ emotional labeling of the resultant state is shown to be quite malleable, reflecting cues in the experimental environment.
Related Results
Introduction: Autonomic Psychophysiology
Introduction: Autonomic Psychophysiology
Abstract
The autonomic psychophysiology of emotion has a long thought tradition in philosophy but a short empirical tradition in psychological research. Yet the past...
What about males? Exploring sex differences in the relationship between emotion difficulties and eating disorders
What about males? Exploring sex differences in the relationship between emotion difficulties and eating disorders
Abstract
Objective: While eating disorders (ED) are more commonly diagnosed in females, there is growing awareness that men also experience ED and may do so in a different ...
On The Automaticity of Autonomic Responses in Emotion: An Evolutionary Perspective
On The Automaticity of Autonomic Responses in Emotion: An Evolutionary Perspective
Abstract
An evolutionary perspective on emotions emphasizes their function in promoting survival and procreation. Because meeting evolutionary challenges often requi...
Hemodynamic effects of octreotide in patients with autonomic neuropathy.
Hemodynamic effects of octreotide in patients with autonomic neuropathy.
BACKGROUND
The somatostatin analogue, ectrootide, is being used to treat postprandial hypotension in patients with autonomic neuropathy. Although the therapeutic effect...
Clinical, Autonomic & Electrophysiological Features in Patients with Guillain Barre Syndrome in a Tertiary Care Hospital of Bangladesh
Clinical, Autonomic & Electrophysiological Features in Patients with Guillain Barre Syndrome in a Tertiary Care Hospital of Bangladesh
Background: Guillain-Barre Syndrome (GBS) is the most common cause of acute flaccid paralysis in the adult population. It is an acute post infectious immune mediated peripheral neu...
The assessment of autonomic nervous function in patients with gastrointestinal malignancies and its relationship with clinical characteristics
The assessment of autonomic nervous function in patients with gastrointestinal malignancies and its relationship with clinical characteristics
IntroductionThe gastrointestinal tract is the organ most extensively distributed by autonomic nerves, and researches have indicated a relationship between automatic nerves and the ...
Autonomic Physiology
Autonomic Physiology
Autonomic physiology encompasses diverse interactions between the nervous system and visceral effector organs, and their impairment in many neurological disorders can be measured n...
Frequency of Cardiac Autonomic Neuropathy and its Various Grades in Type 2 Diabetes Mellitus
Frequency of Cardiac Autonomic Neuropathy and its Various Grades in Type 2 Diabetes Mellitus
Introduction: Cardiovascular autonomic neuropathy (CAN) is a common and one of the major complication of diabetes mellitus. It is also the most under diagnosed and least understood...


