Abstract
Using data from large databases of words that listeners have rated in terms of how positively or negatively they respond to them, we present a mode of analysis that reveals regularities across several languages. Specifically, a normalized measure of bias in emotional valence shows that the degree to which positively-valenced words predominate in a language is a reliable function of absolute valence intensity. This measure supports the comparison of corpora in which valence has been measured in different ways and can serve as a baseline for evaluating the role of interactive variables. We also suggest a way to apply the measure to characterize the verbal behavior of individuals. Throughout we show how the general topic is amenable to the functional perspective that behavior analysts apply to verbal behavior, which creates an opportunity for behavior analysts to contribute to interdisciplinary inquiries into verbal phenomena.
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Notes
The rare exceptions often have been impactful. Consider the landmark study of early language development by Hart and Risley (1995), which has been cited more than 5000 times (Google Scholar search conducted April 6, 2016), and about which Suskind (2015) has asserted, "Hart and Risley's insight into the role of early language exposure in a child's ultimate academic achievement was an incredible step forward in social thought" (p. 28). For other interesting verbal investigations, see Moerk (1990) and McDowell and Caron (2010).
The precepts of this literature could prompt lengthy theoretical debate, including about the ontological status of emotions (Skinner, 1953, called them epiphenomial), the utility of words as a unit of analysis (Skinner, 1957, suggested that verbal topographies can be misleading), and the value of verbal-report data (Baer, Wolf, & Risley, 1968, called them unreliable). Regarding such matters, we assert for present purposes only that "epiphenominal" implies a type of response that bears explanation (Skinner, 1953, 1957); that measurement in research always relies on behavior topography to some extent (e.g., Johnston & Pennypacker, 1980); and that verbal reports are one of the few means available to estimate the occurrence of important private events (Wolf, 1978).
Thus, the procedure uses verbal responses to estimate the emotional effect that words "spoken" by others typically have on listeners. While acknowledging the challenges of using self-reports to measure internal events (e.g., Critchfield & Epting, 1998; Critchfield, Tucker, & Vuchinich, 1998), we challenge the reader to come up with a better procedure. Skeptics about the validity of emotion ratings should note that the overall emotional quality of spoken and written communication, when measured through these ratings, correlates with a variety of practical listener actions that might be anticipated based on positive or negative moods (Floh, Koller, & Zauner, 2013; Guerini, Pepe, & Lepri, 2012; Norman, Avolio, & Luthans, 2010; Petty, Schumann, Richman, & Strathman, 1993).
In such procedures, the rating-scale anchors "happy" and "unhappy" apparently are not intended to be taken strictly literally but rather, through research experience, have been shown to be useful in promoting reports of general pleasantness and unpleasantness of emotional responding. This generic character of valence ratings is illustrated in a study by Warriner, Kuperman, and Brysbaert (2013), who created a large corpus of emotion ratings of English words by instructing raters to think of "happy" as "pleased, satisfied, contented, hopeful" and "unhappy" as "annoyed, unsatisfied, melancholic, despaired, or bored" (p. 1193). Dodds, et al. (2015) provided no such elaboration, but their ratings correlate strongly with those of Warriner et al. (see Warriner & Kuperman, 2015), suggesting that the simple anchors "happy" and "unhappy" indeed suffice to measure general valence.
To appreciate the general character of valence, consider the Dodds et al. (2015) mean ratings for some words that register as pleasant (laughter = 8.5, free = 7.96, sisters = 6.62), essentially neutral (desk = 5.26, tooth = 4.84), and unpleasant (weeping = 3.02, stupid = 2.68, terrorist = 1.30).
There is, however, some evidence that raters over-use items presented on the left side of a horizontally-arrayed scale (Friedman & Amoo, 1999). In the scale of Dodds et al. (2015), response options progressed from negative (left) to positive (right), so their study may actually have underestimated the magnitude of positivity dominance.
We arrived at this conclusion by assigning valence ratings from the Dodds et al. (2015) corpus to 88 emotional adjectives for which Ridgeway et al. (1985, Table 2) provided cross-sectional data on child usage. No valence rating was available for 33 additional words, and two others were dropped from consideration because of multiple connotations that might elicit distinctly different emotional responses. A word was considered to be "in use" if at least 50 % of the children reportedly used it by age 6.
Warriner & Kuperman (2015, Figure 2) showed previously that words with extreme valences, both positive and negative, tend to generate strong listener arousal, but the tendency is more pronounced for extremely negative words. Our Fig. 4 indicates how this outcome is expressed in the context of a log valence-ratio function.
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Critchfield, T.S., Becirevic, A. & Reed, D.D. In Skinner's Early Footsteps: Analyzing Verbal Behavior in Large Published Corpora. Psychol Rec 66, 639–647 (2016). https://doi.org/10.1007/s40732-016-0197-9
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DOI: https://doi.org/10.1007/s40732-016-0197-9