September 13, 2016
Written by Maximus Peperkamp, M.S. Verbal Engineer
Dear Reader,
This is my fifth response to “Sound, Symbolism, and Swearing;
an Affect Induction Perspective” (2010) by Yardy. By listening to monkeys we can
learn something important about human communication. Here is a perfect description
of Noxious Verbal Behavior (NVB): “Some of the stimulation induced by macaque
calls were described as loud, plosive and harsh as well as shrill and guttural
adjectives that can also describe swearing in context of aggression” (Robinson,
1967).
Simply stated, each time we raise our voice or speak up we
engage in NVB, but when we tone it down and have a peaceful voice, we engage in
SVB. Parker’s (2008) “sonority hierarchy” (SH) is explained by the Affect
Induction Model (AIM), but the AIM must be applied to human interaction. The
distinction between Sound Verbal Behavior (SVB) and NVB allows us to apply the
AIM and SH to our spoken communication.
The SVB /NVB distinction, like SH, focuses on variable
intensity. It will allow us to develop a harshness-smoothness scale consisting
of the amount of SVB and NVB instances occurring during a verbal episode. In
friendly conversation the ratio of SVB: NVB may be 90:10; in a more impersonal
conversation the ratio may be 50:50; in a threatening conversation the ratio
may be 10:80; and a happy conversation 100:00.
A happy (100:00 ratio) conversation is a genuine, energizing,
realistic, understanding and effective conversation which is determined by how
we sound. Since in such a dialogue we like how we sound, we will pay attention
to how we sound. Paying attention to how we sound equals enjoying the
relaxation of our body, which only occurs during embodied conversation made
possible by to the absence of aversive stimulation.
“Consonants low in sonority tend to have a broadband harsh
pattern; conversely, consonants high in sonority tend to have a tonal, soothing
pattern.” These sound patterns map perfectly on NVB and SVB. And, “this
difference in acoustic characteristics may also account for findings on the
“agreeableness” and “disagreeableness” scale of consonants (Roblee &
Washburn, 1912), which maps onto SVB and NVB.
The AIM has big implications not only for animal, but also for
human communication. Animal researchers have not yet widely accepted AIM as the spoken communication among academics is
characterized by low rates of SVB. This will change once the SVB/NVB
distinction is in place. It provides evidence that “language is not completely
arbitrary.”
There is converging evidence of the “Bouba-Kiki” studies, the
AIM and the SVB/NVB distinction. Humans
evolved to have NVB and SVB. “The
alternative to viewing language as altruistic is to view it as selfish; it
benefits the signaler or speaker directly. Perhaps this direct pay-off has been
the main selection pressure for its evolutionary development (Scott-Phillips,
2006). The SVB/NVB distinction grounds our “sound symbol system” (language),
“in inherent sound-meaning relationships.”
With the grounding
“in inherent sound-meaning relationships” we will be embodied speakers who
produce SVB, but without such
grounding we are disembodied speakers who produce NVB. Our body is the starting
point for meaning as it is the instrument with which we produce sound.
Of course, “innate biases and affect-based dynamics between
young infants and caregivers is how the booth-strapping of language learning is
initiated.” How could it be otherwise? The baby is without language; verbal learning is based on nonverbal
learning. “An important innate bias may well be a simple distinction between
abrasive patterns (shhh!) or harmonious acoustic patterns (infant directed
speech), with negative and positive affect, respectively.” Simply stated, abrasive
patterns describe NVB and harmonious acoustic patterns describe SVB.
Not only the baby, but also the adult “will respond with
crying or with coos”, that is, with NVB or SVB. The learning involved in “more
complex body-world coordination” resulting into “utterances of words to alter
the behavior of caregivers and others (Cowley, 2007) depends on the increased number
of SVB instances in which our speaking and listening behavior are joined. High
rates of SVB predict less speech problems.