Gussenhoven provides us with a comprehensive
tour of how our "speech organs" interact with one another to create
all of the different sounds that humans use to communicate. In some ways,
reading Gussenhoven's piece made me think back to Descartes. In the same
way that Descartes was able to produce his explanation of the reflex arc,
Gussenhoven's article distilled the production of human speech down to a series
of very specific and mechanical processes. His article essentially
outlines the biological algorithms, rooted in our speech organs, to produce any
general category of sounds that we could think of. Gussenhoven
demonstrates how clicks, for example, are the product of a "velar closure
plus a closure somewhere further forward. This forward closure may be
located at the lips (rare) or at, or immediately behind, the alveolar
ridge" (17). In this vain, Gussenhoven demonstrates how the production
of human sound is a very mechanical process with different sounds being
consistently generated by the same hardware components that exist in our body.
In my own experience, I remember trying to say the word desert in German, wüste, to two German
children. We spent twenty minutes together giggling at my inability to pronounce the word correctly
because it required a slight trill with the back of my tongue that I had never even known was
physiologically possible. By the end of the day, I had not only uncovered a new tongue movement
but I also was able to pronounce the word! Having read the Gussenhoven article, it’s certainly nice to
know that sounds from foreign languages that I think are too difficult for me to produce are actually
within my physiological capabilities.
The Gussenhoven article provides a wonderful primer for the
Kenstowicz article. The two can be linked
in my opinion by this question: How can the same underlying sounds produced
mechanically by the body, morph into many different sounds that maintain the
same meaning as the original? Whereas
the former focuses on how sounds are produced, the latter addresses the
different contextual rules which humans use to interpret sounds. The article
specifies that often times humans don’t really know what these rules are
explicitly but they are very good at knowing when these rules are not
followed. It also illustrates how these
unspoken rules give rise to many different variants (allophones) of the same
underlying sound (phoneme). It is very
interesting to me that communities then use these variants to produce their own
dialect, which then enables them to identify the breakers of rules who are not
natives of their community. This in turn
leads me to think of an evolutionary purpose for refashioning these
sounds. Perhaps by modifying these
sounds, it allows groups to communicate more effectively with each other in the
presence of outsiders, providing an additional layer of security. Another possible reason is that these
refashioned sounds adds a layer of communal acceptance and culture to the group
that reinforces each individual’s sense of belonging.
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