Re: II Silindion Returns! (Longish)
From: | Roger Mills <romilly@...> |
Date: | Thursday, March 13, 2003, 15:59 |
Elliott Lash wrote: (BTW welcome back)
> Proto-Nestean Consonant Inventory
> Regular: Aspirate: Palatal: Labial:
> t d th dh tj dj tw dw
> p b ph bh pj bj pw bw
> k g kh gh kj gj kw gw
>
> Glottal: Pre-Nasal: Fricative: Lateral:
> t? nt nd s l
> p? mp mb S (<shut>) lj
> k? Nk Ng l?
>
> Question 1: can one have voiced glottalized
> obstruents?
>
Assuming you mean a "voiced ejective" (with the same mechanism as a voicelss
one), I think that's physically impossible. There can't be any voicing if
the glottis is closed, as it has to be for an ejective.. (This was
discussed a few weeks ago, not everyone agreed, of course.) You might be
able to fudge it one of two ways: (1) voiced stop with glottalized release
affecting the vowel (creaky voice?) or (2) preglottalized voiced stop or
ingressive voiced stop-- they could pattern the same way as /p?/ etc, just
realized differently. (I think Sapir's "Psychological Reality of the
Phoneme" discusses something similar-- one of his informants had learned to
write his language in Sapir's system, which used "p!, t!" etc for the
ejectives. There was also a series of glottalized nasals and resonants [?m,
?y] etc.-- and the informant also wrote these as "m!, y!")
I encountered a language in Indonesia that had plain, prenasalized and
preglottalized voiced stops. The latter were very hard to hear in initial
position, though not in intervocalic.
How do you figure /l?/ was pronounced? (I assume it's a unit, not a
cluster).
> Labial:
> tw dw pw nw dw nw
> pw bw pw w bw w
> kw gw kw w gw w
>
Initial tw > pw??? Strange, but not impossible I guess.
> Pre-Nasal:
> nt nd t nd n n
> mp mb p b m m
> Nk Ng Nk Ng Nk Ng
>
Any reason why the velars did not simplify? My favorite natlang, Buginese,
treated these as follows (medial only):
nt, mp, nc, Nk > geminate vl. stop
nd > nr; but mb, nj, Ng > mp, nc, Nk
A related language had:
voiceless NC > geminate vl.C
voiced NC > geminate nasal
(snip the rest-- very interesting however. I've got the shift voiced stop >
continuant > resonant in Gwr; they then affect surrounding vowels-- it's one
way to reduce 2-syl. CVCV(C) bases to CV(C), and derive 9 vowels and a slew
of diphthongs from four vowels....still under construction.)
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