Proto-Riphic: Difference between revisions

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Stop phonation shifts initially result in a Xhosa-like outcome: voiceless -> voiceless aspirated and voiced -> voiced breathy while glottalized consonants are ejective (as in early PIE) with implosive allophones after unstressed vowels. Riphean is notable for having Grassmann's law apply to voiceless stops, so a PIE root like *tep- turns into /tepʰ-/, later reinterpreted as /t'epʰ-/. Riphean is a satem language, which means the labiovelars delabialized, and the palatovelars turned into alveolar affricates /tsʰ ts' dz/.
Stop phonation shifts initially result in a Xhosa-like outcome: voiceless -> voiceless aspirated and voiced -> voiced breathy while glottalized consonants are ejective (as in early PIE) with implosive allophones after unstressed vowels. Riphean is notable for having Grassmann's law apply to voiceless stops, so a PIE root like *tep- turns into /tepʰ-/, later reinterpreted as /t'epʰ-/. Riphean is a satem language, which means the labiovelars delabialized, and the palatovelars turned into alveolar affricates /tsʰ ts' dz/.


The "voiced" consonants of Riphean are actually half-voiced with the following vowel realized breathy. The development is somewhat parallel to the development of voiced PIE stops in Italic, Greek and Indo-Iranian. In South Riphic, including Mixolydian, these stayed distinct from the glottalized series, whereas North Riphic merged them and transferred the contrast to tone on the nearby vowel.
The "voiced" consonants of Riphean are actually half-voiced with the following vowel realized breathy. The development is somewhat parallel to the development of voiced PIE stops in Italic, Greek and Indo-Iranian. In South Riphic, including Mixolydian, these stayed distinct from the glottalized series, whereas North Riphic merged them and transferred the contrast to tone on the following vowel.


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