Proto-Pulchric: Difference between revisions

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* resonants: ''m n N ŋ l r L w y''
* resonants: ''m n N ŋ l r L w y''


The exact realizations of ''S L N'' are not fully known in universe; the linguist Cimaterol Pradaxa reconstructed them as retroflexes, which is consistent with the Proto-Pulchric reflexes but data from Crockartoot, discovered much later, hints that these could have been palatal instead. This theory is also borne by phonotactics -- ''s l n'' do not turn into ''S L N'' before retroflex consonants, as in ''malṭə'' (presumably /maɭʈə/) "bone".
The exact realizations of ''S L N'' are not fully known in universe; the linguist Cimaterol Pradaxa reconstructed them as retroflexes, which is consistent with the Proto-Pulchric reflexes but data from Crockartoot, discovered much later, hints that these could have been palatal instead. This theory is also borne by phonotactics -- ''s l n'' do not turn into ''S L N'' before retroflex consonants, as in ''malṭə'' (presumably /maɭʈə/) "bone", and the absence of an *R corresponding to *r, even though clusters of *r and retroflexes exist.


Vowel hiatus in Proto-Pulchric is generally rare, showing up in the directional trigger suffix ''-ao'', but consonant clusters are extremely common, as in ''pelstrə'' (bear), ''temblipsas'' (mushroom), and ''mirnutə'' (rod).
Vowel hiatus in Proto-Pulchric is generally rare, showing up in the directional trigger suffix ''-ao'', but consonant clusters are extremely common, as in ''pelstrə'' (bear), ''temblipsas'' (mushroom), and ''mirṇutə'' (rod).
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