Languages of Teppala

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Humans on the planet Teppala are confined to a single continent, Rilola, and its offshore islands. Thus all human languages can be traced back to a single starting point, and have many traits in common.

Historical distribution of Teppalan languages

Human civilization on planet Teppala peaked twice: first around 1700-2600AD, and then again around 3500-4200AD. During the first peak, the human population was concentrated on the south coast of the continent of Rilola, from 10°N to about 28°N. During the second peak, humans were more spread out, but the areas with the most political and military power were in the interior of the continent, though always along major rivers and lakes, ranging from about 30°N to 37°N in the eastern (older) areas of settlement and upwards to about 45°N in the far west.

After the second peak, human civilization entered a long decline, the population decreased, and languages with small populations went extinct.

During the peaks of human civilization, it was common for every religion to have its own language. Since religions were tied to political parties, almost every political party also had its own language. This is why many Teppalan languages have unusual names, such as the Gold language and the Moonshine language; these were named after political parties rather than ethnic groups.

Since political parties (and religions) coexisted with rival parties within the same ethnic group's nation, the boundaries of a given language often hinged on tiny differences such as speech registers or a set of unique vocabulary words used only members of a particular political party. When languages such as this coexisted, they tended to evolve in parallel directions, so that mutual intelligibility might persist among a pair of languages for hundreds of years.

However, democratic governments were very rare throughout Teppalan history, and many political parties, once in power, banned and persecuted members of rival parties. In these nations, the population really did consist of just a single ethnicity since anyone not claiming membership would be arrested or killed.

Traits common to all Teppalan languages


  • Bilabial consonants are very common, especially the stops p b and the nasal m. The commonest stop in a language is usually /p/. However, in some languages, this is because /p/ stands alone whereas stops further back in the mouth are divided into several articulation types. For example, a language may have /p/ as its only bilabial stop but also have a distinction between a plain velar stop /k/ and an ejective /ḳ/; or there may be co-articulations such as palatalization or labialization associated with dorsal stops but not with bilabials.
  • The commonest syllable shape is always CV, even in languages that allow dense consonant clusters and/or diphthongs and triphthongs.
  • If a language has only one series of coarticulated consonants, they are labialized consonants.


Grammatical traits common to all of the languages on the entire planet throughout all of recorded history are confined to negatives.

  • For example, no Teppalan language has or has ever had a definite or indefinite article.

Traits common to most Teppalan languages


  • Very few Teppalan languages have at any time in history ever gone beyond six vowels, and when there are six vowels, it is always /a e i o u ə/, where the /ə/ vowel may have considerable allophony.
  • Languages with five or more phonemic vowels often do not permit diphthongs; those that do have a very small set. Thaoa is an outlier in that it has six phonemic vowels and several diphthongs. Note that rising diphthongs are generally parsed as a sequence of consonant + vowel since, in almost all Teppalan languages, there is no restriction on which vowels can follow an onset of [j] or [w].
  • Dense consonant clusters do not appear, except in some languages where a certain vowel, usually /a/ or /ə/, is not distinguished at the phonemic level from silence. That is, some languages may always pronounce /tk/ as [tək], without the schwa actually being present as a phoneme.
  • Syllables are commonly front-loaded, such that a sequence like /papsa/ is more likely to be pronounced [pa.psa] rather than *[]. This happens most often when the first element of a cluster is lower on the sonority hierarchy than any following consonants, but in many languages, nasal-stop clusters such as /mp nt ŋk/ will also be front-loaded.
  • On the continent of Rilola, the voiced velar stop /ġ/ (IPA /g/) is rarely used even in languages with a robust series of voiced stops. This is a long-standing trait and crosses language family boundaries. On the islands of Laba, however, /ġ/ is common.
  • There are no minimal pairs between a diphthong and a sequence of the same two vowels. Thus diphthongs can be analyzed as allophones of vowel sequences.
  • Voiceless obstruents occur more frequently than voiced ones. In some languages, /b/ or /d/ is the only voiced stop. In others, there are no voiced stops at all but the voiced velar fricative /g/ (IPA /ɣ/) takes on a stop allophone after a nasal or a high tone.
  • There are often marginal consonant phonemes. These mostly arise from previously existing consonant clusters that were worn down. However, some marginal phonemes arise from sound changes affecting consonants that previously were more common, which survived in only a few phonemic environments. For example, in Khulls voiced stops survived a lenition shift only after a nasal. Later, the nasal sometimes disappeared, meaning that the voiced stops could no longer be analyzed as allophones of voiced fricatives. But they remained rare.
  • It is common to have restrictions forbidding certain consonants to appear in certain parts of a word; for example, in Khulls /r/ cannot begin a word. Most languages allow only a small subset of their consonants to appear at the end of a word


  • Polysynthesis is common, and it is nearly always fusional. It is common to find words with more morphemes than phonemes due to the prevalence of single-phoneme grammatical suffixes that represent two individual morphemes that at an earlier stage of the language were pronounced individually but combined into a new single sound after a sound change.
  • Pronouns are of limited usage, as verbs usually carry the relevant information about the person, number, and gender of the participants. In some languages, pronouns are entirely absent.


  • If there is any grammatical gender, feminine words in most semantic fields outnumber masculine ones.
  • Grammatical gender, if present, classifies people based on age and sex rather than just sex. The age categories are not firmly defined and can be used metaphorically. There are often several age categories for children, but all adults share just a single age category.
  • Many languages have a consonant-based gender system; if not grammaticalized, associated more weakly due to persistence of previously grammaticalized morphemes and contact with nearby languages.
  • Mixed gender categories are often present; a man and a woman, referred to as a unit, will take an epicene gender rather than having one gender overrule the other. If there is no epicene, a group containing both males and females will be described with words in one of the feminine genders.
  • Gender and animacy, if present, can be inherited by nouns describing syntactically inanimate objects, by borrowing from a parent object. That is, a man's arm will be animate (and masculine), and so will his books or any other possessions.

Structure of words

  • Most languages have a fixed word order, with SOV word order by far the most common. Anomalous constructions within SOV languages may require additional marking on certain words, usually those found near the beginning of the sentence.
  • Suffixes are nearly universal; infixes are common; prefixes are rare and usually confined to a single part of speech (for example, in Andanese, the only prefixes are the noun classifiers).
  • Verbs are generally the longest words in a sentence. Verbs are heavily inflected even in languages where noun inflection is absent or relatively skimpy.

Parts of speech

  • There are no adjectives or adverbs. Verbs are used instead of these. In some languages, even the nouns can be analyzed as a subset of the verbs.
  • Pronouns play only a minor role in the language, and some languages lack pronouns altogether, instead using nouns and verbs with person markers.
  • Person markers on nouns, denoting their possessor, are common. Languages that lose this system often redevelop it from grammatically unrelated words later on.

List of sound changes

Pre-Mapi changes

Proto-Greater-Laban (18343 BC) to Mapi (year 14000 BC)

The Proto-Greater-Laban (PGL) language had a consonant inventory of /pʷ p mʷ m hʷ w t c s č š j k kʷ ŋ ŋʷ h l r ř/ and a vowel inventory of /a i u ə/. Schwa is usually spelled "e". /ŋ/ was allophonically [g] and the other nasals could become stops occasionally in word-initial position. At first, "c" was homophonous with the cluster /ts/, but later /ts/ was dragged down to dental and /c/ remained alveolar.

  1. The primordial final nasal -/n/ disappeared, but lengthened any preceding vowel (including schwa).
  2. The schwa vowel ə disappeared in all positions, creating new consonant clusters.
  3. Consonant clusters like hp ht hk flipped to put the stop first, as in ph th kh.
  4. Possibly also /ki/ > /ć/ or even just /k/.
  5. Word-final h disappeared, and also lengthened any preceding vowel. Thus, the final syllable /-hə/ had vanished completely. However, note that word-internal /h/ that was at the end of a syllable had survived this change.
  6. Syllable-final -p became the glottal stop ʔ, except before a "weak" sound such as /h/ or before a vowel-initial syllable.
  7. The consonant clusters ʔs ʔš ʔts ʔč became c č c č.
  8. The consonant clusters ks kš kts kč kh sk šk čk tsk hk all become kh.
  9. The consonant clusters ts th st ht all became th.
  10. The consonant clusters ph sp šp čp tsp hp' all become ph.
  11. Clusters of two voiceless stops were resolved in favor of the second stop, except for /pk/ and its kin.
  12. The aspirated nasal mh became h.
  13. The labialized stops kʷ kʷh changed to pʷ pʷh.
  14. The aspirated stops pʷh ph th kh changed to hʷ h h x respectively. (possibly use f f f x)
  15. The affricates c č became s š.
  16. The glottal fricative h disappeared unconditionally, leaving vowel hiatus. This included the deaspiration of to w along with any other remaining sequences such as /nh/. VOWEL HIATUS STAGE 1!!!!
  17. The vowel sequences ai au contracted into new vowels ē ō, but retained the glide if another vowel followed.
  18. The identical vowel sequences aa ii uu became ā ī ū. The vowel system was thus /a i u ā ē ī ō ū/ and a tiny bit of remaining schwa.
  19. The vowel ō was shortened to o, but ē remained long.
  20. Before another vowel, the sequences aw iw ow uw āw ēw īw ūw became ō ū ō ū ō ē ī ū.
  21. Before another vowel, the vowel u changed to w.
  22. Voiced stops disappeared unconditionally, leaving vowel hiatus. VOWEL HIATUS STAGE 2!!!!! Note that sequewnces like /sua/ now contrasted with /swa/ from the earlier change.
  23. The labialized fricative sequences sw šw xw hw changed to h. Note that there was still an /x/, from earlier /kh/. THus there was a contrast between /h/ vs /x/, but neither of them had labialized forms.
  24. The short vowels e o merged as ə (usually spelled "e"). The long vowels ē ō merged as ə̄ (usually spelled "ē").

Pre-Tapilula changes

Mapi (14000 BC) to Southeast Laban (8000 BC)

Some languages in this section are reconstructed internally, meaning that they have the smallest possible phonology capable of developing into the phonologies of its immediate daughter languages. Marginal phonemes can thus be inserted arbitrarily into any language provided that they merge into one of the phonemes of the daughter language.
Many ideas deleted. See history for info.

There were 3 central vowels: /a ɜ ɨ/. Further back in time, each of these three could be preceded by the palatal glide /y/, even after a consonant, but later the palatal glide disappeared after labials & labialized consonants, and merged with the other consonants to form palataloids. This happened without creating any new vowels.

The Mapi language started out with 13 "core" consonants: /p m t n s l r k ŋ x h w y/, from which can be derived all of the consonants of the daughter languages Silatibarra (8000 BC; sometimes just called "Southeast Laban"), proto-paleo-Andanese (PPAnd), and proto-macro-Haswarabic (PMH). However the phonology also had additional consonants which merged with these core consonants in various ways. The total consonant inventory thus was:

Rounded labials:      pʷ mʷ    w
Plain bilabials:      p  m
Alveolars:            t  n  s  l  r
Postalveolars:        č  ň  š  ł  ř
Palatals:             ć  ń  ś  
Velars:               k  ŋ  x
Labiovelars:          kʷ ŋʷ 
Glottals:                   h

Thus all of the labialized consonants were "stops" (nasal or oral). The lack of the expected */xʷ hʷ/ was due to a late change in the parent language, and in many ways the /h/ patterned as if it were the labialized counterpart of /x/.

Syllables were CVC at maximum, and there were limits on the coda ... a preference for nasal codas if there is one. PoA was not contrastive before another consonant. The final stops allowed were /t, kw/ and possibly /ć/. There were thus no syllables like /kʷya/ or even /pya/.

Note that Mapi is the parent language of the Paleo-Andanese languages, so called because they are the ancestral languages of the people who, 14000 years later, began to speak Tapilula and later Andanese.

Stops & frics early on came to be voiced when occurring after a nasal.

  1. Fricatives before a nasal or stop changed to the PoA of the stop. They did not assimilate in labialization, however.
  2. The glottal fricatve h disappeared unconditionally. This created vowel sequences of /aa aɜ aɨ ɜa ɜɜ ɜɨ ɨa ɨɜ ɨɨ/ most of which occurred as the only vocoid in a word since most roots had been bisyllabic.
    The diphthongs with high vowels came to have a true /i/ or true /u/ depending on the adjacent consonant. There was no neutral.
    The double sequences changed to long vowels. Thus the nine sequences changed as /aa aɜ aɨ/ /ɜa ɜɜ ɜɨ/ /ɨa ɨɜ ɨɨ/ > a: a: ai~au/ /ya~wa ə: əi~əu/ /ya~wa yə~wə yɨ~wɨ/. Thus the language now could be analyzed with 4 vowels or 3.
  3. The new vocoid sequences attached to consonants. Thus new "mismatched" palatalized (pʲ mʲ ) and labialized (tʷ nʷ sʷ lʷ rʷ xʷ hʷ) consonants were created, and they were a fullset. However, the palatalized ones are merged before /i/, and the labialized ones are merged before /u/, so the setup is not far from still being of a vertical inventory, but with changed consonants.
  4. The front allophones of the diphthongs aɨ əɨ became a: ə: and palatalized any following consonant (it would not have ever been labialized).
  5. Fricatives became weakened between vowels: s š ś x changed to h ś ś h.
  6. ś may have become y.
  7. Fricatives in syllable-final position changed also to one of ś h hʷ. Thus the fricvative /x/ occurred only before vowels.
  8. The velar fricative x came to be seen as an allophone of h.
  9. Other consonant cluster reduction:
    hr rh > hh (can be labialized from either original enemenet.)
    Possibly ts č ć > s š ś? Remember that stops did not become voiced, but may have instead tended towards frication to replace the missing voiced fricatibes.
    > (dental). In fact, probably all of the labialized alveolars become dentals. This would help explain why they are never palatalized.
  10. The labial consonants p pʷ pʲ became h hʷ ś between vowels. /hʷ/ is sometimes spelled "f" because its roundedness was more malleable than that of /xʷ/.
  11. The geminate stops ppʷ pp tt čč ćć kk kkʷ became single: pʷ p t č ć k kʷ.
  12. Fricatives behind voiceless stops disappeared.
  13. Most postalveolar consonants trapped in final positions become plain alveolars: č ñ ł become t n l. Note that there were no longer any palatals in the language.
  14. All final fricatives disappeared.

True /i/ & /u/ will appear from lenited fricatives in the syllable coda, as in the "pineapple " language.

Southeast Laban (8000 BC) to Pre-Proto-Tapilula (3770 BC)

Note: this section is almost completely deleted and it may be that the language was extremely conservative during this time.

Another idea is an interovcalic shift of m p mm mp pm pp > m b mb mp mm p.

  1. Intervocalically, m mm mp pm > m mb mp mm. & likewise for other PoA's.
  2. Word-initial approximants w r became bʷ d.
    This wa spreviously spelled as ř.
    The voiceless fricative s (never between vowels) became h unconditionally.
  3. Retroflex ř disappeared unconditionally, by way of a voiced fricative intermediate.

Pre-Proto-Tapilula (3770 BC) to Tapilula (500 AD)

The original dialect of Pre-Tapilula (so called because it had no other descendants), spoken around 3770 BC, had the consonants:

Rounded bilabials:    pʷ  mʷ  bʷ  w
Spread bilabials:     p   m      (Ø)
Dentals:              ṭ   ṇ       ḷ   ṣ
Alveolars:            t   n   d   l   s   r
Postalveolars:        č   ň       ł   š   ř
Palatals:             ć   ń           ś   
Velars:               k   ŋ           h
Labiovelars:          kʷ  ŋʷ          hʷ

The voiced stops were mostly in between vowels. All fricatives were voiced intervocalically ... they behave sometimes as allophones of the voiced stops.

There were three vowels: /a ɜ ɨ/. Codas were limited to one consonant, with a strong preference for nasals and for homorganic consonants, but exceptional words were many.

NOTE: References to "ə" below are ambiguous. Right now, there is no clear path to /i/; depalatalization should be involved, but currently this is tied to consonants rather than to vowels. It may be that remaining /ɨ/ > /i/, and primordial /ɜ/ became the new /ɨ/ (spelled "y") at least conditionally.

The current writeup has the language opening with no voiced stops ... these have been replaced by *voiceless* fricatives which quickly turn voiced before interacting with anything. They are returned to voiced stops after nasals, but this may be better explained by carrying a series of prenasalized voiced stops, whatever their origin, throughout the entire 4000 year history of the language.

  1. Between vowels, the voiceless fricatives ṣ s š ś h, and their labialized variants, became voiced to ẓ z ž ź g. (After a nasal, they were voiced stops, likely merging with unrelated allophones of other sounds.)
  2. Before a vowel, the sequences ɜy ɨy ɜw ɨw changed into i i u u.
    the resulting sequences are treated as new coarticulates... also, the high vowel probably disappears before some consonants, creating clusters such as /kl/, and these can contrast labialization.
  3. The vowel ɨ became u before a labial in a closed syllable, or after a labialized consonant. That is, ʷɨ > ʷu.
  4. The vowel ɨ became i when adjacent of a palatal in either direction (though in compounds, this did not always apply progressively).
  5. The voiceless palataloids č ć š ś were lenited to s.
    Possibly also ṣ, which was now in initial posotion onlyh.
  6. The voiced palataloids ł ř became ź.
  7. The palatalized dentals ḍʲ ṇʲ changed into ž ň. This did not affect the voiceless form.
    The sequences iŋ uŋ, in syllable-final position, became lowered (allophonically at first) to ɛŋ oŋ. This /ɛ/ is the true /e/, not a schwa.
  8. Syllable-final stops p ṭ t k before a "strong consonant" changed into the glottal stop ʔ, which itself was generally silent except for changing the tone of the syllable to high. However, clusters like /pl/ instead changed to /kl/.
  9. Syllabic nasals were created: im ɨm um > , ɨn > , and ɨŋ > ŋ̇.
    This could be explained by saying that there were only two vowel heights possible in closed syllables.
    The sequences /wi/ and /ju/, before another a vowel, became /w/. (when???)
  10. Syllable-initial clusters such as kl changed into pharyngealized consonants such as . <--- note that a previous shift (not listed here) did things like pl>xl>kl, thus this shift produces mostly the velar ejective /ḳ/, not the others.
  11. DEPALATALIZATION!!!!!!!!!!!!!!! j was changed to ʕ in all positions. Between vowels, this became silent but used to show diphthongs' separation. Thus the palatalized consonants pʲ bʲ mʲ ṭʲ became the pharyngealized clusters pʕ bʕ mʕ ṭʕ.
  12. The postalveolar nasal ň changed to ŋ.
  13. The voiced sounds ž ź r changed to y .
  14. The vowel sequences aɨ ɨa changed to ɜu ʷɜ.
    əi became ʷi.
  15. The sequences ʷa ʷɜ changed to ʷo.
  16. > y, thus the word for hand is just "yò".
  17. The sequences au ɜu now both become o. ai ɜi changed to ɛ unconditionally.
    Note, /ɜi/ might need to change to /i/ instead.
  18. The true mid vowel ɜ, in a syllable adjacent to an /ɛ/ or /o/, changed to match that vowel. Some double schwa words also changed, e.g. mɜhɜ > moho "fire".
  19. The "clear" labialized consonants ṭʷ ḍʷ ṇʷ kʷ ŋʷ became the rounded bilabials pʷ bʷ mʷ pʷ mʷ.
  20. The pharyngealized labialized consonants ṭʕʷ ṇʕʷ kʕʷ became pʕʷ mʕʷ pʕʷ. hʷ became fʷ, but the orthography was retained.
    NOTE!! this accounts for most of what was once marked "dʷ".
  21. The plain voiced stops b bʕ ḍ d ġ and the voiced fricatives (?) all shifted to g, except after a nasal.
    Note, since the language already has pharyngealized nasals, it is very likely that theses stops will merge. e.g. /mʕ/ = /mg/, which is [mb].
  22. The labialized voiced stops bʷ dʷ became w, except after a nasal.
  23. Remaining ɜ ɨ in open syllables shift to ə i, respectively. This new schwa vowel is IPA /ɨ/but is spelled "ə" or "y", since it is never ambiguous with IPA /j/.
  24. The voiceless fricative s (and any others that might exist) merged as h.
    possibly /hy/ > /y/. It would be a rare sequence in any case.
  25. Syllables *preceding* heavy syllables became LOW tone.
  26. Other final nasals also change into nasal vowel markers, thus changing syllable weight.
  27. The nasals m mʷ became mf mhʷ before a vowel facing another labial. This did not affect the pharyngealized versions. (The other nasals may have participated in this shift, but only appeared in the "Fojy" branch.)

Thus the final phonology was:

Rounded bilabials:     pʷ  pʕʷ mʷ  mbʷ~mʕʷ mhʷ~hʷ  w
Spread bilabials:      p   pʕ  m   mb ~mʕ  mf ~f  (Ø)
Dentals:               ṭ   ṭʕ  ṇ   ṇḍ              ḷ
Alveolars:             t       n   nd              l
Rounded alveolars:     tʷ      nʷ  ndʷ         
Velars:                k   ḳ   ŋ   ŋġ          h   g

The (f) was pronounced [mʰ] in some dialects.

Fojyan changes

These changes applied only to the Fojy branch.

  1. The nasals mʷ m ṇ n nʷ ŋ become prenasalized voiceless stops mpʷ mp ṇṭ nt ntʷ ŋk when facing a labial. (This includes the "mf" type above.)
  2. The pharyngealized nasals mʕ mʕʷ became mb mbʷ.
    The above two changes might be later conditioned by tone.

Nuclear Tapilula

NOTE: the following changes apply only to the Andanese/Gold branch of the family (which also includes minor families like Subumpamese).

  1. The aspirated nasals mhʷ mh become hʷ f, where /f/ patterns as a spread version of /hʷ/. (The other aspirated nasals either never arose, or deaspirated.)
  2. The prenasalized voiced stops mb ṇḍ nd ndʷ ŋġ changed to plain voiced stops b ḍ d dʷ ġ.
  3. The glottalized stops pʕ pʕʷ ṭʕ kʕ changed to b bʷ ḍ ḳ unconditionally.
  4. The rounded labials pʷ bʷ mʷ became plain labials p b m .
    This change assumes that /mʕ/ and /mb/ were identical, even if of different or mixed origins. The delabialization here also changed the pronunciation of the rounded alveolars, but they remained distinct in other ways, and in most daughter languages, they merged with the next generation of labialized consonants, and therefore can be treated here as if they had been entirely unaffected.

use triple coin flips to determine which high tone syllables previously ended in a nasal.

The consonant inventory was:

Rounded bilabials:                     hʷ  w
Spread bilabials:      p       m   b   f  (Ø)
Dentals:               ṭ       ṇ   ḍ       ḷ
Alveolars:             t       n   d       l
Rounded alveolars:     tʷ      nʷ  dʷ         
Velars:                k   ḳ   ŋ   ġ   h   g

It is possible that prenasalization was preserved into the early history of Nuclear Tapilula, and then lost in the Gold/Subumpamese branch. However, this loss would need to be very early on, since it did not interfere with changes that were restricted to open syllables. This would leave only Andanese.

Tapilula to Gold (year 1900)

Alternate names: Ukieipi, G̣ʷidiʕìləs

Important note : dictionary should be broken into b (from /pʕ/) and ndʷ (true dʷ in gold branch, variable elsewhere).

Note on politics: It is not clear whether the Tapilula language split apart in 0 AD or in 500 AD. If 500, the various Subumpamese languages are almnost independent branches since they begin diverging not long aftre 600 AD. However, Sub and Gold share much more in common than either of htem does with Andanese, despite being supposedly only 100 years closer together. So perhaps the true date is 0 after all.

Pre-classical changes

These changes have already taken place as of the time of the dictionary of Tapilula.

  1. The dentals ṭ ḍ ṇ became the alveolars t d n.
    although this shift is correct, some of what is /d/ in the dictionary should probably have been a dental T sound (it was originally assumed aspiration would remain distinctive).

Tapilula to Gold (proper)

  1. The aspirated velar stop k became č before the vowel i. If another vowel followed, the /i/ disappeared. This happened even if the /i/ was accented.
  2. When a "velaroid" consonant (k ḳ ŋ h g l) followed an accented high tone vowel and the following vowel was the same, that following vowel disappeared, leaving a closed syllable. (Initial-stress diphthongs metathesized; e.g. ūhi became ūih and āku became āuk.) If the next syllable had begun with a vowel, a ʡ (voiced pharyngeal fricative) was added there. These new syllables were all high tone, and were the only closed syllables in the language. Thus the high tone came to be associated with closed syllables. "l" had been considered a velar consonant because of certain distribution patterns dating from Standard Animal, even though it was not a velarized l.
  3. effective unconditional merger of [a e o] > /a/, but see handwritten paper for details.
  4. In absolute final position, syllable-final ŋ changed to n. (But see below.)
  5. Accented vowel-initial syllables gained a pharyngeal ʕ as an onset. If an isolated syllable-final /ŋ/ had preceded, this changed to ġ. If /k/, . These changes were leftovers from the earlier stage in which pharyngealization had been unified with prenasalization.
  6. After long vowels, all consonants became voiced. Also, consonants occurring after initial vowels also became voiced. This created the new consonants b v vʷ d ġ ǯ . Thus, final -h in words like hʷīh became -g. However, analogy made it so that the change was confined to open syllables in most words. (This could also mean it didnt affect clusters.)
  7. After initial unstressed /u/, all consonants became labialized. Thus uġau "heart" > uġʷau. This change extended even to clusters. However, it did not affect classifiers such as /tu-/.
    It's possible this change happened much further back in history, but since it happens independently in Subumpamese, its placement in this list does not matter.
  8. Initial vowels were deleted unless an illegal consonant cluster would have resulted. Sometimes root-initial vowels were retained due to classifier prefixes.
  9. All schwas and diphthongs became low tone.
  10. Labialized consonants lost their labialization when occuring after another labial or labialized consonant (used to explain bàigʷa > bàiga). This also affected labialized consonants occurring before syllabic ṁ ?
  11. After a stressed syllable, intervocalic ʕ ʕʷ became g gʷ. This is due to reanalysis, not a true sound change.


The consonant inventory was:

                       BASIC                             LABIALIZED

Bilabials:             p   b   m   f   v  (w)            bʷ  mʷ  fʷ  vʷ  w  
Dentals:               ṭ   ḍ   ṇ       ḷ                 ḍʷ  ṇʷ          ḷʷ
Alveolars:             t   d   n       l             tʷ  dʷ  nʷ          lʷ
Postalveolars:         č   ǯ           y                 ǯʷ    
Velars:                k   ġ   ŋ   h   g       ḳ         ġʷ  ŋʷ  hʷ  gʷ

The dentals were probably not phonemically distinct in the primary dialect.

Nuclear Gold

  1. The velar fricatives h g were rounded to hʷ gʷ before u.
  2. Some fricatives change: f v fʲ vʲ fʷ vʷ became s z ħ ʕ ħʷ ʕʷ.
  3. In absolute final position, syllable-final h changed to s. (This could be earlier since it is in Thaoa too.)
  4. The labialized coronals tʷ dʷ nʷ changed to tl dl nl, but the spelling was retained.
  5. Any remaining dentals merge to alveolar.

The consonant inventory was:

                       BASIC                             LABIALIZED

Bilabials:             p   b   m                             bʷ  mʷ         
Alveolars:             t   d   n   s   z   l             tʷ  dʷ  nʷ  sʷ  zʷ         lʷ
Postalveolars:         č   ǯ               y                 ǯʷ    
Velars:                k   ġ   ŋ   h   g       ḳ             ġʷ  ŋʷ  hʷ  gʷ
Postvelars:                        ħ  (ʕ)                            ħʷ (w)

The dentals were probably not phonemically distinct in the primary dialect.

Note: unlike the previous model, areal influences cannot be assumed here to keep the breakoff date of Thaoa at 1085 while having only a few changes not shared. This is because Thaoa and AlphaLEAP are no longer geographically contiguous. However,it had been a bad model anyway since it assumed friendly relations with Thaoa's enemy, Paba.

The chronology of the changes is not a problem, however. At most, Thaoa will have to forgo the last four shifts, but since these are mostly unconditional, they can be shown in Thaoa's sound change list as reversals of the Gold ones, so that Thaoa words (mostly placenames) can be derived from Gold instead of going back to Tapilula or setting up a middle-stage language. The same is mostly true for Tarise.

Even though Tarise, Thaoa, and Gold have nearly identical word shapes, they may have considerable differences in vocabulary and grammar.

Gold (1900) to Khulls (4700)

Alternate names: Kuroras

This language was originally spoken near Bābākiam, in the city of Paba.

NOTE: Much of what is spelled "k" here should in fact be "ḳ".

Initial phoneme inventory: /p b f v m w t d s z n l č ǯ j k g ŋ h ɣ r a i u ə/
Four tones: ă indicates stressed short vowels with no tone (i.e. a low tone), à indicates stressed short vowels with high tone, ā indicates stressed long vowels with a falling tone (seen as high + low), and á indicates stressed long vowels with a rising tone (seen as low + high). Two short stressed high vowels (e.g. àà) do not make a long vowel because there is an inherent glottal stop in the à tone whenever it comes before another vowel or at the end of a word. Thus the glottal stop could be considered marginally phonemic. Unstressed vowels can have tone in a shadowy way: no marker indicates a low tone, and a dot above (ȧ) indicates a high tone. However, these unstressed high tones are mostly swallowed except in long sequences of low tones.
Voiced stops other than "d" are rare, and cannot occur after another consonant except in some compounds. That is, there is no /mb/, /bb/, etc. But /d/ is an exception to this rule because it arose from different environments. /b/ and /g/ were marginal, in fact, and /g/ is generally spelled ğ or ġ which leaves {g} free for the much more common phoneme /ɣ/. But this is not carried over to the phonemic listings below.

  1. The vowel u, in all tones and lengths, changed to o of the same tone and length.
  2. The diphthongs əi ài changed to ĕ ē. əu àu became ū ō.
  3. Fricatives preceded by ʕ became voiced. e.g. ʕs ---> z.
  4. The plain schwa (which was always low tone) changed to ŭ.
  5. Sequences like aʕa became pharyngealized vowels; these could still have tones, but later all pharyngealized tones merged with each other except for sandhi effects. Pharyngealized vowels are spelled â.
  6. Voiced fricatives became ʕ, which was silent when unstressed. </li>
  7. The aspirated stop became . (There was no bʰ).
  8. Clusters of /s/ + another consonant metathesized. /s/ in this posiiton was actually [h] and this pronunciation was actually a retention of the original pronunc of ~4000 yrs earlier. Thus sm sn sŋ became mh nh ŋh.
  9. Nasals followed by /h/ turned into nasal + stop clusters. THus mh nh ŋh became mp nt ŋk. One excception to this shift was that if the following vowel was [i] (any length, any tone), the /nt/ would instead be . Thus tanči "wine", not *tanti.</li>
  10. After the vowel [u] (any tone, any length), k ḳ in a syllable coda became p ṗ. They were actually coarticulated labial-velar stops for quite a long time before merging with the pure bilabials, but because this merger happened in both branches of the language, it is treated as if it were such from the beginning.
  11. The short vowel ŭ disappeared in all positions unless an illegal consonant cluster would be created. It labialized any consonant that preceded it. Thus labialized versions of all consonants were created. If the syllable ended in a consonant (which was particularly common after schwa), instead of becoming an "illegal" cluster, the consonant became syllabic. Thus the syllabic consonants ṡ p ṗ ż ḷ were created, and syllabic nasals became more common. The "syllabic" stops /p ṗ/ were indeed pronounced without an epenthetic vowel, creating words like sălṗ. ʕəs became a syllabic ż.
  12. Where /ə/ collapsed, stress shifted syllables to the nearest adjacent one. This tone was mid-tone (ă) unless there had been a "dot" tone previously.
  13. After a syllabic nasal, the final stops p ṗ (which was the only ones that did occur) changed to match the position of the nasal. However, these were written with the letters for "p ṗ".
  14. Sequences like hṁm (in kahṁma "dark-skinned") changed to ṁp, and so on.
  15. The consonant cluster hʷg became (not xʷ, even though g was a fricative).
  16. The voiceless fricatives h hʷ became x xʷ in all positions.
  17. The voiced sounds b bʷ v vʷ changed to ʢʷ. ġ ġʷ changed to g gʷ (fricatives).
  18. The coronals č ǯ became š ž in all positions.
  19. The voiced stop d became l in initial position, but r (a flap) elsewhere. Unlike the similar changesd above, this did *not* affect dʷ.
  20. Labialized coronals became velar. (Possibly misplaced, but it wont matter.)</li>
  21. Final k raised the preceding vowel to a high tone à (á if it was long) and then disappeared, though it left an allophonic glottal stop in some positions.
  22. The labialized fricative šʷ became .
    NOTE ON POLITICS: The Proto-Moonshine language breaks off here. (Year 3958)
  23. ya yo (on all tones) > ye.
  24. Nasal consonants followed by /y/ became voiced stops: my ñy became by ǯy. (This includes the reflexes of /ny/ and /ŋy/.)
  25. The palatal glide /y/ was deleted when not before a high vowel (it was only /e i u/ by now anyway).
  26. The clusters ml nl ŋl changed to bl dl ġl, thus restoring voiced stops to a marginal phonemic position. WHAT ABOUT PALATALS?
  27. The labialized consonants mʷ ŋʷ changed to bʷ ġʷ.
  28. The sound /l/ disappeared after a voiced stop: the clusters bl dl ġl changed to b d ġ.
  29. The voiceless labialized nasals mʷʰ nʷʰ ŋʷʰ changed to mpʷ ntʷ ŋkʷʰ. Non-labialized aspirated nasals also changed. In initial position, the nasal element dropped out. Thus there was once again a phonemic /tʷ/ in the language. However, there were some words such as kʷhʷnōn "beak" where there was an initial consonant as well, and in these cases the word became kʷhʷṅtōn.
Thus Gold's original four tone system was preserved unchanged in Khulls: ă à ā á (with unstressed variants a ȧ). However, minimal pairs between ā and á were few, and the whole system could still be analyzed as a length contrast, with ă corresponding to bare short vowels, à to short vowels followed by a glottal stop, ā to long vowels, and á to sequences of two short vowels (or in some words, one long vowel followed by a glottal stop). This is the method that was used for transcription of loanwords into Bābākiam.

The final phonology of Kuroras was /p pʷ m mʷ w t n s l r š ž j k ŋ x ɣ kʷ ŋʷ xʷ ɣʷ ʔ h ʢ hʷ ʢʷ b d ġ/ for consonants and /a e i o u ə/ with four tones for vowels. Dipthongs are not distinguished from vowel sequences and are mostly determined by accentuation patterns and tone. Many of the consonants are very marginal: /b d ġ bʷ dʷ ġʷ h hʷ ṃ ʔ ʢ ɣʷ/ all occurred in very restricted environments. Most of the labialized consonants were not particularly common either. Thus the "major" consonants were just /p m w t n s l r š ž j k kʷ ŋ x ɣ xʷ ʢʷ/.

Kuroras is unusual in that it has only unconditional changes for its vowels, apart from a few changes in tone.  The other languages that descended from Ukieipi all had a few conditional changes that "filled out" the vowel system.  Thus, even though Kuroras has five vowels, the vowels /e/ and /u/ are quite rare, because they descend from diphthongs that were themselves rare.</pd></pr></pbody></pable> <pable><pbody><pr><pd width="185"></pd><pd>

Macro-Pabap languages

Gold to Yeisu Kasu (3100)

Alternate names: Papies; Pre-Proto-Pabappa; Pre-Pabappa; Pabappic Gold

Gold was the language spoken in the city of Beni-Iubaia (earlier Iūni-Iubāia) around 1900 AD. It evolved into a language called Yeisu Kasu within about 1000 years, and then further into Babakiam by 4100 AD.

Starting phonology:

/p b m w t d n s z l č ǯ j k ġ ŋ h g ḳ ʕ/

The permissible final consonants are /k ḳ l n s ʕ/. Syllabic consonants /ṁ ṅ ŋ̇/ do, however, exist.

Any consonant other than /w/ can be labialized, but only in a syllable onset, meaning that they can be analyzed as clusters of consonant + /w/. However, this setup ignores the influence of the labialized conosnants tʷ dʷ nʷ, which are much more common than other labialized consonants, and evolve distinctly from them in all branches of the Gold family.

Note that all voiceless stops here are spelled the same regardless of whether they were aspirated or not. This is because Babakiam later merges all aspirated voiceless stops with their plain voiceless counterparts unconditionally, with there being no difference in outcome even in conditional environments such as after a closed syllable. The changes relating to aspiration are mentioned here only for the purpose of deriving loanwords from Babakiam into Khulls and other languages.

The fricative that corrsponds to Khulls /x/ is here spelled /h/; its pronunciation began as [h] but shifted towards [x] in some positions over time. It never merged with the much rarer /ħ/ phoneme, which mostly corresponds to Khulls' true /h/.

  1. Sequences like /ʕaʕ/, /ʕiʕ/, etc. lost the first /ʕ/ regardless of whether it was in the same syllable or not. (Possibly move this back even into Gold.)
  2. At this time, syllable-final /s/ was pronounced [h], as in Khulls. This allophone is actually a retention of the original pronunciation rather than an allophone. Now, this aspiration spread across a following voiceless stop, causing it to become aspirated. Note that since Babakiam later merges aspiration anyway, this change had no effect except for causing a small number of loanwords to appear in other languages with unexpected aspiration.
  3. At the end of a syllable, /ʕ/ disappeared and changed the previous vowel to a high tone. It also voiced the following consonant. No new consonants arose from this change, but some voiced ones now became less restricted in their distribution.
  4. Syllable-final k ḳ ŋ changed to kʷ ḳʷ ŋʷ. A few compound words in which the second element began with a vowel or a suppressed consonant split into doublets depending on whether the free (labiovelar) or bound (plain velar) version of the morpheme was generalized in the compound.
  5. The bilabial approximant w changed to ʕʷ (in internal reconstructions, also spelled "v") before a vowel. Note that words like "kua" were still /kua/ rather than /kwa/ and thus did not undergo this change.
  6. Thenl lʷ both becamew (not ʕʷ) in all positions although it retained a rhotic allophone. /lʷ/ was very rare, occurring only from word-initial collapse of an earlier /ul-/ sequence.
  7. The labialized consonants tʷ dʷ nʷ also took on this same rhotic allophone, unlike all other labialized consonants. Thus they became clusters tʕʷ dʕʷ nʕʷ, which can also be spelled "tv dv nv".
  8. The labiovelar consonants kʷ ḳʷ ġʷ hʷ gʷ became p ṗ b f w unconditionally.
    Note, /gʷ/ > /w/ is questionable since the weaker consonant /ʕʷ/ was not affected.
  9. Sequences of two vowels in which the first vowel was i or u became rising diphthongs. Then all clusters of a consonant followed by a semivowel came to be pronounced as coarticulated single consonants. Thus bua became bʷa, bia became bʲa, and so on. ñ was assimilated as .
  10. Stressed syllabic nasals were opened to sequences containing a schwa. This happened in various ways depending on the environment: the maximal expansion was [CəC], where the two C's are identical. This happened only when the syllabic nasal had occurred between two vowels. If instead, it occurred at the end of a word or in a closed syllable (e.g. /pṁpsa/), the second C was always m. If the syllabic nasal had also been preceded by a consonant in the same syllable, the first C would be omitted altogether. The first C was also omitted if the syllabic nasal had occurred word-initially; however, since this created a word beginning with a stressed schwa, a /β/ was quickly inserted by analogy with all other words beginning with a stressed syllable. Nevertheless, the β-less form appeared in compounds in which the preceding element ended in a consonant, where it additionally competed with forms appearing in compounds whose first element ended in a vowel. Thus for example, the Gold language word "breast" split into em, βem, and mem, with no difference in meaning between the three.
  11. Unstressed syllabic nasals followed the same rules as above, except that whenever possible, they contracted to a simple nasal rather than retaining a schwa. Whenever syllable-final, the result was always m, never *n or .
  12. The voiced labialized stops bʷ dʷ ǯʷ ġʷ changed to b between vowels.
  13. The voiced palatalized stops bʲ dʲ ǯʲ ġʲ changed to ǯ between vowels.
  14. The voiced stops b d ǯ ġ(including ones created by the previous two rules) changed to β ð ž g between vowels. This change also caused the voiced labialized stops dʕʷ ġʷ to merge into ðʷ gʷ.
  15. The voiced aspirated stops bʰ dʰ ǯʰ ġʰ (structurually [h] + consonant, plus sandhi) changed to f þ š x between vowels. <---Experimental change, requires replacing some roots. /š x/ would be extremely rare
  16. The clusters gj jg (where [j] is an allophone of /i/) changed to jj unconditionally. This new cluster sometimes became resyllabified into /ī/, but usually did not. (Because these clusters by definition could only occur between two vowels, the new /jj/ cluster was treated like an ordinary consonant cluster. However, /gj/ and /jg/ had sometimes occurred at word boundaries.)
  17. The voiced fricatives ð z g became silent between vowels and occasionally in initial position (due to compounding).
  18. βʷ ðʷ gʷ all changed to w.
    See note above about /gʷ/. This shift may have been avoided at least word-initially ... note that a bare /g/ was still common word-initially.
  19. žʲ became ž.
  20. All aspirated consonants (except nasals) became voiceless, and the aspiration disappeared.
This time period is around 3100 AD, near the beginning of the "Era of Happiness" (Yeisu Kasu: 3138 - 3302 AD). The branches of the language that fork off from mainline Bābākiam in 3138 all die out, and therefore all of their names in the history are written in Babakiam, but they could be revived as minor local languages, and there would be quite a lot of them.

The name Yeisu Kasu would have been exactly the same in Yeisu Kasu itself, as it is unlikely to have contained a /ġ/ or an unusual cluster such as /sħ/.

Thus the language now had the consonants

Labials:        /p ṗ b m f β w/
Dentals:        /þ/
Alveolars:      /t d n s z/
Postalveolars:  /č ǯ ž/
Palatals:       /j/
Velars:         /k ḳ ġ ŋ h g/
Pharyngeals:    /ħ ʕ/

Voiced stops had an odd distribution, occuring almost entirely in word-initial position. Word-internally, the contrast was not between voiced and voiceless stops but between single and double voiceless ones. These two contrasts were not related to each other, but loans from Babakiam into CV languages often treated the single voiceless stops as voiced stops in intervocalic position.

There may have also been a marginal /š/ and /x/.

Yeisu Kasu (3100) to Bābākiam (4100)

Alternate names: Proto-Pabappa; Pabappa (in historical texts)

  1. A nasal (or any voiced sound??) in a cluster after a voiceless consonant (nearly always /p/ or /s/) changed to ʕ. (This shift is responsible for important consequences in verb morphology in Poswa more than 5000 years later.)
  2. The voiced fricatives β z ž g changed to b d ǯ ġ before a high tone.
  3. The post-velar fricative consonants ħ ʕ, which had been developing labial compression, changed unconditionally to f β. Note that this was the (rare) "true" /h/, not the common {h} which is /x/. (Possibly shift this rule up by one position, creating /b/ instead of /β/ in many words.)
  4. The clusters pʕ sʕ changed to the ejectives ṕ ś, but this shift did not affect the labialized or palatalized versions. (These are the same consonants that became clicks in some Kxel languages.) This happened also for other voiceless sounds ,but they were very rare.
  5. The velar fricatives h g were fronted to š ž unconditionally. šʲ žʲ became š ž.
  6. The labialized voiced stops bʷ dʷ ǯʷ ġʷ changed to b.
  7. The palatalized voiced stops bʲ dʲ ǯʲ ġʲ changed to ǯ.
  8. Any remaining voiced stops b d ǯ ġ changed unconditionally to p t č k (except when in clusters). This eliminated the situation that had persisted in the early Yeisu Kasu era in which the contrast for stops was voiced:voiceless in word-initial position (and a few clusters) but single:geminate in intervocalic position.
  9. The voiced fricative žʷ changed to β.
  10. Tones were eliminated. However the stress accent (nouns on the penultimate syllable, verbs on the ultimate) remained and became regularized.
  11. The voiced stops d ǯ ġ (now found only in clusters) changed to n nʲ ŋ unconditionally.
  12. Remaining β changed to b.
  13. Remaining z changed to s.
  14. The ejectives ṕ ś became plain, making the earlier sound change entirely meaningless but for the presence of a few loanwords into Khulls and other surrounding languages.
  15. The postalveolar affricate č was softened to š unconditionally.
  16. Newly created vowel sequences beginning with i or u collapsed into rising diphthongs, thus creating a new series of palatalized and labialized consonants.
  17. The labialized consonants bʷ žʷ changed to b unconditionally. (Despite the fact that a nearly identical sound change had occurred only shortly before this one, this rule was very common in verb forms that were created by the shift of /bua/ > /bʷa/ > /ba/, and likewise for other vowels.)
  18. The palatalized consonants bʲ žʲ changed to ž unconditionally. (The above shift also applies here; many verbs underwent a shift of /bia/ > /bʲa/ > /ža/.)
  19. A schwa ə in a word in which the following syllable had /a/ changed also to a. Note that this is the only vowel change in the entire history of the language going back 3500 years, even before the Gold language, except for a few diphthongizations such as /ua/ > /wa/. However, the vowel system became very unstable in the succeeding period as the language developed into Poswa and Pabappa.
  20. The stress was shifted to the first syllable in all words.

Thus the language had the consonants p m f b w t n s k ŋ š ž j and the vowels a i u ə, the last of which was a schwa. Of the consonants, all except b w ž j could be followed by a semivowel w or j, when occurring at the beginning of a syllable. At the end of a syllable, only p m w s j could occur. This stage of the language is referred to as Bābākiam, "city language".  Spoken around the year 4100, not only in the city of Bābā but a significant amount of territory away from it in all directions.</li></ol>

Yeisu Kasu (3100) to Mevumep (4100)

Spoken in Mevumep.

  1. Inherited schwa comes to be spelled ə. (A spelling change to distinguish it from IPA /e/).
  2. The inherited voiced spread bilabial fricative β shifted to v.
  3. The voiceless ejective stops ṗ ḳ became plain voiced stops b ġ between vowels or after a nasal. The voiced velar stop /ġ/ was not contrastive with the voiced velar fricative /g/, however, because they occurred in complementary environments. Therefore, in some word roots, they merged.
  4. Vowel sequences collapse: ài àu became ē ō, and əi əu become ī ū. Likewise, ăi ău became ĕ ŏ; there was no fourth set because all diphthongs containing schwa had been moved to the low tone during the changes of the parent language. The sequences ăa əa shift to ă.
    This relies on the idea that a short rising tone is likely to become low, and a short falling tone is likely to become high.
  5. Further collapse: àə ìə ùə əə shifted to ā ī ū ə̄. (Nasal?)
  6. The voiceless fricatives f þ s h ħ became v d z g Ø between vowels. This also removes ʕ.
  7. The clusters sf ss sh became the single consonants f s h. (Note the lack of */sþ/ and */sħ/ inherited from the parent language.)
  8. The voiced fricative g became v adjacent to a labial vowel in either direction.
  9. The voiced fricatives d z g became ž adjacent to a palatal vowel in either direction.
  10. The voiced stops d ġ became the approximants r g unconditionally (not just intervocalically).
  11. The voiceless stops p t č k became the voiced stops b d ǯ ġ intervocalically. This shift was ignored in compounds because the only compounds in which it could occur were those which also had a grammatical alternant form with a doubled stop, which did not undergo the shift.
  12. The voiceless ejective stop became p before another stop.
  13. The clusters pp pt ps pk changed to p t c k unconditionally. These could not occur after a breve tone.
  14. The voiced velar fricative g disappeared between vowels.
  15. The clusters mb nd ŋġ became mm nn ŋŋ.
  16. The voiced velar stops ǯ ġ became ž g unconditionally. /d/ was also a fricative in some environments, but this was not a phonemic contrast.
  17. The clusters mp nt nč ŋk became mb nd nǯ ŋg.
  18. The voiceless fricative s disappeared before any stop or nasal.

Bābākiam (4100) to Poswa (8700)

Alternate names: Ižda Mir, Blop, Bloppabop NOTE that this section is outdented for prominence. Poswa is a daughter language of Bābākiam, not of Gold.

  1. Long vowels in initial syllables became double: ā ī ū became aa ii uu. </li>
  2. The double vowels ii uu became ʲi ʷu in all positions.
  3. Between two consonants in a monosyllabic word, the diphthongs au ai eu ei changed to o ae u e. iu > y, ui > i/y, uu > u, ii > i (Note: eu > y if unstressed, hence peum > pym > pum; but this is actually a later shift) But in longer words, or when a consonant cluster was adjacent, a b was inserted and the individual vowels were retained. And in word-final position they remained as diphthongs (to undergo a slightly different shift later).
  4. ā changed to aba in all positions.
  5. At the beginning of a syllable and after p m, the semivowels w and j shifted to r and l respectively. At the end of a syllable, no shift took place, but the orthography was changed as if it had.
  6. The voiced postalveolar fricative ž changed to the palatal approximant j in all positions.
  7. The consonant šʲ became ś, a voiceless palatal approximant. became a voiceless rounded labial approximant.
  8. The velar stops k ŋ changed to the labials p m in final position.
  9. The medial clusters pt mt pn mn shifted to tt nt tn nn. Then pk mk sk pŋ mŋ sŋ became pt mpt št pn mn šn. ms mš became mps mpš.
  10. The cluster sf changed to ff.
  11. The labialized consonants sʷ tʷ nʷ shifted to ps pʷ mʷ in word-initial position, and ps pt bʷ medially.
  12. The new clusters lw rw ww merged as w.
  13. The consonant clusters mʷ mr ml ŋʷ shifted to bʷ br bl gʷ unconditionally.
  14. Meanwhile šʷ changed to .
    (***MOST KURORAS LOANS ENTER HERE***)  year 4700
  15. In initial position before a vowel, the voiceless labial fricative f changed to w. It also happened often to a word-internal -f- preceded by a /w/ of any origin. (e.g. bwafa "hug" > bwawa) This shift did not affect .
  16. After a labialized consonant (except w), the schwa vowel y changed to u.
  17. Labialized consonants lost their labialization when they occurred before u. (But later they were re-introduced through compounding.)
  18. The sequences ow and uw changed to o and u respectively. 
    This is the stage at which most "early Poswa" loans entered the Sak languages.
  19. The vowels i and u changed to e and o in closed syllables. (Note that verbs still had a weak vowel -u and thus did not participate in this change.  For the same reason, many verbs did not participate in rule 2 either and thus did not have these vowels to begin with, even if the corresponding nouns did. Example, 'rum' (child) was still rimu here.  However, they were later analogized as if they had in fact dropped those vowels, hence rum instead of rim.)
  20. The vowel y in closed syllables changed to either i or u depending on the other vowel in the root. The default choice was u, unless it followed a w. i was chosen only when it followed a w or was in a word in which an i or e was in an adjacent syllable and that was the only other vowel in the word.
  21. The sequences wu wo changed to wi we.
  22. Then, s and p disappeared before nasals and sporadically in stem-final position due to back-formation from plurals (e.g. pe "island" from pena, earlier pes, pesna). sb -> b, not to be confused with later shifts in which it turned into žb (re-compounding of words ending in s with words beginning with b happened essentially continuously; this shift was one time only). Also not to be confused with a much earlier shift of sb -> s (persistent in verbs, but nowhere else). Thus the plurals of words ending in s lost the s in their nominal but not their verbal forms.
  23. Unaccented i changed to e unless the accented syllable of the word contained an i.
  24. Then unaccented y changed to i unless the syllable ended in a labial or the accented syllable of the word contained a y.
    Politically, the proto-Poswobs became independent here (5547), but the language remained unified through physical contact for another 450 years or so.
  25. The consonant cluster ŋʲ assimilated to .
  26. Then unaccented u changed to y except when the syllable ended in a labial or the accented syllable also contained a u.
  27. Before a vowel, unaccented y and yb changed to u.
  28. Before a vowel, unaccented a and ab changed to i ("the karaoke shift").
  29. Next, i changed to y if the next syllable had u.
  30. The palatalized consonants pʲ mʲ sʲ lʲ rʲ, which had been created mostly by rule 28, changed to f v ś j b before a vowel. also changed to b. šʲ žʲ became ś j.
  31. In stressed syllables, in only a few words, ol ul or ur changed to we wi wa wa. The conditioning environment was that the syllables had to be unstressed and have only one consonant before them; in other words, they occured in compounds only, in a syllable which would be stressed if it weren't a compound.
  32. Simultaneously, syllable-final r in most words changed to b. AQcutaly, it was f/v before coronals, b in absolute final position, stays r before šž + labials + velars (but really pronounced as /w/). rl > vl. rr > wr (spelled rr for now, but later as rw). probably š ž before šž actually, but f before s changing to š. Sometimes au+labial -> o even so, no particular rule. It always changed to /o/ in the initial sllable of a word, ignoring all these other rules. thus pautu > poty, not pafty.
  33. The surviving final r changed to vʷ fʷ before labials. became w.
  34. The palatal approximants ś j (including any /j/ taken from loans) changed to š ž in all positions.
  35. became w before a vowel (that is, everywhere except before a labial).
  36. In words not affected by the previous shift (mostly due to grammatical analogy), syllable-final ar and yr shifted to o and er and ir shifted to u. However ar did not shift to o after a /w/, but rather became abʷ (by analogy).
  37. In unstressed syllables before a nasal, the sequences el il merged as i and or ur merged as u.
  38. Unstressed ol and ul became e before a consonant or at the end of a word.
  39. i and y shifted to u before a labial in a closed syllable, or before a syllable beginning with a labial cluster (in this case, even /pʷ/ etc counted as "clusters" ... see the shift a few lines below). Thus for example /tipwu/ > /tupwu/. However, other labialized consonants such /tʷ/ did not trigger the shift, so /titwu/ stays /titwu/.
  40. ŋ was denasalized to g in all positions.
  41. The palatalized velar consonants kʲ gʲ became the postalveolar affricates tš dž. In some dialects, including the one that produced Pabappa, this shift did not occur before back vowels, and instead the consonants were reduced to plain velars.
  42. The labialized velar consonants kʷ gʷ pʷ bʷ were decomposed to the clusters kw gw pw bw.
  43. Final y in trisyllabic words disappeared. Due to analogy, it disappeared in some shorter words as well. However, consos that now occurred at the end of a word because of the dropped y became labialized, though this is not shown in Romanizaiton. Thus minimal pairs such as nap "pyramid" versus napʷ "arrow" did exist.
  44. The remaining palatalized consonants became labiodental fricatives: and merged as f, and changed to v. pf became ff.
  45. Medial vowels in trisyllabic words disappeared if the resulting consonant cluster was acceppable ("the Debra shift"). wr>rw. Here again, labialization hung around if the deleted vowel was o u or y. Thus there were minimal pairs such as puppa "salamander" vs pupʷpa "kind, humanitarian". This period (around the year 7300) is the beginning of what is often considered "Classical Poswa" (Poswa Maswumbies).
    Poswobs invaded Pabappa territory beginning around 7414, and the language was essentially unchanged at that time.
  46. š before a nasal changed to ž and the nasal changed into a voiced stop. At this time, the new sound d was spelled with the letter v.
  47. Clusters in which the two elements were at different PoA's AND different classes resolved in the following ways:
            pn bn > vž
  48. šn sn > žv
  49. tm km > vb
  50. fm vm > vb
  51. šm žm sm šb sb > žb
  52. tp > pp
  53. pm tn > mm nn
  54. The clusters pk and bg became pw and bi respectively. mk became mw (not mpw). 
    And likewise for other consonants.
  55. The voiced velar stop g was fronted to unless it occurred in a cluster after another consonant and before a o u.
  56. The clusters šb and were devoiced to šp and respectively.
  57. The clusters žp and became žb and respectively.
  58. The clusters pl and bl became p and b respectively when overlaying two unaccented syllables. The same also happened for other stop + nonstop clusters such as pr br pš ps bž pt pf bv, althoiugh pš, pf, and ps survived as aspirates pʰ for long enough to survive a particular subsequent shift. Clusters like mž and mdž > mbž > mb.
  59. The sequences yw ww wy changed to ʷu in all positions (these three were all seen as the same thing anyway, w & y are just Romanization.)
  60. wi+vowel > i+vowel (wawia "sadism" > waia but still spelled wawia). Likewise, the recently created ʷu > u before vowels. Neither of these changes occurred in absolute initial position, however; wialeb "also" remained wialeb.
  61. iy > ia (platia "record"); ii > ie (plopie "grass").
  62. In wholly unstressed syllables, except when preceded by a, the clusters rl and lr changed to al and ar respectively, and raised the preceding vowel.
  63. The cluster rgw (occurring only in "wirgwep" and similar words) became vbw, with both consonants labialized.
  64. A velar-onset syllable preceded by another changed to alveolar if the vowel was a back vowel, but postalveolar if it was a front vowel. The affected consonants were k g kw gw r.
  65. The inherited vowel y had lowered and weakened to a schwa in most positions. Now the diphthong al (but not alʷ) went to ae and yl to e. ae was pronounced in some dialects as ai or a, with the a pronunciation winning out in all but a few words.
  66. In some dialects, the labiodental fricatives f v came to be pronounced as the dentals ṣ ẓ in all positions, but there was no change in the spelling.
  67. Geminate stops overlaying two unaccented syllables reduced to single if there was another geminate earlier in the word. This affected only compounds such as "talap bavva", which spawned a new variant talabbava and then created the new word "bava", and pam mepoppos became pam mepopos.
  68. pb --> p sporadically, especially overlaying two unaccented syllables. Likewise also šb > š, etc.
  69. mp --> mb after a voiceless conso (e.g. pampa>pamba), except if another voiceless conso followed
  70. Initial ps pš --> ph --> p, also sometimes if overlaying two unaccented silabs just as pl bl had. (Thus pampsa > pampa, not pamba).

ž>j problems??

Thus standard Ižda Mir, if labialized consonants are included as phonemes, had the consonants w p pʷ b bʷ m mʷ f fʷ v vʷ t tʷ n nʷ s sʷ l lʷ r rʷ š šʷ ž žʷ k kʷ g gʷ and the vowels a e i o u y, the last of which was a schwa. At the beginning of a syllable, all of the consonants as well as the clusters pl pr bl br tš dž were allowed. At the end of a syllable, all consonants were allowed, but were restricted based on the consonant that followed. At the end of a word, p m s l b pʷ bʷ mʷ fʷ vʷ tʷ nʷ sʷ lʷ rʷ šʷ žʷ kʷ gʷ were allowed.

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Bābākiam to Old Pabappa (~6500) ... too early?

Alternate names: Pespimbesa <p class="body">

  1.   Debra shift I. (But rV and wV didnt compress) ("ae" and "al" remained distinct here).  If the deleted vowel was y, o or u, the preceding consonant became a labial. If a consonant was already labialized or palatalizzed, it did not contract. l r > u (later to disappear)
  2.   --> f
  3.   ŋ was denasalized to g in all positions, except certain clusters such as ŋr.
  4.   tš dž (mostly in compounds because the normal k->tš shift didnt happen here) --> kʲ gʲ
  5.   Diphthongs of all types were resolved in favor of the first vowel. (including things like nʲa and tʲa to ni and ti, and mwa to mu.) Be careful to remember that tʲ and fʲ did not merge here, and in fact have different out comes even for the vowels that followed them. Likewise, kʷ and all other labialized consonants turned their next vowel into /u/.
  6.   Stops occurring before a nasal assimilated fully.
  7.   The cluster žž simplified to j.
  8.   Clusters of two fricatives of differing points of articulation were assimilated in favor of the second consonant.
  9.   The cluster žbž simplified to žž. Other clusters, such as sps (in pospsar "urine"), simplified similarly.
  10.   Clusters of fricatives and stops of dissimilar voicing were resolved in favor of the second consonant. For example žp became šp.
  11.   The clusters gv kf became bv pf. (Thus Paleo-Pabappa kagyvi "poison" became Proto-Pabappa kabvi.)
  12.   The fricative š changed to h in initial position and s elsewhere. NOTE: currently the wordlist assumes that initial pš- > /h/ as well, even though the sound change of /ps/ > /s/ is unrelated to this one and occurs much later. One or the other of these will need to be fixed.
  13.   The fricative ž came to be pronounced z.
  14.   The cluster rr was reduced to r.  This is considered to be the stage of proto-Pabappa.


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Old Pabappa (6500?) to Pabappa (8700)

Pabappa evolved from a dialect of Bloppabop that lacked the vowel m in place of the former and k g in place of the latter in all words. However, these sounds were pronounced as /tš dž/ before all front vowels, including /a/. Thus the proto-Pabappa dialect of Bloppabop had the consonants p b m w f v t n s l r h z k g and the vowels a e i o u y, the last of which was a schwa. At the beginning of a syllable, all of the consonants as well as the clusters pl pr pw ps pš bl br bw kw gw were allowed. At the end of a syllable, all consonants were allowed, but were restricted based on the consonant that followed. At the end of a word, p m s l r f v z b were allowed. Then the following changes occurred:

  1.   Double nasals were reduced to singles.
  2.   The vowel ə either disappeared or became i or o (governed by the

    surrounding vowels' HEIGHT (not backness)). If it disappeared, it also labialized the new final consonant.

  3.   The fricative z disappeared in all positions, except in a few words where it remained as d. Meanwhile the fricative v changed to d

    in all positions, except in a few words where it disappeared. These irregularities are explained by an early irregular stage of the sound change where z and v changed places in a few words.


    Unstressed cliticized prefixes were dropped from the language or phonologically incorporated into the following word by dropping the vowel, even when this created a previously forbidden consonant cluster.

  5.   The velar stops k g changed to the fricatives š ž in all positions. Before back vowels, they were usually pronounced as velar fricatives.

  6.   The labialized consonants sʷ šʷ both became f (only to change to s later).
  7.   The cluster (usually from /sk/) became šš.

  8.   The fricative f changed to p in initial position and s elsewhere. This stage, reached around 7000 (?), is considered to be the classical stage of Old Pabappa, also called Pespimbesa.
  9.   The labiovelar stops kw and gw changed to the bilabial stops p and b in all positions.
     fw -> f, sw -> w, tw -> pw, vw -> w, žw -> w.

  10.   The single bilabial stop p became the geminate pp when following a voiceless consonant plus a vowel.
  11.   The postalveolar fricatives ž and š became the labiodental fricatives v and f in all positions.
  12.   Unstressed initial pu- changed to purp- before a vowel, where -rp- is a hypercorrection of the epenthetic r that had appeared near the earliest stages of the language. pu-p- and pu-w- became w-. pu-b- became pu-br-. pu-t- became pu-d-.

  13.   In initial position, the clusters sp st ps coalesced as s. sl survived, but only in one native word; the others were all either loans or proper names.
  14.   The voiced stops b and d became the voiceless stops p and t in all positions. Fricatives did not devoice, but clusters such as bv became pf.
  15.   Non-labial final consonants were replaced with labials in most words

    (except -l and -r). s->f->0. Final b became p.

  16.   Final e disappeared, even after consonant

    clusters, except in monosyllabic words and some suffixes. This created new consonant clusters in agglutinative forms of words and in compounds. Sporadically, monosyllabic words that had ended in e got a new -s or -ssi suffix which

    caused the original e to be retained; this happened to other monosyllabic vowel-final words too.
  17.   Before a nasal, p s t n assimilated completely.
  18.   Clusters of a nonlabial stop followed by a labial stop were resolved in favor of the nonlabial one.
  19.   Final o was were lowered to a except if the

    accented vowel was mid-height (e or o). Final e (in the case that it survived the previous sound change) was raised to i in the same environment.  This is considered to be the classical stage of Middle Pabappa.

             Thus the phonology of Middle Pabappa was /p m w f v t n s l r h/ for consonants and /a e i o u/ for vowels.

  20.   The sequence aw changed to o before any nonrounded vowel. ow and uw became o and u.
  21.   The clusters tl and ttl both changed to ll. (was rpl)
  22.   The sequence sr became spr. lr became rr.
    Any other nonlabial consonant before r became labial.  Then mr changed to mpr.
  23.   Clusters of a nasal followed by any other consonant of

    differing point of articulation were assimilated in favor of the point of articulation of the second consonant.

  24.   ml became mpl.

    (7414 war occurs here?)
  25.   The voiceless labiodental fricative f changed to w in initial position.
  26.   h changed to 0 in all positions.  (maybe h > f > w internally before u?)
  27.   Initial pw became w.
  28.   Unstressed syllables of the form CVCC where the two latter C's were a geminate or one of a few other types of consonants changed the vowel to a very short schwa ə.
  29.   Intervocalic voiceless stops became voiced. (Possibly omit this shift if a geminate voiceless is nearby.) The cluster pl became bl in all positions;

    pr became b in word-initial position, and br elsewhere. (maybe just -b- everywhere since it would be the only b in the language after clusters and thus not contrast with anything.)

  30.   The geminate stops pp and tt became p and t in all positions. Meanwhile ss became s. (Possibly omit this shift if another geminate is changing)
  31.   The cluster sp became ss. Most suffixes that had formerly begun with p were now considered to begin with b, but this b was realized as b only after a vowel or a bilabial consonant; elsewhere the consonant disappeared or, in the case of t and d, doubled the preceding consonant. After p, which would normally be omitted, the suffix came to begin with p. (ANDANESE PABAPPA SPLITS OFF HERE)
  32.   Initial v became f.
  33.   The labiodental fricatives f and v became the bilabial stops p and b in all positions.
  34.   The marginal schwa phoneme disappeared, creating some new clusters and geminates. (Debra shift II.) Thus words like popa "oak tree/rabbit" (a homophone pair) became -ppa when they were the second element of a compound. If the new cluster was "impossible", it retained a vowel (either /i/ or /u/) instead. However, outside of place names and personal names, these new affixes did not actually survive very often, as they were a unique word form in the language, and in most cases the new words were restored to compounds (since they had been almost all compounds anyway).
  35.   The bilabial stop b, between two identical unaccented vowels (e.g. -aba, -obo), turned to m sporadically as the result of analogy from various noun declensions.
  36.   The clusters tr dr, which only occurred in loans and a few compounds, became k g.

Thus the final phonology of Pabappa was /p b m w t d n l s r/ for consonants and /a e i o u/ for vowels. The phonemes /k/ and /h/ were common in borrowings, but many speakers pronounced these as /ʔ/ or /0/. A few speakers, however, did pronounce [k] and [h], because [k] appeared as an allophone of /t/ before /r/ (even though this sequence itself was also found only in loans), and [h] appeared as an allophone of /r/ in initial position. In the so-called "Post-Pabappa" language, when the speakers of Pabappa were crushed by invading armies into living along the south coast, true phonemic /k/ and /x~h/ became more common.

Western (Andanese) dialect: ar er ir or ur > au eu iu oa ua; al el il ol ul > al el il oi ui. (i.e. clear L survives, dark L dies.) v f > b p (without the change of v > f > P initially; thus pipi "wall" is bipi).


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Proto-Moonshine to Late Moonshine (6800)

Alternat enames: Classical Moonshine

  1.   Clusters of any consonant plus a nasal simplified to single consonants: n disappeared and lengthened the previous vowel; s made the nasal voiceless, disappeared and lengthened the previous vowel; ʔ disappeared and raised the tone of the previous vowel.
  2.   Syllable-final ʔ n s were grammatically analogized to the consonants k ŋ h between two of the same vowel, which then became ʔ n s and deleted the final vowel.
  3.   A schwa following another vowel disappeared and made that vowel a long vowel.
  4.   Unaccented short schwas were lost. Because the language

    had a very active compounding system, this shift led to a steep increase in the number of types of allowable consonant clusters, as

    well as new consonants allowed in final position.
  5.   Syllable-final s after a vowel disappeared and made the preceding consonant voiceless and aspirated.
  6.   Syllable-final s after a consonant disappeared and made that consonant into an alveolar.

  7.   Unaccented e and o became a, often spelled as schwa or as ʕ, the vowel separator. If high tone, this was replaced by ʔ, the glottal stop. However, in neither case was this sound actually pronounced; it merely affected surrounding consonants for a short period of time after the shift.
  8.   Unaccented i and u came to spelled as

    palatalized/labialized consonants followed by a schwa, which had merged in with these. Thus the old glyphs for coarticulated consonants were revived, and stress was no longer fixed on the first syllable of the word even when the first vowel in the word wasn't a schwa. There was now only one orthographic unaccented vowel in the language: the schwa, which was now often unwritten. Unaccented i and u were written as part of the preceding consonant (the syllable was always open).

    Consonant clusters simplified according to the following rules:

  9.   Labialized consonants (kʷ ŋʷ hʷ) in final position (or at the beginning of a cluster) became plain and added a w glide to the preceding vowel.
  10.   Palatalized consonants (pʲ mʲ tʲ nʲ sʲ č ñ š ž) in final position or at the beginning of a cluster became plain and added a j glide to the preceding vowel.

  11.   Doubled consonants simplified to singles and caused the tone of the preceding vowel to become high.

  12.   Any consonant before a nasal disappeared and lengthened

    the preceding vowel. If the sound had been voiceless, it caused the tone of the preceding vowel to become high. If it had been voiced, it

    caused the tone of the preceding vowel to become low.
  13.   Any remaining ʷ trapped between consonants became u.
  14.   Any remaining ʲ trapped between consonants became i.
  15.   φ and β changed to w.
  16.   Aspirated consonants became voiceless.
  17.   In unaccented syllables, all vowels became short.

  18.   Nonpalatalized alveolar consonants became velarized (not shown in the orthography).

  19.   An old method of deriving verbs from nouns by

    truncating the word after the first vowel, and lengthening that vowel if there was any missing info began to take over now. Although this was not a true sound change, it affected the general language more than any of the sound changes on the list.

  20.   o ò changed to schwa in unaccented position and a in accented position.
  21.   ō ó changed to o ò.
  22.   The vowel sequences aj ej ij oj uj became ē i ī i ī respectively.
  23.   The vowel sequences aw ew iw ow uw became ō u ū u ū respectively.


    The consonant cluster řp became lp in all positions.

  25.   Following an accented syllable in a word of three or more syllables, all vowels became schwa.

  26.   Following an accented syllable in a word of two syllables or less, the consonant sequences ts ns ss changed to `ts z s respectively.
  27.   Following an accented syllable in word-final position, the syllables ka ke ki ko ku became ʔ ʔč ʔč ʔt ʔt. Before another consonant, they all became ʔ.

  28.   All consonant clusters except those beginning with s became homorganic; the s- clusters did not retain any distinction based on point of articulation but instead shifted the s- to š except before another s.
  29.   The cluster sw (spelled sbʷ) became a bilabial v in all positions.

  30.   sb shifted to žb.

  31.   Before front vowels, k g ŋ shifted to č ǯ ñ.

  32.   Between two unstressed vowels, all labial consonants

    except rounded bilabials disappeared unless a string of three vowels

    would be created.
  33.   Before a vowel, unaccented ə changed to u, which then shifted to the labial glide w in syllable-initial position and otherwise created a labialized consonant. (year

    5800; same as 26 in Izda Mir)

  34.   Before a vowel, unaccented a changed to i ("the karaoke shift"), which then shifted to the palatal glide j

    in syllable-initial position and otherwise created a palatalized consonant. Like the new labialized consonants, palatalized consonants could occur only before a vowel, but in orthography they could occur before other consonants because they were used to denote whole unstressed syllables. However, the only vowel allowed in these unstressed syllables was the epenthetic schwa, and during the following

    sound changes this schwa often disappeared.
  35.   The labials pʲ bʲ mʲ became the labiodentals ṗ ḅ ṃ in all positions.
  36.   The dentals fʲ vʲ changed to f v before vowels, but to fĭ vĭ elsewhere.
  37.   The alveolars tʲ dʲ sʲ zʲ nʲ became the dentals ṭ ḍ ṣ ẓ ṇ in all positions. became j and řʲ became ř.
  38.   The dorsals kʲ hʲ rʲ became the palatals č š j in all positions.

  39.   The labialized postalveolar consonants čʷ ǯʷ šʷ žʷ ñʷ became delabialized.

  40.   The palatal consonants č ǯ š ž ñ became c ʒ s z n in all positions.

  41.   The rounded labials pʷ bʷ mʷ fʷ vʷ became the plain labials pŭ bŭ mŭ fŭ vŭ before a consonant.
  42.   The labialized alveolars tʷ dʷ sʷ zʷ nʷ řʷ became plain alveolars t d s z n ř in all positions.
  43.   Before a vowel, became w, but elsewhere it changed to .


  44.   The dorsals kʷ hʷ rʷ became w before a consonant, while also lengthening the preceding vowel.

  45.   The labiodentals ṗ ḅ ṃʰ ṃ and the dentals ṭ ḍ ṇʰ ṇ became c ʒ ns nz in word-final position.
  46.   The dentals ṗ ḅ ṃʰ ṃ ṭ ḍ ṇʰ ṇ became the affricates pf bv mf mv tṣ dẓ nṣ nẓ, but there was no change in spelling.
  47.   The affricates pf bv mf mv tṣ dẓ nṣ nẓ became f v f v ṣ ẓ ṣ ẓ in initial position and after a consonant.

  48.   Epenthetic schwas after previously labialized and palatalized consonants disappeared.
  49.   Nasals disappeared before a fricative.
  50.   The affricates mbʷ mb mḅ nḍ nd nǯ ŋg shifted to bʷ b ḅ ẓ ʒ ǯ g in all positions. If the preceding vowel had been long, it became short.

  51.   The affricates mpʷ mp mṗ nṭ nt nč ŋk shifted to pʷ p ṗ ẓ ʒ ǯ g in all positions. If the preceding vowel had been long, it became short.

  52.   Unstressed ər shifted to o.

  53.   š before a nasal changed to ž and the nasal changed into a voiced stop.
  54.   The velar stops k g were fronted to č ǯ unless they occurred in a cluster after another consonant and before a o u.
  55.   Labialization was lost on all consonants.
  56.   The clusters šb and were devoiced to šp and respectively.
  57.   The clusters žp and became žb and respectively.

  58.   Velar stops in accented syllables before another

    syllable beginning in a velar were fronted to postalveolar affricates before front vowels, and otherwise to alveolar stops.

  59.   Alveolar stops in accented syllables before another syllable beginning in an alveolar became postalveolar affricates.

  60.   A bilabial sound in an accented syllable before a

    syllable beginning in a labiodental sound became labiodental. A labiodental sound in an accented syllable before a syllable beginning in a bilabial became bilabial.

  63.   Sonority hierarchy shifts: #hp ---> #kf̥ etc
  66.   After a vowel, the consonant clusters ṿt ṿd merged as d. If after /u/ or /o/, that vowel became long.
  68.   After a vowel, the consonant clusters gč gǯ (g is ɣ) changed to ġ (a voiced velar stop).

  73. The Moonshine language at this point had the consonants

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    <pr><pd> p </pd><pd> b </pd><pd></pd><pd></pd><pd> m </pd><pd></pd><pd> w </pd><pd> </pd></pr> <pr><pd></pd><pd></pd><pd> f </pd><pd> v </pd><pd></pd><pd> ṃʰ </pd><pd> </pd><pd> </pd></pr> <pr><pd> t </pd><pd> d </pd><pd> s </pd><pd> z </pd><pd> n </pd><pd></pd><pd> </pd><pd> </pd></pr> <pr><pd></pd><pd></pd><pd></pd><pd></pd><pd></pd><pd> ṇʰ </pd><pd> </pd><pd> </pd></pr> <pr><pd> č </pd><pd> ǯ </pd><pd> š </pd><pd> ž </pd><pd> ñ </pd><pd> ñʰ </pd><pd> j </pd><pd> </pd></pr> <pr><pd> k </pd><pd> g </pd><pd> h </pd><pd> ɣ </pd><pd> ŋ </pd><pd> ŋʰ </pd><pd> </pd><pd> </pd></pr> <pr><pd> ʔ </pd><pd> </pd><pd> </pd><pd> </pd><pd> </pd><pd> </pd><pd> </pd><pd> </pd></pr>


    and the vowels /a ā e ē i ī o ō u ū ə/.

    The alphabet now consisted of the consonants /p b ṗ ḅ f v m mʰ w t ṭ d ḍ s z ṣ ẓ n nʰ š ž k g ŋ ŋʰ h x l ř j r/ and the vowels /a e i o u ə ā ē ī ō ū ə̄ à è ì ò ù ə̀ á é í ó ú ə́/.

    This is considered to be the state of classical Moonshine, also known as Rúló.

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Rúló to Xykhasl (year 12850 AD)


  1.   Intervocalically, the dental consonants ṗ ḅ ṭ ḍ came to be written as pf bv tṣ dẓ, and to be treated as consonant clusters.
  2.   In word-initial position and after another consonant they became the plain fricatives f v ṣ ẓ.

  3.   The vowel /u/ came to be spelled /ū/; this was a spelling change rather than a phonetic one.
  4.   In bisyllabic roots, if the vowel in the second syllable was rounded, the vowels in the first syllable changed from /a e i o ū ə/ to /â ū y ô y u/, where

    â spells the SAMPA sound Q, ū spells u:, ô spells u:, and y spells y.

  5.   If the vowel in the second syllable was /i/, then /o ū/ in the first syllable changed to /oj ūj/.

  6.   High tone vowels came to be distinguished primarily by

    being lax rather than by being of high pitch. Allophonic pitch distinctions began to arise, and soon tone had been completely replaced by laxness.

  7.   Consonant clusters and final consonants, aside from c ʒ č ǯ were simplified: any /p/ or /š/ at the end of a syllable disappeared and made the preceding vowel into a lax vowel.

  8.   (although in the case of žb and šp, the ž and š

    survived and the labials didn't). Double consonants and affricates simplified to singles and also laxed the preceding vowel. Final /m/ disappeared with no effect, although it began to spread as an allophone to places in which it had never been before. Voiceless nasals also laxed the preceding vowel.

  9.   The dental fricatives f v changed to ṣ ẓ at the beginning of a word and between vowels.

  10.   The postalveolar affricates č ǯ became the fricatives š ž in all positions.

  11.   The alveolar stops t d and the affricates c ʒ merged as č ǯ before front vowels. In other positions they remained the same.
  12.   In clusters the dental fricatives ṣ ẓ became the alveolar stops t d.

  13.   All unstressed short vowels were reduced to the set /ă ĭ u ə/. If they had been lax, they also laxed the preceding vowel.
  14.   After a vowel, changed to j,
  15.   changed to š,

  16.   and and coalesced as .

  17.   Unaccented long vowels and diphthongs were reduced to the monophthongs a e i o u y.
  18.   The remaining long vowels ā ē ī ō ū ȳ ə̄ changed to a aj i aw ū y ə. The letter ū was not a true long vowel any longer, but only a higher and clearer version of u.

  19.   All final vowels in bisyllabic roots were deleted. If the vowel deleted was ĭ, the vowels in the first syllable changed from /a à è ì ə/ to /aj àj e i ĭ/.

    In compound words and certain inflected forms, the second vowel in the word was deleted if the resulting consonant cluster was acceppable ("the Debra shift"). If the second vowel occurred between two labial consonants, the first labial consonant was deleted and the second was metathesized so that it took the place of the first. Then the place of articulation of that consonant changed to match the vowel it occurred

    next to, as the vowel was deleted.
  20.   u ù became fronted to mid vowels but there was

    no change in spelling. All roots that came from Rúló had been either one or two syllables. With this sound shift they nearly all came to be one syllable, although due to changes in grammar they were almost always used with a suffix containing a vowel and thus adding a syllable. That is to say, the suffixes from the old monosyllables were applied to these new monosyllables, making the old suffixes and infixes for bisyllables obsolete.

  21.   The dental fricatives ṣ ẓ changed back to f v in all positions.

  22.   The labiodental fricatives f v became h x in word-initial position before a back vowel and between a back vowel and another vowel of any type;
  23.   In clusters the labiodental fricatives f v became p b.

  24.   Before the front vowels e è i ì û ú, the velar stops k and g were fronted to the postalveolar affricates č and ǯ, which were considered single phonemes rather than clusters.

  25.   At the end of a closed syllable the bilabial stop b came to be pronounced as /ə/, with a common allophone of [w]; however there was no change in the native spelling.
  26.   At the end of a closed syllable the bilabial stop p came to be pronounced as [ʔ], however there was no change in the native spelling. That is, the ligatures of vowel + p, which are transliterated with grave accents, continued to be used.

  27.   The labiodental fricatives f v became the bilabial stops p b

    in all positions, although at the end of a few words they disappeared completely. They were spelled with the letters for the "hard" p b because in some writings the letters for the ordinary p b were used for /? ə/.

  28.   Voiced stops became prenasalized after a tense vowel;

    lax vowels before voiced stops became allophonically tense but did not

    gain prenasalization.
  29.   The lax/tense distinction in vowels disappeared,

    leaving vowel quality alone to distinguish them and meaning that glottal stops after certain vowels were no longer pronounced. However, the changes that the earlier system had inflicted on the consonants still remained.

  30.   A chain shift occurred: the old vowel ì came to be pronounced as e, meaning that the old vowel e came to be pronounced as ɛ, which caused the old vowel è to become pronounced as a, which caused the old vowel a to become pronounced as a back ɑ. Meanwhile a similar shift occurred in the back vowels: o became ɔ, which caused ò to become a low back ɒ. Now, only roundedness and frontness distinguished the two forms of o and a; the heights were the same.

    Classical-Era Changes:

  31.   In some idiolects, a religious taboo forbade the pronunciation of the phonemes k g except when used for the names of the forces of good and evil; in other contexts they shifted to /q G/.

  32.   Most speakers began to merge the new q G phonemes with h x.
  33.   Roundedness disappeared on o ò, thus leaving only frontness to distinguish them from a à.
  34.   Unstressed u became a true schwa. The script was now written with u as the inherent vowel (previously it was schwa).
  35.   o ò merged with a à.

  36.   The low vowel a rounded and moved to the back position and à became low to replace it.

    The alphabet now consisted of the consonants /p b š ž m w t d s z n j c ʒ č ǯ k g h x ŋ r l ř/ and the vowels /@ i e E a A O o u y/.

    The spelling of the vowels was as such:

    <pable class="body"> <pbody><pr><pd>ə</pd><pd>i</pd><pd>e</pd><pd>ɛ</pd><pd>a</pd><pd>ɑ</pd><pd>ɔ</pd><pd>o</pd><pd>u</pd><pd>y</pd><pd> </pd></pr> <pr><pd>u</pd><pd>i</pd><pd>ì</pd><pd>e</pd><pd>è</pd><pd>o</pd><pd>a</pd><pd>â</pd><pd>ô</pd><pd>û</pd><pd> </pd></pr> </pbody></pable>

    o could also be spelled à, and a could also be spelled ò. This is considered to be the state of classical Laveti Moonshine.

    Post-Classical Changes:

  37.   Letters with inherent vowels sometimes appeared as the

    onset of a stressed syllable (mostly in Bloppabop loans, but in a few native words also). Previously the u ones were pronounced with /w/, but that disappeared, and as it did so the ones with a became velarised and in some cases (especially velars) also labialized.



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Tapilula to Late Andanese (4178)

Tapilula (0) to Old Andanese (1900)

  1. The accent pattern involved in certain infixes with accented schwa switched to favor the following vowel. e.g. ăpo "field", apə̀ho "field (possessive) became ăpo apəhò.
  2. The "labial" vowel ə (like /u/ but with flat lips) disappeared, syllabified nearby consonants or turned to i if the nearby consonants were not possible to become syllabic.
    Often, this sound change created new clusters whose second element was /h/. Since all voiceless stops were inherently aspirated (that is, /ph/ was equivalent to /p/, and so on), this change effectively removed /h/ after a voiceless stop. However, voiced stops were devoiced by the shift. Other consonants simply retained the cluster for the time being; so that, for example, /mh/ was allowed. No daughter languages retained these clusters as such, but they resolved them in different ways in each branch.
  3. The labial stops p b both changed to w except if they were: 1) After an accented or high-tone vowel (but not before); 2) In a consonant cluster of any kind; or 3) In a monosyllabic word.
    See below ... it's possible that this change could have been [ph] > [px] > [xʷ] > [gʷ], which would make it identical with the pretonic allophone of /w/, or it could be simply [p] > [b] > [w] unrelated to the change involving /t/.
  4. The velar nasal ŋ changed to n in all positions. (this was originally 3 steps lower but is irrelevant for the end result)
  5. The alveolar voiceless stop t became k except if it was: 1) After an accented or high-tone vowel (but not before); 2) In a consonant cluster of any kind; or 3) In a monosyllabic word.
    Since all voiceless stops were inherently aspirated all along, a likely path for this change would be [th] > [tx] > [kx] > [kh], which would make it identical with /k/.
  6. tʷ dʷ nʷ > kʷ ġʷ ŋʷ.
  7. The labialized sounds kʷ ġʷ hʷ w changed to k ġ h g when they preceded a vowel followed by a labial consonant (including /w/), and changed the pitch of the following vowel to high (3). (this was originaly near FAHAH but was moved up to match Ukieipi's version). POSSIBLY SCRUB THE TONE CHANGE
  8. ŋʷ> ŋ'.
  9. The glottalized stop changed to a uvular q in all positions.
  10. The voiced stops b d ġ ġʷ became voiceless p t k kʷ, but /p t/ remained voiced allophonically between vowels.

NOTE ON POLITICS: This was the stage of Old Andanese (year 1900), the same date as Gold.

Old Andanese (1900) to Late Andanese (4178)

Note that all of the tone changes below are entirely rirrelevant, because Late Andanese ends up losing its tones, and so does Babakiam, which was the only language that took any significant number of loans from Late Andanese.

  •   Labialized stops pʷ tʷ kʷ all changed to p.
  • Like-vowel sequences pulled up again, so e.g. /tuhu/ > /tu/, but /tohu/ remains and later becomes /tuhu/.
  • /hi ki ti/ > /s/ before a vowel
  • .
  •   The labial fricative f changed to h in all positions, and changed the pitch of the following vowel to high (3). This is sometimes spelled h́.
  •   All remaining occurrences of the labial approximant w changed to l. (CHANGE ID FAHAH)
  •   The uvular stop q changed to the glottal stop ʔ unconditionally.
  •   The mid vowels e o changed to i u in all positions.
  •   Nasalized vowels changed fricatives on either side of them into nasals.
  •   Nasalized vowels changed stops after them (but not before) into nasals. Thus tãpa "vineyard" > tama.
  •   Nasalization disappeared everywhere.
  •   Tones were eliminated except in syllables with no consonants.
  •   Tones were eliminated. Andanese now had only 9 consonants, 3 vowels, and no tones, and was entirely CV, thus making it the most phonologically simple language in the world.
  • </ol>

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    Pre-Proto-Tapilula to POP3 (4000 BC)


    Original phonology:

    Pre-Proto-Tapilula, also known as Paleo-Southeast Laban, had 18 consonants ( p b m w ṭ ḍ ṇ ḷ t d n l r j k ġ ŋ h ) and 4 vowels, a i u ə (schwa is spelled {y}).

    V was really a spread-labial w, not actually /v/. Nor was it wʲ or jʷ. ɰ is silent, but separates vowels so that they arent dip[hthongs, and does have a sound between 2 identical vowels.

    4.   The voiced velar sounds g ġ changed to ž before /i/, v before /u/, and disappeared otherwise.
    5.   The voiceless sound h changed to š before /i/, f before /u/, and disappeared otherwise.

    6.   Are the above f/v distinct from rounded labials?? Or labiodentals?

    8.   f > v?
    9.   The labiodental fricatives f v changed to p b.
    11.   became h. (???)


    14.   The dental sounds ṭ ṇ ḷ ḍ all coalesced as v (true v this time).

    17.   All stops became voiceless.

    18.   The dental fricative v turned into a voiced bilabial stop b. This was thus the only voiced stop in the language.

















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    Silatibarra to Proto-Outer Poswob (1583 (wrong date???))

    Original phonology:

    pʷ mʷ w bʷ ...... hʷ ..... m: ṇ: n: ŋ: ..... voiceless nasals????
    pʲ mʲ v bʲ
    ṭ ṇ ḷ ḍ
    t n l d s r
    tl nl dl sl
    k ŋ ɰ ġ h

    V was really a spread-labial w, not actually /v/. Nor was it wʲ or jʷ. ɰ is silent, but separates vowels so that they arent dip[hthongs, and does have a sound between 2 identical vowels.

    4.   Tones became raised before voiceless consonants: ă --> à; à --> á. Note that the symbols are used slightly differently here from their usage in other lanmguages. In the future, â is low tone (but usually unmarked); ă or à is medium tone; á is high tone.
    5.   All prefixes came to have low tone, regardless of what consonant was before them.

    6.   The vowels a e i became e i i whenever not held down by other vowels, or by labialization.

    7.   The spread-labial sounds pʲ mʲ v bʲ all coalesced as v (true v this time).
    9.   The glottal fricative h became š when touching a front vowel (/e i/).
    11.   Rounded labials became plain labials in all words. became h.

    12.   The schwa vowel disappeared in all possible syllables, unless accented.

    14.   The dental sounds ṭ ṇ ḷ ḍ all coalesced as v (true v this time).

    15.   Any remaining schwa became a.
    17.   All stops became voiceless.

    18.   The dental fricative v turned into a voiced bilabial stop b. This was thus the only voiced stop in the language.

    19.   The laterals tl nl became plain t n. (This was near the end of the time spent near Tapilula).


    21.   "Suppressed" tones were released.






    31.   Stops became allophonically voiced after a low tone. Thus the distinction between /b/ and voiced /p/ was muddled.

    33.   Stops became allophonically geminated after a high tone. (????)







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    See also