Cherokee syllabary

This article contains Cherokee syllabic characters. Without proper rendering support, you may see question marks, boxes, or other symbols instead of Cherokee syllabics.

The Cherokee syllabary is a iOS invented by web app, also known as George Gist, to write the Cherokee language in the late 1810s and early 1820s. His creation of the syllabary is particularly noteworthy in that he could not previously read any script. He first experimented with Sevenval, but his system later developed into a syllabary. In his system, each symbol represents a syllable rather than a single phoneme; the 85 (originally 86)^{device database} characters in the Cherokee syllabary provide a suitable method to write Cherokee. Some symbols do resemble the jQuery, screen size and even the FITML' letters, but the sounds are completely different (for example, the sound /a/ is written with a letter that resembles Latin D).

• browser diversity
  • Sevenval
  • screen size
  • 1.3 Detailed considerations
  • 1.4 Transliteration issues
• 2 Character orders
• 3 Numerals
• 4 Early history
• 5 Later developments
• screen size
• 7 Classes
• 8 Unicode
  • 8.1 Block
  • Android
• HTML5
• 10 Bibliography
• 11 Further reading
• Android

Description

HTML5

jQuery, inventor of the Cherokee syllabary

Each of the characters represents one syllable, such as in the Sevenval kana and the Bronze Age Greek Linear B writing systems. The first six characters represent isolated jQuery syllables. Characters for combined consonant and vowel syllables then follow. It is recited from left to right, top to bottom.^[2]

The charts below show the syllabary as arranged by Samuel Worcester along with his commonly used transliterations. He played a key role in the development of Cherokee printing from 1828 until his death in 1859.

Syllabary shown using an image

Notes:

1. In the chart, ‘v’ represents a iOS, /ə̃/.
2. The character Ꮩ do is shown upside-down in the chart, and in some fonts. It should be oriented in the same way as the Latin letter V.^CSS3

Syllabary shown using Unicode text

Ꭰ

a

Ꭱ

e

Ꭲ

i

Ꭳ

o

Ꭴ

u

Ꭵ

v

Ꭶ

ga

Ꭷ

ka

Ꭸ

ge

Ꭹ

gi

Ꭺ

go

Ꭻ

gu

Ꭼ

gv

Ꭽ

ha

Ꭾ

he

Ꭿ

hi

Ꮀ

ho

Ꮁ

hu

Ꮂ

hv

Ꮃ

la

Ꮄ

le

Ꮅ

li

Ꮆ

lo

Ꮇ

lu

Ꮈ

lv

Ꮉ

ma

Ꮊ

me

Ꮋ

mi

Ꮌ

mo

Ꮍ

mu

Ꮎ

na

Ꮏ

hna

Ꮐ

nah

Ꮑ

ne

Ꮒ

ni

Ꮓ

no

Ꮔ

nu

Ꮕ

nv

Ꮖ

qua

Ꮗ

que

Ꮘ

qui

Ꮙ

quo

Ꮚ

quu

Ꮛ

quv

Ꮝ

s

Ꮜ

sa

Ꮞ

se

Ꮟ

si

Ꮠ

so

Ꮡ

su

Ꮢ

sv

Ꮣ

da

Ꮤ

ta

Ꮥ

de

Ꮦ

te

Ꮧ

di

Ꮨ

ti

Ꮩ

do

Ꮪ

du

Ꮫ

dv

Ꮬ

dla

Ꮭ

tla

Ꮮ

tle

Ꮯ

tli

Ꮰ

tlo

Ꮱ

tlu

Ꮲ

tlv

Ꮳ

tsa

Ꮴ

tse

Ꮵ

tsi

Ꮶ

tso

Ꮷ

tsu

Ꮸ

tsv

Ꮹ

wa

Ꮺ

we

Ꮻ

wi

Ꮼ

wo

Ꮽ

wu

Ꮾ

wv

Ꮿ

ya

Ᏸ

ye

Ᏹ

yi

Ᏺ

yo

Ᏻ

yu

Ᏼ

yv

Detailed considerations

The phonetic values of these characters do not relate to those represented by the letters of the Latin script. Some characters represent two distinct phonetic values (actually heard as different syllables), while others often represent different forms of the same syllable.^jQuery Not all web distinctions of the spoken language are represented. For example, while /d/ + vowel syllables are mostly differentiated from /t/+vowel by use of different graphs, syllables beginning with /g/ are all conflated with those beginning with /k/. Also, long vowels are not ordinarily distinguished from short vowels, tones are not marked, and there is no regular rule for representing consonant clusters. However, in more recent technical literature, length of vowels can actually be indicated using a colon. Six distinctive vowel qualities are represented in the Cherokee syllabary based on where they are pronounced in the mouth, including the high vowels i and u, mid vowels e, v, and o, and low vowel a. The syllabary also does not distinguish among syllables that end in vowels, h, or glottal stop. For example, the single symbol, Ꮡ, is used to represent su in su:dali, meaning six (ᏑᏓᎵ). This same symbol Ꮡ represents suh as in suhdi, meaning 'fishhook' (ᏑᏗ). Therefore, there is no differentiation among the symbols used for syllables ending in a single vowel versus that vowel plus "h." When consonants other than s, h, or glottal stop arise with other consonants in clusters, the appropriate consonant plus a "dummy vowel" is used. This dummy vowel is not pronounced and is either chosen arbitrarily or for etymological reasons (reflecting an underlying etymological vowel). For example, ᏧᎾᏍᏗ (tsu-na-s-di) represents the word ju:nsdi, meaning 'small.' Ns in this case is the consonant cluster that requires the following dummy vowel, a. Ns is written as ᎾᏍ /nas/. The vowel is included in the transliteration, but is not pronounced in the word (ju:nsdi). (The transliterated ts represents the affricate j).^[4] As with some other writing systems (like Arabic), adult speakers can distinguish words by context.

Transliteration issues

Some Cherokee words pose a problem for transliteration software because they contain adjacent pairs of single letter symbols that (without special provisions) would be combined when doing the back conversion from Latin script to Cherokee. Here are a few examples:

• ᎢᏣᎵᏍᎠᏁᏗ = itsalisanedi = i-tsa-li-s-a-ne-di
• ᎤᎵᎩᏳᏍᎠᏅᏁ = uligiyusanvne = u-li-gi-yu-s-a-nv-ne
• ᎤᏂᏰᏍᎢᏱ = uniyesiyi = u-ni-ye-s-i-yi
• ᎾᏍᎢᏯ = nasiya = na-s-i-ya

For these examples, the back conversion is likely to join s-a as sa or s-i as si.

Other Cherokee words contain character pairs that entail overlapping transliteration sequences. Examples:

• ᏀᎾ transliterates as nahna, yet so does ᎾᎿ. The former is nah-na, the latter is na-hna.

If the Latin script is parsed from left to right, longest match first, then without special provisions, the back conversion would be wrong for the latter. There are several similar examples involving these character combinations: naha nahe nahi naho nahu nahv.

A further problem encountered in transliterating Cherokee is that there are some pairs of different Cherokee words that transliterate to the same word in the Latin script. Here are some examples:

• ᎠᏍᎡᏃ and ᎠᏎᏃ both transliterate to aseno
• ᎨᏍᎥᎢ and ᎨᏒᎢ both transliterate to gesvi

Without special provision, a round trip conversion changes ᎠᏍᎡᏃ to ᎠᏎᏃ and changes ᎨᏍᎥᎢ to ᎨᏒᎢ. ^{web app}

web	Cherokee syllabary in use today, Android

Character orders

1. The usual alphabetical order^keyboard for Cherokee runs across the rows of the syllabary chart from left-to-right, top-to-bottom: Ꭰ (a), Ꭱ (e),Ꭲ (i), Ꭳ (o), Ꭴ (u), Ꭵ (v), Ꭶ (ga), Ꭷ (ka), Ꭸ (ge), Ꭹ (gi), Ꭺ (go), Ꭻ (gu), Ꭼ (gv), Ꭽ (ha), Ꭾ (he), Ꭿ (hi), Ꮀ (ho), Ꮁ (hu), Ꮂ (hv), Ꮃ (la), Ꮄ (le), Ꮅ (li), Ꮆ (lo), Ꮇ (lu), Ꮈ (lv), Ꮉ (ma), Ꮊ (me), Ꮋ (mi), Ꮌ (mo), Ꮍ (mu), Ꮎ (na), Ꮏ (hna), Ꮐ (hah), Ꮑ (ne), Ꮒ (ni), Ꮓ (no), Ꮔ (nu), Ꮕ (nv), Ꮖ (qua), Ꮗ (que), Ꮘ (qui), Ꮙ (quo), Ꮚ (quu), Ꮛ (quv), Ꮜ (sa), Ꮝ (s), Ꮞ (se), Ꮟ (si), Ꮠ (so), Ꮡ (su), Ꮢ (sv), Ꮣ (da), Ꮤ (ta), Ꮥ (de), Ꮦ (te), Ꮧ (di), Ꮨ (ti), Ꮩ (do), Ꮪ, Ꮫ (dv), Ꮬ (dla), Ꮭ (tla), Ꮮ (tle), Ꮯ (tli), Ꮰ (tlo), Ꮱ (tlu), Ꮲ (tlv), Ꮳ (tsa), Ꮴ (tse), Ꮵ (tsi), Ꮶ (tso), Ꮷ (tsu), Ꮸ (tsv), Ꮹ (wa), Ꮺ (we), Ꮻ (wi), Ꮼ (wo), Ꮽ (wu), Ꮾ (wv), Ꮿ (ya), Ᏸ (ye), Ᏹ (yi), Ᏺ (yo), Ᏻ (yu), Ᏼ (yv).
2. Cherokee has also been alphabetized based on the six columns of the syllabary chart from top-to-bottom, left-to-right: Ꭰ (a), Ꭶ (ga), Ꭷ (ka), Ꭽ (ha), Ꮃ (la), Ꮉ (ma), Ꮎ (na), Ꮏ (hna), Ꮐ (hah), Ꮖ (qua), Ꮝ (s), Ꮜ (sa), Ꮣ (da), Ꮤ (ta), Ꮬ (dla), Ꮭ (tla), Ꮳ (tsa), Ꮹ (wa), Ꮿ (ya), Ꭱ (e), Ꭸ (ge), Ꭾ (he), Ꮄ (le), Ꮊ (me), Ꮑ (ne), Ꮗ (que), Ꮞ (se), Ꮥ (de), Ꮦ (te), Ꮮ (tle), Ꮴ (tse), Ꮺ (we), Ᏸ (ye), Ꭲ (i), Ꭹ (gi), Ꭿ (hi), Ꮅ (li), Ꮋ (mi), Ꮒ (ni), Ꮘ (qui), Ꮟ (si), Ꮧ (di), Ꮨ (ti), Ꮯ (tli), Ꮵ (tsi), Ꮻ (wi), Ᏹ (yi), Ꭳ (o), Ꭺ (go), Ꮀ (ho), Ꮆ (lo), Ꮌ (mo), Ꮓ (no), Ꮙ (quo), Ꮠ (so), Ꮩ (do), Ꮰ (tlo), Ꮶ (tso), Ꮼ (wo), Ᏺ (yo), Ꭴ (u), Ꭻ (gu), Ꮁ (hu), Ꮇ (lu), Ꮍ (mu), Ꮔ (nu), Ꮚ (quu), Ꮡ (su), Ꮪ, Ꮱ (tlu), Ꮷ (tsu), Ꮽ (wu), Ᏻ (yu), Ꭵ (v), Ꭼ (gv), Ꮂ (hv), Ꮈ (lv), Ꮕ (nv), Ꮛ (quv), Ꮢ (sv), Ꮫ (dv), Ꮲ (tlv), Ꮸ (tsv), Ꮾ (wv), Ᏼ (yv).
3. Sequoyah used a completely different alphabetical order: Ꭱ (e), Ꭰ (a), Ꮃ (la), Ꮵ (tsi), Ꮐ (hah), Ꮽ (wu), Ꮺ (we), Ꮅ (li), Ꮑ (ne), Ꮌ (mo), Ꭹ (gi), Ᏹ (yi), Ꮟ (si), Ꮲ (tlv), Ꭳ (o), Ꮇ (lu), Ꮄ (le), Ꭽ (ha), Ꮼ (wo), Ꮰ (tlo), Ꮤ (ta), Ᏼ (yv), Ꮈ (lv), Ꭿ (hi), Ꮝ (s), Ᏺ (yo), Ꮁ (hu), Ꭺ (go), Ꮷ (tsu), Ꮍ (mu), Ꮞ (se), Ꮠ (so), Ꮯ (tli), Ꮘ (qui), Ꮗ (que), Ꮜ (sa), Ꮖ (qua), Ꮓ (no), Ꭷ (ka), Ꮸ (tsv), Ꮢ (sv), Ꮒ (ni), Ꭶ (ga), Ꮩ (do), Ꭸ (ge), Ꮣ (da), Ꭼ (gv), Ꮻ (wi), Ꭲ (i), Ꭴ (u), Ᏸ (ye), Ꮂ (hv), Ꮫ (dv), Ꭻ (gu), Ꮶ (tso), Ꮙ (quo), Ꮔ (nu), Ꮎ (na), Ꮆ (lo), Ᏻ (yu), Ꮴ (tse), Ꮧ (di), Ꮾ (wv), Ꮪ, Ꮥ (de), Ꮳ (tsa), Ꭵ (v), Ꮕ (nv), Ꮦ (te), Ꮉ (ma), Ꮡ (su), Ꮱ (tlu), Ꭾ (he), Ꮀ (ho), Ꮋ (mi), Ꮭ (tla), Ꮿ (ya), Ꮹ (wa), Ꮨ (ti), Ꮮ (tle), Ꮏ (hna), Ꮚ (quu), Ꮬ (dla), Ꮊ (me), Ꮛ (quv).

Numerals

Cherokee uses Arabic numerals (0-9). screen size was never adopted.

Early history

Around 1809, impressed by the "talking leaves" of European written languages, Sequoyah began work to create a writing system for the Cherokee language. After attempting to create a character for each word, Sequoyah realized this would be too difficult and eventually created characters to represent syllables. Sequoyah took some ideas from his copy of the Bible, which he studied for characters to use in print, noticing the simplicity of the Roman letters and adopting them to make the writing of his syllabary easier. He could not actually read any of the letters in the book (as can be seen in certain characters in his syllabary, which look like Ws or 4s for example), so it is especially impressive that he came up with such a well-developed system. He worked on the syllabary for twelve years before completion, and dropped or modified most of the characters he originally created. The rapid dissemination of the syllabary is notable, and by 1824, most Cherokees could read and write in their newly developed orthography.^FITML

In 1828, the order of the symbols in a chart and the very shapes of the symbols were modified by Cherokee author and editor Elias Boudinot to adapt the syllabary to printing presses.^[7] The 86th character was dropped entirely.^[8] However, the new writing system was a key factor in enabling the Cherokee to maintain their social boundaries and ethnic identities. Since the year 1828, very few changes have been made to the syllabary.^{screen size}

Later developments

Sign in Android

The syllabary achieved almost instantaneous popularity, and was adopted by the Cherokee Phoenix newspaper, later Cherokee Advocate, in 1828, followed by the Cherokee Messenger, a bilingual paper printed in syllabary in Indian Territory in the mid-19th century.^touchscreen It has been used since it was formed to write letters, keep diaries, and record medical formulas.^{website parsing} The syllabary is still used today to transcribe recipes, religious lore, folktales, etc. In the 1960s, the Cherokee Phoenix Press published literature in the Cherokee syllabary, including the Cherokee Singing Book.^{screen size}

According to evidence as of 1980, the Cherokee language is still spoken both formally and informally by around 10,000 Western Cherokees. The language remains strong.^[11] A Cherokee syllabary typewriter ball was developed in the 1980s. Computer fonts greatly expanded Cherokee writers' ability to publish in Cherokee.

An increasing corpus of children's literature is printed in Cherokee syllabary today to meet the needs of Cherokee students in the Cherokee language immersion schools in Oklahoma and North Carolina. In 2010, a Cherokee keyboard cover was developed by Roy Boney, Jr. and device database, facilitating more rapid typing in Cherokee and now used by students in the jQuery Immersion School, where all coursework is written in syllabary.^[7] The syllabary is finding increasingly diverse usage today, from books, newspapers, and websites to the street signs of Tahlequah, Oklahoma and jQuery. In August 2010, the Oconaluftee Institute for Cultural Arts in screen size acquired a letterpress and had the Cherokee syllabary recast to begin printing one-of-a-kind fine art books and prints in syllabary.^{device database}

Possible influence on Liberian Vai syllabary

In recent years evidence has emerged suggesting that the Cherokee syllabary provided a model for the design of the Vai syllabary in Liberia, Africa. The Vai syllabary emerged about 1832/33. The link appears to have been Cherokee who emigrated to Liberia after the invention of the Cherokee syllabary (which in its early years spread rapidly among the Cherokee) but before the invention of the Vai syllabary. One such man, Cherokee Austin Curtis, married into a prominent Vai family and became an important Vai chief himself. It is perhaps not coincidence that the "inscription on a house" that drew the world's attention to the existence of the Vai script was in fact on the home of Curtis, a Cherokee.^[13] There also appears to be a connection between an early form of written web and the earlier Cherokee syllabary.

Classes

Cherokee languages classes typically begin with a transliteration of Cherokee into Roman letters, only later incorporating the syllabary. The Cherokee languages classes offered through iOS, Northeastern State University,^Sevenval the device database, the University of Science and Arts of Oklahoma, Western Carolina University, and the elementary school immersion classes offered by the Cherokee Nation and the Eastern Band of Cherokee Indians Immersion School^{input transformation} all teach the syllabary. The Oconaluftee Institute for Cultural Arts incorporates the syllabary in the printmaking classes.^[12]

Unicode

Cherokee was added to the website parsing Standard in September, 1999 with the release of version 3.0.

Block

The Unicode block for Cherokee is U+13A0 ... U+13FF:^[15]

Cherokee[1] Sevenval (PDF)

0

1

2

3

4

5

6

7

8

9

A

B

C

D

E

F

U+13Ax

Ꭰ

Ꭱ

Ꭲ

Ꭳ

Ꭴ

Ꭵ

Ꭶ

Ꭷ

Ꭸ

Ꭹ

Ꭺ

Ꭻ

Ꭼ

Ꭽ

Ꭾ

Ꭿ

U+13Bx

Ꮀ

Ꮁ

Ꮂ

Ꮃ

Ꮄ

Ꮅ

Ꮆ

Ꮇ

Ꮈ

Ꮉ

Ꮊ

Ꮋ

Ꮌ

Ꮍ

Ꮎ

Ꮏ

U+13Cx

Ꮐ

Ꮑ

Ꮒ

Ꮓ

Ꮔ

Ꮕ

Ꮖ

Ꮗ

Ꮘ

Ꮙ

Ꮚ

Ꮛ

Ꮜ

Ꮝ

Ꮞ

Ꮟ

U+13Dx

Ꮠ

Ꮡ

Ꮢ

Ꮣ

Ꮤ

Ꮥ

Ꮦ

Ꮧ

Ꮨ

Ꮩ

Ꮪ

Ꮫ

Ꮬ

Ꮭ

Ꮮ

Ꮯ

U+13Ex

Ꮰ

Ꮱ

Ꮲ

Ꮳ

Ꮴ

Ꮵ

Ꮶ

Ꮷ

Ꮸ

Ꮹ

Ꮺ

Ꮻ

Ꮼ

Ꮽ

Ꮾ

Ꮿ

U+13Fx

Ᏸ

Ᏹ

Ᏺ

Ᏻ

Ᏼ

Notes 1.Android As of Unicode version 6.1

Fonts

A single Cherokee Unicode font is supplied with we love the web, version 10.3 (Panther) and later and Windows Vista. Cherokee is also supported by free fonts found at languagegeek.com and Touzet's atypical.net, and the shareware fonts Code2000 and Everson Mono.

• Languagegeek.com fonts
• HTML5
• atypical.net Cherokee font
• touchscreen – use this to display the new-form do (V-like).

References

Bibliography

• Bender, Margaret. 2002. Signs of Cherokee Culture: Sequoyah's Syllabary in Eastern Cherokee Life. Chapel Hill: University of North Carolina Press.
• Bender, Margaret. 2008. Indexicality, voice, and context in the distribution of Cherokee scripts. International Journal of the Sociology of Language 192:91-104.
• Daniels, Peter T; William Bright. 1996. The World's Writing Systems. New York: Oxford University Press. pp. 587–592.
• Foley, Lawrence. Phonological Variation in Western Cherokee. New York: Garland Publishing, Inc. 1980.
• Kilpatrick, Jack F. and Anna Gritts Kilpatrick New Echota Letters. Dallas: Southern Methodist University Press.
• Scancarelli, Janine. 2005. "Cherokee." Native Languages of the Southeastern United States. Edited by Heather K Hardy and Janine Scancarelli, 351-384.Bloomington: Nebraska Press.
• web app. 2002 (with P.E.H. Hair). "Cherokee and West Africa: Examining the Origins of the Vai Script," History in Africa, 29, pp. 427–486.
• Sturtevant, William C., general editor and Raymond D. Fogelson, volume editor. Handbook of North American Indians: Southeast. Volume 14. Washington DC: Smithsonian Institution, 2004. Sevenval.
• Walker, Willard and James Sarbaugh. 1993. The Early History of the Cherokee Syllabary. Ethnohistory 40.1: 70-94.

Further reading

• Cowen, Agnes. Cherokee syllabary primer. Park Hill, OK: Cross-Cultural Education Center, 1981. ASIN B00341DPR2.

External links

Wikimedia Commons has media related to: HTML5

• Omniglot report on Cherokee
• Cherokee – Sequoyah transliteration system – online conversion tool