| Cypro-Minoan | |
|---|---|
| Script type | Syllabary |
Period | c. 1550 –c. 1050 BC |
| Status | Extinct |
| Direction | Left to right |
| Languages | unknown |
| Related scripts | |
Parent systems | Linear A
|
Child systems | Cypriot syllabary |
| ISO 15924 | |
| ISO 15924 | Cpmn(402), Cypro-Minoan |
| Unicode | |
Unicode alias | Cypro Minoan |
| U+12F90–U+12FFF | |
TheCypro-Minoan script (CM) orCypro-Minoan syllabary, is an undecipheredsyllabary used on the island ofCyprus and at its trading partners during theLate Bronze Age andEarly Iron Age (c. 1550 – c. 1050 BC). The term "Cypro-Minoan" was coined byArthur Evans in 1909 based on its visual similarity toLinear A onMinoan Crete, from which CM is thought to be derived.[1] Approximately 250 objects—such as clay balls, cylinders, andtablets which bear Cypro-Minoan inscriptions, have been found. Discoveries have been made at various sites around Cyprus, as well as in the ancient city ofUgarit on theSyrian coast. It is thought to be somehow related to the laterCypriot syllabary.
The Cypro-Minoan script was in use during the Late Cypriot period from the LC IA:2 period until the LC IIIA period or roughly from 1500 BC until 1150 BC. This is mainly based with the stratigraphy of theKourion site but is in line with examples excavated at other sites.[2]
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It is not known which language is encoded by the Cypro-Minoan script. It is also not known if that language changed over the four centuries the script was in use, if it remained static, or if it encoded multiple languages. All these possibilities are well attested withcuneiform scripts, limiting the usefulness of comparativegraphemics in deciphering them.
It can be assumed with relative certainty that the encoded language is notMycenaean Greek, as attempts at decipherment based on that assumption have failed.

The Cypro-Minoan inscriptions were proposed to fall into three classes by Jean-Pierre Olivier (CM1, CM2, CM3). Subsequently,Emilia Masson proposed dividing them into four closely related groups: archaic CM, CM1 (also known asLinear C), CM2, and CM3 (also called Levanto-Minoan), which she considered chronological stages of development of the writing.[3][4] These classifications based on the chronological nature of the archaeological context were contested by Silvia Ferrara who pointed out that CM1, CM2, and CM3 all existed simultaneously, their texts demonstrated the same statistical and combinatorial regularities, and their character sets should have been basically the same; she also noted a strong correlation between these groups and the use of different writing materials. Only the archaic CM found in the earliest archaeological context is distinct from these three.[1][5]
An earlier classification system divided texts into six classes, I through VI.[2] Another proposed classification is based on differences between three geographic divisions; 1) texts found at Ugarit, 2) texts found on the island of Cyprus, and 3) texts found in the final excavation level atEnkomi.[6] Attempts have been made to separately decipher the latter variant.[7] More recent scholarship has moved toward treating the corpus as a whole without the previous categorizations.[8][9][10]

Examples of Cypro-Minoan script (CM) were discovered starting in the early 1930s. These included several potmarks found in 1937 atKourion on the southwest coast of Cyprus.[11][12] An unusual find was copper ingots recovered in 1960 from a Bronze Age shipwreck byunderwater archaeologists nearCape Gelidonya. Most of the ingots were marked with what are believed to be CM signs.[13][14] In addition to the following it has also been suggested that there are CM signs on severalcylinder seals.[15]

The earliest known CM inscription of any real length was aclay tablet discovered in 1955 at the ancient site ofEnkomi, near the east coast of Cyprus. It was dated toc. 1500 BC, and bore three lines of writing.[16] A number of other tablets were subsequently found including H-1885 (CM 0) which contained 23 signs and is dated to LC IB.[17][18][19] Several CM tablets were excavated atUgarit in the 1950s, (RASH Atab 001 = RS 17.06), (RASH Atab 004 = RS 20.25, Aegean area), and one surface find (RS 17.006, Residential Quarter). Two tablet fragments were also found (RASH Atab 002 = RS 19.01) and (RASH Atab 003 = RS 19.0). In total, eight full or partial tablets have been found with the three found at Enkomi, totaling over 2,000 signs, making up a significant part of the known CM corpus.[20][21][22][23]

CM signs, usually ranging in number from one to four, are found on various types of vessels and are usually referred to as potmarks.[24] These marks have also been found on structure walls. Three examples emerged atTiryns, a large painted jug (TIRY Avas 002) with 4 signs, a clay boule (TIRY Abou 001) with 3 signs, and a Canaanite amphora (2 signs).[25][26][27][28] In 2022 fragments recovered in the earlier excavations were joined to partially assemble another Canaanite jar (TIRY Avas 001) with 2 signs on one handle (already published) and one on the other handle (new).[29] CM signs were found on stirrup cups in Cannatello, Sicily.[30]
A number of potmarks were found on bronze bowls dated to the Late Cypriote III period (c. 12th century BC) on Cyprus as well as on one silver bowl found atUgarit.[31][32] Eighteen potmarks, incised after firing, on jar handles (along with oneostracon bearing about 8 signs) were found atAshkelon. The ostracon dated to the 11th century BC, fifteen of the handles dated to the late Iron I period and the other three handles to the Late Bronze Age.[33]
Forty two potmarks were found on vessels inKouklia at the site ofOld Paphos in western Cyprus. All but one were on handles with the remaining potmark on a rim. Thirty two of the marks are or include numerals.[34] Other potmarks have been found atthe Bamboula site, part ofthe Kition archaeological sites on Cyprus.[35][36][37] Small numbers of CM potmarks have been found throughout the trading range.[38][39] A compendium of known potmarks was assembled in 1974.[40]

About 92 small clay balls measuring 1.5–2.3 centimetres (0.59–0.91 in) in diameter, each bearing 3–5 signs in CM, have been uncovered at Enkomi and Kition.[41][42][43] Small quantities of CM inscribed clay balls have been found through the trading range including atTiryns in Greece andHala Sultan Tekke on Cyprus.[44]
Three legible clay cylinders (#100, #101, #102) were found in the late 1960s at Kalavassos-Ayios Dimitrios, some of which bear lengthy texts of over 100 signs, along with the debris of other cylinders.[45] It is likely that the balls and cylinders are related to the keeping of economic records on Minoan Cyprus, considering the large number of cross-references between the texts.[46] The longest legible Cypro-Minoan inscription is on a cylinder (19.10 = ##097 ENKO Arou 001) found atEnkomi in 1967 with 217 signs, dated to the Late Cypriot IIA–B period (14th century BC). In total, six cylinders have now been found, one atEnkomi and five at Kalavassos-Ayios Dimitrios.[47]
In 1944Alice Kober, famous for her work on the decipherment ofLinear B, termed the status of Cypro-Minoan script as:
"Cypro-Minoan. Date – Mycenaean (perhaps earlier) . Locality – Cyprus. Number of inscriptions – uncertain. Number of signs – uncertain. Material inscribed – pottery, seals, terra-cotta balls. Content or use of inscriptions – uncertain."[48]

Until the mid-1900s all the available Cypro-Minoan script texts were very short, with many being singletons, from potmarks, clay balls, etc. The CM1 exemplars totaled and the longest contained 8 signs. There were 31 CM2 texts. Two were long with 24 and 25 signs but all but one of those signs were numerals. For CM3 28 texts were available, one doubleton and the rest singletons. This lack of data resulted in much speculation and wishful thinking on the deciphering of the script. This included attempts byJan Best, Ernst Sittig, andVladimir Sergeyev.[49][2][50] In the middle of the 1950s, tablets (from Ugarit and Enkomi) with larger number of signs were found; in the late 1960s, clay cylinders (from Kalavassos-Ayios Dimitrios and Enkomi) were excavated with very long texts. This put the deciphering effort on a more scientific path.[20][47] The advent of longer texts sparked work on deciphering, including by those who worked on deciphering Linear B,Michael Ventris andJohn Chadwick.[51]
Currently, the total number of Cypro-Minoan signs (approximately 4,000) in the corpus compares unfavorably with the number known from the undeciphered Linear A signs (over 7,000) and the number available inLinear B when it was deciphered (approximately 30,000). It is also unclear how manysyllabograms are represented in the corpus. Modern estimates have ranged from 57 to 59 and up to 96.[41] Without the discovery of bilingual texts or many more texts in each subsystem, decipherment is extremely difficult.[1] According toThomas G. Palaima, "all past and current schemes of decipherment of Cypro-Minoan are improbable".[1] Silvia Ferrara also believes this to be the case, as she concluded in her detailed analysis of the subject in 2012.[5]
Several attempts have been made to detail the available CM corpus. Jean-Pierre Olivier issued an edition in 2007 of all 217 of the inscriptions available to him.[52] Silvia Ferrara detailed corpus as a companion volume to her analytic survey of 2012, followed by two volumes of her research, where she studied the script in itsarchaeological context. It contained an additional 27 inscriptions and also used statistical and combinatoric methods to study the structure of large texts and to detect regularities in the use of the signs.[53] In his 2016 PhD thesis, M.F.G. Valério produced a revised sign inventory and aimed to leverage previous hypotheses on decipherment and development of signs and values with a distributional analysis and comparative linguistic considerations. Unlike most other approaches on decipherment, he assumes a single script applied to a potentially broader range of languages, including Semitic (in Ugarit) and the indigenous language(s) of Cyprus, theEteocypriot language, based on his readings.[54]
All of these efforts covered only multi-sign texts, mainly tablets, cylinders, and clay balls where the signs were adjacent and on the same line, totalling somewhat over 250 in number. Subsequently, work has been done to extend this to single sign text examples, which mainly includes potmarks and further analyze them. Out of this analysis came a proposal that two-sign texts are actually abbreviation for longer texts.[55] A complicating factor is that the ductus (inscription method) for signs varies depending on the material involved, which includes clay, ivory, metal, and stone.[56]
In 1998 a Cypro-Minoan Corpus project, which intended to create a complete and accurate corpus of CM inscriptions, and archaeological and epigraphical discussions of all the evidence, was announced. Nothing appears to have been published subsequently.[57]
Cypro-Minoan was added to theUnicode Standard in September 2021, with the release of version 14.0. The Unicode block for Cypro-Minoan is U+12F90–U+12FFF:
| Cypro-Minoan[1][2] Official Unicode Consortium code chart (PDF) | ||||||||||||||||
| 0 | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | A | B | C | D | E | F | |
| U+12F9x | 𒾐 | 𒾑 | 𒾒 | 𒾓 | 𒾔 | 𒾕 | 𒾖 | 𒾗 | 𒾘 | 𒾙 | 𒾚 | 𒾛 | 𒾜 | 𒾝 | 𒾞 | 𒾟 |
| U+12FAx | 𒾠 | 𒾡 | 𒾢 | 𒾣 | 𒾤 | 𒾥 | 𒾦 | 𒾧 | 𒾨 | 𒾩 | 𒾪 | 𒾫 | 𒾬 | 𒾭 | 𒾮 | 𒾯 |
| U+12FBx | 𒾰 | 𒾱 | 𒾲 | 𒾳 | 𒾴 | 𒾵 | 𒾶 | 𒾷 | 𒾸 | 𒾹 | 𒾺 | 𒾻 | 𒾼 | 𒾽 | 𒾾 | 𒾿 |
| U+12FCx | 𒿀 | 𒿁 | 𒿂 | 𒿃 | 𒿄 | 𒿅 | 𒿆 | 𒿇 | 𒿈 | 𒿉 | 𒿊 | 𒿋 | 𒿌 | 𒿍 | 𒿎 | 𒿏 |
| U+12FDx | 𒿐 | 𒿑 | 𒿒 | 𒿓 | 𒿔 | 𒿕 | 𒿖 | 𒿗 | 𒿘 | 𒿙 | 𒿚 | 𒿛 | 𒿜 | 𒿝 | 𒿞 | 𒿟 |
| U+12FEx | 𒿠 | 𒿡 | 𒿢 | 𒿣 | 𒿤 | 𒿥 | 𒿦 | 𒿧 | 𒿨 | 𒿩 | 𒿪 | 𒿫 | 𒿬 | 𒿭 | 𒿮 | 𒿯 |
| U+12FFx | 𒿰 | 𒿱 | 𒿲 | |||||||||||||
| Notes | ||||||||||||||||