Armin Buch Numerals Typology of Number Systems Bases Exceptions Comparative lexical semantics Numerals, colors, and more Armin W. Buch1 2012/11/07 1 Relying heavily on material by Gerhard Jäger and David Erschler Colors Concepts Lexical semantic maps Linguistic relativity Regularities in Numeral Systems Armin Buch Numerals Typology of Number Systems Bases Exceptions Colors English ten twenty thirty forty fifty sixty seventy French dix vingt trente quarante cinquante soixante soixante dix Georgian at-i oc-i oc-da-at-i or-m-oc-i or-m-oc-da-at-i sam-[m-]oc-i sam-[m-]oc-da-at-i Concepts Lexical semantic maps Linguistic relativity Some irregularities Armin Buch Numerals Typology of Number Systems Bases Exceptions Colors Concepts Lexical semantic maps Linguistic relativity I French vingt (20) is not obviously connected with dix (10) I elf/eleven is not obviously connected with 10 either I Hebrew: esr-im (20) ten-PL Counting base Armin Buch Numerals Typology of Number Systems Bases Exceptions Colors Concepts Lexical semantic maps I numeral expressions are constructed with multiplication and addition I general pattern: x1 + x2 b + x3 b2 + . . . I with a base b I four (4) hundred (102 ) fif-ty (5 ∗ 10) six (6) Linguistic relativity What is the base in Georgian? Armin Buch Numerals Typology of Number Systems Bases Exceptions Colors Georgian at-i oc-i oc-da-at-i or-m-oc-i or-m-oc-da-at-i sam-[m-]oc-i sam-[m-]oc-da-at-i Concepts 10 20 30 40 50 60 70 Lexical semantic maps Linguistic relativity Common bases Armin Buch Numerals Typology of Number Systems Bases Exceptions Colors Concepts I Decimal system: base 10 (x100 + y10 + z) I Vigesimal system: base 20 (x20 + z) I Hybrid decimal/vigesimal systems: (x100 + y20 + z) I Practical reason: consistently vigesimal expressions are very long Lexical semantic maps Linguistic relativity Vigesimal systems Armin Buch Numerals Typology of Number Systems Bases Exceptions Colors Concepts Lexical semantic maps I In Eurasia, vigesimal systems are very common in the Caucasus (North East Caucasian, North West Caucasian, South Caucasian, Indo-European: Ossetic) I Ainu (isolate, nearly extinct, Japan) also used to have a vigesimal system. Linguistic relativity Vigesimal example Armin Buch Numerals Typology of Number Systems Bases Exceptions Colors Concepts I Iron Ossetic Lexical semantic maps Linguistic relativity (1) farašt fonzy-šš5zy 5št-d5š 5m5 dywi-šš5z miny nine five-twenty eight-ten and two-twenty 1000 syppar fonzy-šš5zy nud5š 5m5 5rti-šš5zy four five-twenty 19 and three-twenty ‘958,479’ Hybrid decimal/vigesimal systems Armin Buch Numerals Typology of Number Systems Bases Exceptions I Basque Colors Concepts (2) I (3) berr-eun eta berr-ogei-ta-hama-sei two-hundred and two-twenty-and-ten-six ‘256’ Danish (bankers use base 10!) seks- og- halv- tred- s(inds- tyve) 6 and half third (times 20) ‘56’ (lit. ‘six and half of the third score’) Lexical semantic maps Linguistic relativity Rare bases Armin Buch Numerals Typology of Number Systems Bases Exceptions Colors I Base 3: Ambulas (Papua New Guinea) I Base 4: North America, South America, New Guinea, Africa I Probably related to hand-counting by considering the spaces between the fingers. I Base 6: New Guinea, probably some African languages I Base 8: extremely rare I Base 12: extremely rare Concepts Lexical semantic maps Linguistic relativity Base 3: Ambulas Armin Buch Numerals Ambulas nawurak vétik kupuk kupukiva kupuk’etik taabak taabak kaayek taabak kaayek vétik taabak kaayek kupik I Typology of Number Systems Bases 1 2 3 4 5 6 7 8 9 The etymology of the forms reveal that the system is much like a commonplace 5-10-20 or 5-20 system except that the hand is seen as having six features! Exceptions Colors Concepts Lexical semantic maps Linguistic relativity Several bases Armin Buch Numerals Typology of Number Systems Bases Exceptions Colors I Some languages combine several bases; I Many "exotic" systems have only relatively low numerals; Some numerals are formed irregularly: I I I Russian sorok 40 is monomorphemic (cf dva-tţatj 20, tri-tţatj 30, dva 2, tri 3, Ùetyre 4) Turkish: each of the tens in the range 20–50 is monomorphemic (yirmi 20, otuz 30, kırk 40, elli 50; cf. iki 2, üç 3, dört 4, beş 5) Concepts Lexical semantic maps Linguistic relativity Systems lacking a base Armin Buch Numerals Typology of Number Systems Bases Exceptions Colors I I Extended body-part system, typically found in Highland New Guinea Kobon: body parts (left side) are used in order to count from 1 to 12: little finger, ring finger, middle finger, index finger, thumb, wrist, middle of forearm, inside of elbow, middle of upper arm, shoulder, collarbone, hole above breastbone. The count can then continue down the right-hand side of the body Concepts Lexical semantic maps Linguistic relativity Body part counting: Fasu Armin Buch Numerals Typology of Number Systems Bases Exceptions Colors Concepts Lexical semantic maps Linguistic relativity (Source) No numbers Armin Buch Numerals I I Some languages are reported to altogether lack numbers above one Such languages are mostly located in Amazonia and Papua New Guinea I Nadëb (Brazil): According to Weir (1984:103f.), the words for 2 and 3 are inexact. I And there is always Pirahã I Gedaged (Oceanic/Austronesian, Papua New Guinea): Sehr viele Papuas kennen die Zahlwörter ihres eigenen Dialektes nicht. In Mitebog fragte ich fünf oder sechs Eingeborene, aber die Angaben waren widersprechend und jedenfalls unrichtig, nur olam (eins) konnte ich als sicher notiren [sic!]. (Miklucho-Maclay, cited in: Hammarstroem 2010) Typology of Number Systems Bases Exceptions Colors Concepts Lexical semantic maps Linguistic relativity Distribution of numeral systems Armin Buch Numerals Typology of Number Systems Bases Exceptions Colors Concepts Lexical semantic maps Linguistic relativity (Source: WALS) Color terms Armin Buch Numerals Typology of Number Systems Bases Exceptions Colors Concepts Lexical semantic maps Linguistic relativity I see slides by G. Jäger I also see WALS features 132, 133, 134, 135 Typology of concepts Armin Buch Numerals Typology of Number Systems Bases Exceptions I Translation of words is not one-to-one I I I I A typical dictionary entry will list several translations These words in turn have several translations Thus between languages, the meaning of words overlap partially And within one language, each word may cover a range of meanings (colexification/polysemy) I Other words are very specific and cannot be translated (by a single word!) I Words are not concepts, concepts are not words Colors Concepts Lexical semantic maps Linguistic relativity Polysemy Armin Buch Numerals Typology of Number Systems Bases Exceptions Colors Concepts Lexical semantic maps Linguistic relativity I Polysemies are somewhat arbitrary, but certain concepts share a single word more often than others (river/stream, acid/sour) I This can be studied cross-linguistically Examples of colexification associated with Armin Buch BREATHE Numerals Typology of Number Systems Bases Exceptions Colors BREATHE take a rest be on vacation cease to do (wind) blow (s.o.) blow whisper utter, speak E NGLISH breathe + [+] RUSSIAN du[x] + [+] [+] + + + + [+] [+] M WOTLAP mōkheg + + + N ÊLÊMWA horêân + + A RAKI soRo Concepts F RENCH souffler Lexical semantic maps Linguistic relativity + + + [+] (Francois 2010) + + + + + + + Armin Buch Numerals Typology of Number Systems Bases Exceptions Colors Concepts Lexical semantic maps Linguistic relativity Figure: Graphical representation of above table (Francois 2010) Lexical semantic maps Armin Buch Numerals Typology of Number Systems Bases Exceptions Colors Concepts Lexical semantic maps A semantic map is a geometrical representation of functions in ‘conceptual/semantic space’ that are linked by connecting lines and thus constitute a network. (Haspelmath, 2003:213) Linguistic relativity Armin Buch Numerals Typology of Number Systems Bases Exceptions Colors Concepts Lexical semantic maps Linguistic relativity Figure: Semantic map for breathe (Francois 2010, cited in Annis 2012) Armin Buch Numerals Typology of Number Systems Bases Exceptions Colors Concepts Lexical semantic maps Linguistic relativity Figure: Common polysemies in some African languages, plus French and English Perrin (2007) Linguistic synaesthesia Armin Buch Numerals Typology of Number Systems Bases Exceptions Colors Concepts Lexical semantic maps Linguistic relativity (Annis, 2012) The Great Eskimo Vocabulary Hoax Armin Buch Numerals Typology of Number Systems I I I I The more important a concept, the further it will be subdivided Original example: It is plausible to think that the Inuit have several words for snow (Boas; Whorf, 1940) By now, the quoted number has reached 100-200 Discounting morphology, there are 4 different roots in one language: I I I I I aput: snow on the ground qana: falling snow piqsirpoq: drifting snow qimuqsuq: a snowdrift cf. English: blizzard, flurry, pack, slush, drift, sleet, and powder Bases Exceptions Colors Concepts Lexical semantic maps Linguistic relativity German words for snow Armin Buch Numerals I Neuschnee (maximal drei Tage alt) und Altschnee I Pulverschnee (locker, unter null Grad gefallen) Typology of Number Systems Bases I Harsch (überfrorener Pulverschnee) I Bruchharsch (eine besonders massive Schicht aus Eisschnee) I Pappschnee oder Feuchtschnee, Sulzschnee (nass und schwer) I Schneematsch oder Faulschnee (gemischte Konsistenz ohne Zusammenhalt) I Griesel (wiederholt gefrorener, körniger Schnee) I Firn (mindestens ein Jahr alt, wiederholt gefroren) I Dazu kommen weitere Unterschiede zwischen den schweizerdeutschen und bairischen (inklusive den österreichischen) Dialekten. Exceptions Colors Concepts Lexical semantic maps Linguistic relativity Better examples Armin Buch Numerals Typology of Number Systems Bases Exceptions Colors Concepts I Arbitrarily fine distinctions in terminology do exist, where it’s useful I 46 words for camels in Somali I Extensive reindeer terminology in Sami I It’s just the case that the Inuit don’t talk about snow all that much Lexical semantic maps Linguistic relativity Conclusion Armin Buch Numerals Typology of Number Systems Bases Exceptions Colors Concepts Lexical semantic maps I Similar to color categorization, any given word ranges over a (coherent2 ) set of meanings I Different though, concept space is not as clearly defined as color space; it is shaped by the use of language itself 2 Maybe even convex, in some mathematical description of semantic space. Linguistic relativity
© Copyright 2024 Paperzz