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ENGLISH PHONETICS & PHONOLOGY LG204

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<strong>ENGLISH</strong> <strong>PHONETICS</strong> &<br />

<strong>PHONOLOGY</strong><br />

LG <strong>LG204</strong>


CLASS OUTLINE<br />

� task review<br />

� the relation between phonetics and phonology<br />

� phonemes and allophones<br />

� assimilation<br />

� neutralisation<br />

� cross-linguistic distribution of segments<br />

�� basic sounds: language acquisition<br />

� what have we learnt?<br />

2


<strong>PHONETICS</strong>-<strong>PHONOLOGY</strong> INTERFACE<br />

� Phonology involves rule-governed patterns in<br />

speech sounds (i.e. the study of the sound<br />

structure of language) language).<br />

� How do we know that the patterns in speech<br />

sounds are “rule-governed”?<br />

rule governed ?<br />

– by their co-occurrence restrictions<br />

– by the alternations they manifest<br />

– we can create rules that capture their patterns<br />

� Ph Phonetics i i is one of f the h means b by which hi h<br />

phonological alternations are manifested.<br />

3


PHONEMES AND ALLOPHONES<br />

� Phonemes: /b/ /p/<br />

Minimal pair /bat/ /pat/<br />

Contrastive distribution: phonemes contrast in<br />

the same position<br />

� Allophones of a phoneme are the concrete entities<br />

of f speech. h<br />

� They are typically phonetically similar i.e. they<br />

have articulatory and acoustic features in<br />

common<br />

4


<strong>ENGLISH</strong> ALLOPHONES<br />

� p<br />

[ h [p ] i iti l iti<br />

h ] initial position<br />

[ [p] ] elsewhere l h<br />

clear [l] before vowels<br />

� l dark (velarised) [ɫ] before a consonant<br />

voiceless i l [l] iinitially i i ll in i a stressed d syllable ll bl<br />

following /p/ or /k/<br />

Th ll h i li t<br />

� These allophones are in complimentary<br />

distribution because where one occurs the other<br />

cannot 5


<strong>ENGLISH</strong> ALLOPHONES<br />

� We saw that some varieties of English show an<br />

alternation in the production of intervocalic /t/<br />

which is sometimes produced as a glottal stop [ʔ]<br />

� bu[t]er ~ bu[ʔ]er<br />

� bu[t]on ~ bu[ʔ]er<br />

� In this t s case although a t oug [ʔ] [ ] is s a an aallophone op o e of o [t], the t e<br />

two sounds are not in complementary position<br />

because the occur in the same position: they are<br />

in free variation<br />

6


ASSIMILATION<br />

� Assimilation is a process where one sound<br />

becomes more like another<br />

� Assimilation usually has a phonetic<br />

explanation/manifestation<br />

� Nasal place assimilation: a nasal agrees in place<br />

with a following consonant:<br />

in- > i[m]possible, i[ŋ]congruous<br />

7


NEUTRALISATION<br />

� Neutralisation refers to cases where two<br />

phonemes overlap in phonetic realisation<br />

� /n/<br />

[ [ɱ] ] bbefore f /f/ or / /v/: / e[ɱ]phatic, [ ] h ti<br />

/m/ i[ɱ]fatuated<br />

The contrast between /n/ and /m/ is neutralised<br />

bbefore f /f/ and d / /v/ / i i.e. they th d do not t contrast t t i in thi this<br />

positon<br />

8


& ɾ<br />

• Are these sounds phonemes or allophones in Spanish?<br />

a) [ɾoxo] rojo ‘red’ red [foro] forro ‘lining’ lining<br />

b) [ɾeal] real ‘royal’ [foɾo] foro ‘forum’<br />

• What about in Farsi?<br />

a) [rah] ‘road’ [ruz] ‘day’<br />

[barg] ‘leaf’ leaf [farsi] ‘Persian’ Persian<br />

b) [ziɾa] ‘beacuse’ [siɾini] ‘pastry’<br />

9


Tagalog g g<br />

• A Are [h] h and d [Ɂ] allophones ll h or phonemes? h ?<br />

kahon ‘box’ kaɁon ‘to fetch’<br />

hari ‘king’ ɁariɁ ‘property’<br />

humagos ‘to paint’ Ɂumagos ‘to flow’<br />

•Are [d] [ ] and [r] [] allophones p or pphonemes?<br />

datiN ‘to arrive’ daraɁiN ‘will complain’<br />

ddami i ‘ ‘amount’ ’ marumi i ‘di ‘dirty’ ’<br />

mandurukot ‘pickpocket’ mandukot ‘go p.pkting’<br />

10


German<br />

final obstruent devoicing: neutralisation<br />

a) [ʃif] ‘ship’ ship [ʃifǝ] ‘ships’ ships<br />

[blat] ‘leaf [blɛtɐ] ‘leaves’<br />

b) [li:t] ‘song’ [li:dɐ] ‘songs’ nom. pl.<br />

[vaɪp] ‘woman’ [vaɪbǝ] ‘woman’ gen. sg<br />

[kluk] ‘clever’ [klugǝ] ‘clever’ nom.pl.<br />

[gans] ‘goose’ [gɛnzǝ] ‘geese’ nom. pl.<br />

11


sound changes are not random<br />

• Tagalog/Farsi<br />

– [h] alternates with [Ɂ]<br />

– [r] alternates with [ɾ]<br />

assimilation<br />

processes p<br />

change h in i manner<br />

• English<br />

– [n] alternates with [ŋ] change in place<br />

• German<br />

– [t] alternates with [d]<br />

change in voicing<br />

12


Consonant and vowel distribution:<br />

UPSID<br />

University of California Los Angeles Phonological<br />

Segment Inventory Database<br />

A database of phoneme inventories for 317+ languages<br />

A representative sample to address questions such as:<br />

�� what h t sounds d are most t ffrequent t i in the th world's ld'<br />

languages?<br />

� � are there h any sounds d which hi h occur in i all ll languages?<br />

l ?<br />

� do patterns of sounds recur in different languages?<br />

13


2,549 vowel segments in<br />

UPSID<br />

Front<br />

High 452<br />

29<br />

vowel typology<br />

Central<br />

425 100<br />

Mid 425 100<br />

32<br />

8<br />

Low 81<br />

0<br />

Back<br />

55<br />

10 31<br />

417<br />

392<br />

1<br />

Red figures indicate unrounded vowels<br />

Black figures indicate rounded vowels<br />

19<br />

448<br />

13<br />

36<br />

front vowels are<br />

usually ll unrounded d d<br />

(94%)<br />

back vowels are<br />

usually rounded<br />

(93 (93.5%) 5%)<br />

low vowels are<br />

usually ll central l<br />

(75%)<br />

central vowels are<br />

usually low (69%)<br />

14<br />

/ a i u / are found in<br />

all languages


vowel typology yp gy<br />

how big are vowel inventories?<br />

• the smallest<br />

vowel systems have i<br />

three members (6%<br />

of UPSID<br />

languages)<br />

e.g: g Aleut, , Haida, ,<br />

u<br />

Larok, Ojibwa,<br />

Quechua,<br />

a Tagalog, AArabic<br />

languages with more than 9 basic vowel qualities (i.e.<br />

excluding length, length diphthongs and vowels with secondary<br />

articulations e.g. nasal vowels) are typologically uncommon<br />

15


vowel typology<br />

most languages have between 5 and 7 vowels:<br />

i<br />

u i u<br />

e o<br />

e o<br />

a<br />

ɛ ɔ<br />

a<br />

e.g: Spanish,<br />

Basque Basque, Gbari, Gbari<br />

Mixtec, Swahili<br />

e.g: Burmese,<br />

Italian, Katcha,<br />

Portuguese<br />

Indo-European languages have relatively many vowels<br />

ee.g.: g : Swedish 17, 17 German 15, 15 English 11 (disregarding 16<br />

length)


consonant typology<br />

• all UPSID languages contain stops<br />

voiceless i l stops are more common than h voiced i d stops<br />

(92% vs. 67%)<br />

most languages have 2 stops (English has 6)<br />

• not all UPSID languages g g contain fricatives<br />

(Australian languages, for example, rarely have fricatives)<br />

/s/ is the most frequent fricative (83%), (83%) followed by /ʃ/<br />

and /f/<br />

most languages have 4 fricatives (English has 8)<br />

Kabardian has the largest g fricative inventory y ( (22!) ) 17


consonant typology<br />

• only 3% of UPSID languages contained no nasal<br />

languages with 2-4 2 4 nasal segments are common (/n/ is<br />

the most common nasal) whilst 6 is the most recorded<br />

voiceless nasals occur in less than 4% of UPSID<br />

languages (but every language which has voiceless<br />

nasals also has voiced nasals)<br />

• 96% of UPSID languages contain at least one liquid<br />

/l/ segments t are more common than th /r/ / / segments t<br />

83% of liquids in UPSID are voiced<br />

Hawaiian has only 8 consonants (/p k ʔ h m n l w/)<br />

!Kung (spoken in Namibia) has 96 consonants!<br />

18


Language g g acquisition q<br />

What sounds are more basic?<br />

19


Language acquisition<br />

20


Wh What t hhave we llearnt? t?<br />

� Anatomy of speech<br />

passive and active articulators, nasal-oral tract<br />

� Articulation of consonants<br />

manner, place, voice<br />

� Acoustics of consonants<br />

sound waves, frequency, amplitude, spectrograms<br />

� Articulation of vowels<br />

height, front-back, lip-rounding<br />

� Description of vowels<br />

Cardinal vowel system<br />

21


Wh What t hhave we llearnt? t?<br />

� Secondary articulation of vowels<br />

palatalisation, labialisation, nasalisation<br />

� Acoustic description of vowels<br />

vowel formants and spectrograms<br />

� Transcription<br />

IPA, connected speech transcription<br />

� Airstreams mechanism<br />

states of the glottis, creaky & breathy voice,<br />

ejectives, implosives, clicks<br />

22


Wh What t hhave we llearnt? t?<br />

� Relation between phonetics and phonology<br />

allophones, assimilation, neutralisation<br />

<strong>PHONETICS</strong>:<br />

� We have learnt a lot about English phonetics<br />

� But also about phonetics in general by looking at<br />

other languages<br />

SKILLS:<br />

� We have learnt/improved transcription skills<br />

� We have improved our analytical skills through<br />

exercises and assignments<br />

23

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