Characteristics of non-pre-vocalic ejectives in Yakima Sahaptin. NoWPhon, UO, Eugene,

Similar documents
Witsuwit en phonetics and phonology. LING 200 Spring 2006

Speech Spectra and Spectrograms

Sound Correspondences in the World's Languages: Online Supplementary Materials

Supporting Information

The effect of speaking rate and vowel context on the perception of consonants. in babble noise

THE ODDS OF ETERNAL OPTIMIZATION IN OPTIMALITY THEORY

SPEECH COMMUNICATION 6.541J J-HST710J Spring 2004

The (hi)story of laryngeal contrasts in Government Phonology

Multiple Sequence Alignment in Historical Linguistics

Parametric Specification of Constriction Gestures

A complexity-based typology of consonant clusters

A Speech Enhancement System Based on Statistical and Acoustic-Phonetic Knowledge

Intervocalic Devoicing in Kiput and Berawan Dialects

Tuesday, August 26, 14. Articulatory Phonology

Algorithms for NLP. Speech Signals. Taylor Berg-Kirkpatrick CMU Slides: Dan Klein UC Berkeley

CHAPTER 6 WRITING SYSTEM

Sound 2: frequency analysis

ECE 598: The Speech Chain. Lecture 9: Consonants

COMP 546, Winter 2018 lecture 19 - sound 2

8 M. Hasegawa-Johnson. DRAFT COPY.

Constriction Degree and Sound Sources

Gradual Phonotactics

Determining the Shape of a Human Vocal Tract From Pressure Measurements at the Lips

On the relationship between intra-oral pressure and speech sonority

T Automatic Speech Recognition: From Theory to Practice

Michael Ingleby & Azra N.Ali. School of Computing and Engineering University of Huddersfield. Government Phonology and Patterns of McGurk Fusion

ENTROPY RATE-BASED STATIONARY / NON-STATIONARY SEGMENTATION OF SPEECH

Current Word Previous Word Next Word Current Word Character n-gram all Current POS Tag Surrounding POS Tag Sequence Current Word Shape Surrounding

Lecture 5: GMM Acoustic Modeling and Feature Extraction

Speech Recognition. CS 294-5: Statistical Natural Language Processing. State-of-the-Art: Recognition. ASR for Dialog Systems.

Object Tracking and Asynchrony in Audio- Visual Speech Recognition

Quarterly Progress and Status Report. On the synthesis and perception of voiceless fricatives

c 2014 Jacob Daniel Bryan

SPEECH ANALYSIS AND SYNTHESIS

The Noisy Channel Model. Statistical NLP Spring Mel Freq. Cepstral Coefficients. Frame Extraction ... Lecture 9: Acoustic Models

A Linguistic Feature Representation of the Speech Waveform

Resonances and mode shapes of the human vocal tract during vowel production

Source/Filter Model. Markus Flohberger. Acoustic Tube Models Linear Prediction Formant Synthesizer.

Chapter 10. Normal variation and the Central Limit Theorem. Contents: Is the Southern drawl actually slower than other American speech?

Chapter 12 Sound in Medicine

Polish plurals again UR wuk 'bow' wuki 'bows' wuk wuk 'lye' wugi 'lyes' wug Final g becomes k

Speech Recognition Lecture 9: Pronunciation Models. Eugene Weinstein Google, NYU Courant Institute Slide Credit: Mehryar Mohri

Linguistics 051 Proto-Indo-European Language and Society Proto-Indo-European Sound System

Lab 9a. Linear Predictive Coding for Speech Processing

Jacob s Magic Mittens

Functional principal component analysis of vocal tract area functions

Title. Author(s)Хасанова, Марина; Певнов, Александр. Issue Date Doc URL. Type. File Information. Preface to the Texts

Acoustic Modeling for Speech Recognition

Linguistics 051. Proto-Indo-European Language and Society. Rolf Noyer

Voltage Maps. Nearest Neighbor. Alternative. di: distance to electrode i N: number of neighbor electrodes Vi: voltage at electrode i

1. Draw a line from each ocean listed below to its location on the map. 2. Label the Pacific Ring of Fire on the map above.

Anticyclic Tone Polarity in Asante Twi

The Noisy Channel Model. Statistical NLP Spring Mel Freq. Cepstral Coefficients. Frame Extraction ... Lecture 10: Acoustic Models

Statistical NLP Spring The Noisy Channel Model

Activity Pacific Northwest Tectonic Block Model

CS425 Audio and Speech Processing. Matthieu Hodgkinson Department of Computer Science National University of Ireland, Maynooth

A Proposal for a Phonetic Based Encodng for Indic scripts BArtFy ElEpyo\ k Elỹ -venk ḱv ka ek þ-tav

Inter- and Intra-Subject Variability: A Palatometric Study

Structural and accidental phonotactic gaps *

SPEECH RECOGNITION USING TIME DOMAIN FEATURES FROM PHASE SPACE RECONSTRUCTIONS

Speech Recognition. Department of Computer Science & Information Engineering National Taiwan Normal University. References:

The Solid Phase of Water in Carrier William J. Poser

Nearly Perfect Detection of Continuous F 0 Contour and Frame Classification for TTS Synthesis. Thomas Ewender

Comparative Method. Jean Mark Gawron. Linguistics San Diego State University gawron.

Automatic Phoneme Recognition. Segmental Hidden Markov Models

Feature extraction 1

NAME: DATE: Geography: The Earth. Geography The Earth

The Noisy Channel Model. CS 294-5: Statistical Natural Language Processing. Speech Recognition Architecture. Digitizing Speech

Signal representations: Cepstrum

NAME: DATE: Geography: The Earth. Geography. The Earth

SCIENCE IN THE NEWS Plate Tectonics

Organised Phonology Data

Phonological Correspondence as a Tool for Historical Analysis: An Algorithm for Word Alignment

Spectral and Textural Feature-Based System for Automatic Detection of Fricatives and Affricates

From VOA Learning English, this is SCIENCE IN THE NEWS, in Special English. I m Kelly Jean Kelly.

Discriminative Pronunciation Modeling: A Large-Margin Feature-Rich Approach

Gravitational collapse of gas

Support for the root hypothesis: allomorphy in Mehri imperfective plurals

The Doppler Effect is the change in frequency observed when a source of sound waves is moving relative to an observer.

Statistical NLP Spring Digitizing Speech

Digitizing Speech. Statistical NLP Spring Frame Extraction. Gaussian Emissions. Vector Quantization. HMMs for Continuous Observations? ...

AFMG. Focus Your Sub Arrays! AHNERT FEISTEL MEDIA GROUP. PLS 2017, Frankfurt

Human speech sound production

Possibility of Existence and Identification of Diphthongs and Triphthongs in Urdu Language

RELATIONSHIPS BETWEEN THE AMERICAN BROWN BEAR POPULATION AND THE BIGFOOT PHENOMENON

Characterization of phonemes by means of correlation dimension

Beyond the Book. FOCUS Book

Science in the News - Plate Tectonics 1. Story

In order to study Plate Tectonics, we must first

PSc 201 Chapter 3 Homework. Critical Thinking Questions

Problem: What affect does the force of launch have on the average speed of a straw rocket?

Plate Tectonics Unit II: Plate Boundaries (3.5 pts)

(Dis)Agreement by (Non)Correspondence

Vowel Harmony and Subsequentiality

IPA Unicode 6.2 (ver 1.4) KMN

Influence of vocal fold stiffness on phonation characteristics at onset in a body-cover vocal fold model

LINGUISTIC PROFILE CHARTS

Latin and Greek Elements in English Grimm s Law all speech production happens in the mouth or throat

Emmerich Kelih (Graz) Phoneme-Inventory (Size) Word length: Some theoretical thoughts and empirical findings

An Analytical Study of the Weak Radiating Cell as a Passive Low Frequency Noise Control Device

Transcription:

Characteristics of non-pre-vocalic ejectives in Yakima Sahaptin Sharon Hargus University of Washington Virginia Beavert University of Oregon NoWPhon, UO, Eugene, 5-13-16 1

Organization Ejective background Sahaptin Word-final ejectives Pre-consonantal ejectives Conclusions and further research 2

Ejectives 3

Ejective types Plosives [t ] Affricates [ts ] Fricatives [s ] 5

Some properties of pre-vocalic ejectives f0 low or high at vowel onset Silent period Slow rise time Lindau, Mona. 1984. Phonetic differences in glottalic consonants. Journal of Phonetics 12:147-155. 6

Tlingit /χ/ vs. /χ / /χaːt/ spruce roots /χ aːn / fire Maddieson, Ian, Caroline L. Smith, and Nicola Bessell. 2001. 'Aspects of the Phonetics of Tlingit.' Anthropological Linguistics 43:135-176. 7

Ejective distribution In most languages, ejectives only occur before vowels Chipewyan, Witsuwit en, etc. In some languages, ejectives also occur before consonants and/or word-finally Tlingit, Gitksan, Coast Tsimshian, Montana Salish, Ahtna, etc. Ejectives in these environments less well described 8

Tlingit word-final ejective stops shorter and higher-amplitude noise than the pulmonic stops glottal release /k éːt/ salmonberry bush; sprouts /k h aːk / forehead Maddieson, Ian, Caroline L. Smith, and Nicola Bessell. 2001. 'Aspects of the Phonetics of Tlingit.' Anthropological Linguistics 43:135-176. 9

Tlingit ejective fricatives Pre-vocalic: Post-vocalic: post-glottalized pre-glottalized [χ aːn] fire [k h aːχ ] chicken, grouse 10

Coast Tsimshian Post-vocalic ejective stops and affricates are pre-glottalized: < k, k, p, t, ts> hanaa k woman ~ hana a Dunn, John Asher. 1979. Sm'algyax: A Reference Dictionary and Grammar for the Coast Tsimshian Language. Seattle and Juneau: University of Washington Press and Sealaska Heritage Foundation. 11

Ahtna In all dialects of Ahtna except Mentasta, ejectives occur finally in some form---usually, however, not as canonical ejectives with a glottal release. (Tuttle 2015) after Kari 1990 liver /c ezet / mittens /cets / Western Central Lower Mentasta [c ɛzɛt ] [c ɛzɛ t] [c ɛzɛɬ] [c ɛzɛt] [cɛts ] [cɛ s], [cɛ s] [cɛ s] [cɛts] Kari, James. 1990. Ahtna Athabaskan Dictionary. Fairbanks: Alaska Native Language Center, University of Alaska Fairbanks. Tuttle, Siri G. 2015. 'Stem-Final Ejectives in Ahtna Athabascan.' In Laryngeal Features of Native American Languages, ed. by Matt Coler, Leo Wetzels and Heriberto Avelino. Leiden: Brill. 51-70. 12

Central Ahtna word-final [ts ] Ik ey nest aats /ik ejnest aːts / he cut it apart by accident 13

Ejectives are pre-glottalized stops Word-finally in Tlingit Word-finally in Ahtna Post-vocalically in Coast Tsimshian 14

Sahaptin ejectives 15

Sahaptin consonants lab alv palalv pal velar lab vel uvu lab uvu plosive p t k k w q q w ʔ affricate ʦ ʧ lat affricate tɬ ejective pl p t k k w q q w ejective affr ʦ ʧ lat eject affr tɬ nasal m n fricative s ʃ x x w χ χ w h lat fricative ɬ approximant j w (ʁ) glot lat approx l Hargus, Sharon, and Virginia Beavert. 2014. 'Northwest Sahaptin.' Journal of the International Phonetic Association 44 (3):319-342. 16

Previous instrumental study of Sahaptin ejectives /p p /, /t t /, /k k /, /q q /, /k w k w /, /q w q w / Prevocalically plosives ejectives VOT post-release silent dur f0 at vowel onset 38 ms. -- 211 Hz ]* 103 ms. 43 ms. 224 Hz ]* Grossblatt, Benjamin D. 1997. Sahaptin ejection and the fortis/lenis model. M.A. thesis, Department of Linguistics, 17 University of Washington.

Sahaptin /k/ vs. /k / páku have sex pák u council 18

Sahaptin /ts/ vs. /ts / tsíx [ˈtsiχ] sting ts íx [ˈts iχ] defecate 19

Sahaptin phonotactics Abundant consonant clusters pshxú [ˈpʃχu] sagebrush shtxní [ˈʃtχni] horsefly pstxɬá [ˈpstχɬa] blacksmith ílkwsh [ˈilk w ʃ] fire pákwchtk [ˈpaq w ʧtk] plug in Hargus, Sharon, and Virginia Beavert. 2002. 'Yakima Sahaptin clusters and epenthetic [ɨ].' Anthropological Linguistics 44:1-47. Hargus, Sharon, and Virginia Beavert. 2006. 'Word-initial clusters and minimality in Yakima Sahaptin.' 20 Phonology 23:21-58.

Distribution of Sahaptin ejective stops Pre-vocalic k úxɬ [ˈq uχɬ] knee Pre-consonantal Before obstruent k sháash [ˈq ʃáːʃ] curly Before sonorant k mɨ ɬ [ˈq mɨɬ] rock Word-final (rare) huk húk [huq ˈhuq ] pig *C C ; *C / affr 21

Ejective stops before stops p t k k w q q w p p q p q w t t k t k w t q k k p k t k w k w p k w k q q p q t q w q w p q w t q w k 22

Ejective stops before fricatives s ɬ ʃ x w χ χ w p p s p ɬ p ʃ p χ t t ʃ t x w t χ t χ w k k s k ʃ k w k w s k w ʃ q q s q ʃ q χ q χ w q w q w ɬ q w ʃ 23

Distribution of Sahaptin ejective affricates Pre-vocalic ts áa [ˈts aː] near Pre-consonantal Before obstruent: ts xwíi [ˈts x w íː] conical Before sonorant: ts mɨśt [ˈts mɨśt] 9 Not word-final 24

Ejective affricates p k k w q ts ts p ts k ts k w tɬ tɬ p tɬ k tɬ q ʧ ʧ k x w χ χ w ts ts x w ts χ ts χ w tɬ tɬ χ w ʧ ʧ χ 25

Questions about Sahaptin ejectives As compared with (non-ejective) plosives and affricates, what are the phonetic properties of ejectives before voiceless consonants? word-finally? 26

Word-final ejectives 27

Inventory and characteristics C C q jiqˈjiq (creaky sound) jiq ˈjiq (especially creaky sound) huq ˈhuq pig juq ˈjuq unstable, wobbly ˈχiːq hoot (by owl) t ˈk att steep t t t t (noise of rain) 28

Word-final [q] vs. [q ] [jiqˈjiq] creaky sound [jiq ˈjiq ] especially creaky sound 29

Word-final [t] vs. [t ] [ˈk att] steep [ˈt t t t ] (sound of rain) 31

Word-final ejective characteristics High intensity stop burst and/or Preceded by creaky voice 32

Pre-consonantal ejectives 33

Observations Ku kwlák k xlípa íkushpaynk Ku ˈk w lak ˈq χlipa ˈikuʃpajnk and there on tule mat like this iyáwitamaasha iˈjawitamaːʃa. it (lying) is floating Then here was something lying on top of on one of the floating tule mats. A text sentence by Ellen Saluskin 34

Stops before stops [aˈnak w t] [taˈmak w p] separated, divorced behead, knock top off 35

Stops before fricatives [ˈksɨk] stink [ˈk sɨt] cold 36

Affricates before stops [ˈlatsq]- daydream [ˈlats q]- snap, crack, spark 37

Affricates before fricatives [iˈniʧχa] (3sg) places [iˈwiʧ χna] (3sg) shredded (pl.) 38

Hypotheses Relative to non-ejective: ejective stop ejective affricate stop high intensity burst high intensity fricative fricative high intensity burst silent interval high intensity fricative silent interval 39

Intensity measure Stops: Intensity-max vowel Intensity-max release [tíːtk w k] advise [ɬíːt k] nasal mucus, snot 40

Intensity of release burst in other languages C vs. C Gitksan stops Ingush stops did not distinguish Georgian stops Deg Xinag lateral affricates: did distinguish Hargus, Sharon. 2008. Deg Xinag lateral affricates: Phonetic and historical perspectives. Paper presented at Poster presented at annual meeting of Society for the Study of the Indigenous Languages of the Americas, Chicago. Ingram, John, and Bruce Rigsby. 1987. 'Glottalic stops in Gitksan: An acoustic analysis.' In Proceedings of the XIth International Congress of Phonetic Sciences, ed. by Keel ja Kirjanduse Instituut. Tallinn, Estonia: Academy of Sciences of the Estonian SSR. 134-137. Vicenik, Chad. 2010. 'An acoustic study of Georgian stop consonants.' Journal of the International Phonetic Association 40:59-92. Warner, Natasha. 1996. 'Acoustic characteristics of ejectives in Ingush.' In Proceedings of the International Conference on Spoken Language Processing, Oct. 3-6, 1996, Philadelphia. New York: Institute of Electrical and Electronics Engineers. 1525-1528. 41

Intensity measure Affricates Intensity-max vowel Intensity-max fricative [latsqɬá] day-dreamer [lats qɬá] sparker Gordon, Matthew, and Ayla Applebaum. 2006. 'Phonetic structures of Turkish Kabardian.' Journal of the International Phonetic Association 36:159-186. 42

Materials Words and sentences 9,830 with published (2009) dictionary 12,972 currently Beavert, Virginia, and Sharon Hargus. 2009. Ichishkíin Sɨńwit Yakama/Yakima Sahaptin Dictionary. Toppenish 43 and Seattle: Heritage University and University of Washington Press.

Word lists pairs release pairs C C 31 stop p 7 ˈχapʃanajk- pile up ˈχap ʃnak- collapse t 10 iˈ atχa he goes out iˈlat χa it sparked k 5 ˈksik stink ˈk sít cold q 9 ˈʧaqpt- pull tight ˈʧaq p- tie down 14 labialized k w 8 waˈpak w ʃtik- grab at and miss saˈpak w stik- wipe stop q w 6 ʃaˈpaq w tk- join together tiˈnaq w tk- sprain 15 affricate ts 5 ˈlatsq- daydream ˈlats q- crack, snap, spark 50 tɬ 5 ˈqatɬχatk- get used to iwˈjatɬ χ w a it ended ʧ 5 iˈniíʧχa he places it iˈwiʧ χna he stripped, shredded it 44

Silent interval before fricative? 28 pairs Yes. Mean duration:.031 sec (s =.019) [pináq w ɬtaj-] win back 45

Normalized Intensity-max (db) Higher-intensity release? Non-labialized stops (31 pairs): yes 25 20 * 15 10 5 0 ejective non-ej 46

Normalized intensity-max (db) Higher-intensity release? Labialized stops (14 pairs): yes 20 * 15 10 5 0 ejective non-ej 47

Normalized intensity-max (db) Higher-intensity release? Affricates (15 pairs): no 12 10 8 6 4 2 0 ejective non-ej 48

Fate of hypotheses Relative to non-ejective: ejective stop ejective affricate stop high intensity burst fricative high intensity burst silent interval X high intensity fricative X high intensity fricative silent interval 49

Normalized intensity-max (db) Ejective affricates 16 14 12 1. Most as predicted 10 8 6 4 2 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15-2 50

Ejective affricates, cont. 2. In Turkish Kabardian, ejective fricatives had significantly less intensity relative to non-ejective fricatives < narrower supralaryngeal constriction (reduces airflow and noise) < narrower glottal constriction Gordon, Matthew, and Ayla Applebaum. 2006. 'Phonetic structures of Turkish Kabardian.' Journal of the International Phonetic Association 36:159-186. 51

Conclusions 52

Sahaptin C Word-final High intensity release Pre-glottalized Before voiceless C High intensity release Stops always Fricatives often but not always Silent period discernible before fricative 53

Further research Compare pre-consonantal and pre-vocalic ejective properties Scrutinize previously transcribed geminate affricates ˈts ts uːp thaw, melt ˈtɬ tɬ umχ red-wing blackbird 54

Funding acknowledgements Jacobs Research Funds Native Voices Endowment 55