Introducing San Agustín Mixtepec Zapotec
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Some Principles of the Use of Macro-Areas Language Dynamics &A
Online Appendix for Harald Hammarstr¨om& Mark Donohue (2014) Some Principles of the Use of Macro-Areas Language Dynamics & Change Harald Hammarstr¨om& Mark Donohue The following document lists the languages of the world and their as- signment to the macro-areas described in the main body of the paper as well as the WALS macro-area for languages featured in the WALS 2005 edi- tion. 7160 languages are included, which represent all languages for which we had coordinates available1. Every language is given with its ISO-639-3 code (if it has one) for proper identification. The mapping between WALS languages and ISO-codes was done by using the mapping downloadable from the 2011 online WALS edition2 (because a number of errors in the mapping were corrected for the 2011 edition). 38 WALS languages are not given an ISO-code in the 2011 mapping, 36 of these have been assigned their appropri- ate iso-code based on the sources the WALS lists for the respective language. This was not possible for Tasmanian (WALS-code: tsm) because the WALS mixes data from very different Tasmanian languages and for Kualan (WALS- code: kua) because no source is given. 17 WALS-languages were assigned ISO-codes which have subsequently been retired { these have been assigned their appropriate updated ISO-code. In many cases, a WALS-language is mapped to several ISO-codes. As this has no bearing for the assignment to macro-areas, multiple mappings have been retained. 1There are another couple of hundred languages which are attested but for which our database currently lacks coordinates. -
Phonetics and Phonology
46 2 Phonetics and Phonology In this chapter I describe the segmental and suprasegmental categories of CLZ phonology, both how they are articulated and how they fall into the structures of syllable and word. I also deal with phono-syntactic and phono-semantic issues like intonation and the various categories of onomatopoetic words that are found. Other than these last two issues this chapter deals only with strictly phonetic and phonological issues. Interesting morpho-phonological details, such as the details of tonal morphology, are found in Chapters 4-6. Sound files for most examples are included with the CD. I begin in §2.1 and §2.2 by describing the segments of CLZ, how they are articulated and what environments they occur in. I describe patterns of syllable structure in §2.3. In §2.4 I describe the vowel nasalization that occurs in the SMaC dialect. I go on to describe the five tonal categories of CLZ and the main phonetic components of tone: pitch, glottalization and length in §2.5. Next I give brief discussions of stress (§2.6), and intonation (§2.7). During the description of segmental distribution I often mention that certain segments have a restricted distribution and do not occur in some position except in loanwords and onomatopoetic words. Much of what I consider interesting about loanwords has to do with stress and is described in §2.6 but I also give an overview of loanword phonology in §2.8. Onomatopoetic words are sometimes outside the bounds of normal CLZ phonology both because they can employ CLZ sounds in unusual environments and because they may contain sounds which are not phonemic in CLZ. -
Phonology Workgroup
Between Stress and Tone - Leiden University , The Netherlands, June 16, 2005 - Reconstructing Tonogenesis in Zapotec* 1. Background Gwendolyn Lowes y Zapotec languages belong to the larger Otomanguean language family, as do University of Oregon Popolocan, Otopamean, Mixtecan, Chinantecan, Chiapanec-Mangue and [email protected] Amuzgoan languages. Within the Zapotecan family are Zapotec and Chatino languages. The vast majority of Zapotec variants are spoken in the state of Oaxaca, Mexico. What is the role of tone in Zapotec languages? Figure One shows Oaxaca in the greater context of Mexico And Change said, ‘let the consonants guarding the vowel to the left and Figure One: Oaxaca the right contribute some of their phonetic features to the vowel…’’ (Matisoff, 1973:73) ________________________________________________________ 1. Background 1.1 Literature Review 1.2 Esposito’s Study 1.3 Tonogenesis Literature 2. Teotitlán del Valle Zapotec Phonology 2.1 Phonological Sketch 2.2 Acoustic Study 3. Comparative Morphology – Potential Aspect 1.1 Literature Review 3.1 Type I Marking y Primary contrast is tone (2/15) 3.2 Type II Marking with predictable glottalization 3.2.1 Teotitlán del Valle Zapotec Coatlán-Loxicha, Tlacochahuaya Zapotec 3.2.2 San Pablo Güilá Zapotec y Primary contrast is phonation (4/15) with predictable and/or unimportant tone 3.3. Summary Mitla, San Juan Guelavía, San Lucas Quiaviní, Zoogocho Zapotec 3.4 Free Variation in TdVZ • Both tone and phonation are primary (9/15) 4. Summary and Historical Implications Cajonos, -
Data Sources
Data sources Stephen A. Marlett, compiler The Zapotec Grammar Files Stephen A. Marlett, compiler (March 2011) Data sources [http://mexico.sil.org/resources/archives/60560]. In: Cheryl A. Black, H. Andrew Black and Stephen A. Marlett (eds.) The Zapotec Grammar Files. © SIL International. These are working papers that are periodically updated, expanded, and corrected. Comments or corrections can be sent to the editors (see the index page). 2 Data sources Contents Data sources . 2 References . 6 Data sources This document provides information about the sources of data for The Zapotec Grammar Files. Full bibliographic references are found in the References section. Some works referenced in the bibliography are listed under ??? "Unspecified" in this table because it is not clear yet where they should go. Some sources are listed as unpublished field notes (f.n.). The names listed by INALI (Instituto Nacional de Lenguas Indígenas, INALI (2008)) may not correspond one-for-one with those listed in the Ethnologue (Gordon (2005)), of course. For that reason, not all of the names used by INALI are listed here. There may also be some inexactitude with the correspondences given here. The ISO 639-3 code for Zapotec as a macrolanguage is [zap]. Data sources 3 ISO 639-3 Identifier as in the INALI name (INALI Sources Code Ethnologue 2008) (each preceded by (Gordon 2005) "zapoteco") (each followed by "Zapotec") zaa Sierra de Juárez serrano, del oeste Bartholomew (1983), Fernández de Miranda (1995), Gibbs (1977), Marlett (1993), Nellis (1947), Nellis & Nellis -
Language EI Country Genetic Unit Speakers RI Acatepec Tlapanec 5
Language EI Country Genetic Unit Speakers RI Acatepec Tlapanec 5 Mexico Subtiapa-Tlapanec 33000 1 Alacatlatzala Mixtec 4.5 Mexico Mixtecan 23000 2 Alcozauca Mixtec 5 Mexico Mixtecan 10000 3 Aloápam Zapotec 4 Mexico Zapotecan 2100 4 Amatlán Zapotec 5 Mexico Zapotecan 6000 5 Amoltepec Mixtec 3 Mexico Mixtecan 6000 6 Ascunción Mixtepec Zapotec 1 Mexico Zapotecan 100 7 Atatláhuca Mixtec 5 Mexico Mixtecan 8300 8 Ayautla Mazatec 5 Mexico Popolocan 3500 9 Ayoquesco Zapotec 3 Mexico Zapotecan < 900 10 Ayutla Mixtec 5 Mexico Mixtecan 8500 11 Azoyú Tlapanec 1 Mexico Subtiapa-Tlapanec < 680 12 Aztingo Matlatzinca 1 Mexico Otopamean > < 100 13 Matlatzincan Cacaloxtepec Mixtec 2.5 Mexico Mixtecan < 850 14 Cajonos Zapotec 4 Mexico Zapotecan 5000 15 Central Hausteca Nahuatl 5 Mexico Uto-Aztecan 200000 16 Central Nahuatl 3 Mexico Uto-Aztecan 40000 17 Central Pame 4 Mexico Pamean 4350 18 Central Puebla Nahuatl 4.5 Mexico Uto-Aztecan 16000 19 Chaopan Zapotec 5 Mexico Zapotecan 24000 20 Chayuco Mixtec 5 Mexico Mixtecan 30000 21 Chazumba Mixtec 2 Mexico Mixtecan < 2,500 22 Chiapanec 1 Mexico Chiapanec-Mangue < 20 23 Chicahuaxtla Triqui 5 Mexico Mixtecan 6000 24 Chichicapan Zapotec 4 Mexico Zapotecan 4000 25 Chichimeca-Jonaz 3 Mexico Otopamean > < 200 26 Chichimec Chigmecatitlan Mixtec 3 Mexico Mixtecan 1600 27 Chiltepec Chinantec 3 Mexico Chinantecan < 1,000 28 Chimalapa Zoque 3.5 Mexico Zoque 4500 29 Chiquihuitlán Mazatec 3.5 Mexico Popolocan 2500 30 Chochotec 3 Mexico Popolocan 770 31 Coatecas Altas Zapotec 4 Mexico Zapotecan 5000 32 Coatepec Nahuatl 2.5 -
A Coatlan-Loxicha Zapotec Grammar (Mexico)
A Coatlan-Loxicha Zapotec grammar (Mexico) Beam de Azcona, Rosemary Grace PhD-thesis UNIVERSITY OF CALIFORNIA, BERKELEY, 2004 i Para Martina, quién me abrió el camino... 7 7 7 7 nà të´tza me& nzádi zh di zhke ... and to Henry, without whom it might still all be a dream ii Table of Contents Dedication i Table of contents ii List of figures vii List of abbreviations used ix Acknowledgements xii Chapter 1 Introduction 1 1.1 Linguistic profile of CLZ 1 1.2 Language names 3 1.3 Linguistic affiliation 10 1.4 Geographic location 14 1.5 Historical background of the Southern Zapotec region 17 1.5.1 Settlement and expansion 17 1.5.2 Invaders, hired thugs, and occupiers 25 Chapter 2 Phonetics and Phonology 31 2.1 Segments 31 2.1.1 Obstruents 32 2.1.1.1 Voiceless plosives 34 2.1.1.2 Voiced spirants 40 2.1.1.3 Voiceless spirants 43 2.1.2 Sonorant consonants 45 2.1.2.1 Nasals 46 2.1.2.2 Liquids 47 2.1.2.3 Glides 49 2.1.3 Vowels 50 2.2 Suprasegmentals 55 2.2.1 Tones 55 2.2.1.1 Pitch 55 2.2.1.2 Glottalization 60 2.2.1.3 Length 66 2.2.1.4 Tone on enclitics 68 2.2.2 Register 76 2.2.3 Stress 81 iii 2.2.4 Intonation 89 2.2.5 Nasalization 91 2.3 Onomatopoetic words 94 2.3.1 Words that conform to CLZ phonology 99 2.3.2 Words that violate CLZ phonotactics 103 2.3.3 Words that have sounds not phonemic in CLZ 109 Overview of Morphology Section 112 Chapter 3 Verb Classes 114 3.1 Class A 117 3.1.1 Class A transitive consonant stems 119 3.1.2 Class A intransitive consonant stems 121 3.1.3 Class A vowel stems 126 3.2 Class B-C 129 3.2.1 Class B-C consonant-stems -
Mixtec Plant Nomenclature and Classification by Alejandro De Ávila a Dissertation Submitted in Partial Satisfaction of The
Mixtec plant nomenclature and classification by Alejandro de Ávila A dissertation submitted in partial satisfaction of the requirements for the degree of Doctor in Philosophy in Anthropology in the Graduate Division of the University of California, Berkeley Committee in charge: Professor Overton Brent Berlin, Chair Professor Laura Nader Professor Leanne Hinton Fall 2010 Abstract Mixtec plant nomenclature and classification by Alejandro de Ávila Doctor of Philosophy in Anthropology University of California, Berkeley Professor Overton Brent Berlin, Chair Ñuu Savi (‘Sacred Rain’s collectivity’), the Mixtec people of southern Mexico, had created some of the most complex polities in the continent at the time of European contact. Five hundred years later, they remain cohesive, culturally distinct communities, as increasing numbers of individuals and families migrate to northern Mexico and the US for work in the agricultural and service sectors. In 2005, the Mexican Federal Government reported there were more than 446,000 speakers of Tu’un Savi (‘Sacred Rain’s word,’ the Mixtec languages) five years of age and older, 322,000 of them still living in 1551 settlements within their historic homeland; an additional 100,000 to 200,000 are estimated to reside in the US. The term Mixtec, derived from the Náhuatl mixte:cah (‘cloud-people’), has been considered by different authors to encompass between 12 and 52 mutually unintelligible languages, in addition to numerous dialects. According to the Summer Institute of Linguistics’ Ethnologue, it is the second most diversified group of languages in the Americas, after Zapotec. The Instituto Nacional de Lenguas Indígenas, however, recognizes 81 variants of Mixtec, making it the most diversified language group in Mexico following official criteria. -
A Sketch of Mixtepec Zapotec Grammar
1 A Sketch of Mixtepec Zapotec Grammar Eugene S. Hunn, Akesha Baron University of Washington, Seattle, WA 98195-3100 Roger Reeck SIL, La Ceiba, Honduras Meinardo Hernández Pérez, Hermilo Silva Cruz San Juan Mixtepec, Oaxaca, México Table of Contents: 1. Introduction 1.1. Current status of Mixtepec Zapotec. Table 1.—Status of Zapotec in representative towns of the Sierra de Miahuatlán region. 1.2. Linguistic research on Mixtepec Zapotec. 1.3. Outline of this grammatical sketch. 2. Phonology. 2.1. Mixtepec Zapotec phonemes. Table 2.—Mixtepec Zapotec phoneme inventory in the practical orthography. Table 3.—Minimal pairs that illustrate the fortis-lenis contrast. Table 4.—Minimal pairs that illustrate simple versus glottalized vowels. Table 5.—Minimal pairs that illustrate tone contrast. 2.2. Syllabic structure. 3. Syntax. 3.1. Pronouns 3.1.1. Personal pronouns. 3.1.2. Interrogative pronouns. 3.1.3. Relative pronouns. 3.2 Verbs. 3.2.1. Verb stem forms. 3.2.1.1. Simple verb stems. 3.2.1.2. Compound verb stems. 3.2.1.2.1. Adverbial stem suffixes. 3.2.1.2.2. Nominal and adjectival stem suffixes. 3.2.1.2.3. Compound verbal stems. 3.2.2. The tense/aspect system. 3.2.3. Irregularities in the verbal paradigms. 3.2.3.1. Morphophonemic accommodations for aspect prefixes. 3.2.3.2. Stem changing verbs. 3.2.3.3. Irregular first person conjugations. 3.3. Nouns. 3.3.1. Nouns derived from verbs. 3.3.1.1. Agentives. 3.3.1.2. Stative verbal nouns. 3.3.1.3. Abstract nouns from stative verbs. -
Phonation Types and Tones in Zapotec Languages
PHONATION TYPES AND TONE IN ZAPOTEC LANGUAGES: A SYNCHRONIC COMPARISON ANDREA ARIZA GARCIA 1. ZAPOTEC CIVILIZATION • Native pre-Columbian civilization – Valley of Oaxaca, Mexico • 2500 years ago – 6th Century BC • Monte Albán was one of the major cities in Mesoamerica • Etymology – Nahuatl exonym – tzapotēcah, inhabitants of the place of sapote. [beʔenaʔa zaʔa], the cloud people. • Polytheistic • Calendar and logosyllabic system • Battles against Aztecs 1497-1502. Defeated by the Spaniards in 1522 and 1527. 2. THE LANGUAGES 2.1 PHYLUM Otomanguean family ( Beam de Azcona 2004 ; Kaufman 2004) 2.2 THE LANGUAGES Sample of languages Around 50 unintelligible varieties Agglutinative languages VSO Alienable/Inalienable nouns Complex verbal morphology Complex phonological system Laryngeally complex (Silverman 1997:236) • Contrastive Tones • Contrastive phonation types in vowels • Lenis-Fortis consonants • Sonority Sequence Hierarchy • Stress 3. PHONATION TYPES • Function of the laryngeal system to transform the airstream into audible sound. • The different degrees of glottal opening are used cross-linguistically to manifest linguistic contrast. Languages may have two, three or four-way contrast systems –or none. • Phonation types result from the different manners in which vocal folds vibrate. 3.1 PHONATION TYPES IN ZAPOTEC VOWELS Zaachila Zapotec, (Ariza García 2014) Modal Creaky Glottalized Breathy [dé] ashes [dè̤] flour [nǎ̰ tʃ] scratchy [na̤d̀ ʒ] wet [nálth] cold [nà̰lth] thick [ʃǐ] what [sìʔ h] nose [nàgâ̰ʔ] raw [nàgáʔ] green [júʔ] home [jṳ̀] earth 4. TOWARDS A TYPOLOGY OF PHONATION TYPES IN ZAPOTEC Reconstructions of proto-Zapotec (Fernandez de Miranda 1995; Suárez 1973) suggest the presence of two types of non-modal vowel phonation: glottalized and laryngealized [creaky]. TYPE 1 : retention of proto-language phonation types TYPE 2: loss of one phonation type [glottalized or laryngealized] TYPE 3: develop of breathy phonation in vowels 5. -
TEODOCIO-OLIVARES-MASTERS-REPORT.Pdf (5.716Mb)
Copyright by Amador Teodocio Olivares 2009 Betaza Zapotec Phonology: Segmental and Suprasegmental Features by Amador Teodocio Olivares, B.A.; M.A. Report Presented to the Faculty of the Graduate School of The University of Texas at Austin in Partial Fulfillment of the Requirements for the Degree of Master of Arts The University of Texas at Austin August 2009 Betaza Zapotec Phonology: Segmental and Suprasegmental Features Approved by Supervising Committee: Megan Crowhurst Nora England Dedication To my parents, who encouraged me to speak Zapotec. To my wife, my daughter and my son for their support. Acknowledgements My thanks go to my readers, Megan Crowhurst and Nora England, for their suggestions and support. Their expertise has improved my research. I would also like to thank to Anthony C. Woodbury and Patience L. Epps for their support. A special thanks to Eric Campbell and Justin McIntosh, my cohorts in the Linguistics Department at the University of Texas at Austin, all of whom supported me and have helped me tremendously to make this report possible. Lastly, I extend special thanks to my IFP sponsor Blanca Ceballos, and my friend Afra Al-Mussawir for their assistance. Any errors in this document are my own. August 2009 v Abstract Betaza Zapotec Phonology: Segmental and Suprasegmental Features Amador Teodocio Olivares, M.A. The University of Texas at Austin, 2009 Supervisor: Megan Crowhurst This report analyzes the phonology of Betaza Zapotec, a language within the linguistic family of the Otomanguean languages of Mesoamerica that is spoken in northern Oaxaca, Mexico. The first part of this report describes the consonants of the language; the second part focuses on the vowel system; and the third section describes the suprasegmentals; tone and stress. -
Bayesian Models for Multilingual Word Alignment
Bayesian Models for Multilingual Word Alignment Robert Östling Academic dissertation for the Degree of Doctor of Philosophy in Linguistics at Stockholm University to be publicly defended on Friday 22 May 2015 at 13.00 in hörsal 5, hus B, Universitetsvägen 10 B. Abstract In this thesis I explore Bayesian models for word alignment, how they can be improved through joint annotation transfer, and how they can be extended to parallel texts in more than two languages. In addition to these general methodological developments, I apply the algorithms to problems from sign language research and linguistic typology. In the first part of the thesis, I show how Bayesian alignment models estimated with Gibbs sampling are more accurate than previous methods for a range of different languages, particularly for languages with few digital resources available —which is unfortunately the state of the vast majority of languages today. Furthermore, I explore how different variations to the models and learning algorithms affect alignment accuracy. Then, I show how part-of-speech annotation transfer can be performed jointly with word alignment to improve word alignment accuracy. I apply these models to help annotate the Swedish Sign Language Corpus (SSLC) with part-of-speech tags, and to investigate patterns of polysemy across the languages of the world. Finally, I present a model for multilingual word alignment which learns an intermediate representation of the text. This model is then used with a massively parallel corpus containing translations of the New Testament, to explore word order features in 1001 languages. Keywords: word alignment, parallel text, Bayesian models, MCMC, linguistic typology, sign language, annotation transfer, transfer learning. -
Proto-Zapotec *Ty in Coatlán-Loxicha Zapotec
PROTO-ZAPOTEC CORONAL OBSTRUENTS IN SOUTHERN ZAPOTEC1 Abstract: Comparative and historical work on the Southern branch of Zapotec has been lacking. This paper follows the development of Proto-Zapotec coronal obstruents in seventeen Southern Zapotec languages. The reflexes of Proto-Zapotec coronals in these languages provide further evidence for the appropriate subgrouping of Southern Zapotec languages into smaller groups, building on the work of Smith Stark (2004). A chain shift with a common genesis in Miahuatec and Coatec indicates that these two subgroups of Southern Zapotec are more closely related to each other than to the Cisyautepecan and Transyautepecan languages, whose possible genetic status as Southern Zapotec languages is examined here. While certain early sound changes are indications of the proper genetic groupings, others, including changes which necessarily post-dated the Spanish conquest, must have diffused areally. Key words: Zapotec, Historical Linguistics, Areal Linguistics, Coronal Obstruents, Mesoamerica, Oaxacan Languages 2 1. Introduction The first internal classification of Southern (SZ) and other branches of Zapotec has recently been made by Smith Stark (2004). It divides SZ into four subgroups: Extended Coatec (EC), Miahuatec, Cisyautepecan and Tlacolulita. An earlier draft of the 2004 study also classified as SZ the group of languages termed Transyautepecan by Smith Stark. The present paper is a study of how coronal obstruents inherited from Proto-Zapotec (as reconstructed by Kaufman, 2003) developed in SZ languages. Although inconclusive with regards to the inclusion or exclusion of Transyautepecan in SZ, and with regards to the relationship of Tlacolulita to the rest, the set of sound changes affecting these consonants confirm Smith-Stark’s division of EC, Miahuatec and Cisyautepecan.