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Morphology in Japonic Languages  

Taro Kageyama

Due to the agglutinative character, Japanese and Ryukyuan morphology is predominantly concatenative, applying to garden-variety word formation processes such as compounding, prefixation, suffixation, and inflection, though nonconcatenative morphology like clipping, blending, and reduplication is also available and sometimes interacts with concatenative word formation. The formal simplicity of the principal morphological devices is counterbalanced by their complex interaction with syntax and semantics as well as by the intricate interactions of four lexical strata (native, Sino-Japanese, foreign, and mimetic) with particular morphological processes. A wealth of phenomena is adduced that pertain to central issues in theories of morphology, such as the demarcation between words and phrases; the feasibility of the lexical integrity principle; the controversy over lexicalism and syntacticism; the distinction of morpheme-based and word-based morphology; the effects of the stage-level vs. individual-level distinction on the applicability of morphological rules; the interface of morphology, syntax, and semantics, and pragmatics; and the role of conjugation and inflection in predicate agglutination. In particular, the formation of compound and complex verbs/adjectives takes place in both lexical and syntactic structures, and the compound and complex predicates thus formed are further followed in syntax by suffixal predicates representing grammatical categories like causative, passive, negation, and politeness as well as inflections of tense and mood to form a long chain of predicate complexes. In addition, an array of morphological objects—bound root, word, clitic, nonindependent word or fuzoku-go, and (for Japanese) word plus—participate productively in word formation. The close association of morphology and syntax in Japonic languages thus demonstrates that morphological processes are spread over lexical and syntactic structures, whereas words are equipped with the distinct property of morphological integrity, which distinguishes them from syntactic phrases.


Psycholinguistic Approaches to Morphology: Production  

Benjamin V. Tucker

Speech production is an important aspect of linguistic competence. An attempt to understand linguistic morphology without speech production would be incomplete. A central research question develops from this perspective: what is the role of morphology in speech production. Speech production researchers collect many different types of data and much of that data has informed how linguists and psycholinguists characterize the role of linguistic morphology in speech production. Models of speech production play an important role in the investigation of linguistic morphology. These models provide a framework, which allows researchers to explore the role of morphology in speech production. However, models of speech production generally focus on different aspects of the production process. These models are split between phonetic models (which attempt to understand how the brain creates motor commands for uttering and articulating speech) and psycholinguistic models (which attempt to understand the cognitive processes and representation of the production process). Models that merge these two model types, phonetic and psycholinguistic models, have the potential to allow researchers the possibility to make specific predictions about the effects of morphology on speech production. Many studies have explored models of speech production, but the investigation of the role of morphology and how morphological properties may be represented in merged speech production models is limited.


The Motor Theory of Speech Perception  

D. H. Whalen

The Motor Theory of Speech Perception is a proposed explanation of the fundamental relationship between the way speech is produced and the way it is perceived. Associated primarily with the work of Liberman and colleagues, it posited the active participation of the motor system in the perception of speech. Early versions of the theory contained elements that later proved untenable, such as the expectation that the neural commands to the muscles (as seen in electromyography) would be more invariant than the acoustics. Support drawn from categorical perception (in which discrimination is quite poor within linguistic categories but excellent across boundaries) was called into question by studies showing means of improving within-category discrimination and finding similar results for nonspeech sounds and for animals perceiving speech. Evidence for motor involvement in perceptual processes nonetheless continued to accrue, and related motor theories have been proposed. Neurological and neuroimaging results have yielded a great deal of evidence consistent with variants of the theory, but they highlight the issue that there is no single “motor system,” and so different components appear in different contexts. Assigning the appropriate amount of effort to the various systems that interact to result in the perception of speech is an ongoing process, but it is clear that some of the systems will reflect the motor control of speech.



D. H. Whalen

Phonetics is the branch of linguistics that deals with the physical realization of meaningful distinctions in spoken language. Phoneticians study the anatomy and physics of sound generation, acoustic properties of the sounds of the world’s languages, the features of the signal that listeners use to perceive the message, and the brain mechanisms involved in both production and perception. Therefore, phonetics connects most directly to phonology and psycholinguistics, but it also engages a range of disciplines that are not unique to linguistics, including acoustics, physiology, biomechanics, hearing, evolution, and many others. Early theorists assumed that phonetic implementation of phonological features was universal, but it has become clear that languages differ in their phonetic spaces for phonological elements, with systematic differences in acoustics and articulation. Such language-specific details place phonetics solidly in the domain of linguistics; any complete description of a language must include its specific phonetic realization patterns. The description of what phonetic realizations are possible in human language continues to expand as more languages are described; many of the under-documented languages are endangered, lending urgency to the phonetic study of the world’s languages. Phonetic analysis can consist of transcription, acoustic analysis, measurement of speech articulators, and perceptual tests, with recent advances in brain imaging adding detail at the level of neural control and processing. Because of its dual nature as a component of a linguistic system and a set of actions in the physical world, phonetics has connections to many other branches of linguistics, including not only phonology but syntax, semantics, sociolinguistics, and clinical linguistics as well. Speech perception has been shown to integrate information from both vision and tactile sensation, indicating an embodied system. Sign language, though primarily visual, has adopted the term “phonetics” to represent the realization component, highlighting the linguistic nature both of phonetics and of sign language. Such diversity offers many avenues for studying phonetics, but it presents challenges to forming a comprehensive account of any language’s phonetic system.


Phonetics of Consonants  

Susanne Fuchs and Peter Birkholz

Consonants are a major class of sounds occurring in all human languages. Typologically, consonant inventories are richer than vowel inventories. Consonants have been classified according to four basic features. Airstream mechanism is one of these features and describes the direction of airflow in or out of the oral cavity. The outgoing airflow is further separated according to its origin, that is, air coming from the lungs (pulmonic) or the oral cavity (non-pulmonic). Consonants are also grouped according to their phonological voicing contrast, which can be manifested phonetically by the presence or absence of vocal fold oscillations during the oral closure/constriction phase and by the duration from an oral closure release to the onset of voicing. Place of articulation is the third feature and refers to the location at which a consonantal constriction or closure is produced in the vocal tract. Finally, manner of articulation reflects different timing and coordinated actions of the articulators closely tied to aerodynamic properties.


Blending in Morphology  

Natalia Beliaeva

Blending is a type of word formation in which two or more words are merged into one so that the blended constituents are either clipped, or partially overlap. An example of a typical blend is brunch, in which the beginning of the word breakfast is joined with the ending of the word lunch. In many cases such as motel (motor + hotel) or blizzaster (blizzard + disaster) the constituents of a blend overlap at segments that are phonologically or graphically identical. In some blends, both constituents retain their form as a result of overlap, for example, stoption (stop + option). These examples illustrate only a handful of the variety of forms blends may take; more exotic examples include formations like Thankshallowistmas (Thanksgiving + Halloween + Christmas). The visual and audial amalgamation in blends is reflected on the semantic level. It is common to form blends meaning a combination or a product of two objects or phenomena, such as an animal breed (e.g., zorse, a breed of zebra and horse), an interlanguage variety (e.g., franglais, which is a French blend of français and anglais meaning a mixture of French and English languages), or other type of mix (e.g., a shress is a type of clothes having features of both a shirt and a dress). Blending as a word formation process can be regarded as a subtype of compounding because, like compounds, blends are formed of two (or sometimes more) content words and semantically either are hyponyms of one of their constituents, or exhibit some kind of paradigmatic relationships between the constituents. In contrast to compounds, however, the formation of blends is restricted by a number of phonological constraints given that the resulting formation is a single word. In particular, blends tend to be of the same length as the longest of their constituent words, and to preserve the main stress of one of their constituents. Certain regularities are also observed in terms of ordering of the words in a blend (e.g., shorter first, more frequent first), and in the position of the switch point, that is, where one blended word is cut off and switched to another (typically at the syllable boundary or at the onset/rime boundary). The regularities of blend formation can be related to the recognizability of the blended words.


Ideophones (Mimetics, Expressives)  

Kimi Akita and Mark Dingemanse

Ideophones, also termed mimetics or expressives, are marked words that depict sensory imagery. They are found in many of the world’s languages, and sizable lexical classes of ideophones are particularly well-documented in the languages of Asia, Africa, and the Americas. Ideophones are not limited to onomatopoeia like meow and smack but cover a wide range of sensory domains, such as manner of motion (e.g., plisti plasta ‘splish-splash’ in Basque), texture (e.g., tsaklii ‘rough’ in Ewe), and psychological states (e.g., wakuwaku ‘excited’ in Japanese). Across languages, ideophones stand out as marked words due to special phonotactics, expressive morphology including certain types of reduplication, and relative syntactic independence, in addition to production features like prosodic foregrounding and common co-occurrence with iconic gestures. Three intertwined issues have been repeatedly debated in the century-long literature on ideophones. (a) Definition: Isolated descriptive traditions and cross-linguistic variation have sometimes obscured a typologically unified view of ideophones, but recent advances show the promise of a prototype definition of ideophones as conventionalized depictions in speech, with room for language-specific nuances. (b) Integration: The variable integration of ideophones across linguistic levels reveals an interaction between expressiveness and grammatical integration, and has important implications for how to conceive of dependencies between linguistic systems. (c) Iconicity: Ideophones form a natural laboratory for the study of iconic form-meaning associations in natural languages, and converging evidence from corpus and experimental studies suggests important developmental, evolutionary, and communicative advantages of ideophones.


Old and Middle English Phonology  

Donka Minkova

Old English (OE) is a cover term for a variety of dialects spoken in Britain ca. 5th–11th century. Most of the manuscripts on which the descriptive handbook tradition relies date from the latter part of the period. These late OE manuscripts were produced in Wessex and show a degree of uniformity interrupted by the Norman Conquest of 1066. Middle English (ME) covers roughly 1050–1500. The early part of the period, ca. pre-1350, is marked by great diversity of scribal practices; it is only in late ME that some degree of orthographic regularity can be observed. The consonantal system of OE differs from the Modern English system. Consonantal length was contrastive, there were no affricates, no voicing contrast for the fricatives [f, θ, s], no phonemic velar nasal [ŋ], and [h-] loss was under way. In the vocalic system, OE shows changes that identify it as a separate branch of Germanic: Proto-Germanic (PrG) ē 1 > OE ǣ/ē, PrG ai > OE ā, PrG au > OE ēa. The non-low short vowels of OE are reconstructed as non-peripheral, differing from the corresponding long vowels both in quality and quantity. The so called “short” diphthongs usually posited for OE suggest a case for which a strict binary taxonomy is inapplicable to the data. The OE long vowels and diphthongs were unstable, producing a number of important mergers including /iː - yː/, /eː - eø/, /ɛː - ɛə/. In addition to shifts in height and frontness, the stressed vowels were subject to a series of quantity adjustments that resulted in increased predictability of vowel length. The changes that jointly contribute to this are homorganic cluster lengthening, ME open syllable lengthening, pre-consonantal and trisyllabic shortening. The final unstressed vowels of ME were gradually lost, resulting in the adoption of <-e># as a diacritic marker for vowel length. Stress-assignment was based on a combination of morphological and prosodic criteria: root-initial stress was obligatory irrespective of syllable weight, while affixal stress was also sensitive to weight. Verse evidence allows the reconstruction of left-prominent compound stress; there is also some early evidence for the formation of clitic groups. Reconstruction of patterns on higher prosodic levels—phrasal and intonational contours—is hampered by lack of testable evidence.


Templatic Morphology (Clippings, Word-and-Pattern)  

Outi Bat-El

This article introduces two phenomena that are studied within the domain of templatic morphology—clippings and word-and-pattern morphology, where the latter is usually associated with Semitic morphology. In both cases, the words are of invariant shape, sharing a prosodic structure defined in terms of number of syllables. This prosodic template, being the core of the word structure, is often accompanied with one or more of the following properties: syllable structure, vocalic pattern, and an affix. The data in this article, drawn from different languages, display the various ways in which these structural properties are combined to determine the surface structure of the word. The invariant shape of Japanese clippings (e.g., suto ← sutoraiki ‘strike’) consists of a prosodic template alone, while that of English hypocoristics (e.g., Trudy ← Gertrude) consists of a prosodic template plus the suffix -i. The Arabic verb classes, such as class-I (e.g., sakan ‘to live’) and class-II (e.g., misek ‘to hold’), display a prosodic template plus a vocalic pattern, and the Hebrew verb class-III (e.g., hivdil ‘to distinguish’) displays a prosodic template, a vocalic pattern and a prefix. Given these structural properties, the relation between a base and its derived form is expressed in terms of stem modification, which involves truncation (for the prosodic template) and melodic overwriting (for the vocalic pattern). The discussion in this article suggests that templatic morphology is not limited to a particular lexicon type – core or periphery, but it displays different degrees of restrictiveness.


Phonological Inventories  

Steven Moran

A phonological inventory is a repertoire of contrastive articulatory or manual gestures shared by a community of users. Whether spoken or signed, all human languages have a phonological inventory. In spoken languages, the phonological inventory is comprised of a set of segments (consonants and vowels) and suprasegmentals (stress and intonation) that are linguistically contrastive, either lexically or grammatically, in a particular language or one of its dialects. Sign languages also have phonological inventories, which include a set of linguistically contrastive signs made from movement, hand shape, and location. The study of phonological inventories is interesting because they tell us about the distribution, frequency, and diversity of gestures that individuals acquire and produce in the world’s 7,000 or so languages. Their study has also raised important empirical questions about the comparability of linguistic concepts across different languages and modalities, in the use of statistics and sampling in quantitative approaches to comparative linguistics, and in the study of language ontogeny and phylogeny over the course of language evolution. As such, some recent research highlights include the following: quantitative approaches suggest causal relationships between phonological inventory composition and gene-culture and language-environment coevolution; the study of de novo sign languages provides important insights into the emergence of phonology; and comparative animal communication studies suggest evolutionary speech precursors in phonological repertoires of nonhuman primates, and potentially in extinct hominids including Neanderthal.