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Morphological and Syntactic Variation and Change in European Spanish  

María José Serrano

Since the 1990s, there have been major developments in the variationist approach to morphological and syntactic variation and change in European Spanish. This research area has garnered increasing interest because of the various morphosyntactic phenomena available for study. A significant amount of work on morphological and syntactic variation and change has been devoted to analyzing the linguistic differences among variants and the social and stylistic communicative settings in which they are used. The main phenomena studied in European Spanish are classified in three main groups: variation of personal pronouns, variation of verbal forms, and variation of syntactic constructions. Morphological and syntactic variants are linguistic choices constructed in a meaningful way that reveal speakers’ perceptions of real-world events and are projected stylistically onto the domain of discourse and interaction. Effective engagement with these choices requires the adoption of a broad, multifaceted notion of meaning to overcome earlier methodological controversies about studying variation at the morphological and syntactic levels because of the meaning that variants convey. In recent years, variation theory has benefited greatly from research in cognitive linguistics, a field whose basic tenet is that grammatical structures reflect the human perception of events. In fact, the most modern theoretical approach to morphosyntactic variation is based on the study of the cognitive meanings underlying variants, which is at the core of the empirical concerns of cognitive sociolinguistics. From a cognitive viewpoint, language is not a separate ability within the realm of human cognition; rather, it is developed along with all other cognitive skills. Studies of morphosyntactic variation address the social contexts in which variation takes place to adequately explain linguistic variation phenomena. The analysis of the communicative and cognitive backgrounds of morphological and syntactic variation challenges the traditional, structural, and behavioral concepts of linguistic variability and change. Thus, the study of these changes reflects the diversity and evolution of ways of thinking.


Nonverbal Clauses in Wano: A Trans–New Guinea Language  

Willem Burung

West Papua has approximately 300 ethnic languages, which are classified into two main families: the Austronesian languages, of the coastal ethnic groups, and the Papuan languages, of the montane native dwellers. Papuan languages are further sub-divided into 43 language families, of which Trans–New Guinea is the largest in terms of number. Wano is a member of the Trans–New Guinea family. Clauses lacking a verb as a core element in their structures are known as nonverbal clauses, which are intransitive cross-linguistically. Languages like English may grammatically differentiate nonverbal clauses from nonverbal predicates, which is not so in languages like Wano that lack a copula. An English clause, he is my child, for instance, is a verbal clause with a nonverbal predicate, while its equivalent expression in Wano, at nabut ‘he is my child’, with its morphosyntactic structure {he/she/it 1s-child.of male possessor}, is a nonverbal clause with a nonverbal predicate. Nonverbal clauses in Wano may have the forms of (a) subject-predicate, for example, at nica ‘she is my mother’, with its morphosyntactic structure: {he/she/it 1s-mother}, where the inalienable kin noun, nica ‘my mother’ {1s-mother} is the predicate; and (b) subject-object-predicate, for example, kat an nabua ‘you.sg love me’, with its morphosyntactic structure: {you.sg I 1s-love’}, of which the cognition noun, nabua ‘my love’ {1s-love}, functions as predicate head. How a nonverbal clause could be transitive is a fundamental question that is worth the explanatory definition of Wano nouns in terms of their morphology-semantics-pragmatics interface. Noun morphology in Wano is straightforward yet may undergo complex semantic-pragmatic coding with respect to morphosyntactic structures. One reason is that in some kin terminologies, the language distinguishes the sex of the possessor, such as the inalienable kin phrase ‘my child’, that is, nabut, which has the morphological structure of {1s-child.of male possessor} or {1s-fatherling:child}; this is applicable only for male possessor, and nayak {1s-motherling:child} is for female possessor. The distinction may lead to semantic-pragmatic complexity for the interpretation of the English possessive phrase our child in Wano, which is either ninyabut ‘our child’ {1p-fatherling:child}, restricted to male possessors, or ninyayak ‘our child’ {1p-motherling:child}, restricted to female possessors. The other reason is the presence of a type of inalienable noun, that is, physiocognition nouns, in nonverbal clauses as predicate elements, for example, an nanop anduk ‘my head is painful’ {I 1s-head 3s-pain}, where the physiology noun anduk ‘his pain’ {3s-pain} is the predicate, and kat at enokweid ‘you.sg think of him’ {you.sg he 3s-mind} is the clause that has the cognition noun enokweid ‘his mind’ as predicate. Wano divides inalienable nouns into: (2.1) cultural nouns, for example, nayum ‘my netbag’ {1s-netbag}; (2.2) kin nouns, for example, kare ‘your.sg uncle’ {2s-uncle}; (2.3) body part nouns, for example, nanop ‘my head’ {1s-head} for (2.3.1) solid body part nouns and adian ‘his blood’ {3s-blood} for (2.3.2) liquid body part nouns; and (2.4) physiocognition nouns, for example, nabua ‘my love’ {1s-love} for (2.4.1) cognition nouns, and anduk ‘his pain’ {3s-pain} for (2.4.2) physiology nouns. Physiology nouns are found in the subject-predicate structure and cognition nouns in the subject-object-predicate.


Paradigms in Morphology  

Petar Milin and James P. Blevins

Studies of the structure and function of paradigms are as old as the Western grammatical tradition. The central role accorded to paradigms in traditional approaches largely reflects the fact that paradigms exhibit systematic patterns of interdependence that facilitate processes of analogical generalization. The recent resurgence of interest in word-based models of morphological processing and morphological structure more generally has provoked a renewed interest in paradigmatic dimensions of linguistic structure. Current methods for operationalizing paradigmatic relations and determining the behavioral correlates of these relations extend paradigmatic models beyond their traditional boundaries. The integrated perspective that emerges from this work is one in which variation at the level of individual words is not meaningful in isolation, but rather guides the association of words to paradigmatic contexts that play a role in their interpretation.


Pragmatics and Language Evolution  

Marieke Woensdregt and Kenny Smith

Pragmatics is the branch of linguistics that deals with language use in context. It looks at the meaning linguistic utterances can have beyond their literal meaning (implicature), and also at presupposition and turn taking in conversation. Thus, pragmatics lies on the interface between language and social cognition. From the point of view of both speaker and listener, doing pragmatics requires reasoning about the minds of others. For instance, a speaker has to think about what knowledge they share with the listener to choose what information to explicitly encode in their utterance and what to leave implicit. A listener has to make inferences about what the speaker meant based on the context, their knowledge about the speaker, and their knowledge of general conventions in language use. This ability to reason about the minds of others (usually referred to as “mindreading” or “theory of mind”) is a cognitive capacity that is uniquely developed in humans compared to other animals. What we know about how pragmatics (and the underlying ability to make inferences about the minds of others) has evolved. Biological evolution and cultural evolution are the two main processes that can lead to the development of a complex behavior over generations, and we can explore to what extent they account for what we know about pragmatics. In biological evolution, changes happen as a result of natural selection on genetically transmitted traits. In cultural evolution on the other hand, selection happens on skills that are transmitted through social learning. Many hypotheses have been put forward about the role that natural selection may have played in the evolution of social and communicative skills in humans (for example, as a result of changes in food sources, foraging strategy, or group size). The role of social learning and cumulative culture, however, has been often overlooked. This omission is particularly striking in the case of pragmatics, as language itself is a prime example of a culturally transmitted skill, and there is solid evidence that the pragmatic capacities that are so central to language use may themselves be partially shaped by social learning. In light of empirical findings from comparative, developmental, and experimental research, we can consider the potential contributions of both biological and cultural evolutionary mechanisms to the evolution of pragmatics. The dynamics of types of evolutionary processes can also be explored using experiments and computational models.


Psycholinguistic Methods and Tasks in Morphology  

Daniel Schmidtke and Victor Kuperman

Lexical representations in an individual mind are not given to direct scrutiny. Thus, in their theorizing of mental representations, researchers must rely on observable and measurable outcomes of language processing, that is, perception, production, storage, access, and retrieval of lexical information. Morphological research pursues these questions utilizing the full arsenal of analytical tools and experimental techniques that are at the disposal of psycholinguistics. This article outlines the most popular approaches, and aims to provide, for each technique, a brief overview of its procedure in experimental practice. Additionally, the article describes the link between the processing effect(s) that the tool can elicit and the representational phenomena that it may shed light on. The article discusses methods of morphological research in the two major human linguistic faculties—production and comprehension—and provides a separate treatment of spoken, written and sign language.


Psycholinguistic Research on Inflectional Morphology in the Romance Languages  

Claudia Marzi and Vito Pirrelli

Over the past decades, psycholinguistic aspects of word processing have made a considerable impact on views of language theory and language architecture. In the quest for the principles governing the ways human speakers perceive, store, access, and produce words, inflection issues have provided a challenging realm of scientific inquiry, and a battlefield for radically opposing views. It is somewhat ironic that some of the most influential cognitive models of inflection have long been based on evidence from an inflectionally impoverished language like English, where the notions of inflectional regularity, (de)composability, predictability, phonological complexity, and default productivity appear to be mutually implied. An analysis of more “complex” inflection systems such as those of Romance languages shows that this mutual implication is not a universal property of inflection, but a contingency of poorly contrastive, nearly isolating inflection systems. Far from presenting minor faults in a solid, theoretical edifice, Romance evidence appears to call into question the subdivision of labor between rules and exceptions, the on-line processing vs. long-term memory dichotomy, and the distinction between morphological processes and lexical representations. A dynamic, learning-based view of inflection is more compatible with this data, whereby morphological structure is an emergent property of the ways inflected forms are processed and stored, grounded in universal principles of lexical self-organization and their neuro-functional correlates.


Psycholinguistics and Aging  

Michael Ramscar

Healthy aging is associated with many cognitive, linguistic, and behavioral changes. For example, adults’ reaction times slow on many tasks as they grow older, while their memories, appear to fade, especially for apparently basic linguistic information such as other people’s names. These changes have traditionally been thought to reflect declines in the processing power of human minds and brains as they age. However, from the perspective of the information-processing paradigm that dominates the study of mind, the question of whether cognitive processing capacities actually decline across the life span can only be scientifically answered in relation to functional models of the information processes that are presumed to be involved in cognition. Consider, for example, the problem of recalling someone’s name. We are usually reminded of the names of friends on a regular basis, and this makes us good at remembering them. However, as we move through life, we inevitably learn more names. Sometimes we hear these new names only once. As we learn each new name, the average exposure we will have had to any individual name we know is likely to decline, while the number of different names we know is likely to increase. This in turn is likely to make the task of recalling a particular name more complex. One consequence of this is as follows: If Mary can only recall names with 95% accuracy at age 60—when she knows 900 names—does she necessarily have a worse memory than she did at age 16, when she could recall any of only 90 names with 98% accuracy? Answering the question of whether Mary’s memory for names has actually declined (or improved even) will require some form of quantification of Mary’s knowledge of names at any given point in her life and the definition of a quantitative model that predicts expected recall performance for a given amount of name knowledge, as well as an empirical measure of the accuracy of the model across a wide range of circumstances. Until the early 21st century, the study of cognition and aging was dominated by approaches that failed to meet these requirements. Researchers simply established that Mary’s name recall was less accurate at a later age than it was at an earlier one, and took this as evidence that Mary’s memory processes had declined in some significant way. However, as computational approaches to studying cognitive—and especially psycholinguistic—processes and processing became more widespread, a number of matters related to the development of processing across the life span began to become apparent: First, the complexity involved in establishing whether or not Mary’s name recall did indeed become less accurate with age began to be better understood. Second, when the impact of learning on processing was controlled for, it became apparent that at least some processes showed no signs of decline at all in healthy aging. Third, the degree to which the environment—both in terms of its structure, and its susceptibility to change—further complicates our understanding of life-span cognitive performance also began to be better comprehended. These new findings not only promise to change our understanding of healthy cognitive aging, but also seem likely to alter our conceptions of cognition and language themselves.


Quantitative Methods in Morphology: Corpora and Other “Big Data” Approaches  

Marco Marelli

Corpora are an all-important resource in linguistics, as they constitute the primary source for large-scale examples of language usage. This has been even more evident in recent years, with the increasing availability of texts in digital format leading more and more corpus linguistics toward a “big data” approach. As a consequence, the quantitative methods adopted in the field are becoming more sophisticated and various. When it comes to morphology, corpora represent a primary source of evidence to describe morpheme usage, and in particular how often a particular morphological pattern is attested in a given language. There is hence a tight relation between corpus linguistics and the study of morphology and the lexicon. This relation, however, can be considered bi-directional. On the one hand, corpora are used as a source of evidence to develop metrics and train computational models of morphology: by means of corpus data it is possible to quantitatively characterize morphological notions such as productivity, and corpus data are fed to computational models to capture morphological phenomena at different levels of description. On the other hand, morphology has also been applied as an organization principle to corpora. Annotations of linguistic data often adopt morphological notions as guidelines. The resulting information, either obtained from human annotators or relying on automatic systems, makes corpora easier to analyze and more convenient to use in a number of applications.


Relevance Theory  

Deirdre Wilson

Relevance theory is a cognitive approach to pragmatics which starts from two broadly Gricean assumptions: (a) that much human communication, both verbal and non-verbal, involves the overt expression and inferential recognition of intentions, and (b) that in inferring these intentions, the addressee presumes that the communicator’s behavior will meet certain standards, which for Grice are based on a Cooperative Principle and maxims, and for relevance theory are derived from the assumption that, as a result of constant selection pressures in the course of human evolution, both cognition and communication are relevance-oriented. Relevance is defined in terms of cognitive (or contextual) effects and processing effort: other things being equal, the greater the cognitive effects and the smaller the processing effort, the greater the relevance. A long-standing aim of relevance theory has been to show that building an adequate theory of communication involves going beyond Grice’s notion of speaker’s meaning. Another is to provide a conceptually unified account of how a much broader variety of communicative acts than Grice was concerned with—including cases of both showing that and telling that—are understood. The resulting pragmatic theory differs from Grice’s in several respects. It sees explicit communication as much richer and more inferential than Grice thought, with encoded sentence meanings providing no more than clues to the speaker’s intentions. It rejects the close link that Grice saw between implicit communication and (real or apparent) maxim violation, showing in particular how figurative utterances might arise naturally and spontaneously in the course of communication. It offers an account of vagueness or indeterminacy in communication, which is often abstracted away from in more formally oriented frameworks. It investigates the role of context in comprehension, and shows how tentative hypotheses about the intended combination of explicit content, contextual assumptions, and implicatures might be refined and mutually adjusted in the course of the comprehension process in order to satisfy expectations of relevance. Relevance theory treats the borderline between semantics and pragmatics as co-extensive with the borderline between (linguistic) decoding and (pragmatic) inference. It sees encoded sentence meanings as typically fragmentary and incomplete, and as having to undergo inferential enrichment or elaboration in order to yield fully propositional forms. It reanalyzes Grice’s conventional implicatures—which he saw as semantic but non-truth-conditional aspects of the meaning of words like but and so—as encoding procedural information with dedicated pragmatic or more broadly cognitive functions, and extends the notion of procedural meaning to a range of further items such as pronouns, discourse particles, mood indicators, and affective intonation.


Semantics and Pragmatics of Monkey Communication  

Philippe Schlenker, Emmanuel Chemla, and Klaus Zuberbühler

Rich data gathered in experimental primatology in the last 40 years are beginning to benefit from analytical methods used in contemporary linguistics, especially in the area of semantics and pragmatics. These methods have started to clarify five questions: (i) What morphology and syntax, if any, do monkey calls have? (ii) What is the ‘lexical meaning’ of individual calls? (iii) How are the meanings of individual calls combined? (iv) How do calls or call sequences compete with each other when several are appropriate in a given situation? (v) How did the form and meaning of calls evolve? Four case studies from this emerging field of ‘primate linguistics’ provide initial answers, pertaining to Old World monkeys (putty-nosed monkeys, Campbell’s monkeys, and colobus monkeys) and New World monkeys (black-fronted Titi monkeys). The morphology mostly involves simple calls, but in at least one case (Campbell’s -oo) one finds a root–suffix structure, possibly with a compositional semantics. The syntax is in all clear cases simple and finite-state. With respect to meaning, nearly all cases of call concatenation can be analyzed as being semantically conjunctive. But a key question concerns the division of labor between semantics, pragmatics, and the environmental context (‘world’ knowledge and context change). An apparent case of dialectal variation in the semantics (Campbell’s krak) can arguably be analyzed away if one posits sufficiently powerful mechanisms of competition among calls, akin to scalar implicatures. An apparent case of noncompositionality (putty-nosed pyow–hack sequences) can be analyzed away if one further posits a pragmatic principle of ‘urgency’. Finally, rich Titi sequences in which two calls are re-arranged in complex ways so as to reflect information about both predator identity and location are argued not to involve a complex syntax/semantics interface, but rather a fine-grained interaction between simple call meanings and the environmental context. With respect to call evolution, the remarkable preservation of call form and function over millions of years should make it possible to lay the groundwork for an evolutionary monkey linguistics, illustrated with cercopithecine booms.


Usage-Based Linguistics  

Holger Diessel

Throughout the 20th century, structuralist and generative linguists have argued that the study of the language system (langue, competence) must be separated from the study of language use (parole, performance), but this view of language has been called into question by usage-based linguists who have argued that the structure and organization of a speaker’s linguistic knowledge is the product of language use or performance. On this account, language is seen as a dynamic system of fluid categories and flexible constraints that are constantly restructured and reorganized under the pressure of domain-general cognitive processes that are not only involved in the use of language but also in other cognitive phenomena such as vision and (joint) attention. The general goal of usage-based linguistics is to develop a framework for the analysis of the emergence of linguistic structure and meaning. In order to understand the dynamics of the language system, usage-based linguists study how languages evolve, both in history and language acquisition. One aspect that plays an important role in this approach is frequency of occurrence. As frequency strengthens the representation of linguistic elements in memory, it facilitates the activation and processing of words, categories, and constructions, which in turn can have long-lasting effects on the development and organization of the linguistic system. A second aspect that has been very prominent in the usage-based study of grammar concerns the relationship between lexical and structural knowledge. Since abstract representations of linguistic structure are derived from language users’ experience with concrete linguistic tokens, grammatical patterns are generally associated with particular lexical expressions.