The Spatial Language of Time presents a crosslinguistically valid state-of-the-art analysis of space-to-time metaphors, using data mostly from English and Wolof (Africa) but additionally from Japanese and other languages. Metaphors are analyzed in terms of their most direct motivation by basic human experiences (Grady 1997a; Lakoff & Johnson 1980). This motivation explains the crosslinguistic appearance of certain metaphors, but does not say anything about temporal metaphor systems that deviate from the types documented here. Indeed, we observe interesting culture- and language-specific metaphor phenomena. Refining earlier treatments of temporal metaphor and adapting to temporal experience Levinson’s (2003) idea of frames of reference, the author proposes a contrast between perspective-neutral and perspective-specific frames of reference in temporal metaphor that has important crosslinguistic ramifications for the temporal semantics of FRONT/BEHIND expressions. This book refines the cognitive-linguistic approach to temporal metaphor by analyzing the extensive temporal structure in what has been considered the source domain of space, and showing how temporal metaphors can be better understood by downplaying the space-time dichotomy and analyzing metaphor structure in terms of conceptual frames. This book is of interest to linguists, psychologists, anthropologists, philosophers, and others who may have wondered about relationships between space and time.

This book presents recent research on the role of space as a mechanism in language use and learning. It proceeds from the notion that cognition in real time, developmental time, and over evolutionary time occurs in space, and that the physical properties of space may provide insights into basic cognitive processes, including memory, attention, action, and perception. It looks at how physical space and landmarks are used in cognitive representations and serve as the basis of human cognition in a range of core mechanisms to index memories and ground meanings that are not themselves explicitly about space. The editors have brought together experimental psychologists, computer scientists, robotocists, linguists, and researchers in child language in order to consider the nature and applications of this research and in particular its implications for understanding the processes involved in language acquisition.

The notions of 'function', 'feature' and 'functional feature' are associated with relatively new developments and insights in several areas of cognition. This book brings together different definitions, insights and research related to defining these notions from such diverse areas as language, perception, categorization and development. Each of the contributors in this book explicitly defines the notion of 'function', 'feature' or 'functional feature' within their own theoretical framework, presents research in which such a notion plays a pivotal role, and discusses the contribution of functional features in relation to their insights in a particular area of cognition. As such, this book not only presents new developments devoted to defining 'function', 'feature' and 'functional feature' in several sub-disciplines of cognitive science, but also offers a focused account of how these notions operate within the cognitive interface linking language and spatial representation. All book chapters are accessible for the interested novice, and offer the specialized researcher new empirical and theoretical insights into defining function, both with respect to the language and space interface and across cognition. The introduction to the book presents the reader with the main issues and viewpoints that are discussed in more detail in each of the book chapters.

This is the first book in a new series at the forefront of research in the interfaces between brain, perception, and language.

People constantly talk to each other about experience or knowledge resulting from spatial perception; they describe the size, shape, orientation and position of objects using a wide range of spatial expressions. The semantic treatment of such expressions presents particular challenges for natural language processing. The meaning representation used must be capable of distinguishing between fine-grained sense differences and ambiguities grounded in our experience and perceptual structure. While there have been many different approaches to the representation and processing of spatial expressions, most computational characterisations have been restricted to particularly narrow problem domains. The chapters in the present volume reflect a commitment to the development of cognitively informed computational treatments of spatial language and spatial representation. Therefore the chapters present computational work, empirical work, or a combination of both. The book will appeal to all those interested in spatial language and spatial representation, whether they work in artificial intelligence, cognitive science, cognitive psychology or linguistics.

This book examines spatial language in sign languages (Turkish Sign Language, Croatian Sign Language, American Sign Language, and Austrian Sign Language) and spoken languages (Turkish, English, and Croatian). The book presents a novel model, the Crossmodal Spatial Language, to account for similarities and differences in these languages. The model, which consists of Spatial Representations, Reference Frames, Temporal Representations, Conceptual Structure, and Linguistic Representations, shows that the features from spatial input are not necessarily mapped on the spatial descriptions regardless of modality and language. The book reports several studies to examine the descriptions of static and dynamic spatial scenes which involve, among others, spatial relationals such as left-right, front-back, besides, in, on, to, toward, pass by, away, and cause to move. The findings suggest that language users construct a spatial relation between the objects in a given time, employ a reference frame, which may not be encoded in the message, and use the same conceptual structure consisted of BE-AT for static spatial situations and GO-BE-AT for static dynamic situations.

This book presents groundbreaking robotic experiments on how and why spatial language evolves. It provides detailed explanations of the origins of spatial conceptualization strategies, spatial categories, landmark systems and spatial grammar by tracing the interplay of environmental conditions, communicative and cognitive pressures. The experiments discussed in this book go far beyond previous approaches in grounded language evolution. For the first time, agents can evolve not only particular lexical systems but also evolve complex conceptualization strategies underlying the emergence of category systems and compositional semantics. Moreover, many issues in cognitive science, ranging from perception and conceptualization to language processing, had to be dealt with to instantiate these experiments, so that this book contributes not only to the study of language evolution but to the investigation of the cognitive bases of spatial language as well.

This series of HANDBOOKS OF LINGUISTICS AND COMMUNICATION SCIENCE is designed to illuminate a field which not only includes general linguistics and the study of linguistics as applied to specific languages, but also covers those more recent areas which have developed from the increasing body of research into the manifold forms of communicative action and interaction. For "classic" linguistics there appears to be a need for a review of the state of the art which will provide a reference base for the rapid advances in research undertaken from a variety of theoretical standpoints, while in the more recent branches of communication science the handbooks will give researchers both an verview and orientation. To attain these objectives, the series will aim for a standard comparable to that of the leading handbooks in other disciplines, and to this end will strive for comprehensiveness, theoretical explicitness, reliable documentation of data and findings, and up-to-date methodology. The editors, both of the series and of the individual volumes, and the individual contributors, are committed to this aim. The languages of publication are English, German, and French. The main aim of the series is to provide an appropriate account of the state of the art in the various areas of linguistics and communication science covered by each of the various handbooks; however no inflexible pre-set limits will be imposed on the scope of each volume. The series is open-ended, and can thus take account of further developments in the field. This conception, coupled with the necessity of allowing adequate time for each volume to be prepared with the necessary care, means that there is no set time-table for the publication of the whole series. Each volume will be a self-contained work, complete in itself. The order in which the handbooks are published does not imply any rank ordering, but is determined by the way in which the series is organized; the editor of the whole series enlist a competent editor for each individual volume. Once the principal editor for a volume has been found, he or she then has a completely free hand in the choice of co-editors and contributors. The editors plan each volume independently of the others, being governed only by general formal principles. The series editor only intervene where questions of delineation between individual volumes are concerned. It is felt that this (modus operandi) is best suited to achieving the objectives of the series, namely to give a competent account of the present state of knowledge and of the perception of the problems in the area covered by each volume.

Does temporal language depend on spatial language? This widespread view is intuitively appealing since spatial and temporal expressions are often similar or identical. Also, metaphors consistently express temporal phenomena in terms of spatial language, pointing to a close semantic and conceptual relationship. But what about the application of the two kinds of linguistic expressions in natural discourse? The book draws together findings on terms that describe the relation of objects or events to each other (such as in front / behind, before / after, etc.), highlighting the relationship between cognition and language usage. Using the method of cognitively motivated discourse analysis, novel empirical results are presented to complement earlier findings. The detailed investigation of a selected range of terms that appear to be parallel in space and time highlights both similarities and fundamental differences in their application. As a result, a new picture emerges: The concepts of space and time are represented in language usage in various systematic ways, reflecting how we understand the world - and at the same time reflecting how our concepts of space and time differ fundamentally. The volume contributes to a debate that has been of interest for cognitive linguists for several decades, concerning the understanding of transfer processes between two conceptually intertwined domains. The specific contribution of this work consists of addressing the novel question of how such processes come into play in the actual application of relevant expressions in natural discourse. By adopting established approaches from Discourse Analysis for issues that are deeply rooted in interdisciplinary research in Cognitive Science, insights are drawn together from two hitherto largely unrelated fields of research to approach the topic from an original perspective, leading to a deeper understanding of the relationship between the domains of space and time and their expression in language.