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This book brings together researchers in linguistics, computer science, psychology and cognitive science to investigate how motion is encoded in language. The book is divided into two parts. Part I considers the parameters at play in motion encoding (including directed motion) by presenting new research on Estonian, English, Norwegian, Bulgarian, Italian, German, Russian, Persian, and Tamil. Part II investigates the way in which different levels of spatial resolution or granularityplay a role in the encoding of motion in language.
Mila Vulchanova received her DrArtium degree in theoretical linguistics at the Norwegian University of Science & Technology in 1996. Her professional expertise covers a wide range of topics, including linguistic theory, lexical semantics, language and cognition, spatial categorization and language, language acquisition, developmental disorders, extreme language talent, formal syntax and diachronic grammar. She is an elected member of The Royal Norwegian Society of Science (DKNVS) and was a fellow in residence at The Centre for Advanced Study (VLAC) at The Royal Flemish Academy of Belgium for Science and the Arts (KVAB). Currently Vulchanova leads the NTNU Language Acquisition and Language Processing Lab, which conducts experimental research in language skills in children and adults, language acquisition and language processing.
Emile van der Zee is Principal Lecturer in the School of Psychology, University of Lincoln. He is the editor, together with Laura Carlson, of Functional Features in Language and Space (OUP 2005) and, with Jon Slack, of Representing Direction in Language and Space (OUP 2003).
Table of Contents
1. Introduction, Emile van der Zee and Mila Vulchanova Part 1: Motion Encoding Across Languages: Multiple methods and applications 2. Distinctions in the Linguistic Encoding of Motion: Evidence from a free naming task, Mila Vulchanova, Liliana Martinez, and Valentin Vulchanov 3. The Encoding of Motion Events in Estonian, Renate Pajusalu, Neeme Kahusk, Heili Orav, Ann Veismann, Kadri Vider, and Haldur Oim 4. Domains fo Aqua-Motion: A case study in lexical typology, Yury Lander, Timur Maisak, and Ekaterina Rakhilina 5. Spatial Directionals for Robot Navigation, Andi Winterboer, Thora Tenbrink, and Reinhard Moratz 6. The Role of Structure and Function in the Conceptualization of Directions, Aleander Klippe, Thora Tenbrink, and Daniel R. Montello Part 2: Granularity 7. Granularity in Taxonomy, Time, and Space, Jeffrey M. Zacks and Barbara Tversky 8. Granularity, in the Cross-linguistic Encoding of Motion and Location, Miriam van Staden and Bhuvana Narasimham 9. Granularity, Space, and Motion-framed Location, Mark Tutton 10. Path and Place: Lexical specification of granular compatibility, Hedda Schmidtke 11. The Lexical Representation of Path-curvature in Motion Expressions: A three-way path curvature distinction, Urpo Nikanne and Emile van der Zee References Index