In her Beijing lectures, Melissa Bowerman presents a lucid introduction and account of her research on a range of topics: how children acquire the semantics of spatial terms, how they construct categories and acquire the semantics of nouns, and how they master the semantics of verbs in early language acquisition. Bowerman also covers the learning of argument structure and expressions of end-state, with special attention to the adult speech that guides children, and hence also the role of typology in acquisition; how cross-linguistic variation affects, for example, how speakers represent ‘cutting’ and ‘breaking’ in different languages, and the relation of the Whorfian Hypothesis to cross-linguistic variations in the semantics of languages. Bowerman’s over-riding concern throughout is with how children come to master the first language being spoken to them by their parents and caregivers.

In his ten Beijing lectures, Leonard Talmy represents the range of his work in cognitive semantics. The central concern of this approach is the linguistic representation of conceptual structure, that is, the patterns in which and processes by which conceptual content is organized in language. The lectures examine the semantics of grammar, force dynamics, a typology of how motion events are represented, factive versus fictive motion, a typology of event integration, differences in how spoken and signed language structure space, the attention system of language, introspection as a methodology in linguistics, the relation of language to other cognitive systems, and digitalization in the Evolution of language.

In this interdisciplinary collection of lectures, Chris Sinha presents an overview of topics ranging from language in children’s play, through cultural conceptualizations of time, to philosophical and linguistic relativism. The intertwining of the evolutionary and individual time scales of human development is a key theme unifying the lectures, as is the fundamentally cultural nature of language and cognition. Familiar topics in cognitive linguistics, such as spatial semantics and conceptual blending, are addressed from these cultural, comparative and developmental perspectives. Chris Sinha also discusses the psychological roots of key concepts in cognitive linguistics, and sets out a biocultural approach to language evolution.

This book reviews the basic claims and descriptive constructs of Cognitive Grammar, outlines major themes in its ongoing development, and applies these notions to central problems in grammatical analysis. The initial review covers conceptual semantics, the conceptual characterization of grammatical categories, grammatical constructions, and the architecture of a unified theory of language structure. Main themes in the framework’s development include the dynamicity of language structure, grammar as the implementation of semantic functions, systems of opposing elements to serve those functions, and organization in strata representing successive elaborations of a baseline structure. The descriptive application of these notions centers on nominal and clausal structure, with special emphasis on nominal grounding.

Ten Lectures on Cognitive Linguistics as an Empirical Science details the relationship between form and meaning in language, especially at the systematic level of morphology. The role of metaphor and metonymy in elaborating meaning are investigated, as well as the structuring of semantics in terms of prototypes and radial categories. Implications for cultural studies and pedagogical applications are explored. The bulk of examples and data are drawn from the Slavic languages.

These lectures provide a basic introduction to the linguistic theory known as Cognitive Grammar. It is argued that a conceptualist semantics, well motivated in its own terms, provides the basis for a symbolic view of grammar. Consisting in the structuring and symbolization of conceptual content, grammar is inherently meaningful, and basic grammatical notions have conceptual characterizations. An account is given of grammatical categories, markings, and constructions. A number of central topics are examined in detail, including subjects, possessives, locatives, voice, and impersonals.

Ten Lectures on Cognitive Linguistics presents ten lectures, in both audio and transcribed text, given by George Lakoff in Beijing in April 2004. Lakoff gives an account of the background of cognitive linguistics, and basic mechanisms of thought, grammar, neural theory of language, metaphor, implications for Philosophy, and political linguistics. He does so in a manner that is accessible for anyone, including undergraduate level students and a general audience. With the massive experience of being a linguist for over 50 years, and being one of the founding fathers of the field, George Lakoff is one of the best possible experts to introduce Cognitive Linguistics to anyone. The lectures for this book were given at The China International Forum on Cognitive Linguistics in April 2004.

This volume presents a synthesis of cognitive linguistic theory and research on first and second language acquistion, language processing, individual differences in linguistic knowledge, and on the role of multi-word chunks and low-level schemas in language production and comprehension. It highlights the tension between “linguists’ grammars”, which are strongly influenced by principles such as economy and elegance, and “speakers’ grammars”, which are often messy, less than fully general, and sometimes inconsistent, and argues that cognitive linguistics is an empirical science which combines study of real usage events and experiments which rigorously test specific hypotheses.

A series of 10 lectures on various aspects of Cognitive Linguistics as these relate to matters of language teaching and learning. Topics addressed include the role of categorization, the nature of rules, the encyclopaedic scope of semantics, spatial expressions, metaphor and metonymy, nouns and nominals, tense and aspect, and the theoretical status of the phoneme.

As we think and talk, rich arrays of mental spaces and connections between them are constructed unconsciously. Conceptual integration of mental spaces leads to new meaning, global insight, and compressions useful for memory and creativity. A powerful aspect of conceptual integration networks is the dynamic emergence of novel structure in all areas of human life (science, religion, art, ...). The emergence of complex metaphors creates our conceptualization of time. The same operations play a role in material culture generally. Technology evolves to produce cultural human artefacts such as watches, gauges, compasses, airplane cockpit displays, with structure specifically designed to match conceptual inputs and integrate with them into stable blended frames of perception and action that can be memorized, learned by new generations, and thus culturally transmitted.