This classic research monograph develops and illustrates the theory of linguistic structure known as Cognitive Grammar, and applies it to representative phenomena in English and other languages. Cognitive grammar views language as an integral facet of cognition and claims that grammatical structure cannot be understood or revealingly described independently of semantic considerations.

Langacker assembles and revises a number of his papers to explain how the cognitive linguistics framework, launched in the late 1980s, accommodates the many facets of linguistic organization, and to explore its central claims about the nature of grammatical structure. He has added a new preface to the 1991 first edition. Annotation copyrighted by Book News, Inc., Portland, OR

Over the past decade, Cognitive Linguistics has grown to be one of the most broadly appealing and dynamic frameworks for the study of natural language. Essentially, this new school of linguistics focuses on the meaning side of language: linguistic form is analysed as an expression of meaning. And meaning itself is not something that exists in isolation, but it is integrated with the full spectrum of human experience: the fact that we are embodied beings just as much as the fact that we are cultural beings. Cognitive Linguistics: Basic Readings brings together twelve foundational articles, each of which introduces one of the basic concepts of Cognitive Linguistics, like conceptual metaphor, image schemas, mental spaces, construction grammar, prototypicality and radial sets. The collection features the founding fathers of Cognitive Linguistics: George Lakoff, Ron Langacker, Len Talmy, Gilles Fauconnier, and Charles Fillmore, together with some of the most influential younger scholars. By its choice of seminal papers and leading authors, Basic Readings is specifically suited for an introductory course in Cognitive Linguistics. This is further supported by a general introduction to the theory and, specifically, the practice of Cognitive Linguistics and by trajectories for further reading that start out from the individual chapters.

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.

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.

Common Core education standards establish a clear set of specific ideas and skills that all students should be able comprehend at each grade level. In an effort to meet these standards, educators are turning to technology for improved learning outcomes. Cases on Technology and Common Core Mathematics provides a compilation of cases and vignettes about the application of technology in the classroom in order to enhance student understanding of math concepts. This book is a timely reference source for mathematics educators, educational technologists, and school district leaders employed in the mathematics education or educational technology fields.