The present volume offers a collection of essays covering a broad range of areas where currently a rapprochement between linguistics and biology is actively being sought. Following a certain tradition, we call this attempt at a synthesis “biolinguistics.” The nine chapters (grouped into three parts: Language and Cognition, Language and the Brain, and Language and the Species) offer a comprehensive overview of issues at the forefront of biolinguistic research, such as language structure; language development; linguistic change and variation; language disorders and language processing; the cognitive, neural and genetic basis of linguistic knowledge; or the evolution of the Faculty of Language. Each contribution highlights exciting prospects for the field, but they also point to significant obstacles along the way. The main conclusion is that the age of theoretical exclusivity in Linguistics, much like the age of theoretical specificity, will have to end if interdisciplinarity is to reign and if biolinguistics is to flourish.

The second edition of the book on language comprehension in honor of Pim Levelt's sixtieth birthday has been released before he turns sixty-one. Some things move faster than the years of age. This seems to be especially true for advances in science. Therefore, the present edition entails changes in some of the chapters and incorporates an update of the current literature. I would like to thank all contributors for their cooperation in making a second edition possible such a short time after the completion of the first one. Angela D. Friederici Leipzig, November 23, 1998. Preface to the first edition Language comprehension and production is a uniquely human capability. We know little about the evolution of language as a human trait, possibly because our direct ancestors lived several million years ago. This fact certainly impedes the desirable advances in the biological basis of any theory of language evolution. Our knowledge about language as an existing species-specific biological sys tem, however, has advanced dramatically over the last two decades. New experi mental techniques have allowed the investigation of language and language use within the methodological framework of the natural sciences. The present book provides an overview of the experimental research in the area of language com prehension in particular.

Argues that biology plays a more central role in language acquisition than teaching or learning.

Guiding the work of most linguists and philosophers of language today is the assumption that language is governed by prescriptive normative rules. Many believe that it is of the essence of thought itself to follow rules, rules of inference determining the intentional contents of our concepts, and that these rules originate as internalized rules of language. However, exactly what it is for there to be such things as normative rules of language remains distressingly unclear. From what source do these norms flow? What sanctions enforce them? What happens, exactly, if you don't follow the rules? How do children learn the rules? Ruth Millikan presents a radicallly different way of viewing the partial regularities that language displays, the norms and conventions of language. The central norms applying to language, like those norms of function and behavior that account for the survival and proliferation of biological traits, are non-evaluative norms. Specific linguistic forms survive and are reproduced together with co-operative hearer responses because, in a critical mass of cases, these patterns of production and response benefit both speakers and hearers. Conformity is needed only often enough to ensure that the co-operative use constituting the norm - the convention - continues to be copied and hence continues to characterize some interactions of some speaker-hearer pairs. What needs to be reproduced for discursive language forms to survive, it turns out, is not specific conceptual roles but only satisfaction conditions coupled to essential elements of hearer responses. An uncompromising rejection of conceptual analysis as a tool in philosophy results. At the same time the distinction between the propositional content and the force of a linguistic utterance comes into very sharp focus, force emerging as essential to the creation of content rather than as something added to content. The distinction between illocutionary and perlocutionary force, the distinction between linguistic meaning and speaker meaning, and the semantics/pragmatics distinction are each illuminated in new and crisper ways. On the model proposed, neither the intentionality of thought nor the intentionality of language is derived from the other. Processes involved in understanding language are not Gricean but more like direct perception of the world as mediated, for example, through the natural signs contained in the structured light that allows vision. There are also startling implications for pragmatics, and for how children learn language.

Language comprehension and production is a uniquely human capability. We know little about the evolution of language as a human trait, possibly because our direct ancestors lived several million years ago. This fact certainly impedes the desirable advances in the biological basis of any theory of language evolution. Our knowledge about language as an existing species-specific biological sys tem, however, has advanced dramatically over the last two decades. New experi mental techniques have allowed the investigation of language and language use within the methodological framework of the natural sciences. The present book provides an overview of the experimental research in the area of language com prehension in particular. A biological perspective on language appears to be the common ground for all the contributors. Their research view is based on the conviction that knowledge about the language system can be gained on the basis of empirical research guided by modifiable theories. Each of the contributors reports and discusses the relevant work in hers or his specific field of research. Each of the nine chapters in this book focuses on a different level or aspect of language comprehension thereby covering the level of input processes and word recognition, the level of sentence processing as well as the level of text processing. Aspects of structural representation, and access to this representation are also discussed. One chapter finally attempts to describe the neurobiological basis of the different aspects of the language compre hension process.

This book synthesizes much of the exciting recent research in the biology of language. Drawing on data from anatomy, neurophysiology, physiology, and behavioral biology, Philip Lieberman develops a new approach to the puzzle of language, arguing that it is the result of many evolutionary compromises. Within his discussion, Lieberman skillfully addresses matters as various as the theory of neoteny (which he refutes), the mating calls of bullfrogs, ape language, dyslexia, and computer-implemented models of the brain.

This book examines the relationship between human language and biology in order to determine whether the biological foundations of language can offer deep insights into the nature and form of language and linguistic cognition. Challenging the assumption in biolinguistics and neurolinguistics that natural language and linguistic cognition can be reconciled with neurobiology, the author argues that reducing representation to cognitive systems and cognitive systems to neural populations is reductive, leading to inferences about the cognitive basis of linguistic performance based on assuming (false) dependencies. Instead, he finds that biological implementations of cognitive rather than the biological structures themselves, are the driver behind linguistic structures. In particular, this book argues that the biological roots of language are useful only for an understanding of the emergence of linguistic capacity as a whole, but ultimately irrelevant to understanding the character of language. Offering an antidote to the current thinking embracing ‘biologism’ in linguistic sciences, it will be of interest to readers in linguistics, the cognitive and brain sciences, and the points at which these disciplines converge with the computer sciences.