This book addresses the question of how the properties of human vowel systems can be explained. Though it is found that vowel systems of human languages are optimal for communicative purposes, it is not clear who is doing the optimization. If children learn a language, they learn to produce sounds that are as close as possible to those used by their parents and peers. The hypothesis is put forward that the optimization is the result of self-organization in a population of language users. Self-organization is the emergence of order on a global scale in a system where there are only local interactions. It is a phenomenon that appears in many natural systems from purely physical ones, such as crystals, to systems composed of living organisms, such as colonies of insects. Recent developments in linguistics indicate that self-organization might also play an important role in language.The theory is put to the test by implementing it as a computer model. This computer model simulates the interaction in a population of artificial 'agents' that can each produce and perceive vowels in a human-like way. The vowel systems that emerge from the computer simulations closely resemble human vowel systems. It is also shown that many simple variations on the basic system can be investigated, thus providing valuable insight into the dynamics of systems of speech sounds.The ultimate aim of the book is to provide insight into how language has evolved. It turns out that the mechanism of self-organization can make it easier to explain the evolution of language, since it provides an alternative mechanism for the emergence of certain linguistic structures.

This book addresses the question of how the properties of human vowel systems can be explained. Though it is found that vowel systems of human languages are optimal for communicative purposes, it is not clear who is doing the optimization. If children learn a language, they learn to produce sounds that are as close as possible to those used by their parents and peers. The hypothesis is put forward that the optimization is the result of self-organization in a population of language users. Self-organization is the emergence of order on a global scale in a system where there are only local interactions. It is a phenomenon that appears in many natural systems from purely physical ones, such as crystals, to systems composed of living organisms, such as colonies of insects. Recent developments in linguistics indicate that self-organization might also play an important role in language.The theory is put to the test by implementing it as a computer model. This computer model simulates the interaction in a population of artificial 'agents' that can each produce and perceive vowels in a human-like way. The vowel systems that emerge from the computer simulations closely resemble human vowel systems. It is also shown that many simple variations on the basic system can be investigated, thus providing valuable insight into the dynamics of systems of speech sounds.The ultimate aim of the book is to provide insight into how language has evolved. It turns out that the mechanism of self-organization can make it easier to explain the evolution of language, since it provides an alternative mechanism for the emergence of certain linguistic structures.

This book considers the evolution of the grammatical structure of words in the more general contexts of human evolution and the origins of language. The consensus in many fields is that language is well designed for its purpose, and became so either through natural selection or by virtue of non-biological constraints on how language must be structured. Andrew Carstairs-McCarthy argues that in certain crucial respects language is not optimally designed. This can be seen, he suggests, in the existence of not one but two kinds of grammatical organization - syntax and morphology - and in the morphological and morpho-phonological complexity which leads to numerous departures from the one-form-one-meaning principle. Having discussed the issue of good and bad design in a wider biological context, the author shows that conventional explanations for the nature of morphology do not work. Its poor design features arose, he argues, from two characteristics present when the ancestors of modern humans had a vocabulary but no grammar. One of these was a synonymy-avoidance expectation, while the other was an articulatory and phonological apparatus that encouraged the development of new synonyms. Morphology developed in response to these conflicting pressures. In this stimulating and carefully argued account Professor McCarthy offers a powerful challenge to conventional views of the relationship between syntax and morphology, to the adaptationist view of language evolution, and to the notion that language in some way reflects 'laws of form'. This fundamental contribution to understanding the nature and evolution of language will be of wide interest to linguists of all theoretical persuasions as well as to scholars in cognitive science and anthropology.

In this, the first of two ground-breaking volumes on the nature of language in the light of the way it evolved, James Hurford looks at how the world first came to have a meaning in the minds of animals and how in humans this meaning eventually came to be expressed as language. He reviews a mass of evidence to show how close some animals, especially primates and more especially apes, are to the brink of human language. Apes may not talk to us but they construct rich cognitive representations of the world around them, and here, he shows, are the evolutionary seeds of abstract thought - the means of referring to objects, the memory of events, even elements of the propositional thinking philosophers have hitherto reserved for humans. What then, he asks, is the evolutionary path between the non-speaking minds of apes and our own speaking minds? Why don't apes communicate the richness of their thoughts to each other? Why do humans alone have a unique disposition to reveal their thoughts in complex detail? Professor Hurford searches a wide range of evidence for the answers to these central questions, including degrees of trust, the role of hormones, the ability to read minds, and the willingness to cooperate. Expressing himself congenially in consistently colloquial language the author builds up a vivid picture of how mind, language, and meaning evolved over millions of years. His book is a landmark contribution to the understanding of linguistic and thinking processes, and the fullest account yet published of the evolution of language and communication."A wonderful read - lucid, informative, and entertaining, while at the same time never talking down to the reader by sacrificing argumentation for the sake of 'simplicity'. Likely to be heralded as the major publication dealing with language evolution to date. Frederick J. Newmeyer, University of Washington

This book reconstructs what the earliest grammars might have been and shows how they could have led to the languages of modern humankind.Like other biological phenomena, language cannot be fully understood without reference to its evolution, whether proven or hypothesized," wrote Talmy Givón in 2002. As the languages spoken 8,000 years ago were typologically much the same as they are today and as no direct evidence exists for languages before then, evolutionary linguists are at a disadvantage compared to their counterparts in biology. Bernd Heine and Tania Kuteva seek to overcome this obstacle by combining grammaticalization theory, one of the main methods of historical linguistics, with work in animal communication and human evolution. The questions they address include: do the modern languages derive from one ancestral language or from more than one? What was the structure of language like when it first evolved? And how did the properties associated with modern human languages arise, in particular syntax and the recursive use of language structures? The authors proceed on the assumption that if language evolution is the result of language change then the reconstruction of the former can be explored by deploying the processes involved in the latter. Their measured arguments and crystal-clear exposition will appeal to all those interested in the evolution of language, from advanced undergraduates to linguists, cognitive scientists, human biologists, and archaeologists.

This book reconstructs what the earliest grammars might have been and shows how they could have led to the languages of modern humankind.Like other biological phenomena, language cannot be fully understood without reference to its evolution, whether proven or hypothesized," wrote Talmy Givón in 2002. As the languages spoken 8,000 years ago were typologically much the same as they are today and as no direct evidence exists for languages before then, evolutionary linguists are at a disadvantage compared to their counterparts in biology. Bernd Heine and Tania Kuteva seek to overcome this obstacle by combining grammaticalization theory, one of the main methods of historical linguistics, with work in animal communication and human evolution. The questions they address include: do the modern languages derive from one ancestral language or from more than one? What was the structure of language like when it first evolved? And how did the properties associated with modern human languages arise, in particular syntax and the recursive use of language structures? The authors proceed on the assumption that if language evolution is the result of language change then the reconstruction of the former can be explored by deploying the processes involved in the latter. Their measured arguments and crystal-clear exposition will appeal to all those interested in the evolution of language, from advanced undergraduates to linguists, cognitive scientists, human biologists, and archaeologists.

What is it that makes us human?This is one of the most challenging and important questions we face. Our species' defining characteristic is language - we appear to be unique in the natural world in having such an incredibly open-ended system for putting thoughts into words. If we are to truly understand ourselves as a species we must understand the origins of this strange and unique ability. To do so, we need to answer some of the most intriguing questions in contemporary scientific research: Where did language come from? How did it evolve? Why are we unique in possessing it?This book, for the first time, brings together the leading thinkers who are trying to unlock the puzzle of language evolution. Here we see the latest ideas and theories from fields as diverse as anthropology, archaeology, artificial life, biology, cognitive science, linguistics, neuroscience, and psychology. In a series of seventeen well-written and accessible chapters we get an unrivalled view of the state of the art in this exciting area. Current controversies are revealed and new perspectives uncovered, in a clear and readable guide to the latest theories.This collection marks a major step forward in our quest to understand the origins and evolution of human language. In doing so it sheds new light on the process of evolution, the workings of the brain, the structure of language, and - most importantly - what it means to be human.Language Evolution is essential reading for researchers and students working in the areas covered, and has been used as a textbook for courses in the field. It will also attract the general reader who wants to know more about this fascinating subject.

How humans acquired language and how languages evolved are two of the most intriguing questions in contemporary scientific research. Answering them would throw new light on the process of evolution, the human brain, the structure of language, and what it means to be human. In this book researchers in cognitive science, anthropology, ethology, human biology, and linguistics say what they think about the origins of human language.

Linguists, biological anthropologists, and cognitive scientists come together in this book to explore the origins and early evolution of phonology, syntax, and semantics. They consider the nature of pre- and proto-linguistic communication, the internal and external triggers that led to its transformation into language, and whether and how language may be considered to have evolved after its inception. Evidence is drawn from many domains, including computer simulations of language emergence, the songs of finches, problem-solving abilities in monkeys, sign language, and the structure of languages today.

The evolutionary emergence of each facet of human language can be viewed as a 'transition'. This book explores how different transitions took place, their preconditions, and their consequences. Among the questions it addresses are: what physiological and psychological differences between us and other animals lie at the heart of our superior capacity for language? Was the pre-linguistic period of humankind characterized by words without syntax, syntax without meaning, gesture without speech, or all, or none, of these? Once a community is ready and able to develop language, what internal and external factors trigger its emergence? How are we to interpret the archaeological evidence of early tool-making abilities, relative to the presence, or absence, of language? In what social circumstances could language have avoided being immediately harnessed for deception, so that it became too dangerous and unreliable to be of value? Was the universal form of language determined by pre-existing psychological capabilities, or by natural constraints in communication? Has language finished evolving? If not, how different were linguistic structures used by our early ancestors from those that we use today? This investigation into one of the enduring mysteries of humankind brings together original contributions from linguists, archaeologists, anthropologists, psychologists, biologists, primatologists, and researchers in artificial intelligence. They offer the reader up-to-the-minute debates in the field of language evolution.

Jean-Louis Dessalles explores the co-evolutionary paths of biology, culture, and the great human edifice of language, linking the evolution of the language to the general evolutionary history of humankind. He provides searchingly original answers to such fundamental paradoxes as to whether we acquired our greatest gift in order to talk or so as to be able to think, and as to why human beings should, as experience constantly confirms, contribute information for the well-being of others at their own expense and for no apparent gain: which if this is one of language's main functions appears to make its possession, in Darwinian terms, a disadvantage. Dr Dessalles looks for solutions in the early history of human species and considers the degree to which language evolved as a means of choosing profitable coalition partners and maximizing individual success within a competitive social environment.The author opens with a discussion of the differences between animal and human communication and the biological foundations of language. He looks at the physiological preconditions for language evolution and the early evolution of meaning and communication. He then embarks on an important and original account of the natural history of conversation. Here he considers the roles of language in supporting social cohesion and information exchange. This challenging and original account will appeal to all those interested in the origins of language and the evolution of human behaviour.

This book addresses central questions in the evolution of language: where it came from; how and why it evolved; how it came to be culturally transmitted; and how languages diversified. It does so from the perspective of the latest work in linguistics, neuroscience, psychology, and computer science, and deploys the latest methods and theories to probe into the origins and subsequent development of the only species that has languages.

This book addresses central questions in the evolution of language: where it came from; how it relates to primate communication; how and why it evolved; how it came to be culturally transmitted; and how languages diversified. The chapters are written from the perspective of the latest work in linguistics, neuroscience, psychology, and computer science, and reflect the idea that various cognitive, physical, neurological, social, and cultural prerequisites led to the development of full human language. Some of these evolutionary changes were preadaptations for language, while others were adaptive changes allowing the development of particular linguistic characteristics. The authors consider a broad spectrum of ideas about the conditions that led to the evolution of protolanguage and full language. Some examine changes that occurred in the course of evolution to Homo sapiens; others consider how languages themselves have adapted by evolving to be learnable. Some chapters look at the workings of the brain, and others deploy sophisticated computer simulations that model such aspects as the emergence of speech sounds and the development of grammar. All make use of the latest methods and theories to probe into the origins and subsequent development of the only species that has language. The book will interest a wide range of linguists, cognitive scientists, biologists, psychologists, neuroscientists, and experts in artificial intelligence, as well as all those fascinated by issues, puzzles, and problems raised by the evolution of language.

Speech is the principal supporting medium of language. In this book Pierre-Yves Oudeyer considers how spoken language first emerged. He presents an original and integrated view of the interactions between self-organization and natural selection, reformulates questions about the origins of speech, and puts forward what at first sight appears to be a startling proposal - that speech can be spontaneously generated by the coupling of evolutionarily simple neural structures connecting perception and production. He explores this hypothesis by constructing a computational system to model the effects of linking auditory and vocal motor neural nets. He shows that a population of agents which used holistic and unarticulated vocalizations at the outset are inexorably led to a state in which their vocalizations have become discrete, combinatorial, and categorized in the same way by all group members. Furthermore, the simple syntactic rules that have emerged to regulate the combinations of sounds exhibit the fundamental properties of modern human speech systems.This original and fascinating account will interest all those interested in the evolution of speech.

This book considers the evolution of the grammatical structure of words in the more general contexts of human evolution and the origins of language. The consensus in many fields is that language is well designed for its purpose, and became so either through natural selection or by virtue of non-biological constraints on how language must be structured. Andrew Carstairs-McCarthy argues that in certain crucial respects language is not optimally designed. This can be seen, he suggests, in the existence of not one but two kinds of grammatical organization - syntax and morphology - and in the morphological and morpho-phonological complexity which leads to numerous departures from the one-form-one-meaning principle. Having discussed the issue of good and bad design in a wider biological context, the author shows that conventional explanations for the nature of morphology do not work. Its poor design features arose, he argues, from two characteristics present when the ancestors of modern humans had a vocabulary but no grammar. One of these was a synonymy-avoidance expectation, while the other was an articulatory and phonological apparatus that encouraged the development of new synonyms. Morphology developed in response to these conflicting pressures. In this stimulating and carefully argued account Professor McCarthy offers a powerful challenge to conventional views of the relationship between syntax and morphology, to the adaptationist view of language evolution, and to the notion that language in some way reflects 'laws of form'. This fundamental contribution to understanding the nature and evolution of language will be of wide interest to linguists of all theoretical persuasions as well as to scholars in cognitive science and anthropology.

This book presents a challenge to the widely-held assumption that human languages are both similar and constant in their degree of complexity. For a hundred years or more the universal equality of languages has been a tenet of faith among most anthropologists and linguists. It has been frequently advanced as a corrective to the idea that some languages are at a later stage of evolution than others. It also appears to be an inevitable outcome of one of the central axioms of generative linguistic theory: that the mental architecture of language is fixed and is thus identical in all languages and that whereas genes evolve languages do not. Language Complexity as an Evolving Variable reopens the debate. Geoffrey Sampson's introductory chapter re-examines and clarifies the notion and theoretical importance of complexity in language, linguistics, cognitive science, and evolution. Eighteen distinguished scholars from all over the world then look at evidence gleaned from their own research in order to reconsider whether languages do or do not exhibit the same degrees and kinds of complexity. They examine data from a wide range of times and places. They consider the links between linguistic structure and social complexity and relate their findings to the causes and processes of language change. Their arguments are frequently controversial and provocative; their conclusions add up to an important challenge to conventional ideas about the nature of language. The authors write readably and accessibly with no recourse to unnecessary jargon. This fascinating book will appeal to all those interested in the interrelations between human nature, culture, and language.

This book presents a challenge to the widely-held assumption that human languages are both similar and constant in their degree of complexity. For a hundred years or more the universal equality of languages has been a tenet of faith among most anthropologists and linguists. It has been frequently advanced as a corrective to the idea that some languages are at a later stage of evolution than others. It also appears to be an inevitable outcome of one of the central axioms of generative linguistic theory: that the mental architecture of language is fixed and is thus identical in all languages and that whereas genes evolve languages do not. Language Complexity as an Evolving Variable reopens the debate. Geoffrey Sampson's introductory chapter re-examines and clarifies the notion and theoretical importance of complexity in language, linguistics, cognitive science, and evolution. Eighteen distinguished scholars from all over the world then look at evidence gleaned from their own research in order to reconsider whether languages do or do not exhibit the same degrees and kinds of complexity. They examine data from a wide range of times and places. They consider the links between linguistic structure and social complexity and relate their findings to the causes and processes of language change. Their arguments are frequently controversial and provocative; their conclusions add up to an important challenge to conventional ideas about the nature of language. The authors write readably and accessibly with no recourse to unnecessary jargon. This fascinating book will appeal to all those interested in the interrelations between human nature, culture, and language.

This book is the first to focus on the African origins of human language. It explores the origins of language and culture 250,000-150,000 years ago when modern humans evolved in Africa. Scholars from around the world address the fossil, genetic, and archaeological evidence and critically examine the ways it has been interpreted. The book also considers parallel developments among Europe's Neanderthals and the contrasting outcomes for the two species. Following an extensive introduction contextualizing and linking the book's topics and approaches, fifteen chapters bring together many of the most significant recent findings and developments in modern human origins research. The fields represented by the authors include genetics, biology, behavioural ecology, linguistics, archaeology, cognitive science, and anthropology.

This book is the first to focus on the African origins of human language. It explores the origins of language and culture 250,000-150,000 years ago when modern humans evolved in Africa. Scholars from around the world address the fossil, genetic, and archaeological evidence and critically examine the ways it has been interpreted. The book also considers parallel developments among Europe's Neanderthals and the contrasting outcomes for the two species. Following an extensive introduction contextualizing and linking the book's topics and approaches, fifteen chapters bring together many of the most significant recent findings and developments in modern human origins research. The fields represented by the authors include genetics, biology, behavioural ecology, linguistics, archaeology, cognitive science, and anthropology.

'When, why, and how did language evolve?' 'Why do only humans have language?' This book looks at these and other questions about the origins and evolution of language. It does so via a rich diversity of perspectives, including social, cultural, archaeological, palaeoanthropological, musicological, anatomical, neurobiological, primatological, and linguistic. Among the subjects it considers are: how far sociality is a prerequisite for language; the evolutionary links between language and music; the relation between natural selection and niche construction; the origins of the lexicon; the role of social play in language development; the use of signs by great apes; the evolution of syntax; the evolutionary biology of language; the insights offered by Chomsky's biolinguistic approach to mind and language; the emergence of recursive language; the selectional advantages of the human vocal tract; and why women speak better than men. The authors, drawn from all over the world, are prominent linguists, psychologists, cognitive scientists, archaeologists, primatologists, social anthropologists, and specialists in artificial intelligence. As well as explaining what is understood about the evolution of language, they look squarely at the formidable obstacles to knowing more - the absence of direct evidence, for example; the problems of using indirect evidence; the lack of a common conception of language; confusion about the operation of natural selection and other processes of change; the scope for misunderstanding in a multi-disciplinary field, and many more. Despite these difficulties, the authors in their stylish and readable contributions to this book are able to show just how much has been achieved in this most fruitful and fascinating area of research in the social, natural, and cognitive sciences.

'When, why, and how did language evolve?' 'Why do only humans have language?' This book looks at these and other questions about the origins and evolution of language. It does so via a rich diversity of perspectives, including social, cultural, archaeological, palaeoanthropological, musicological, anatomical, neurobiological, primatological, and linguistic. Among the subjects it considers are: how far sociality is a prerequisite for language; the evolutionary links between language and music; the relation between natural selection and niche construction; the origins of the lexicon; the role of social play in language development; the use of signs by great apes; the evolution of syntax; the evolutionary biology of language; the insights offered by Chomsky's biolinguistic approach to mind and language; the emergence of recursive language; the selectional advantages of the human vocal tract; and why women speak better than men. The authors, drawn from all over the world, are prominent linguists, psychologists, cognitive scientists, archaeologists, primatologists, social anthropologists, and specialists in artificial intelligence. As well as explaining what is understood about the evolution of language, they look squarely at the formidable obstacles to knowing more - the absence of direct evidence, for example; the problems of using indirect evidence; the lack of a common conception of language; confusion about the operation of natural selection and other processes of change; the scope for misunderstanding in a multi-disciplinary field, and many more. Despite these difficulties, the authors in their stylish and readable contributions to this book are able to show just how much has been achieved in this most fruitful and fascinating area of research in the social, natural, and cognitive sciences.

This book addresses the question of how the properties of human vowel systems can be explained. Though it is found that vowel systems of human languages are optimal for communicative purposes, it is not clear who is doing the optimization. If children learn a language, they learn to produce sounds that are as close as possible to those used by their parents and peers. The hypothesis is put forward that the optimization is the result of self-organization in a population of language users. Self-organization is the emergence of order on a global scale in a system where there are only local interactions. It is a phenomenon that appears in many natural systems from purely physical ones, such as crystals, to systems composed of living organisms, such as colonies of insects. Recent developments in linguistics indicate that self-organization might also play an important role in language.The theory is put to the test by implementing it as a computer model. This computer model simulates the interaction in a population of artificial 'agents' that can each produce and perceive vowels in a human-like way. The vowel systems that emerge from the computer simulations closely resemble human vowel systems. It is also shown that many simple variations on the basic system can be investigated, thus providing valuable insight into the dynamics of systems of speech sounds.The ultimate aim of the book is to provide insight into how language has evolved. It turns out that the mechanism of self-organization can make it easier to explain the evolution of language, since it provides an alternative mechanism for the emergence of certain linguistic structures.

This book addresses the question of how the properties of human vowel systems can be explained. Though it is found that vowel systems of human languages are optimal for communicative purposes, it is not clear who is doing the optimization. If children learn a language, they learn to produce sounds that are as close as possible to those used by their parents and peers. The hypothesis is put forward that the optimization is the result of self-organization in a population of language users. Self-organization is the emergence of order on a global scale in a system where there are only local interactions. It is a phenomenon that appears in many natural systems from purely physical ones, such as crystals, to systems composed of living organisms, such as colonies of insects. Recent developments in linguistics indicate that self-organization might also play an important role in language.The theory is put to the test by implementing it as a computer model. This computer model simulates the interaction in a population of artificial 'agents' that can each produce and perceive vowels in a human-like way. The vowel systems that emerge from the computer simulations closely resemble human vowel systems. It is also shown that many simple variations on the basic system can be investigated, thus providing valuable insight into the dynamics of systems of speech sounds.The ultimate aim of the book is to provide insight into how language has evolved. It turns out that the mechanism of self-organization can make it easier to explain the evolution of language, since it provides an alternative mechanism for the emergence of certain linguistic structures.

This book considers the evolution of the grammatical structure of words in the more general contexts of human evolution and the origins of language. The consensus in many fields is that language is well designed for its purpose, and became so either through natural selection or by virtue of non-biological constraints on how language must be structured. Andrew Carstairs-McCarthy argues that in certain crucial respects language is not optimally designed. This can be seen, he suggests, in the existence of not one but two kinds of grammatical organization - syntax and morphology - and in the morphological and morpho-phonological complexity which leads to numerous departures from the one-form-one-meaning principle. Having discussed the issue of good and bad design in a wider biological context, the author shows that conventional explanations for the nature of morphology do not work. Its poor design features arose, he argues, from two characteristics present when the ancestors of modern humans had a vocabulary but no grammar. One of these was a synonymy-avoidance expectation, while the other was an articulatory and phonological apparatus that encouraged the development of new synonyms. Morphology developed in response to these conflicting pressures. In this stimulating and carefully argued account Professor McCarthy offers a powerful challenge to conventional views of the relationship between syntax and morphology, to the adaptationist view of language evolution, and to the notion that language in some way reflects 'laws of form'. This fundamental contribution to understanding the nature and evolution of language will be of wide interest to linguists of all theoretical persuasions as well as to scholars in cognitive science and anthropology.

In this, the first of two ground-breaking volumes on the nature of language in the light of the way it evolved, James Hurford looks at how the world first came to have a meaning in the minds of animals and how in humans this meaning eventually came to be expressed as language. He reviews a mass of evidence to show how close some animals, especially primates and more especially apes, are to the brink of human language. Apes may not talk to us but they construct rich cognitive representations of the world around them, and here, he shows, are the evolutionary seeds of abstract thought - the means of referring to objects, the memory of events, even elements of the propositional thinking philosophers have hitherto reserved for humans. What then, he asks, is the evolutionary path between the non-speaking minds of apes and our own speaking minds? Why don't apes communicate the richness of their thoughts to each other? Why do humans alone have a unique disposition to reveal their thoughts in complex detail? Professor Hurford searches a wide range of evidence for the answers to these central questions, including degrees of trust, the role of hormones, the ability to read minds, and the willingness to cooperate. Expressing himself congenially in consistently colloquial language the author builds up a vivid picture of how mind, language, and meaning evolved over millions of years. His book is a landmark contribution to the understanding of linguistic and thinking processes, and the fullest account yet published of the evolution of language and communication."A wonderful read - lucid, informative, and entertaining, while at the same time never talking down to the reader by sacrificing argumentation for the sake of 'simplicity'. Likely to be heralded as the major publication dealing with language evolution to date. Frederick J. Newmeyer, University of Washington

This book reconstructs what the earliest grammars might have been and shows how they could have led to the languages of modern humankind.Like other biological phenomena, language cannot be fully understood without reference to its evolution, whether proven or hypothesized," wrote Talmy Givón in 2002. As the languages spoken 8,000 years ago were typologically much the same as they are today and as no direct evidence exists for languages before then, evolutionary linguists are at a disadvantage compared to their counterparts in biology. Bernd Heine and Tania Kuteva seek to overcome this obstacle by combining grammaticalization theory, one of the main methods of historical linguistics, with work in animal communication and human evolution. The questions they address include: do the modern languages derive from one ancestral language or from more than one? What was the structure of language like when it first evolved? And how did the properties associated with modern human languages arise, in particular syntax and the recursive use of language structures? The authors proceed on the assumption that if language evolution is the result of language change then the reconstruction of the former can be explored by deploying the processes involved in the latter. Their measured arguments and crystal-clear exposition will appeal to all those interested in the evolution of language, from advanced undergraduates to linguists, cognitive scientists, human biologists, and archaeologists.

This book reconstructs what the earliest grammars might have been and shows how they could have led to the languages of modern humankind.Like other biological phenomena, language cannot be fully understood without reference to its evolution, whether proven or hypothesized," wrote Talmy Givón in 2002. As the languages spoken 8,000 years ago were typologically much the same as they are today and as no direct evidence exists for languages before then, evolutionary linguists are at a disadvantage compared to their counterparts in biology. Bernd Heine and Tania Kuteva seek to overcome this obstacle by combining grammaticalization theory, one of the main methods of historical linguistics, with work in animal communication and human evolution. The questions they address include: do the modern languages derive from one ancestral language or from more than one? What was the structure of language like when it first evolved? And how did the properties associated with modern human languages arise, in particular syntax and the recursive use of language structures? The authors proceed on the assumption that if language evolution is the result of language change then the reconstruction of the former can be explored by deploying the processes involved in the latter. Their measured arguments and crystal-clear exposition will appeal to all those interested in the evolution of language, from advanced undergraduates to linguists, cognitive scientists, human biologists, and archaeologists.

What is it that makes us human?This is one of the most challenging and important questions we face. Our species' defining characteristic is language - we appear to be unique in the natural world in having such an incredibly open-ended system for putting thoughts into words. If we are to truly understand ourselves as a species we must understand the origins of this strange and unique ability. To do so, we need to answer some of the most intriguing questions in contemporary scientific research: Where did language come from? How did it evolve? Why are we unique in possessing it?This book, for the first time, brings together the leading thinkers who are trying to unlock the puzzle of language evolution. Here we see the latest ideas and theories from fields as diverse as anthropology, archaeology, artificial life, biology, cognitive science, linguistics, neuroscience, and psychology. In a series of seventeen well-written and accessible chapters we get an unrivalled view of the state of the art in this exciting area. Current controversies are revealed and new perspectives uncovered, in a clear and readable guide to the latest theories.This collection marks a major step forward in our quest to understand the origins and evolution of human language. In doing so it sheds new light on the process of evolution, the workings of the brain, the structure of language, and - most importantly - what it means to be human.Language Evolution is essential reading for researchers and students working in the areas covered, and has been used as a textbook for courses in the field. It will also attract the general reader who wants to know more about this fascinating subject.

How humans acquired language and how languages evolved are two of the most intriguing questions in contemporary scientific research. Answering them would throw new light on the process of evolution, the human brain, the structure of language, and what it means to be human. In this book researchers in cognitive science, anthropology, ethology, human biology, and linguistics say what they think about the origins of human language.

Linguists, biological anthropologists, and cognitive scientists come together in this book to explore the origins and early evolution of phonology, syntax, and semantics. They consider the nature of pre- and proto-linguistic communication, the internal and external triggers that led to its transformation into language, and whether and how language may be considered to have evolved after its inception. Evidence is drawn from many domains, including computer simulations of language emergence, the songs of finches, problem-solving abilities in monkeys, sign language, and the structure of languages today.

The evolutionary emergence of each facet of human language can be viewed as a 'transition'. This book explores how different transitions took place, their preconditions, and their consequences. Among the questions it addresses are: what physiological and psychological differences between us and other animals lie at the heart of our superior capacity for language? Was the pre-linguistic period of humankind characterized by words without syntax, syntax without meaning, gesture without speech, or all, or none, of these? Once a community is ready and able to develop language, what internal and external factors trigger its emergence? How are we to interpret the archaeological evidence of early tool-making abilities, relative to the presence, or absence, of language? In what social circumstances could language have avoided being immediately harnessed for deception, so that it became too dangerous and unreliable to be of value? Was the universal form of language determined by pre-existing psychological capabilities, or by natural constraints in communication? Has language finished evolving? If not, how different were linguistic structures used by our early ancestors from those that we use today? This investigation into one of the enduring mysteries of humankind brings together original contributions from linguists, archaeologists, anthropologists, psychologists, biologists, primatologists, and researchers in artificial intelligence. They offer the reader up-to-the-minute debates in the field of language evolution.

Jean-Louis Dessalles explores the co-evolutionary paths of biology, culture, and the great human edifice of language, linking the evolution of the language to the general evolutionary history of humankind. He provides searchingly original answers to such fundamental paradoxes as to whether we acquired our greatest gift in order to talk or so as to be able to think, and as to why human beings should, as experience constantly confirms, contribute information for the well-being of others at their own expense and for no apparent gain: which if this is one of language's main functions appears to make its possession, in Darwinian terms, a disadvantage. Dr Dessalles looks for solutions in the early history of human species and considers the degree to which language evolved as a means of choosing profitable coalition partners and maximizing individual success within a competitive social environment.The author opens with a discussion of the differences between animal and human communication and the biological foundations of language. He looks at the physiological preconditions for language evolution and the early evolution of meaning and communication. He then embarks on an important and original account of the natural history of conversation. Here he considers the roles of language in supporting social cohesion and information exchange. This challenging and original account will appeal to all those interested in the origins of language and the evolution of human behaviour.

This book addresses central questions in the evolution of language: where it came from; how and why it evolved; how it came to be culturally transmitted; and how languages diversified. It does so from the perspective of the latest work in linguistics, neuroscience, psychology, and computer science, and deploys the latest methods and theories to probe into the origins and subsequent development of the only species that has languages.

This book addresses central questions in the evolution of language: where it came from; how it relates to primate communication; how and why it evolved; how it came to be culturally transmitted; and how languages diversified. The chapters are written from the perspective of the latest work in linguistics, neuroscience, psychology, and computer science, and reflect the idea that various cognitive, physical, neurological, social, and cultural prerequisites led to the development of full human language. Some of these evolutionary changes were preadaptations for language, while others were adaptive changes allowing the development of particular linguistic characteristics. The authors consider a broad spectrum of ideas about the conditions that led to the evolution of protolanguage and full language. Some examine changes that occurred in the course of evolution to Homo sapiens; others consider how languages themselves have adapted by evolving to be learnable. Some chapters look at the workings of the brain, and others deploy sophisticated computer simulations that model such aspects as the emergence of speech sounds and the development of grammar. All make use of the latest methods and theories to probe into the origins and subsequent development of the only species that has language. The book will interest a wide range of linguists, cognitive scientists, biologists, psychologists, neuroscientists, and experts in artificial intelligence, as well as all those fascinated by issues, puzzles, and problems raised by the evolution of language.

Speech is the principal supporting medium of language. In this book Pierre-Yves Oudeyer considers how spoken language first emerged. He presents an original and integrated view of the interactions between self-organization and natural selection, reformulates questions about the origins of speech, and puts forward what at first sight appears to be a startling proposal - that speech can be spontaneously generated by the coupling of evolutionarily simple neural structures connecting perception and production. He explores this hypothesis by constructing a computational system to model the effects of linking auditory and vocal motor neural nets. He shows that a population of agents which used holistic and unarticulated vocalizations at the outset are inexorably led to a state in which their vocalizations have become discrete, combinatorial, and categorized in the same way by all group members. Furthermore, the simple syntactic rules that have emerged to regulate the combinations of sounds exhibit the fundamental properties of modern human speech systems.This original and fascinating account will interest all those interested in the evolution of speech.

This book considers the evolution of the grammatical structure of words in the more general contexts of human evolution and the origins of language. The consensus in many fields is that language is well designed for its purpose, and became so either through natural selection or by virtue of non-biological constraints on how language must be structured. Andrew Carstairs-McCarthy argues that in certain crucial respects language is not optimally designed. This can be seen, he suggests, in the existence of not one but two kinds of grammatical organization - syntax and morphology - and in the morphological and morpho-phonological complexity which leads to numerous departures from the one-form-one-meaning principle. Having discussed the issue of good and bad design in a wider biological context, the author shows that conventional explanations for the nature of morphology do not work. Its poor design features arose, he argues, from two characteristics present when the ancestors of modern humans had a vocabulary but no grammar. One of these was a synonymy-avoidance expectation, while the other was an articulatory and phonological apparatus that encouraged the development of new synonyms. Morphology developed in response to these conflicting pressures. In this stimulating and carefully argued account Professor McCarthy offers a powerful challenge to conventional views of the relationship between syntax and morphology, to the adaptationist view of language evolution, and to the notion that language in some way reflects 'laws of form'. This fundamental contribution to understanding the nature and evolution of language will be of wide interest to linguists of all theoretical persuasions as well as to scholars in cognitive science and anthropology.

This book presents a challenge to the widely-held assumption that human languages are both similar and constant in their degree of complexity. For a hundred years or more the universal equality of languages has been a tenet of faith among most anthropologists and linguists. It has been frequently advanced as a corrective to the idea that some languages are at a later stage of evolution than others. It also appears to be an inevitable outcome of one of the central axioms of generative linguistic theory: that the mental architecture of language is fixed and is thus identical in all languages and that whereas genes evolve languages do not. Language Complexity as an Evolving Variable reopens the debate. Geoffrey Sampson's introductory chapter re-examines and clarifies the notion and theoretical importance of complexity in language, linguistics, cognitive science, and evolution. Eighteen distinguished scholars from all over the world then look at evidence gleaned from their own research in order to reconsider whether languages do or do not exhibit the same degrees and kinds of complexity. They examine data from a wide range of times and places. They consider the links between linguistic structure and social complexity and relate their findings to the causes and processes of language change. Their arguments are frequently controversial and provocative; their conclusions add up to an important challenge to conventional ideas about the nature of language. The authors write readably and accessibly with no recourse to unnecessary jargon. This fascinating book will appeal to all those interested in the interrelations between human nature, culture, and language.

This book presents a challenge to the widely-held assumption that human languages are both similar and constant in their degree of complexity. For a hundred years or more the universal equality of languages has been a tenet of faith among most anthropologists and linguists. It has been frequently advanced as a corrective to the idea that some languages are at a later stage of evolution than others. It also appears to be an inevitable outcome of one of the central axioms of generative linguistic theory: that the mental architecture of language is fixed and is thus identical in all languages and that whereas genes evolve languages do not. Language Complexity as an Evolving Variable reopens the debate. Geoffrey Sampson's introductory chapter re-examines and clarifies the notion and theoretical importance of complexity in language, linguistics, cognitive science, and evolution. Eighteen distinguished scholars from all over the world then look at evidence gleaned from their own research in order to reconsider whether languages do or do not exhibit the same degrees and kinds of complexity. They examine data from a wide range of times and places. They consider the links between linguistic structure and social complexity and relate their findings to the causes and processes of language change. Their arguments are frequently controversial and provocative; their conclusions add up to an important challenge to conventional ideas about the nature of language. The authors write readably and accessibly with no recourse to unnecessary jargon. This fascinating book will appeal to all those interested in the interrelations between human nature, culture, and language.

This book is the first to focus on the African origins of human language. It explores the origins of language and culture 250,000-150,000 years ago when modern humans evolved in Africa. Scholars from around the world address the fossil, genetic, and archaeological evidence and critically examine the ways it has been interpreted. The book also considers parallel developments among Europe's Neanderthals and the contrasting outcomes for the two species. Following an extensive introduction contextualizing and linking the book's topics and approaches, fifteen chapters bring together many of the most significant recent findings and developments in modern human origins research. The fields represented by the authors include genetics, biology, behavioural ecology, linguistics, archaeology, cognitive science, and anthropology.

This book is the first to focus on the African origins of human language. It explores the origins of language and culture 250,000-150,000 years ago when modern humans evolved in Africa. Scholars from around the world address the fossil, genetic, and archaeological evidence and critically examine the ways it has been interpreted. The book also considers parallel developments among Europe's Neanderthals and the contrasting outcomes for the two species. Following an extensive introduction contextualizing and linking the book's topics and approaches, fifteen chapters bring together many of the most significant recent findings and developments in modern human origins research. The fields represented by the authors include genetics, biology, behavioural ecology, linguistics, archaeology, cognitive science, and anthropology.

'When, why, and how did language evolve?' 'Why do only humans have language?' This book looks at these and other questions about the origins and evolution of language. It does so via a rich diversity of perspectives, including social, cultural, archaeological, palaeoanthropological, musicological, anatomical, neurobiological, primatological, and linguistic. Among the subjects it considers are: how far sociality is a prerequisite for language; the evolutionary links between language and music; the relation between natural selection and niche construction; the origins of the lexicon; the role of social play in language development; the use of signs by great apes; the evolution of syntax; the evolutionary biology of language; the insights offered by Chomsky's biolinguistic approach to mind and language; the emergence of recursive language; the selectional advantages of the human vocal tract; and why women speak better than men. The authors, drawn from all over the world, are prominent linguists, psychologists, cognitive scientists, archaeologists, primatologists, social anthropologists, and specialists in artificial intelligence. As well as explaining what is understood about the evolution of language, they look squarely at the formidable obstacles to knowing more - the absence of direct evidence, for example; the problems of using indirect evidence; the lack of a common conception of language; confusion about the operation of natural selection and other processes of change; the scope for misunderstanding in a multi-disciplinary field, and many more. Despite these difficulties, the authors in their stylish and readable contributions to this book are able to show just how much has been achieved in this most fruitful and fascinating area of research in the social, natural, and cognitive sciences.

'When, why, and how did language evolve?' 'Why do only humans have language?' This book looks at these and other questions about the origins and evolution of language. It does so via a rich diversity of perspectives, including social, cultural, archaeological, palaeoanthropological, musicological, anatomical, neurobiological, primatological, and linguistic. Among the subjects it considers are: how far sociality is a prerequisite for language; the evolutionary links between language and music; the relation between natural selection and niche construction; the origins of the lexicon; the role of social play in language development; the use of signs by great apes; the evolution of syntax; the evolutionary biology of language; the insights offered by Chomsky's biolinguistic approach to mind and language; the emergence of recursive language; the selectional advantages of the human vocal tract; and why women speak better than men. The authors, drawn from all over the world, are prominent linguists, psychologists, cognitive scientists, archaeologists, primatologists, social anthropologists, and specialists in artificial intelligence. As well as explaining what is understood about the evolution of language, they look squarely at the formidable obstacles to knowing more - the absence of direct evidence, for example; the problems of using indirect evidence; the lack of a common conception of language; confusion about the operation of natural selection and other processes of change; the scope for misunderstanding in a multi-disciplinary field, and many more. Despite these difficulties, the authors in their stylish and readable contributions to this book are able to show just how much has been achieved in this most fruitful and fascinating area of research in the social, natural, and cognitive sciences.