An Introduction to Genetics for Language Scientists: Current Concepts, Methods, and Findings [Hardcover]

An introduction to genetics aimed at language scientists, with carefully selected concepts, methods and findings exploring language and speech.This introduction carefully focuses on the most relevant concepts, methods and findings in the genetics of language and speech, and covers a wide range of topics such as heritability, the molecular mechanisms through which genes influence our language, and the evolutionary forces affecting them.This introduction carefully focuses on the most relevant concepts, methods and findings in the genetics of language and speech, and covers a wide range of topics such as heritability, the molecular mechanisms through which genes influence our language, and the evolutionary forces affecting them.During the last few decades we have discovered enormous amounts about our genomes, their evolution and, importantly for linguists and language scientists, the genetic foundations of language and speech. Accessible and readable, this introduction is designed specifically for students and researchers working in language and linguistics. It carefully focuses on the most relevant concepts, methods and findings in the genetics of language and speech, and covers a wide range of topics such as heritability, the molecular mechanisms through which genes influence our language, and the evolutionary forces affecting them. Filling a large gap in the literature, this essential guide explores relevant examples including hearing loss, stuttering, dyslexia, brain growth and development, as well as the normal range of variation. It also contains a helpful glossary of terms, and a wide range of references so the reader can pursue topics of interest in more depth.1. Introduction; 2. Nature, nurture, and heritability; 3. The molecular bases of genetics; 4. Effects of genes on phenotype; 5. Linkage disequilibrium and its role in finding genes; 6. What do genes actually do?; 7. The way forward: exome and genome sequencing; 8. Population and evolutionary genetics; 9. lç