Description - Language Classification by Numbers by April McMahon
This book considers how languages have traditionally been divided into families, and asks how they should classified in the future. It describes and applies computer programs from biology and evolutionary genetics to data about languages and shows how the power of the computer can be harnessed to throw light on long-standing problems in historical linguistics. It tests current theories and hypotheses, shows how new ideas can be formulated, and offers a series of demonstrations that the new techniques applied to old data can produce convincing results that are sometimes startlingly at odds with accepted wisdom. April and Robert McMahon combine the expertise and perspectives of an historical linguist and a geneticist. They analyse the links between linguistic and population genetics, and consider how far language can be used to discover and understand the histories and interrelations of human populations. They explore the origins and formation of the Indo-European languages and examine less well studied languages in South America.
Their book will be of great practical importance to students and researchers in historical and comparative linguistics and will interest all those concerned with the classification and diffusion of languages in fields such as archaeology, genetics, and anthropology. Its approachable style will appeal to general readers seeking to know more about the relationship between linguistic and human history.
Buy Language Classification by Numbers by April McMahon from Australia's Online Independent Bookstore, Boomerang Books.
(246mm x 172mm x 17mm)
Oxford University Press
Publisher: Oxford University Press
Country of Publication:
Other Editions - Language Classification by Numbers by April McMahon
Book Reviews - Language Classification by Numbers by April McMahon
Author Biography - April McMahon
Robert McMahon took his BSc (in Agricultural Science) and PhD (in fruit fly genetics) at Edinburgh, and since graduation has worked as a clinical molecular geneticist in Cambridge, Sheffield, and now Edinburgh. His work involves tracing inherited conditions through families, and in particular he has researched and provided genetic services for cystic fibrosis, muscular dystrophy, inherited cancer and Osteogenesis Imperfecta (brittle bone disease). He has published a range of articles in professional and scientific journals, and maintains a research interest in issues of human genetics and evolution, and their relationship with language.