|
Go to:
Table of Contents
|
A Primer of Conservation Genetics A brief introduction to the general principles of conservation genetics
Richard Frankham, Jonathan D. Ballou David A. Briscoe Line drawings by Karina H. McInnes, Melbourne CAMBRIDGE UNIVERSITY PRESS This Primer is intended to provide a brief accessible introduction to the general principles of conservation genetics. We have endeavored to make it as accessible as possible to a broad range of readers. It is suitable for those undertaking introductory genetics courses at University, for students undertaking conservation biology courses and even for motivated first-year biology students who have completed lectures on basic Mendelian Genetics and introductory population genetics (allele frequencies and Hardy-Weinberg equilibrium). Conservation professionals with little genetics background wishing for a brief authoritative introduction to conservation genetics should find it accessible. These include wildlife biologists and ecologists, zoo staff undertaking captive breeding programs, planners and managers of National Parks, water catchments and local government areas, foresters and farmers. This book provides a shorter, more basic entry into the subject than our ‘Introduction to Conservation Genetics’. We have placed emphasis on general principles, rather than on detailed experimental procedures, as the latter can be found in specialist books, journals and conference proceedings. We have assumed a basic knowledge of Mendelian genetics and simple statistics. Conservation genetics is a quantitative discipline as its strength lies in its predictions. The book includes a selection of important equations, but we have restricted use of mathematics to simple algebra to make it accessible to a wide audience.
Find an error or typo or have suggestions? We will post all corrections and errata on this web site. Contact: rfrankha@rna.bio.mq.edu.au Web site maintained by J. Ballou. Updated Jan 1, 2004. ballouj@nzp.si.edu
|