By Giorgio Bertorelle, Michael W. Bruford, Heidi C. Hauffe, Annapaolo Rizzoli, Cristiano Vernesi
It's greatly authorized between conservation biologists that genetics is, greater than ever, a vital and effective software for wild and captive inhabitants administration and reserve layout. despite the fact that, a real synergy among inhabitants genetics and conservation biology is missing. Following the 1st overseas Workshop on inhabitants Genetics for Animal Conservation in 2003, the medical committee felt that, given the worldwide urgency of animal conservation, it used to be critical that discussions on the convention have been made obtainable to graduate scholars and natural world managers. This ebook integrates 'the analytical tools procedure' with the 'real difficulties method' in conservation genetics. every one bankruptcy is an exhaustive assessment of 1 strong point, and a unique attempt has been made to provide an explanation for the statistical instruments to be had for the research of molecular info as truly as attainable. the result's a finished quantity of the cutting-edge in conservation genetics, illustrating the facility and application of this synergy.
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Extra resources for Population Genetics for Animal Conservation (Conservation Biology)
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34 j Eric C. Anderson (b) (a) Subpop. 1 (Black) ν 2 Subpop. 2 (White) Subpop. 1 (Black) Subpop. 2 (White) ν1,2 ν2,1 ν ν ν3,1 2 2 Subpop. 3 (Grey) ν1,3 ν3,2 ν2,3 Subpop. 4. (a) A schematic of the structure model with prior population information assuming three subpopulations of cats. ν is the fraction of individuals in any subpopulation having a single immigrant ancestor in the last n generations from any of the other subpopulations. The other subpopulations are assumed to contribute migrants at the same rate so the probability that an individual has an ancestor from a specific subpopulation is ν/(K − 1), which in this case is ν/2 because there are K = 3 subpopulations.
1994a). Genetic and phylogenetic analyses of endangered species. Annual Review of Genetics, 28, 467–489. O’Brien, S. J. (1994b). A role for molecular genetics in biological conservation. Proceedings of the National Academy of Sciences USA, 91, 5748–5755. Olsen, J. , Wenburg, J. K. and Benzen P. (1996). ) using microsatellites. Molecular Marine Biology and Biotechnology, 5, 259–272. O’Reilly, P. and Wright, J. M. (1995). The evolving technology of DNA fingerprinting and its application to fisheries and aquaculture.
Population Genetics for Animal Conservation (Conservation Biology) by Giorgio Bertorelle, Michael W. Bruford, Heidi C. Hauffe, Annapaolo Rizzoli, Cristiano Vernesi