By Richard Frankham
Meant for people with a constrained historical past in genetic experiences, this concise, entry-level textual content in conservation genetics is gifted in a straightforward layout, with details sincerely highlighted. Solved difficulties are supplied all through to aid illustrate key equations, even if a simple wisdom of Mendelian genetics and easy records is thought. A thesaurus and proposals for extra analyzing supply extra help for the reader. a variety of pen-and-ink images of endangered species deliver the fabric to existence. additionally on hand: creation to Conservation Genetics "...balance[s] pupil want for readability and brevity with the necessities of conservation execs for designated applications." selection 0-521-63014-2 Hardback $130.00 C 0-521-63985-9 Paperback $50.00 D
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Extra info for A Primer of Conservation Genetics
These sex-linked loci have different doses of loci in males and females and have Hardy--Weinberg equilibria that differ from those for non sex-linked (autosomal loci) loci. The relationship between allele and genotype frequencies according to the Hardy--Weinberg equilibrium is shown in Fig. 1. This illustrates two points. 5 (50%) for a locus with two alleles. 5. Second, when an allele is rare, most of its alleles are in heterozygotes, while most are in homozygotes when it is at a high frequency.
00 (‘immigrants’) All the non-J alleles in the Web Valley population have come from dogs. 0 Thus, the Web Valley population of Ethiopian wolves derives about 22% of its genetic composition from domestic dogs. This is the accumulated contribution of alleles from dogs, not a per-generation estimate. Phenotypically abnormal individuals, suspected of being hybrid individuals, represent about 17% of the population. Estimates can also be made from other microsatellite loci and the best estimate would come from combining information from all relevant loci.
American alligator Royal mahogany 29 30 GENETIC DIVERSITY the most likely explanation is that threatened species have suffered reductions in population size that directly result in loss of genetic diversity. What components of genetic diversity determine the ability to evolve? Quantitative genetic variation for life history traits is the major determinant of evolutionary potential. Unfortunately, we have least information on this form of genetic diversity and it is the most difﬁcult to measure Evolutionary potential is most directly measured by estimating the quantitative genetic variation for reproductive ﬁtness.
A Primer of Conservation Genetics by Richard Frankham