By Fred W. Allendorf, Gordon H. Luikart, Sally N. Aitken
Conservation and the Genetics of Populations supplies a finished assessment of the fundamental heritage, options, and instruments had to know how genetic details can be utilized to advance conservation plans for species threatened with extinction.Provides an intensive figuring out of the genetic foundation of organic difficulties in conservation.Uses a stability of information and concept, and uncomplicated and utilized examine, with examples taken from either the animal and plant kingdoms.An linked web site comprises instance facts units and software program courses to demonstrate inhabitants genetic techniques and strategies of information analysis.Discussion questions and difficulties are incorporated on the finish of every bankruptcy to help understanding.Features visitor bins written by way of prime humans within the box together with James F. Crow, Nancy FitzSimmons, Robert C. Lacy, Michael W. Nachman, Michael E. Soule, Andrea Taylor, Loren H. Rieseberg, R.C. Vrijenhoek, Lisette Waits, Robin S. Waples and Andrew Young.Supplementary details designed to aid Conservation and the Genetics of Populations including:Downloadable pattern chapterAnswers to questions and problemsData units illustrating difficulties from the bookData research software program programsWebsite linksAn teacher guide CD-ROM for this identify is offered. Please touch our larger schooling workforce at HigherEducation@wiley.com for additional information.
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Extra resources for Conservation and the Genetics of Populations
A similar statement can be made about most of the issues we are faced with in conservation biology. , behavior, physiology, or interspecific interactions). 4 Applications of genetics to conservation Darwin (1896) was the first to consider the importance of genetics in the persistence of natural populations. He expressed concern that deer in British nature parks may be subject to loss of vigor because of their small population size and isolation. Voipio (1950) presented the first comprehensive consideration of the application of population genetics to the management of natural populations.
1 Color pattern Mendel chose to study the inheritance of seven characters that had clearly distinguishable forms without intermediates: tall versus dwarf plants, violet versus white flowers, green CHAPTER 2 PHENOTYPIC VARIATION IN NATURAL POPULATIONS 19 versus yellow pods, etc. ). The presence of such discrete polymorphisms in species has sometimes been problematic for naturalists and taxonomists. For example, the king coat color pattern in cheetahs was first described as a cheetah–leopard hybrid (van Aarde and van Dyk 1986).
These results confirm that the difference between populations in slug-eating behavior has a strong genetic component. Studies with several salmon and trout species have demonstrated innate differences in migratory behavior that correspond to specializations in movement from spawning and incubation habitat in streams to lakes favorable for feeding and growth (reviewed in Allendorf and Waples 1996). 7 Results of tests in orientation cages allowing blackcaps to choose direction of migration. Solid and open triangles represent birds from Germany and Austria, respectively.
Conservation and the Genetics of Populations by Fred W. Allendorf, Gordon H. Luikart, Sally N. Aitken