Attending the course of Animal Conservation Genetics, the student develops a solid background to appreciate the value of genetic diversity and of the micro-evolutionary processes that shape it over time, as well as to identify the major threats to their maintenance. The student learns a spectrum of methodologies to monitor such diversity in natural and captive populations, and comprehends the cause-effect mechanisms that lead to a loss of diversity and adaptation with negative impacts on population viability. These skills will enable the student to define experimental protocols for genetic monitoring of animal populations and to contribute to the implementation of adequate wildlife management plans and conservation policies.
Moreover, the adoption of forms of participative learning induces students to develop capacities of critical evaluation of scientific data, discussion among peers on specific topics, and increases communication skills, favouring an attitude to clearly expose information, scientific data and personal opinions to a mixed audience of specialists and non-specialists.