Ph.D. course, Fall of even numbered years, 2 credits, 5 ECTS
Aims
This course is an introduction to the evolution of genetic systems and symbiotic associations.
Content
Current literature on the evolution and ecology of genetic systems and symbiotic associations will be covered. Specific topics include, but are not limited to: 1) environmental uncertainty and the maintenance of sex, including frequency dependent selection in the face of parasite coevolution, 2) the evolutionary consequences of genetic recombination in procaryotes, 3) the evolution and ecology of parthenogenesis in higher eucaryotes, 4) evolutionary dynamics of sub-sexual mating systems such as selfing in higher plants, 5) reproductive conflicts between hereditary factors having different modes of transmission, 6) coevolution of parasite transmission and virulence, 7) evolution of reproductive manipulation by symbionts.
Prerequisites
"Populationsbiologi" or equivalent (to be approved by instructor)
Teaching curriculum
3 hrs. lecture/colloquium per week in 10 weeks. Following introductory lectures, participants will give a critical oral presentation on a topic of interest to them (in consultation with the instructor). Additionally, a written critical summary (about 3-5 pages) of the main points of their presentation will be prepared for distribution to the other participants in the class.
Teacher
Dave Parker, dave.parker@biology.aau.dk
Examination
No written exam, however for credit attendance in 80 % of course and successful completion of oral presentation and written critique.
Limit on number of attendees
16
Teaching material
Primary literature dealing with the topics. In some cases, reviews and/or book chapters will be used as background readings.