Multiple births in Homo sapiens - Disentangling stable and dynamic heterogeneity Adaptation
Gradual environmental change versus Single catastrophe-Identifying drivers of mammalian evolution Adaptation Conservation
By combining climate reconstructions, molecular genetic data and species distribution data from the Late Pleistocene (126-13.7 thousand years ago) to the present we evaluate the impact of two key drivers shaping mammalian diversity in a Southeast Asian biodiversity hotspot, the Sunda Shelf.
Funded by the Leibniz-Association (Leibniz Competitive Fund IZW-2-2013 (Leibniz, 2013-2016)
Paternal epigenetic effects: Do fathers transmit their experiences to their sons? Adaptation
Epigenetic changes function as flexible mechanisms to increase adaptability within a generation and transmit the environmental information to subsequent generations in vertebrates. In times of global warming and changing vegetation, we aimed to study the epigenetic response of a wild mammal species, the wild guinea pig, to an increase in temperature (of 10°C more than ambient) as well as to a diet alteration (of 40% less protein). We measured the direct epigenetic response in male wild guinea pigs and also studied whether, and if so to what degree that response was also transmitted to their sons. We detected transmission of epigenetic information from fathers to their sons.
Funded by the Leibniz-Association , SAW Pakt project 2011-2014 (SAW-2011-IZW-2), € 1.2M