Track 15: Experimental work on effects of global change scenarios on vector population parameters
Peter van Bodegom (LU)
Maarten Schrama (LU)
Eline Boelee (Deltares)
Hey there! I’m Sam, a molecular ecologist with a thirst for knowledge and coffee. I like to explore, not only by travelling, but also by finding new and creative solutions to the problems I encounter.
In my off-time, I like to learn to use (and build) new tools, ranging from 3D printers to embroidery machines. Apart from that, I play tabletop games with friends, cook, draw, do nature photography and play piano. I also enjoy bad puns, so… my apologies in advance.
A common theme for my projects is my focus on use of molecular detection methods for (routine) biodiversity monitoring. For my bachelor’s project, I studied the spatio-temporal distribution of macro- invertebrate environmental DNA (eDNA), the DNA that organisms shed into their environment. We found out that invertebrate eDNA can be highly heterogeneously distributed in water bodies. Thereafter, I compared eDNA-based detection to traditional capturing methods for mosquitoes on the Dutch Leeward Isles. eDNA- based detection turned out to be as good as traditional techniques. For my master’s project, I tried to genotype the African lion from stool samples, which proved to be unreliable.
As I like to investigate human impacts on biodiversity and want to stay in ecological and molecular research, a PhD at this consortium was an ideal opportunity. Apart from experimentally investigating the resilience of these important vectors, I hope to build an interdisciplinary network and find new collaborations within the field of vector ecology.
This project 'Preparing for vector-borne virus outbreaks in a changing world: a One Health Approach' (NWA. 1160.1S.210) is (partly) financed by the Dutch Research Council (NWO).
OHPACT is a NWA ORC project. More info can be found here