PhD students & Post-Doc

Track 1: Citizen science for mosquito surveillance

Track 2: Wildlife surveillance

Track 3: Impact of emerging arboviruses on wild bird populations

Track 4: Tracking of movement, density and mortality of susceptible amplifying hosts (birds, rodents, bats, mammals)

Track: 5, Dynamic risk based early warning risk maps

Track 6: Travelers as sentinel and source of arboviruses

Track: 7, Citizens and surveillance with focus on high schools

Track 8: Arbovirus surveillance in livestock

Track: 9, Tracing and retracing mosquito-borne disease emergence and spread

Track: 10, Tools to explore risk of emergence of vector-borne diseases in ecosystems

Track 11: Generic early warning indicators for vector-borne infections

Track 12: Predictors of tipping points of mosquito populations in a changing world

Track 13: Vector competence studies in change scenario’s

Track 14: Vector immunity in change scenario’s

Track 15: Experimental work on effects of global change scenarios on vector population parameters

Track: Post-doc

Track 16: Prediction of host range and reservoir potential

Track 17: Understanding the role of vector, host and virus variations in transmission and disease

Track 18: Models to study and prioritize neuropathogenic arboviruses

Track 19: Role of host innate immune responses and arbovirus innate immune evasion in transmissibility, host range and disease outcome

Track 20: Arbovirus systems serology: antibody profiling for exposure and impact assessment

Track: 21, From theory to practice, what to do when and where?

Track 22: Serological tools for surveillance across species

Track 23: Pathogen detection, metagenomics and genomic epidemiology for early warning surveillance

Track 24: Vector immunity in changing scenario’s & Modulating mosquito immunity

Track: 25, Arbovirus pathogenesis and development of innovative vaccine

Track 26: Universal vaccines