Islands biotas have long fascinated biologists studying evolution. Yet studies focuses on parasites have by far lag behind those on free-living organisms. At present we know little about how parasites colonize, spread and adapt to islands, despite the implications this may have from a conservation and epidemiological perspective. Reptiles parasites are interesting systems to tackle such questions. Despite reptiles have been long-considered model organisms for evolutionary studies, little work has been done on their parasites, particularly those living on islands. And we know nothing about the role of these host-parasite systems in the maintenance and transmission of zoonotic diseases. Socotra is one of the most isolated landforms on Earth of continental origin, and a hallmark of biodiversity and endemicity. However, the archipelago remains largely unexplored to science as does the origin and evolution of its endemic fauna. But in investigating parasite evolution we can get further insights into the evolutionary history of the hosts. In this scientific context, this project aims to answer; 1) how host-parasite assemblages of Socotra have evolved, 2) which are the consequences of parasitism for its endemic reptile fauna, 3) which is the role of these reptile-vector pathosystems in the disease ecology of zoonotic agents and disease risk for humans.
Field of science
- /medical and health sciences/health sciences/epidemiology/zoonosis
- /natural sciences/biological sciences/biological behavioural sciences/ethology/biological interaction
Call for proposal
See other projects for this call