ABOUT ME
During my current postdoc at Newcastle University with Prof. Theresa Rueger, I combine elements of classic game theoretical models of cooperation and reproductive skew to include mutualistic interaction and thereby create a general framework for social evolution. The theoretical models will be informed by empirical findings from experiments done with anemones and anemonefish in Papua New Guinea.
During my postdoc at the University of Neuchâtel with Prof. Redouan Bshary, I examined adaptive breeding strategies in sex-change species across social and ecological conditions based on lifetime reproductive success. I use theoretical models informed by empirical data on the sex-changing cleaner fish Labroides dimidiatus.
During my postdoc at Columbia University with Prof. Dustin Rubenstein, I investigated the evolution of cooperation by exploring the phenomenon of age-dependent task specialization in vertebrates. In addition, I looked at the role of reproductive conflict mediating sociality in different ecological environments. I used a combination of theoretical models and comparative methods.
I obtained my PhD in Ecology and Evolution at the University of Bern with Prof. Michael Taborsky. I investigated different direct and indirect fitness benefits that shape the evolution of cooperative breeding, in particular the pay-to-stay and group augmentation hypothesis in connection with kin selection. I used a combination of mathematical and computational modelling, with behavioural experiments in the model species Neolamprologus pulcher, a cichlid fish from Lake Tanganyika.
I did my maters in Animal Behaviour at the University of Exeter. During my master’s thesis with Prof. Tim Fawcett, I investigated how males may adjust courtship displays depending on the number of rival signalers, and how flexible displays may coevolve with the female preference using a theoretical approach.
I received my Bachelor degree in Biology at the University of Valencia. During my bachelor’s thesis with Prof. Juan S. Monrós, I researched the phenology of emergence of different species of cave dwelling bats during their breeding period. I focused on how the raise in their energetic expense at different reproductive stages is traded against a higher predation risk of earlier emergence.