Theoretical population genetics: Dynamics of populations, genetic diversity and fixation probability in populations experiencing heterogeneous and dynamic environments.

 

 

• Population genomics: Genomic signatures of past demographic events and evolutionary trajectories

 

• HIV Evolution: Genomic signatures of past demographic events, evolutionary trajectories and evolution of recombination.

 

• Population dynamics: Dispersal, population persisetence, control of invasive species and disturbance  

 

• Consevration Biology: Population persistence in complex environments

 

• Community dynamics: Metacommunity compositions, specialist and generalist coexistence

 

• Transition in reproductive systems: Male to female heterogamety, parthenogenesis from sexual population, transition in number of mating types numbers in fungi.

 

• Host-parasite co-evolution: Signatures on co-phylogenies

 

• Network Analysis: Inference from gene expression data, centralities analysis.