The research on aquatic organisms uses DNA sequencing, microsatellite genotyping, genomics or transcriptomics to understand the evolution and maintenance of spatial patterns in relation to environmental factors.
Ongoing projects:
- A genomic appraisal of the stock structure of South African sardines
- Conservation genetics of the endangered Knysna seahorse
- Seascape genetics of temperate Australian invertebrates
- Co-evolution of mangroves and mangrove-associated crabs
- An investigation of edge-center population dynamics in marine mussels
- Barcoding of South African sponges
New projects:
- Mesoscale connectivity of South African marine mussels
- Hybridisation of marine biota in response to climate change
- Female philopatry in the raggedtooth shark, Carcharias taurus
- Connectivity between ephemeral ponds in the world's largest copepod
- Genetic connectivity of Gauteng's groundwater communities, with implications for managing acid mine drainage