Dr Ceridwen (Crid) Fraser
I am broadly interested in the influence of environmental conditions, including past and future environmental change, on global patterns of biodiversity. I use a wide range of techniques to address research questions, including ecological and genetic approaches, and have a particular focus on the high-latitude ecosystems of the Southern Hemisphere (the sub-Antarctic islands and Antarctica), which offer unique opportunities for testing hypotheses about dispersal and survival in extreme environments. See also my lab group's web page: www.ceridwenfraser.com
I have an undergraduate degree in conserving cultural materials (paper conservation), but did another in marine science when an early-life crisis sent me hurtling back to my dream of being a marine biologist. My Honours year was spent working on polychaete worms at the Australian Museum. I then moved across the ditch to study for my PhD in the Department of Zoology at the University of Otago (New Zealand), graduating in 2009. I worked as a postdoctoral fellow with the Allan Wilson Centre for Molecular Ecology and Evolution (hosted at the University of Otago), followed by a postdoc in the Biological Control and Spatial Ecology group at the Université Libre de Bruxelles, Belgium, before moving to the Australian National University in mid 2012 to take up a position as a lecturer in the Fenner School of Environment and Society. See also my CV.
Researchers in my team are studying diverse projects including:
- the influence of volcanoes on biodiversity in Antarctica
- dispersal of parasites with hosts
- biogeography of polar marine species
For more information, visit my lab group's web page: www.ceridwenfraser.com
I have several upcoming projects that could involve Honours or postgraduate students, such as:
- The role of volcanoes in maintaining biodiversity in the Antarctic throughout past ice ages. Specifically, I have some exciting opportunities for Master and Honours students using DNA to address this question in
--> Antarctic mosses
--> Antarctic invertebrates (springtails)
- Long-distance dispersal of parasites with their hosts
- Determining the sources of invasive species on sub-Antarctic islands
- Southward range shifts in south-eastern Australian species
Katie Moon, PhD student, 2014 -
Katie is studying population connectivity, host specificity and genetic / species diversity in ticks and other ectoparasites affecting various penguin species throughout the Southern Hemisphere. For more information, see Katie's web page, by clicking here.
Katie collecting parasites from a Little Blue Penguin
Rachel Downey, PhD student, 2017 -
- Laura Wilson: Connectivity of tropical marine ecosystems in north-western Australiasia.
- Laura Smith: Identifying glacial refugia through meta-analysis of genetic diversity in Antarctic springtails
- Callum Blake: the broad-scale distribution of the phytomyxean gall-forming parasite Maullinia associated with southern bull kelp species (Durvillaea) in Chile and Australia.
- Xenia Weber: Identifying cryptic species in southern bull kelp in Australia
- Katie Moon: Evolutionary history and dispersal capacity of Little Blue Penguin Ticks
- Amy Macris: Genetic diversity in alpine tree frogs (Litoria verreauxii alpina)
Independent Research Project students:
- Alex Harrison: Pumice rafting as a transportation agent for marine life: relationships between clast volume / porosity and biomass / diversity
- Laura Smith: Assessing marine worm dispersal potential among estuaries in NSW
- Victor Wang: Reproductive and dispersal strategies underpin density dependent demographic processes
- Wei (Cheng) Tan: Ectoparasite dispersal by an aquatic bird
Grants are drawn from ARIES. To add Projects or Grants please contact your College Research Office.
- Volcanoes as safe-havens for Antarctic species during ice ages (Primary Investigator)