Prospective Students
Teaching
Research
Publications
About Us
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Research Staff
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Research Staff
Academic, post-doctoral and research associates in the
School and their main research interests.
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Engineering Education: Enhances the learning experience of engineering
students across the Faculty and supports the staff in
their teaching, the students in their learning and
facilitates a more scholarly approach to engineering
education. Caroline draws on all areas of Higher
Education research, Education Development, Science
Education and Critical Pedagogy to support her research
and development work. Engineering and Social Justice: Caroline works at the interface of many disciplines in her theoretical and practical studies which critique engineering practice from a critical theory perspective and create alternatives to practice and pedagogy. Within this area Caroline continues her practical work building on her materials engineeering background in the global not-for-profit organisation "Waste for Life' which develops environmental solutions to social problems.
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Ecological engineering of aquatic systems; limnology
and ecosystem studies; ecology of toxic algal blooms;
zooplankton ecology and evolution; emerging
technologies for the study of aquatic systems;
rehabilitation and remediation of aquatic systems;
ecology, sustainability and society.
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Environmental fluid mechanics; experimental studies
of small-scale mixing processes in environmental flows;
canopy flows; turbulence at the sediment-water
interface; nutrient uptake and particle capture in
macrophyte beds.
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Sea level variations from time scales of hours (e.g.
tides) through to long term changes as a result of
climate change, particularly extreme sea levels and
coastal flooding. The development, calibration and
application of process based (bottom-up) and regime and
equilibrium (top-down) numerical models in marine
research. Understanding the processes that drive both
short term and long-term coastal and estuary
morphology.
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Geophysical fluid dynamics; internal wave
generation; propagation and dissipation; coastal
upwelling; cyclones and turbulent mixing in coastal
ocean; turbulence and phytoplankton patchiness;
turbulent gravity currents.
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Environmental fluid mechanics, in particular the
interaction between the physics and biogeochemistry in
natural aquatic environments; internal waves;
whitecapping surface waves; benthic-pelagic coupling;
plume dispersion and oceanographic measurement
methods.
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Computational Fluid Dynamics; numerical methods and
model development; modelling internal wave and cyclone
induced dynamics; modelling large scale ocean dynamics;
modelling small scale coastal processes.
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Contaminants in the Environment; biogeochemistry of
arsenic in the sub-surface environment; ground
water/surface water interactions; prediction of water
quality in mine voids.
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Contaminant Dynamics; contaminant fluxes into
shallow waterbodies; the distribution of contaminants
through the water column and sediments; the impact of
contaminants on ecosystem health.
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Marine microbiology; marine virology and coral reef
ecology.
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Coastal physical oceanography; circulation and
mixing on the continental shelf; nearshore processes;
remote sensing applications; island wakes and headland
eddies; estuarine dynamics.
Coastal sediment transport; formation and
maintenance of linear sandbanks; formation and
maintenance of beach cusps; dynamics of seasonally open
tidal inlets; swash sediment transport processes
including beach groundwater interaction.
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Limnology and food web related topics; the impact of
toxic cyanobacterial blooms on freshwater organisms;
the fate of toxins in freshwater food webs; behavioural
adaptations of zooplankton (Daphnia) in the presence of
different food sources (e.g. in terms of food quality);
the effect of zooplankton behaviour (e.g. diel vertical
migration) on phytoplankton diversity; stable isotopes
as a tool for studying food webs.
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Ecohydrology; the use of field and laboratory
experimentation to quantify water and chemical
transport across a range of space and timescales;
quantify ecohydrological response of catchments to land
use change.
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Biological Oceanography; phytoplankton ecology,
biogeochemistry, salt lakes, mesoscale eddies, coral
reefs, microbial ecology and algal blooms.
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Coastal oceanography; the physics and geography of
the ocean currents and water properties of the West
Australian shelf waters and southeast Indian Ocean.
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