02 · Research

Research themes

I work where surface processes meet deep Earth — using landforms, sediments, geochronology and numerical modelling to read how landscapes record climate cycles, tectonicsem and mantle convection.

LiDAR DEM of Sorell Rivers terraces

Fluvial terraces as climate archives

Combining cosmogenic nuclide dating and numerical modelling to obtain quantitative paleo-climate information.

current
Perito Moreno Glacier, Patagonia

Glacially accelerated incision

How does the magnitude and periodicity of glacial cycles affect the rate of valley incision?

current
Desert pavement, Boolcoomatta, SA

Desert pavements

Using cosmogenic nuclides to quantify the rates and processes driving the co-evolution of desert pavements and patterned vegetation.

current
Braided river

Sediment routing

Quantifying source-to-sink sediment transporth through geochemistry and landscape evolution modelling

past
Earth from orbit

Landscape evolution in deep time

Quantifying rates of topographic growth and decay.

past
Earth from orbit

Continental dynamic topography

Testing predictions of dynamic topography using geological data.

past
Continental margin from space

Passive margin subsidence

Extricating isostatic and dynamic signals in tectonic subsidence.

past
Serra da Capivara

Evolution of cratonic basins

Subsidence analysis of South American and North American cratonic interiors.

past
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