Zebedee started his PhD at the University of Melbourne’s Australian-German Climate and Energy College in November 2016.
Before coming home to Melbourne, he completed his undergraduate Masters course in Physics at St.John’s College, University of Oxford. There he specialised in Atmospheric and Biological Physics and completed his Masters project under the supervision of Professor Myles Allen.
His Masters thesis focussed on building a simple integrated assessment model to analyse factors which influence how much an economically rational decision maker might choose to emit and hence warm the Earth.
To contribute to discussions on future emissions pathways, he is interested in contributing to the next development cycle of the MAGICC model as well as the on-going development of the FAIR model.
THESIS: evelopment of simple climate models
Zebedee's topic revolves around the development of two simple climate models – the MAGICC and FAIR models. These models are both computationally inexpensive and are relied on for probabilistic estimates of our future climate and to calculate policy relevant metrics, such as the social cost of carbon.
The probabilistic estimates of our future climate allow us to explore a much wider range of future scenarios than can be done with more complex global circulation models. As they are often used in integrated assessment they are also key to determining possible future emissions pathways, which will help us produce Australian and global climate projections.