My research is focussed on developing better urban climate models. Recently, I extended an urban model to include what’s going on inside buildings, predicting internal air temperatures and estimating how much energy will be used for heating and cooling. It can also connect up with an atmospheric model for simulating regional or global climate interactions.
Previously, I developed a new method to represent conduction through walls and roofs which has improved accuracy and speed at the resolutions we’re interested in, and I’ve also been involved with a number of field campigns on islands in the Southern Ocean to collect material which helps us reconstruct past climates, and created isithotrightnow.com with James Goldie and Steefan Contractor, fellow students at the CCRC.
Why Urban Climate?
Better urban climate models will help us make better decisions to manage:
- human health (mitigate extreme temperatures and air pollution)
- the economy (energy demand and infrastructure vulnerability)
- the environment (both locally and globally, as about 70% of CO2 are from energy used in cities).
I have a PhD in climate science and I have undergraduate degrees in physics and architecture. After completing architecture in 2005, I worked on residential, health and education buildings. After 6 years working in Australia and overseas I heard the siren call of science, so I started a science degree majoring in physics.
In thinking about how I could combine my two backgrounds, I started looking into urban climate modelling for my Honours (research) year of physics. I really enjoyed the research and work environment at the Climate Change Research Centre (CCRC) at UNSW in Sydney, Australia. I completed my PhD at the CCRC in combination with The Centre of Excellence for Climate System Science and the CSIRO.