This project seeks to better constrain convective zones in Australia and how they may be affected by climate change.
This PhD project will undertake coupled climate model simulations of the Oligocene and Miocene, using Australia’s state-of-the art community earth system model ACCESS-ESM1.5.
Despite the recent La Niña years, Prof Arblaster says the global temperatures in the 2020s have remained over 1°C warmer than the pre-industrial period, which indicates the “overwhelming influence of human influence on the climate and the urgent need to reduce emissions".
ARC Centre of Excellence for Climate Extremes associate investigator Dr Navid Constantinou explains his work as a physicist and geophysical fluid dynamicist.
Graduates with a strong background in hydrology, mathematics, physics, atmospheric science, climate science, engineering or similar quantitative sciences are particularly encouraged to apply.
‘‘These triple events can be very impactful because you are not seeing the drying out of the soil and then more rain’’
National and international climate policies are stronger than ever, and although there is still much more to be done, it finally seems that government, business and public sentiment are moving in the same direction.
You could help improve our understanding of La Niña events, better plan for our cities or understand how different ocean extremes interact.
The more we can suppress global warming by reaching net-zero emissions as early as possible, the more we limit potential disastrous effects and the need to cool the planet in a post net-zero world.
It is vital we build a better understanding of rainfall changes under global warming so we can plan better for our future climate.