Steven J. Phipps
Researcher in ice, climate and sea level
Hobart, Tasmania, Australia
I am a Senior Research Fellow based within the Institute for Marine and Antarctic Studies at the University of Tasmania in Hobart, Tasmania, Australia. My research is funded by the Antarctic Gateway Partnership and the Centre for Southern Hemisphere Oceans Research (CSHOR).
I study past, present and future changes in the climate system, with a particular focus on Antarctica and sea level rise. I endeavour to bridge the gap between science and policy, working with decision-makers to provide them with the information they need to deal with the challenge of climate change.
I am also currently contributing scientific expertise towards the Road to Recovery expert taskforce, which is developing a report on the challenge of recovering from the current state of COVID-19 pandemic shut-down.
I am a strong believer in the power of diplomacy and international relations to make our world a better place. Through the Australia-Japan Society of Tasmania and the Australian Institute for International Affairs, I seek to promote mutual cultural understanding and create a world where we can tackle the grand challenges of the 21st century together.
Above all, I have a fundamentally optimistic perspective on life. I believe in inspiring people, telling positive stories and striving for a better world.
My current research aims to understand past, present and future changes in Antarctica and the climate of the Southern Hemisphere. To approach this problem, I use a combination of ice sheet modelling, climate modelling and data from natural archives, such as ice cores, tree rings and corals.
The primary focus of my research is on understanding the role of the Antarctic Ice Sheet in driving changes in global sea level. Bringing together the models and the data, I seek to generate more accurate projections of future sea level rise and to share this information with decision-makers.
I am the developer of the CSIRO Mk3L climate system model, a fast and portable global climate model designed primarily for studying long-term climate variability and change. I continue to develop and maintain the model, as well as to train, support and mentor users. CSIRO Mk3L is freely available to the research community, and now has more than 100 registered users located around the world.
I also work with the Parallel Ice Sheet Model (PISM), using the model to explore future pathways and to generate projections of future sea level rise.
The story of the Earth's past is written in the landscape all around us. I work with data from natural archives, including corals from the tropical oceans, tree rings from temperate regions such as Tasmania and New Zealand, and ice cores and geological samples from Antarctica. This data allows us not only to understand past changes in the Earth's climate, but also to improve the models that we use to predict the future.
I am one of the leaders of the PAGES 2k Network, which seeks to reconstruct and understand changes in the global climate over the past 2,000 years. I was also co-founder and co-lead of SHAPE (Southern Hemisphere Assessment of PalaeoEnvironments), which sought to understand changes in the Southern Hemisphere climate over the past 60,000 years.
I am a chief investigator on two publicly-funded research projects: East Antarctic Synthesis of Ice cores (EASI) - Ice core records of continental, hemispheric and global variability and change, which will use ice cores from Antarctica to reconstruct and understand past climate variability and change, and Drought or Deluge? How did Rainfall in the Tropical South Pacific Respond to Sudden Climate Change During the Glacial Period?, which will bring data and modelling together to understand how the climate of the South Pacific Ocean changed during the last ice age.
I am also an active participant in a number of large-scale collaborative international research projects. Using CSIRO Mk3L, I have generated climate model simulations for the Coupled Model Intercomparison Project (CMIP), the Paleoclimate Modelling Intercomparison Project (PMIP) and the Geoengineering Model Intercomparison Project (GeoMIP). These simulations have been included in the Fifth Assessment Report and Sixth Assessent Report of the Intergovernmental Panel on Climate Change (IPCC).
I am President of the Australia-Japan Society of Tasmania, which seeks to promote mutual cultural understanding between the people of Tasmania and Japan. AJS-TAS organises educational, cultural, social and commercial events, and is a particularly strong supporter of the growing Tasmania-Japan connection in the field of Antarctic research.
I also seek to promote mutual understanding between Australia and Japan through my roles on the National Council of the National Federation of Australia-Japan Societies and the Hobart-Yaizu Sister City Committee.
More broadly, I also serve on the Council of the Tasmanian Branch of the Australian Institute for International Affairs. AIIA is an independent, non-profit organisation which seeks to promote interest in, and understanding of, international affairs in Australia.
In the field of marine and Antarctic science, I am also building a formal partnership between the Institute for Marine and Antarctic Studies at the University of Tasmania and the Atmosphere and Ocean Research Institute at the University of Tokyo.
I am a passionate believer in the importance of public outreach and science communication. I engage with the public via outreach events such as Beaker Street@TMAG, via school programs such as Moving East, and via online media, print, radio and television. I tweet regularly, I write for The Conversation and I maintain an occasional blog at The Time-Travelling Climatologist.
I am also a passionate believer in open science. Via this website, you can download every scientific article that I have ever published, every scientific presentation that I have ever given and the materials for every course that I have ever taught. I am also steadily working on making all the scientific data that I have ever generated freely available.