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National Committee for Earth System Science

The Committee covers the science needed to understand weather and climate, how it is changing, and how it will change in the future, including data, process-based understanding and modelling.  

The National Committee for Earth System Science aims to: 

• provide strategic evidence-based advice on Earth system science to the Academy and other bodies as required   
• support scientific literacy and excellence in Earth system science by engaging with researchers, professionals and relevant national organisations  
• liaise with relevant international bodies, ensuring Australian involvement in international activities   
• promote interdisciplinary collaboration and take a multi-disciplinary approach in providing advice to the Academy  
• provide strategies, recommendations, and implementation priorities for improving Earth System models and climate projections and predictions   

The core objectives of the committee derive from the NCESS Plan 2010 To live within Earth鈥檚 limits: An Australian plan to develop a science of the whole Earth system. Other broad aims include communication and reporting of Earth system science, advocacy for the funding needs of the ESS community, championing the ESS agenda and promoting Australian connections to international Earth system science.

The NCESS plan encompasses the development of a broader cross-academy approach to Earth system science in Australia that meshes with the Future Earth initiative of the International Science Council (ISC).

Reports and activities

• A decadal plan for Australian Earth System Science, November 2024
• Michael Raupach: a celebration of his life and science, February 2017
• Submission鈥擱eview of the Bureau of Meteorology's space weather services, July 2014
• To live within Earth鈥檚 limits: an Australian plan to develop a science of the whole Earth system, published 2010

Related groups and organisations

• Future Earth Australia

Members

• • University of New South Wales, Director, ARC Centre of Excellence for Climate System Science
  • Research expertise: Terrestrial processes in global and regional climate modelling, model evaluation and earth systems approach
• • Monash University, School of Earth Atmosphere and Environment
  • Research expertise: Climate variability, climate extremes, climate modelling, climate change, and stratospheric ozone.
• • Lead Scientist, Australian Climate Change Authority
  • Research expertise: Earth science, climate change science, environmental science, marine biology, environmental policy.
• • University of NSW, School of Mathematics and Statistics, Associate Professor
  • Research expertise: Climate change processes, physical oceanography, applied mathematics, applied statistics.
• • The University of Melbourne, School of Geography, Earth and Atmospheric Sciences
  • Research expertise: Tropical variability, extreme rainfall, wind energy meterology.
• • CSIRO Environment, Chief Research Scientist
  • Research expertise: Climate change, greenhouse gases, carbon pools, decarbonisation, ecosystem collapses, biogeochemical cycles.
• • CSIRO Environment, Climate Data Scientist
  • Research expertise: Climate data engineering, data governance and infrastructure.
• • Bureau of Meteroology, Team Leader
  • Research expertise: Investigating climate extremes, earth observation data, water science, developing tools for a sustainable future.
• • Monash University, School of Earth Atmosphere and Environment, Senior Research Fellow.
  • Research expertise: ARC DECRA Fellow in Antarctic research, Chief investigator on the ARC Special Research Initiative Securing Antarctica's Environmental Future.
• • University of New South Wales Sydney, Scientia Senior Lecturer
  • Research expertise: Urban climatology, leads the Climate Resilient Cities research lab.
• • CSIRO, Director of Centre for Complex Systems Science
  • Research expertise: Climate, earth sciences, atmospheric physics, turbulance.