Seminar: Eithne Tynan (Editor Nature Communications). An insiders view of Nature journals
Quantification of the changes in Atlantic water mass flow across rapid climate changes of past 40Ky
In this webinar, Dr Josephine Brown will talk about her work on exploring the causes of model uncertainty in projections of Northern Australian rainfall, including efforts to limit this uncertainty using information about model skill, observations of recent trends and understanding of the relevant physical processes. This information will be used to improve the next generation of regional projections.
Speakers: Doerte Jakob, Chun Hsu Su, Nathan Eizenberg, Peter Steinle. Video connection details (Note the change) Name: Bureau of Meteorology – R&D Seminars. Video Address - Bureau Internal: 558912. External Participants: 558912@bom.gov.au. PIN: 3099#. Audio Connection: +61 3 9900 8912 The Bureau of Meteorology Atmospheric high-resolution Regional Reanalysis for Australia (BARRA) is the first of its kind for the Australian region.... View Article
CMS will be running the sessions at the same time at all nodes using video-conferencing.
Our climate system varies on a wide range of timescales, from seasons to several millions of years. A large part of this variability is internally generated as a result of instabilities of the coupled atmosphere-ocean-ice-carbon cycle system. Other modes of variability, such as glacial cycles, are caused by astronomical forcings with periods of 20, 40,... View Article
This event will explore the ways our beliefs and values influence our concern and drive to act on climate change. The panel will reflect a range of religious denominations as well as Indigenous Australians’ spiritual perspectives.
Dr Phil Macumber, University of Melbourne, Environmental influences on the occupation of Arabia (including climatic and eustatic changes)
Phil Macumber (University of Melbourne). Environmental influences on the occupation of Arabia (including climatic and eustatic changes)
Weekly cycles in global fires and urban temperatures. Dr Nick Earl (Uni Melb)
