A high performance stable-isotope microanalytical facility for environmental Earth science and climate change research

Gagan, Michael (Primary Investigator)
Ayliffe, Linda (Co-Investigator)
Brocks, Jochen (Co-Investigator)
Cox, Stephen (Co-Investigator)
De Deckker, Patrick (Co-Investigator)
Dodson, John Richard (Co-Investigator)
Dutton, Andrea (Co-Investigator)
Eggins, Stephen (Co-Investigator)
Ellwood, Michael (Co-Investigator)
Fallon, Stewart (Co-Investigator)
Farquhar, Graham (Co-Investigator)
Fink, David (Co-Investigator)
Frisia, Silvia (Co-Investigator)
Goodwin, Ian (Co-Investigator)
Goodwin, Ian (Co-Investigator)
Grun, Rainer (Co-Investigator)
Haberle, Simon (Co-Investigator)
Hesse, Paul (Co-Investigator)
Hua, Quan (Co-Investigator)
Ireland, Trevor (Co-Investigator)
Norman, Marc (Co-Investigator)
O'Connor, Susan (Co-Investigator)
Opdyke, Bradley (Co-Investigator)
Prideaux, Gavin (Co-Investigator)
Treble, Pauline (Co-Investigator)
Williams, Ian (Co-Investigator)

Description

Australasia faces major environmental, economic, and social challenges associated with climate change, human impacts on the environment, natural hazards, and the discovery of mineral deposits. Stable-isotope geochemistry addresses key questions in the geosciences, yet research programs designed to comprehensively characterise how the planet works are at a crossroad due to technical limitations in Australia. The new high performance stable-isotope facility will be a unique, versatile national resource designed to facilitate targeted collaborative research and cutting-edge microanalytical developments. The facility will ensure Australia has forefront technical capacity to understand and forecast phenomena impacting Australasian societies.

Status	Finished
Effective start/end date	1/06/09 → 31/12/11

Funding

Australian Research Council (ARC): A$200,000.00

A high performance stable-isotope microanalytical facility for environmental Earth science and climate change research

Project Details

Description

Funding

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