| | | | | | | |  | | | Mark Baird | | | | Senior Research Fellow | | | | Office | Room
4066 ,
The Red Centre | | Phone | 9385 7196 | | Fax | 9385 7123 | | Email | m.baird@unsw.edu.au |
| | RESEARCH INTERESTS | | | | Coupled physical-biological modelling of aquatic systems; Nutrient uptake on coral reefs | | | | TEACHING DUTIES | | | | Marine Chemistry, Ecological Modelling, Physical Oceanography | | | | AWARDS | | | | ARC Australian Research Fellow | | | | RECENT GRANTS | | | | Baird, M. E. (2005-2009). Development of a coupled physical-biological model of size-structured biota in marine waters. ARC Discovery Project ($465,000). | | | | SELECTED PUBLICATIONS | | | - Baird, M. E., P. R. Oke, I. M. Suthers and J. H. Middleton (2004) A plankton population model with bio-mechanical descriptions of biological processes in an idealized 2-D ocean basin. J. Mar. Sys. 50: 199-222.
- Baird, M. E., M. Roughan, R. W. Brander, J. H. Middleton and G. J. Nippard (2004) Mass transfer limited nitrate uptake on a coral reef flat, Warraber Island, Torres Strait, Australia. Coral reefs. 23:386-396.
- Baird, M. E. and J. H. Middleton (2004) On relating physical limits to the carbon : nitrogen ratio of unicellular algae and benthic plants. J. Mar. Sys. 49: 169-175.
- Baird, M. E., P. G. Timko, I. M. Suthers and J. H. Middleton (2006) Coupled physical-biological modelling study of the East Australian Current with idealised wind forcing. Part I: Biological model intercomparison. J. Mar. Sys. 59: 249-270.
| | | | FURTHER INFORMATION | | | |
More information on
Mark Baird
can be obtained by looking at
his
personal web page
or by contacting
him directly.
| | |
| |
Printer friendly page
