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Chemistry, Physics and Earth Sciences, Science and Engineering, Flinders University, Adelaide, Australia
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Professor Matthias Tomczak

School of Chemistry, Physics & Earth Sciences

Position: Professor of Oceanography

Contact details:

Phone: +61 - 8 - 8201 2298
Fax: +61 - 8 - 8201 2676
E-mail: Matthias.Tomczak@flinders.edu.au
Postal: School of Chemistry, Physics and Earth Sciences
Flinders University
GPO Box 2100
Adelaide 5001
Australia

 

Location: Room: 315 Building: 55 (Earth Sciences)

Nearest car park: 10, 9

Key responsibilities:

  • Professor of Oceanography
  • Coordinator of the Meteorology and Oceanography programme

Teaching

Physical Oceanography

Publications

See Publication List

Links

Research

One of my main research interests has been and continues to be quantitative water mass analysis. I developed Optimum Multiparameter (OMP) analysis and take an active interest in the OMP Analysis User Group. I developed the Matlab code for OMP Analysis version 2. The latest version, which includes some amendments by Johannes Karstensen, can be downloaded from the website of the OMP Analysis User Group.

Further development of OMP analysis concentrates on a technique to derive time variations in the properties of source water masses from observations at great distances from the source. This is a highly nonlinear optimization problem that requires careful nudging towards the oceanographically most sensible solution.

Another research project I have been pursuing is the calibration of rainfall data over the tropical oceans, particularly in convective rain systems, which produce spatially and temporally patchy rainfall. A proof of concept experiment to use navigational radar for rainfall measurement is documented in one paper and a website (see below under publications). Further work concentrates on the effect of rainfall on the oceanic mixed layer and the mixed layer freshwater budget.

The study of oceanic fronts developed into a major interest of mine during the last few years. This work concentrates on the Subtropical Front south of Australia, where the Front is nearly completely density-compensated. Three research voyages produced extensive data sets (see below under publications), which are now used to model mixing processes at density-compensated fronts.

Research Interests

  • large-scale ocean circulation
  • water mass analysis
  • tracers and water masses in numerical models
  • the fresh water budget of the oceanic mixed layer
  • rainfall measurement over the tropical ocean
  • meteorology and oceanography in primary and secondary schools.

Research Projects

Research Projects Page

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