Earth Sciences

AIMS

Using a 'problem-based' (PBL) approach, this course introduces a range of laboratory - and field-based experimental methods applied to problems involving water-rock interaction in the Earth Sciences.

OUTCOMES

Knowledge of experimental equipment and methodologies used to research problems involving water-rock interaction, with an understanding of the underlying theory and limitations.

CONTENT

The course will introduce the applications and limitations of a range of laboratory- and field-based experimental methods used to research problems involving water-rock interaction in the Earth Sciences, from the following:

• X-ray diffraction, electron microscopy (SEM-TEM), e-probe, X-ray fluorescence, chromatography, atomic adsorption spectrophotometry, mass spectrometry, ICP-MS and ICP-AES, fission-track and (U-Th)/He thermochronometry, vitrinite reflectance, K-Ar and Ar-Ar dating, TIMS and SIMS;
• experimental rock mechanics and rock physics, acoustic emission and ultrasonic wave velocity measurement, high pressure mineral physics, rock permeametry and porosimetry;
• borehole geophysics, borehole hydraulic tests, groundwater tracing.

There are no formal lectures. The PBL approach involves individual and group-based literature research, seminars, discussions and mini-projects, facilitated by academic staff and supported by research students. The total time commitment for 1 course unit is 300 hours. of this, 4 hours per week over 20 weeks will be timetabled for academic support and/or demonstration.