The fundamental properties, the complementary nature of many of these, and the use of variations in physical properties in probing Earth's structure and composition are discussed and analysed. Other topics include the physical and tectonic processes driving the formation of geological structures such as rifts, continental margins, sedimentary basins, and mountain chains. Practical work includes demonstrations of geophysical equipment, interpretation of data, solutions of geophysical problems including computer simulations and analytical approaches, and visits to geophysical laboratories. The Unit covers the distribution, geological setting and genesis of metalliferous mineral deposits. Factors controlling the formation of these deposits and the linkages with many other geological processes covered in other units are explored.
Practical work involves mineragraphy and a study of a range of classic mineral deposits.
This Unit covers a wide range of advanced topics which deal with the environment principally of concern to the professional geologist. The course is strongly focused on acquisition of practical skills and methodologies. Students spend 2 hours per week in lectures and have 4 hours per week of hands-on computer laboratory work. This Unit is one of the major strands of the education component of the CRC LEME . Subjects considered include the physical and chemical processes that take place in the Australian landscape and regolith, and leads to the weathering of rocks, the redistribution of weathered rock material, and the establishment of deep weathering profiles.