Earth Systems refers to the study of the Earth using a systems approach, by, combining understanding from geology, geophysics, geochemistry, geobiology and other subfields of Earth Sciences.

This course is aimed at upgrading knowledge and understanding of Earth Sciences concepts and skills using on-line learning, field trips and laboratory-based exercises.
The aims will be achieved by:

A field trip of several days from Canberra to the south coast, at, the ANU Kioloa Field Station (logistics/accommodation/teaching centre) and sites nearer to Canberra, like, Captain's flat, Lake George.

Also studied will be the geology at world-class locations along the coast line, and the relationship between Earth and Environmental Sciences, such as, environmental impact of mining on water quality, will be demonstrated and explained by ANU experts in Earth Sciences.

Field work will include observations of geology and landforms as well as measurements of water quality (water temperature, pH and electrical conductivity)

On-line learning will be used for students to gain background to the field trip, as well as to provide material that students can use in their own teaching.

The on-line material will include:

• Outcrop images
• GPS locations and maps
• Explanation and interpretation of landforms and rock
• Mineral and fossil samples (e.g., fossil names and the environmental conditions under which they existed and were preserved)
• Demonstration and explanation of geological structures
• Hazards (e.g., earth quakes, volcanoes and landslides
• Other aspects of Earth Sciences and Systems.

Laboratory exercises at the ANU that will help students learn the observational skills necessary for field excursions and the skills necessary for data compilation and interpretation necessary to develop understanding of geological evolution and environmental change.

Upon successful completion of this course, students will have the skills and confidence to study Earth Sciences and present lectures, field trips and practical exercises to other students.

On completion of this course students will achieve:

1. An understanding how the principles of chemistry, biology and physics are used in Earth Sciences to learn how the Earth has involved geologically in space and time
2. The ability to recognise and interpret Earth materials and landform evolution
3. An understanding of modern-day environments to interpret ancient environments
4. The ability to recognise the evidence for environmental change and how Earth scientists model and understand such change

Online assignments

Major report on the field excursions

This course forms part of the Master of Contemporary Science. 

Science degree or a Bachelor of Education with science teaching experience.