Ecosystems Diversity and Dynamics – Tasmanian Marine Ecosystem
- Abiotic and biotic factors
- Energy flow, feeding relationships and food webs
- Limiting factors and carrying capacity
Classification and Taxonomy
- Classification of major marine phylum groups
- Body systems and features of marine animals, plants and algae
- Classification keys for identification of invertebrates
Human Impacts on Marine Environments
- Climate change, sea level rise and ocean acidification
- Introduced marine pest species
- Microplastics and marine plastic pollution
Ocean Resources
- Aquaculture in Tasmania
- The Blue Economy – food and power from the sea
- Ecosystem services of the ocean
Genetics and Evolution
- Mitosis and meiosis in jellyfish reproduction
- Genetic technology in the aquaculture industry
- Interaction of abiotic and biotic factors in evolution by natural selection
Technology and Robotics in Marine Science
- Biosensors and medical biotechnology
- Marine robotics – design and build an underwater remotely operated vehicle
- Use the RV Penghana underwater remotely operated vehicle
Fieldwork and Scientific Inquiry Skills
Students gain scientific research skills and experience collecting and managing data in the field.
Options include:
- Benthic biota dredge and classification
- Abiotic and biotic oceanographic measurements
- Foreshore site analysis and biological survey (maximum 22 students)
- Plankton tow and analysis (maximum 22 students)
- Van veen sediment grab and analysis (maximum 22 students)
- Lab experiments with live animals (invertebrates)
Multi-Day Marine Science Program
Choose from a 2, 3 or 4 day marine ecology program, including foreshore study and benthic dredge; physical oceanography and climate modelling; features and adaptations of marine organisms; marine robotics; and human impacts on marine environments. Students will collect and analyse data, contributing to citizen science projects and also our Channel Monitoring Project.
- Can include Provisional Boat Licence (additional licence fee applies)
- Maximum of 20 students