On successful completion of this subject, students should be able to:

1. Identify the morphological and physiological characteristics that define vertebrate animals
2. Describe the processes and explain patterns in the phylogenetic (evolutionary) history and current diversity of vertebrate animals
3. Compare and contrast the structure and function of major body systems in vertebrate animals to understand their evolution in response to different environmental challenges
4. Interpret the ecological function of variation in morphological, physiological and behavioural traits among vertebrate animals in relation to their environment, especially from an Australian perspective
5. Review the diversity of vertebrate animal species and identify human-induced environmental changes that threaten the viability of animal populations
6. Apply the scientific method and work collaboratively to conduct and analyse a research project addressing the environmental factors that determine the diversity and abundance of vertebrate animal species

- Structure and function of major vertebrate animal groups
- Evolutionary relationships among vertebrate animal groups
- Diversity of vertebrates, around the world and in Australia
- Functional ecology of vertebrates in Australian ecosystems
- Application of scientific method to study vertebrates in relation to their environment

Legislative pre-requisites

Students who opt to enrol in this subject are strongly recommended to obtain a Tetanus vaccination/booster. Students who cannot evidence vaccination may be precluded from activities on the Farm, and/or internships with third parties.