This course covers the basic mechanisms of crop function, from the molecular to the whole plant level. The broad range of fundamental processes such as photosynthesis, respiration, plant water relations, stomata physiology, mineral nutrition, plant hormone functions, plant movements, seed germination and dormancy, photomorphogenesis, photoperiodism, circadian rhythms, and environmental stress...

This unit introduces you to the disciplines of entomology and plant pathology. It explores the classification, diversity, structure, function and general biology of insects and examines the concepts of plant disease and diagnostic procedures for plant pathogens (including viruses, bacteria, fungi, and nematodes). A collection of insects is a required component of the unit....

In this interdisciplinary unit, students explore systems approaches to farming, wherein understanding of various components of a farm is linked to broader social, cultural, political, institutional, economic and ecological factors that influence how a farm operates. The first partof the unit introduces students to systems thinking and systems practice in a farming context. Using local and...

This unit introduces the core concepts of soil science using a Tasmanian landscape lens. Students will develop the tools to advocate for the importance of soil to a range of stakeholders to sustainably feed the world. This unit integrates background knowledge from chemistry, physics, geography, agriculture, and environmental sciences into soil science and landscape systems. It requires students...

In this unit, you will develop a proposal to address an industry problem or opportunity. Skills will be developed in compiling a business case or tender for a small project that addresses the industry topic. The proposal will include background and context of the proposed project, a value proposition that describes expected outcomes and benefits for stakeholders and a project implementation plan...