This unit aims to develop your understanding of key physical and chemical properties and processes of soils and how these attributes relate to and inform land use and management. This unit will develop your ability to critically analyse soil data and published research in soil science and is taught in two sections; (i) Soil Chemistry - which focuses on weathering and clay formation, clay chemistry...

This unit is the culmination of all learnings from this course. By collating previous course work and assignments, students will prepare and deliver a business plan relevant to either growing your business or consolidation. The students plan may cover all aspects of the business, or a major initiative. The topic choice is the students but will apply principles based on the theories and tools you...

This unit links your knowledge in agronomy, horticulture and business to the area of agricultural land resource assessment. We will develop your understanding and land management skills via practical experiences with SE Tasmanian soil and land resources. This unit will put it to practise your basic knowledge of soil chemistry, soil physics, physical geography and environmental sciences. We will...

This unit will introduce students to the chemistry, biochemistry and toxicology of foods. This includes an understanding of the chemical function and properties of food components, chemical interactions in foods, their effects on nutritional quality and functional properties, and potential chemical contaminants in food that could cause foodborne illness. Food constituents are described in terms...

This unit is about modern statistics, data-science and critical thinking within the context of agri-food research. Students learn the following things. Firstly, to combine statistical analysis, probability reasoning and substantive scientific hypotheses. Secondly, to use a computer to properly analyse data and present empirical results (which entails going beyond Microsoft Excel). Thirdly, to...

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...