The unit explores human population growth and the impending global food crisis by introducing agriculture as a managed ecosystem, from the earliest shifting cultivation systems to the most intensive systems currently practiced today. The ecological, economic and social sustainability of these systems is considered in relation to diversity, intensity of management and productivity. The unit...

The unit explores human population growth and the impending global food crisis by introducing agriculture as a managed ecosystem, from the earliest shifting cultivation systems to the most intensive systems currently practiced today. The ecological, economic and social sustainability of these systems is considered in relation to diversity, intensity of management and productivity. The unit...

This unit provides an opportunity for students to undertake work-integrated learning in a broad range of science and engineering disciplines to support preparation for the world of work. This may take the form of a work placement within the University, government agency or business within an appropriate laboratory or industrial setting or working in a small group for an organisation. The aim of...

This unit provides an opportunity for students to undertake work integrated learning in the fields of science and engineering to support preparation for the world of work. This may take the form of a work placement that provides an opportunity for students to put into practice their knowledge, skills dispositions and qualities. It may include professional work within the University, government...

This unit introduces soils of Tasmania and their formation, fertility, and hydrology. The unit links to concepts important in agronomy and horticulture and it aims to develop an understanding of land and soil resources as assets in Tasmanian landscapes. It provides an understanding of how we might best manage soils to improve environmental and productivity outcomes. It integrates background...

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...

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 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 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 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...

Provides Master of Applied Science students with knowledge of soil science. The unit provides knowledge of the formation of key Tasmanian soil types, their parent materials and their land use potential. Soil fertility and key nutrient cycles (N, P and K), soil morphology and salinity will be examined in lectures, practicals and in the field. The practical component provides students with skills...