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Study Australia’s only specialised major in vertebrate pests, blending the theoretical and practical elements of managing wildlife and pest animals, embedded within broad environmental and ecological knowledge. Study animal health, welfare and behaviour and learn how to implement game, pest and wildlife management plans. Undertake a 2-week field trip from your first year, to a local site abundant with native and introduced wildlife species such as deer, wild dogs, ibis, kangaroos, bettongs, potoroos, bandicoots, and brushtail possums. Learn about the environment, wildlife, vertebrate pests and biosecurity, resolving human-wildlife conflict, as well as a wide range of ecological methods, sensors and technology.

Bachelor of Environmental Science (Wildlife and Pest Management)

Building on your Bachelor of Science (Environment &amp; Sustainability) degree, you will have the opportunity to increase your knowledge through research. You will conduct, and report on, a research project under the supervision of a staff member with the appropriate expertise. The Honours program will give you an appreciation of the professional standards required of the practising scientist, and the ethical challenges presented by modern science and technology. You will also participate in research teams, be introduced to advanced experimental and literature research methods, and have opportunities to make contact with the wider scientific community in the local region, elsewhere in Australia and overseas.

Bachelor of Science (Honours) (Environment & Sustainability)

UniSQ is at the forefront of water modelling as part of water science and engineering, working closely with the Queensland Government, consulting firms, Natural Resource Management groups and the Queensland Water Modelling Network (QWMN). The Water Science major is an integration of water dynamics, surface processes, climate and resource utilisation and management, with a focus on Australia’s unique inland river, floodplain and groundwater systems. Within this practical and industry-orientated major you will explore different aspects of water science and hydrological modelling. Study alongside our expert lecturers, researching relevant and innovative topics such as how the changing climate affects water resources.

Bachelor of Environmental Science (Water Science)

In this major you will explore climate policy and climate change, develop skills in maths, statistics, programming and climate modelling as well as resource management. Benefit from industry opportunities, such as the Graduate Meteorology Program with the Bureau of Meteorology equipping you with the qualifications and skills to become the next generation of Meteorologists at the Bureau. Learn from leading research taking place in the Centre for Applied Climate Sciences (CACS), focusing on fundamental climate science research, environmental/disaster risk reduction, economic systems and climate systems modelling in agriculture and water resources

Bachelor of Environmental Science (Climate Science)

Discover more about the relationship between people, the environment and other organisms, the impacts of humans on biodiversity and the environment, and how we can live more sustainably. Learn about Indigenous relationships with country and how this knowledge and perspective can be incorporated into natural resource management. Learn the scientific and ecological theory underpinning land management and biodiversity conservation. Develop skills and hands-on industry experience with extensive ecological field work across a range of ecosystems as well as site visits, residential schools and laboratory sessions, and over 100 hours of industry placements.

Bachelor of Environmental Science (Ecology and Conservation)

Broaden your knowledge of climate and weather with UniSQ’s Master of Science (Applied Climate Science). Focusing upon the impacts of climate variability on natural systems as well as human and socio-economic activities, this specialisation will develop your understanding of climate and how we adapt and manage variability on a regional and global level.

Master of Science (Applied Climate Science)

The Diploma of Applied Science is a practical and industry-focused program tailored for individuals interested in pursuing careers in specialised fields that require applied science knowledge and skills. This program is designed to be accessible even to those who have never considered a career in science before. One of the program&#39;s unique optional focus areas is &quot;Fermentation&quot;, which is ideal for individuals looking to enter innovative food and beverage industries like cheesemaking, brewing, winemaking, and fermented food and beverage production. Core subjects cover essential topics such as science fundamentals, applied biology, data analysis, and sustainability. Additionally, students have the flexibility to choose four elective subjects that align with their specific interests. This program was created in response to the growing demand within the fermentation industries, making it highly relevant to current job market needs. A standout feature of this program is its strong emphasis on learning, allowing students to enhance their problem-solving, communication, critical thinking, teamwork, and leadership skills by actively applying what they learn. Industry experts have played a pivotal role in the course&#39;s development and continue to contribute to its delivery through teaching, site visits, case studies, and work placements. The program offers both full-time and part-time study options. It combines online study with online practical workshops and tutorials, providing students with a flexible and well-rounded learning experience. Graduates of the Diploma of Applied Science will be well-prepared for rewarding careers in their chosen fields, equipped with practical skills they can immediately apply in the workplace. Furthermore, they have the opportunity to pursue further studies, opening doors to continued educational and career growth

Explore biology and chemistry as you delve into science. In online workshops you’ll build practical skills for the workplace. Includes optional focus areas like fermentation. Get to know sustainability and quality management to gain an industry-ready edge.

Diploma of Applied Science

The postgraduate programs in Geographic Information Science produce high-quality graduates with both technical and research skills in advanced areas of geographic information science. Graduates are competent in basic and advanced computing skills especially in Geographic Information Systems (GIS) software; various GIS and remote sensing operations; and implementation and management of GIS projects. The program also covers applications of GIS and remote sensing technologies to various areas; resource analysis through remote sensing and airphoto interpretation; expert systems and decision support systems; and research, both applied and theoretical, in the field of spatial information systems.This program is available to be taken externally, on a part-time basis.

Learn computing skills in Geographic Information Systems (GIS) software, remote sensing operations and how to manage projects that need geographical tech. Analyse the use of remote sensing, air photo interpretation and more. 

Graduate Certificate in Geographic Information Science

The Bachelor of Science at Southern Cross University is a flexible degree that allows you to incorporate a wide range of subjects with career-focused science specialisations. You can focus on an area of professional practice by choosing a specialisation in Earth and Environmental Systems, Marine Systems, Forestry Systems or Regenerative Agriculture. These specialisations are identified on your graduating testamur. Alternatively, you can choose a major from Chemistry, Biology, Mathematics, Environmental Solutions or a shared major from disciplines across the University.You can effectively design your own science degree. All students study seven core units that provide a strong foundation in science, including field and laboratory experimentation and analytical techniques, as well as socio-ecological systems, management and critical thinking. Core skills and knowledge are reinforced and expanded across the three-year program, finishing with capstone research projects in Impactful Science and Practice. The Bachelor of Science is characterised by a high level of practical and field experience in all years, making use of our easy access to a variety of subtropical terrestrial, coastal and marine ecosystems.

Start with earth science fundamentals, then deep dive into oceanography, marine ecology, fish and aquaculture, reefs, fisheries and marine parks management. Work towards a career in marine science and management, conservation, or restoration.

Bachelor of Science (Marine Systems)

This course is designed for professionals who wish to add to their qualifications and experience by extending their knowledge in environmental science. It is designed for professionals who require the skills and knowledge to integrate environmental planning, conservation and monitoring into the broader decision-making of their organisations. The course covers the areas of environmental impact assessment, planning and monitoring set in the context of our major ecosystems, and emphasises the global, regional and local nature of environmental issues. Students also learn about environmental management systems, environmental auditing, risk assessment and sustainability.

Would you like to lead an organisation towards better decisions for the environment? This course will show you how. Consider the greater context of ecosystems as you make choices based on impact and risk using management systems and auditing. 

Graduate Diploma in Environmental Science

Science of Gardening

Our Blue Planet

A Primer of Marine and Antarctic Science

Backyard Biodiversity

Living with Fire

Construction Environmental Science

Introduction to Spatial Information

Introduction to the Science of Climate Change

Introduction to Marine and Antarctic Science B

Science of Fishing 1

Living with Fire is a level-100 subject offered as part of the Diploma of Sustainable Living.  Fire has shaped the evolution of the world we see around us and is fundamental to life. Yet wildfire can also be devastating to human and ecological communities. Today, more and more of us are living in fire prone areas, and wildfires are behaving in new, less predictable ways.  So how do we live with fire - as individuals, and as communities? How do we plan for fire, and how do we respond when fires happen? How do we ensure that we are using fire in a sustainable way? What are the trade-offs involved in fire management? And what might we learn from indigenous Australians, who have used fire skilfully on this continent for over 40,000 years?  Living with Fire is for anyone interested in these complex but practical and fascinating questions about fire in our lives today. You will learn what causes fire and why wildfires behave the way they do. As well as the science of fire, you will learn about the human dimensions of fire and the complex trade-offs involved in fire management between the needs of culture and society, and ecology and biodiversity. You will learn how to evaluate your own level of fire risk and what you can do to plan for fire as an individual. You will also become more empowered to participate in conversations about how we plan for and respond to fire in our local communities.

Biodiversity is a critical component of sustainable living and is central to several of the United Nations Sustainable Development Goals. At a local scale, biodiversity is important for healthy and sustainable living, and due to the complexity of biodiversity issues in urban areas, requires well informed and strategic management. Focusing on the biodiversity present in urban areas, especially your own backyard, you will learn about the importance of biodiversity to human and ecosystem health and how biodiversity supports sustainable living. You will develop skills and knowledge in identification, quantification and management of both vertebrate and invertebrate biodiversity, and learn how to modify your environment to facilitate greater biodiversity. You do not have to be a scientist to take this subject, all you need is curiosity for the natural world and the desire to support the native biodiversity of your area.

Learn about the different bird, reptile, mammal and insect species that live in your local environment, so that you can take action to protect them. Explore the habitat changes you can make in your own backyard to support more biodiversity.

In this subject, we are going to explore the science underlying what you do in your garden, why your plants respond to your gardening, and how plants grow and reproduce. What we hope that you will gain, is a much clearer understanding of the fundamentals:<ul><li>how to identify plants - what the critical features are that enable you to recognise some of the more common plant families</li><li>how plants grow - the relationship between the internal structure of plants and their use of water and light to grow</li><li>what plants need from the soil – what are the properties of soil and its inhabitants that contribute to healthy growth of plants?</li><li>how plants know when to grow – what are the signals that tell the plants when to germinate, when to flower, when to burst leaf buds and when to shed their leaves?</li><li>how plants know ‘how’ to grow – what are the underlying controls that shape plants? How do plants respond to pruning, to espaliering, to cutting back and deadheading? and lastly</li><li>how do we multiply plants – how does vegetative propagation work? How does grafting work? What are the differences between heirloom varieties and F1 seed? Why do some apple varieties need cross-pollination but others don’t, and why don’t fruit trees breed true from seed? And perhaps even more importantly, we hope that you will gain an appreciation of the role of science in testing gardening lore, to dispel myths, and to learn more about the plants that make our lives possible and more enjoyable.</li></ul>Science of Gardening is for anyone seeking to cultivate not only plants but also a greener future, by integrating sustainable practices into their gardening.

An exploration of plants in your garden. You’ll learn about soils, plant growth, and propagation. Find out how to identify plants. Do some plant myth busting and apply the scientific method.

Have you ever wanted to know how our planet came to be? From archaeology to agriculture, geography to biology, an understanding of our planet adds an invaluable dimension to your knowledge across many scientific disciplines. This subject offers you a broad introduction to important questions about how our planet works, what it is made up of, and why. With opportunities to delve into Earth’s life history, you will learn about the geological forces that have shaped life on earth, and the planet, as we know it today. You will build a foundation in the key principles of geology, learning about its influence on life, water, soil and environmental issues in a rapidly changing world. Exploring the solid earth through geological time and space, you will examine Earth’s gross structure, plate tectonics, volcanism, earthquakes, the materials that make up Earth’s crust and the processes by which these materials are formed.

Get a grounding in geology and geography with this broad introduction to the inner workings of our planet. Suitable for anyone looking to understand more about Earth, this subject provides a good basis for further study in the natural sciences. 

This subject introduces students to the science disciplines underpinning the study of marine and Antarctic environments and the application of science to solve problems in marine and Antarctic disciplines. It provides the foundational skills and knowledge for students in the Bachelor of Marine and Antarctic Science for specialised study in years 2 and 3.Topics that are covered include:• an understanding of Gondwana and geology of Antarctica, sub-Antarctic islands and the surrounding ocean;• ice and climate studies;• the physical and chemical nature of the Southern Ocean;• the terrestrial and marine environment of the Antarctic, sub-Antarctic and cool temperate areas, including plants, animals, birds and fish;• the impact of humans on marine and Antarctic environments, including the study of global climate change.The students will benefit from lectures delivered by experts in their field, including guest lecturers, and further develop their understanding through in-class debates and hands-on fieldwork and laboratory practicals (available online).

A deeper scientific exploration of Antarctica and the Southern Ocean. Dive into the science of ice, climate, and oceanography. Take a look at the geology of Antarctica and the plants, animals, birds and fish that inhabit the region.

Without the geologic environment – the rocks, soil, air and water – that surrounds us, there would be no life on Earth. Environmental and geological processes shape human life, while human activity impacts the environment in significant ways. This subject introduces you to current topics and controversies in environmental geology. You will explore geological hazards, and a range of issues related to human impacts on the environment, including land use and resource management. Learning about volcanic hazards, earthquakes, tsunami, flooding, ground water resources, mineral resources and mining, soil resources and aspects of earth’s climate, you will be ready to apply your knowledge to community and industry-based problems. A research project and a forum where you present your findings offers you the opportunity to investigate an environmental geology problem of your choice, in a location that suits you. Fine tune your critical thinking, analytical and scientific communication skills.

Delve deeper into science to explore human interaction with the Earth’s rocks, soil, air and water. You’ll investigate human impacts on the environment, like mining and climate change. Conduct a research project on a real environmental geology problem.

Environmental Geology

Seventy percent of the planet is covered by ocean. This subject introduces students to Planet Ocean through four modules, covering key topics on marine life and the ecology of temperate and high latitude marine ecosystems (Module 1); the ocean system as interactions between physical, chemical, geological and ecological features (Module 2); the role of the oceans in climate change and how climate change affects ocean life and ocean processes (Module 3); and finishes up by considering the responsibilities of humans in the stewardship of the oceans; how human activity impacts the oceans and the challenges and approaches to ocean stewardship (Module 4). We cover the origins of life in the oceans, iconic and ‘weird’ marine life, ‘a day in the life’ of an oceanographer, and a number of topics highly relevant to modern society including technologies for ocean science, responding to climate change, threatened species, and sustainable management of marine resources including fisheries.

KSA101 will provide a background to the science and management of the seas with focus on Antarctic and Southern Ocean. On the completion of this subject, students will demonstrate a knowledge and comprehension of the contemporary issues facing Antarctic, marine and coastal environments, and the management strategies used to optimise the value (market and non-market) of these areas.

Explore Antarctica and the Southern Ocean. You’ll learn how governments manage the southernmost coasts and seas of the world. Cover contemporary issues as well as some historical, legal, and political topics.

Introduction to Marine and Antarctic Science A

Human-induced climate change is the most serious problem currently facing our planet - a global problem with increasingly obvious local impacts. The Intergovernmental Panel on Climate Change (IPCC) has said that the next 10 years will be critical to averting catastrophic climate change. The science is complex, but there is strong international consensus around much of our climate change knowledge. Gaining an understanding of the science of climate change and appreciating where the certainty and uncertainty lie are important first steps to more confidently engaging in the action that is so urgently required.In this subject, you will learn why scientists are so certain that climate change is occurring, is caused by humans, and is causing impacts on human and other natural systems. Tasmania has a global reputation as a centre for climate research, and UTas has many internationally renowned researchers working in diverse disciplines with relevance to climate impacts and adaptation. We will hear from many of these experts, including IPCC authors, regional climate modellers and climate impact scientists.

This unit looks at the approaches for calculating and reporting greenhouse gas (GHG) inventories and lifecycle emissions at national, entity and even product level. The first part presents the elements of rigorous GHG and energy reporting methodologies using the Australian National Greenhouse and Energy Reporting Scheme as a case study. The second part covers the concepts and methodologies related to life cycle assessment (LCA). Its use is illustrated by examining case studies including LCA of renewable electricity, transport and oil.Please Note: All students studying at Murdoch University will need to complete the compulsory unit, Murdoch Academic Passport (MAP100), which only takes 2-3 hours to complete online. Find out more: <a href="http://goto.murdoch.edu.au/MurdochAcademicPassport" target="_blank" style="background-color: rgb(255, 255, 255);">http://goto.murdoch.edu.au/MurdochAcademicPassport</a>.

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