Study with us
The Department of Environmental Sciences strives to provide a learning experience that produces graduates who are creative, innovative and adaptable, who are willing to take on challenges and learn from those experiences.
We deliver a distinctive learning experience with active learning, field based programs and authentic assessment.
Students who study environmental sciences at Macquarie use Earth science, climate science, ecology, biology and chemistry to explore key biophysical systems and the impacts of human activity on those systems. Our students learn how to regulate and manage human activities to protect the environment for generations to come.
Our research and teaching is multidisciplinary (including science, sustainability and health) and incorporates a specific focus on environmental contaminants stored and transported in aerosols, dusts, ice, soils, sediments and water.
Undergraduate Study
Bachelor of Environment
The Bachelor of Environment is firmly based in the scientific aspects of the environment, but also focuses on social science and socioeconomic issues related to environmental matters. Students become highly knowledgeable about how individuals, societies and governments can best navigate a path towards a healthy environment, and in turn towards economic and social prosperity.
As students learn to manage the environment and safeguard it for future generations, they contribute to finding the solution to key concerns of our time.
The Bachelor of Environment offers the development of a solid grounding in the fields of biology, climate science, environmental Earth science, environmental management and spatial information science. Students gain valuable skills relating to natural resource management and environmental management. They have opportunities to acquire field skills in a range of natural resource environments, complemented by laboratory training and professional exposure.
Bachelor of Science
The Bachelor of Science aims to inspire scientific innovations beyond imagination. This course offers the opportunity to major in one, or even two, areas that particularly interest the student, aimed at exploring the answer to a broad range of science questions.
The Bachelor of Science has a strong focus on practical work in the field and in our laboratories to enhance student skills and their problem-solving abilities. It allows the combination of the study of science with arts, commerce, education, law and many other disciplines. Our modern laboratories offer exposure to the latest instrumentation and tools. Internationally recognised researchers teach the most up-to-date scientific knowledge.
Our 3-year undergraduate programs are taught predominantly within the Bachelor of Environment and Bachelor of Science. Our units and majors also contribute to a range of other programs both within the Faculty of Science and Engineering and in other Faculties of the University. These include the Bachelor of Archaeology, Bachelor of Arts, and Bachelor of Marine Science.
We currently offer four majors:
- Climate Science
- Environmental Earth Science
- Environmental Management
- Spatial Information Science
Our programs contain significant fieldwork where students apply their knowledge in real environments. We are also committed to work-integrated learning, and many of our PACE (Professional and Community Engagement) units work closely with industry partners.
Postgraduate Study
Master of Environment
The Master of Environment is a multidisciplinary program directed towards understanding and responding to the issues emerging around human-environment interactions. Students gain skills and knowledge regarding the social and biophysical drivers of environmental change and will be trained to seek solutions. Access to government and industry linkages is promoted to students via guest lectures, case studies and research projects.
Master of Sustainable Development
This course helps students to develop practical skills so that they are equipped to effect changes towards sustainable development. Development that meets the needs of the present while safeguarding Earth’s life support system on which the welfare of current and future generations depend. Students have the option to develop capabilities in a diverse range of areas including the environment, international politics and organisational management.
Key features of the program include:
- a focus on change-oriented processes for sustainable development; including organisational change, education and capacity building, and strategic planning.
- opportunities to undertake a practical component either as work experience, consultancy practice or research.
- the opportunity to study some units from the Macquarie Graduate School of Management (MGSM) if students wish to work in organisational sustainability.
Graduate Diploma of Environment
The Graduate Diploma of Environment introduces students to core skills and knowledge needed to address environmental challenges. The program provides an introduction to environmental studies for students coming from non-cognate backgrounds and provides access to Macquarie's wide range of advanced environmental units. Students with relevant environmental qualifications can apply for a shortened program which allows them to focus in on the subjects of most interest to them. The program is flexible and provides access to subjects in the fields of environmental science, environmental management, sustainable development, geography and climate change. Students with sufficient grades can articulate with full credit from this award to the Master of Environment.
Graduate Diploma of Sustainable Development
The Graduate Diploma Sustainable Development degree aims to develop skills to support working with organisations or communities to innovate, encourage new thinking, new processes, and change management towards more sustainable practice. Sustainability is increasingly being integrated into all sectors and at all levels. The multidisciplinary nature of sustainable development requires skills in synthesis and integration from multiple disciplines. The Graduate Diploma provides an opportunity to broaden the capability to work with different disciplinary perspectives to address practical problems and to engage people in determining the future they want.
The department has a long history of welcoming students seeking a career change or seeking to integrate environmental knowledge into their chosen fields. The Master of Environment and Master of Sustainable Development are two-year programs designed for students who have Bachelor degrees but are being introduced to environmental issues at an academic level for the first time.
Both offer Graduate Certificate and Graduate Diploma options.
We also convene units for related programs managed by the Department of Biological Sciences under the Master of Marine Science and Management.
Higher Degree Research
Higher Degree Research Students
| Name | Contact |
| Thesis: Dynamics of soil and sediment contamination by metals and metalloids in leachates generated from e-waste recycling sites and municipal solid waste landfill sites Supervisor: Professor Damian Gore |
Thesis: Factors contributing to scientific impact in environmental decision making Supervisor: Professor Neil Saintilan | |
Thesis: A cross-cultural investigation of child-centred disaster risk reduction and climate change adaptation in Indonesia and Australia Supervisor: Dr Christina Magill | |
| Thesis: Integrating WTP into a spatially explicit policy model and land use change analysis Supervisor: Dr Ram Ranjan |
Thesis: Reducing the Carbon-Footprint of Agricultural Commodities Supervisor: Professor Vlad Strezov | |
Adijat Awoniran | Thesis: Sequenced permeable reactive barrier "treatment trains" to remediate mine waters contaminated with mixed inorganic and organic components Supervisor: Professor Damian Gore |
Thesis: An exploratory study of community-driven 'emergent' sustainability in the Murray Darling Basin Supervisor: Associate Professor Paul Beggs | |
Thesis: Australia- Wide ebb-tidal delta evolution Supervisor: Dr Michael Chang | |
Ivana Cavlina TomaĊĦevic | Thesis: Weather patterns for wildfires in Croatia and Australia: comparison study and development of short-range forecast model Supervisor: Dr Kevin Cheung |
Thesis: Modelling environment and poverty for sustainable development Supervisor: Professor Damian Gore | |
Thesis: Energy economics and investment decision-making: An analysis of energy systems transformation Supervisor: Associate Professor Peter Davies | |
| Kellie Cook Thesis: Understanding the role of Australia in the global cycling of mercury Supervisor: Associate Professor Paul Beggs |
Patrick Cooke | Thesis: Socio-cultural investigations of prehistoric Aboriginal dispersal of large-seeded rainforest trees on the Australian east coast Supervisor: Dr Emilie Ens |
| Thesis: Restoration of soil development processes in mangrove forests: a comparison of networks and policies Supervisor: Professor Neil Saintilan |
Thesis: Medium resolution hyperspectral remote sensing & geographic information systems in the management of native vegetation and invasive weed species Supervisor: Dr Michael Chang | |
Thesis: Air Quality and its Impact on Health: Focus on Particulate Matter Supervisor: Professor Mark Taylor | |
| Alaa El-Gendawy Thesis: A GIS-based Model for Cost-Benefit Analysis of Urban Heat Islands Mitigation and Adaptation: towards Climate Change Resilient Cities Supervisor: Associate Professor Peter Davies |
Thesis: Lead (Pb) Contamination in Low and Middle-Income Countries: Exposures, Outcomes and Mitigation Supervisor: Professor Mark Taylor | |
Thesis: Value of Green Infrastructure in Sydney's North: Community and Policy Perspectives Supervisor: Associate Professor Peter Davies | |
Thesis: Influence of Geological Setting on Embayed Beach Geomorphology, Storm Erosion and Recovery Supervisor: Dr Paul Hesse Email: thomas.fellowes@mq.edu.au | |
Thesis: The macroecology of reef fish interactions: a global comparison over biogeographic regions Supervisor: Dr Maina Mbui Email: luisa.fontoura@hdr.mq.edu.au | |
| Thesis: Identify cost-effective strategies for reducing forest-based carbon emissions in Southeast Asia Supervisor: Dr Michael Chang |
| Thesis: Assessing environmental conditions in wetlands of arid and semi-arid Australia Supervisor: Dr Tim Ralph Email: bradley.graves@hdr.mq.edu.au |
| Aliya Gul Thesis: Role of emerging marketing channels on farmer's welfare in Pakistan Supervisor: Dr Ram Ranjan Email: aliya.gul@students.mq.edu.au |
| Thesis: Leachates from landfills in Accra, Ghana: Characterisation, threat to the environment and management Supervisor: Professor Damian Gore Email: eva.gyamfi@mq.edu.au |
| Jing He Thesis: Utilization and recycling of Heavy-metal-contaminated plant biomass Supervisor: Professor Vladimir Strezov Email: jing.he3@students.mq.edu.au |
| Behnam Hosseini Dastjerdi Thesis: Environmental and economic lifecycle assessment of different MSW management scenarios in Australia: an ISWM approach Supervisor: Professor Vladimir Strezov |
Thesis: Modeling Energy Use and Emissions from Australian Shipping: Application of the Ship Traffic, Energy, and Environment Model Supervisor: Professor Vladimir Strezov Email: sayka.jahan@hdr.mq.edu.au | |
Thesis: Co2 Sequestation by direct mineralisation in aqueus system using fly ash from Chinese and Australian coal Supervisor: Professor Damian Gore Email: long.ji@hdr.mq.edu.au | |
Thesis: An experimental analysis of higher order risk preferences and collective choices of farmers from water-stressed regions of West Bengal and Maharashtra, India Supervisor: Dr Ram Ranjan Email: kanchan.joshi@hdr.mq.edu.au | |
| Thesis: Specifying the impacted area near abandoned mines Supervisor: Professor Damian Gore Email: armin.kavehei@hdr.mq.edu.au |
| Thesis: Analysis of river sensitivity for setting expectations of geomorphic adjustment for river management- forecasting future scenarios Supervisor: Professor Kirstie Fryirs Email: sana.khan@hdr.mq.edu.au |
| Thesis: Development of microporous cobalt oxide nanorods as a cathode catalyst in air-cathode microbial fuel cells Supervisor: Professor Vladimir Strezov |
| Thesis: Floodplain wetland geomorphology and avulsion in drylands Supervisor: Professor Kirstie Fryirs |
| Marcelle Lock Thesis: The essentiality of Essential Biodiversity Variables: Implementation in national nature policies Supervisor: Professor Andrew Skidmore |
| Julien Lubeek Thesis: Determining the cause of Gigantopithecus blackis demise using dental microwear, micromorphology and luminescence dating Supervisor: Associate Professor Kira Westaway Email: julien.lubeek@hdr.mq.edu.au |
Thesis: Event-based Interstitial Release of Mercury from Natural Substrates Supervisor: Associate Professor Paul Beggs | |
| Damien McCarthy | Thesis: Remediation of Mercury Polluted Soils Supervisor: Associate Professor Paul Beggs |
Chuanping Meng | Thesis: Source assessment of fine carbonaceous aerosols in urban Sydney Supervisor: Professor Vladimir Strezov |
| Thesis: Investigating Approaches to Communicating Geomorphology for Improved Environmental Management and Public Engagement Supervisor: Professor Kirstie Fryirs Email: simon.mould@hdr.mq.edu.au |
Thesis: Management of Coastal Erosion for Vietnam Centre Coast Supervisor: Associate Professor Ian Goodwin | |
| Asuramuni Perera Thesis: "Green remediation"- finding phytoremediation plants in derelict base metal mines Supervisor: Professor Damian Gore Email: chathurika.perera@mq.edu.au |
Megan Powell | Thesis: Local and global drivers: understanding change in the wetland ecosystems of NSW Supervisor: Professor Neil Saintilan |
| Thesis: Design and Development of BCI based Assistant Robot using Deep Belief Networks and Fuzzy Classification Techniques Supervisor: Dr Michael Chang |
Thesis: Gender in conservation: strengthening the role of Indigenous women in conservation and community leadership using a case study from Ngukurr, South-east Arnhem Land, Australia Supervisor: Dr Emilie Ens Email: shaina.russell@hdr.mq.edu.au | |
| Thesis: Environmental assessment of iron and steel making industries Supervisor: Professor Vladimir Strezov Email: khushbu.salian@hdr.mq.edu.au |
| Thesis: Environmental flows in rivers with the emphasis on ecological aspects Supervisor: Professor Neil Saintilan |
| Thesis: Measuring and evaluating the risk of harm from contaminants of concern in household dust Supervisor: Professor Mark Taylor |
| Thesis: Climate, Land Use, Vegetation Cover and Aeolian Geomorphology in Australia's Drylands Supervisor: Dr Paul Hesse Email: samuel.shumack@hdr.mq.edu.au |
| Emma Singh | Thesis: Modelling the impact of lifeline infrastructure failure during natural hazard events Supervisor: Dr Christina Magill |
Thesis: A Two-Way Investigation of Melaleuca Dieback Supervisor: Dr Emilie Ens Email: daniel.sloane@hdr.mq.edu.au | |
Thesis: Are We Hot And Bothered? The Relationship Between Crime And Temperature In A Warming Climate Supervisor: Associate Professor Paul Beggs | |
Thesis: Examination of urbanisation and impervious surfaces and its influence on stream ecology and water chemistry in the Georges River catchment Supervisor: Associate Professor Peter Davies | |
| Thesis: Production of fuels and chemicals from a solar driven pyrolysis of agricultural wastes Supervisor: Professor Vladimir Strezov |
| Huan Xiao Thesis: Nanofiltration for heavy metal removal in wastewater treatment Supervisor: Professor Damian Gore Email: huan.xiao@students.mq.edu.au |
Thesis: Implementing Sustainability with Off-Grid Solar Power in India: Policies and Governance for Rural Energy Transformation Supervisor: Associate Professor Peter Davies | |
| Thesis: Investigation of Thermal Properties of Blast Furnace Slag to Improve Process Energy Efficiency Supervisor: Professor Neil Saintilan |
| Thesis: Assessing and Modeling Impacts of Erosion and Sedimentation in Unstable Alluvial Channels Supervisor: Dr Tim Ralph Email: neda.yousefi@hdr.mq.edu.au |
| Thesis: Soil-plant transfer characteristics of heavy metals in Traditional Chinese medicine Supervisor: Professor Mark Taylor Email: xiaoteng.zhou@hdr.mq.edu.au |
Higher Degree Research Options
As a higher degree research candidate at Macquarie, you’ll be encouraged to take an interdisciplinary approach to address contemporary environmental questions, many of which intersect with other fields. Using this approach, your research will help find the answers to questions yet to be asked, and solve the big environmental problems that matter to business and society.
The Department of Environmental Sciences at Macquarie University provides two research options, through either the Master of Research, or the PhD program.
The Master of Research is a two-year training program which begins with advanced coursework in year 1, through to intensive research in year 2.
A PhD in Environmental Science at Macquarie University involves extensive research alongside some of the world’s best scholars in state of the art research facilities.
Find out more about the Master of Research and PhD programs at Macquarie University.
Research students in the Department of Environmental Sciences have the opportunity to work with academics at the forefront of their fields. From research into tropical cyclones, toxic dust and natural hazards to Antarctic contamination and invasive species, Macquarie’s environmental sciences researchers operate at the interdisciplinary interface between environmental and Earth sciences, ecology, and social and policy implications. We undertake cross-departmental and cross-institutional collaborative research with colleagues in the fields of biology, climate science, Earth system sciences and geochronology.
There are a variety of projects available through the Department of Environmental Sciences - you can find out what they are, and when the deadlines are by clicking here!
Generous scholarship schemes are available for applicants with proven research experience and excellent potential. The department conducts and promotes interdisciplinary research in a wide variety of environmental sciences covering:
- environmental management,
- physical geography,
- environmental geoscience,
- environmental quality,
- climate science,
- spatial information science, and
- other related natural and physical sciences.