PRIORITY AREA

5. Discovery

A woman showing an orange, 3D printed object to a man at NeXT lab - Glyn Davis building on the Parkville campus

Aspiration to 2030

We aspire to be justifiably regarded as a place where students and academics do the highest-quality sustainability research that addresses difficult questions and major challenges.

United Nations Sustainable Development Goal 3: Good health and well-being
United Nations Sustainable Development Goal 13: Climate action
United Nations Sustainable Development Goal 15: Life on land
All United Nations Sustainable Development Goals

Progress against targets

Sustainability research is integrated with campus operations and planning, to be an international exemplar of a sustainable community

  • Professional and academic staff collaborated on sustainability research, teaching and learning that addressed sustainability issues on our campuses

  • Our flagship sustainability and climate research institutes have been identified among priority areas for philanthropy and giving, to support the embedding of sustainability in research programs

The highest-quality research is conducted that contributes to knowledge, action, and impact across the disciplinary and interdisciplinary dimensions of sustainability

  • Our researchers contributed to advancing knowledge across a broad spectrum of sustainability and climate issues, including as contributors to the Intergovernmental Panel on Climate Change (IPCC) and in sustainability-focused research institutes

  • We are exploring tools to profile the breadth of our research activities and impact in relation to the UN Sustainable Development Goals

Researchers make considered decisions on the sustainability impact of their research practices and activities

  • We are developing processes to encourage sustainable research practices, including engaging the University community on the issue of air travel and requiring applicants to the MCF grants project to calculate the carbon footprint of their projects

A view of the sky looking upwards from the central courtyard of the Melbourne Connect building. The blue sky is framed on all sides by buildings with geometric facades
Pie chart showing University of Melbourne research outputs mapped according to the United Nations Sustainable Development Goals (SDG's) they contribute to. SDG 3: Good health and well-being - is the biggest segment, followed by SDG 13: Climate action

SciVal SDG Mapping

The SciVal data table contains the complete dataset for this infographic.

Altmetric Explorer: 2022 research output examples

The Eiffel Tower

Realisation of Paris Agreement pledges may limit warming just below 2 °C (SDG 13)

UoM Contributors: Zebedee Nicholls and Malte Meinshausen

A landscape with green hills covered with trees

The impact of coffee subtypes on incident cardiovascular disease, arrhythmias, and mortality: long-term outcomes from the UK Biobank (SDG 3)

UoM Contributors: Jonathan Kalman, Geoffrey Lee, Peter Kistler, Joseph (Joe) Morton, and Liang-Han (Han) Ling

Coffee beans
Stacks of rubber car tyres

New life for old tyres

For many years, the Faculty of Engineering and Information Technology has partnered with Tyre Stewardship Australia to find ways of turning old car tyres into a resource. The first area of focus was permeable pavement, which allows rainwater to filter into the ground rather than pooling on the surface. Over the past five years, researchers have developed a product, tested it on campus, then tested it in the City of Mitcham (South Australia) and in the City of Yarra (Melbourne). The City of Mitcham trial found: “… the site required less maintenance, offered superior performance for traffic loading, was more cost efficient compared to other existing technologies, and had higher levels of water infiltration compared to competitor products… [with] more than 1000 tyres removed from landfills just in one single project.”

Since 2019, the University has been investigating the potential use of materials from old tyres as road barriers in partnership with Saferoads. In 2022, a new product, Rubber T-Lock, was subjected to a 100 km/h test crash and passed, meaning it is now on track to go to market.

Saferoads CEO Darren Hotchkin says…

“This new product will enable Australia to recover 115 tonnes of used tyres for every 10 kilometres of the Rubber T-Lock road safety barrier produced,”

The product also enhances safety compared to traditional concrete barriers, as well as having a longer lifespan.

A group of presenters and attendees standing next to a Melbourne Climate Futures banner at the 2022 Climate Futures Summit

2022 Melbourne Climate Futures Summit

The University brings together the full breadth of its sustainability and climate research so that alumni, policy makers and industry leaders can engage with this knowledge to learn and co-create sustainable solutions.

Melbourne Climate Futures (MCF), our interdisciplinary climate change research initiative, hosted the inaugural Climate Futures Summit in October 2022.

The free, one-day event featured 23 speakers. It was designed to holding space for robust, critical discussion of the path forward to a positive climate future, providing a forum in which our alumni and student community could hear from and interact with policy, industry and research leaders. In addition to keynote addresses by economist Professor Ross Garnaut and Pacific Islands Forum Secretary General Mr Henry Puna, panel topics included:

  • What does the latest climate science tell us?

  • Current sustainability trends in business and investment

  • First Nations’ leadership on climate solutions

  • Youth perspectives for innovative climate

Panellists at the Melbourne Climate Futures Summit: One person is speaking in front of the crowd while the two other panellists listen
A group of people smiling at the camera, attending the 2022 Melbourne Climate Futures Summit

Climate Futures Summit at a glance

1,048

registrants

23

speakers

792

online views

255 in-person attendees

Contribution to global climate reports

WMO/UNEP – Scientific Assessment of Ozone Depletion: 2022

A/Prof Robyn Schofield – Co-author, ‘Chapter 7 Scenarios and Information for Policymakers’

IPCC – Climate Change 2021: The Physical Science Basis

Prof Malte Meinshausen – Lead author, ‘Chapter 1: Framing, context, methods’

Dr Ebru Kirezci (Honorary), Mr Jared Lewis, Dr Zebedee Nicholls, Prof Malte Meinshausen – Contributors

IPCC – Climate Change 2022: Impacts, Adaptation and Vulnerability

Prof Kathryn Bowen – Lead author, ‘Chapter 7: Health, wellbeing and the changing structure of communities’

Dr James Camac, A/Prof Celia McMichael – Contributors

IPCC – Climate Change 2022: Mitigation of Climate Change

Prof Jacqueline Peel - Lead Author, ‘Chapter 14: International Cooperation’

Dr Zebedee Nicholls, Prof Malte Meinshausen, Prof Jacqueline Peel – contributors

A commercial aeroplane flying through a cloudy sky

A crowd-based digital discussion about the environmental impacts of staff air travel

In September 2022, all students and staff were invited to have their say in an online discussion about how, collectively, we should navigate the issue of staff air travel emissions. Using an innovative crowdsourcing platform, Polis, 173 people contributed 326 statements and voted almost 23,000 times, as two opinion groups on the topic emerged in real time. Both groups supported emissions reduction and agreed on some key principles and promising avenues for reducing staff air travel, although they disagreed on some matters relating to mechanisms, priorities, choice and responsibility. Results of the discussion were compiled in an interactive report, and further analysis is underway to guide next steps on this issue in 2023.

A man standing in a field with rows of young corn plants

Training farmers to reduce greenhouse gas emissions

Professor Richard Eckard from the School of Agricultural and Food Sciences and Professor Rodney Keenan from the School of Ecosystem and Forest Sciences have been involved in an extensive training program for farmers and finance managers across Australia, focused on assessing their greenhouse gas emissions in agriculture and options for emissions reduction. To date, approximately 1000 industry professionals and farmers have been trained, with additional training planned for a further 2000 farmers in 2023.