How might we fast-track approaches that draw down greenhouse gases at ANU?
To limit global warming to well below 2°C, ANU will need to not only reduce our existing greenhouse (GHG) emissions but also draw down and store or use greenhouse gases through the development of carbon sinks, an approach known as negative emissions.
Approaches and technologies that achieve this at scale are still being researched and developed, with several ANU researchers heavily involved. This focus on negative emissions provides us with an opportunity to go above and beyond what other universities have undertaken and establish a leadership position for ANU.
Approaches could include sequestering carbon into landscapes at scale. To achieve this, ANU will need to own / have access to land that can be used for indefinite carbon sequestration via vegetation and soils. Land managed in this way can also provide a range of ecosystem benefits such as rehydrating landscapes, supporting wildlife and even providing opportunities for regenerative agriculture.
Another approach is capturing carbon and using it to create building materials and other products. This requires the development of technologies that use carbon dioxide from the atmosphere in conjunction with renewable energy to produce high value, recyclable goods as part of the circular economy (Carbon Capture and Utilisation). These building materials can then be used to construct new facilities and appliances on campus, storing carbon for the long-term.
We are keen to hear all your ideas for how ANU might fast-track approaches that draw down greenhouse gases at ANU.
Consultation is open until Tuesday 20 October 2020.
You can engage in one or both of these ways
Join us to discuss at an online workshop on Friday 2 October at 12.30pm.
Online platform to capture your ideas (Ideanote)
In order to post/save your idea, you will be asked to join ANU Below Zero after hitting the submit button. You can use your ANU credentials by clicking the Single Sign On (SAML) option or create a new account.
For more information, visit the Consultation Information Sheet / User Guide here (PDF, 822KB).
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Check out other themes that you are interested in, to find out more and share your ideas for how ANU can develop solutions.