Geoengineering the ocean could help slow climate change
A new project led out of Germany is investigating how novel ocean negative emission technologies (NETs) might work to slow down the rate of climate change.
Nothing but blue skies? How solar forecasting works
Cumulus, stratus or cumulonimbus, clouds all have one thing in common: they affect the amount of energy solar panels produce. So, what is solar forecasting, and why is it so important?
Helping communities weather the winds of change
COVID-19 has highlighted the need for communities globally to prepare for, and adapt to, natural shocks, including climate change.
An unexpected crisis that could change our cities
COVID-19 is a health and economic crisis that’s taken the world by surprise. Yet this wicked problem may also be an opportunity for Australia to invest in new types of urban infrastructure to make cities smarter, greener, safer, and healthier.
Cars after coronavirus: steering away from emissions
How can the transport sector and consumers embrace the positive impacts of the COVID-19 lockdown, and steer towards low-emissions technologies?
Aussie icons team up to tackle climate change
Two of Australia’s most iconic ecosystems, eucalypt trees and reef corals, could end up being the ‘best of pals’ when it comes to fighting climate change.
CSIRO climate scientists present to Royal Commission
Six key messages about climate change and natural disasters from CSIRO climate scientists, presented to the Royal Commission into National Natural Disaster Arrangements.
Deconstructing disasters: Taking stock on where we are now, and dreaming our future
Australia and the world are facing multiple, successive, widespread disruptions which can lead to catastrophic disaster. A ‘Deconstructing Disasters’ approach can help us to build more resilience in our systems.
The challenge at the end of Australia’s mighty Murray-Darling system
Management of the Lower Lakes system in South Australia has been informed by extensive science. Understanding the impacts of climate change and adaptation remain future challenges for the region and the Murray-Darling Basin as a whole.