As Australia navigates a path to a cleaner energy future, hydrogen could benefit our domestic energy supply by overcoming intermittency and transportability problems linked to energy from the sun or wind. CSIRO, in consultation with industry and government, has just launched a National Hydrogen Roadmap as a ‘blueprint for the development of a hydrogen industry in Australia’.
The Southern Ocean has an enormously influential role on the Earth’s climate, it reaches from the Antarctic into all the world’s oceans. What research now shows is local ocean processes have global impacts.
In 2006, when fires broke out near Cape Grim, Tasmania, scientists measured the smoke plumes in unprecedented detail, resulting in a more accurate smoke forecasting tool for use in weather forecasting, and for issuing health-related smoke warnings.
The science of thunderstorm asthma is relatively unknown, what is least understood is the interaction between pollen and thunderstorms.
Simulating the Earth’s myriad physical, chemical and biological processes is a big ask. But it must be done if we are to work out how what we do today will change the future climate. Thanks to this Australian ‘earth system model’, we’re getting a clearer picture of what’s ahead.
Contrary to popular belief, the ozone hole does not reach Australia. But its effects are felt the world over. CSIRO scientists are creating a climate-chemistry model that will lead global science on the ozone hole recovery.
Understanding potential greenhouse gas impacts of the coal seam gas industry can help inform future decisions, including better understanding of methane.
Technological advances like the Himawari-8 launched by Japan in 2014 have made significant improvements to our ability to measure the atmosphere, according to the latest State of the Environment Report.
As cities go, Australia’s have some of the best air quality in the world. But even the relatively clean air of Australia can contain enough pollutants to impact on our health.
