Ozone uptake in oceans much lower than previously thought
CSIRO scientists have developed a new way to account for ozone in computer simulations of the climate. This latest modelling shows that the oceans take much less ozone out of the atmosphere than previously thought. This has implications not only for our understanding of future global warming, but also on human health, plant productivity and the economy.
Why renting, rather than buying, carbon might help mitigate climate change
To mitigate climate change we might have to re-examine the rules which define carbon credit-worthy sequestration actions – that might include renting, rather than buying.
How do you measure the environmental footprint of grazing cattle?
Meat consumption has been on the increase with improved standards of living and growing populations around the world. But how do you quantify the environmental cost of feeding the stock feeding that increase?
Refining the accounts on canola emissions savings
Accounting for emissions savings in producing biofuels compared to fossil fuels is about to get harder. Australia's got an interest in proving the worth of canola.
Poor diets affect more than just our health
The fate of the environment just got personal. It turns out, everyone's waist lines add up and what's better for your health is also better for the environment.
The future of the ozone hole
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.