Contaminants

What do our gut microbiome, soil, persistent chemicals and dung beetles have in common? That’s what our MOSH Future Science Platform is working to find out.

Aerial view of remote Australian town

Humans have re-used wastewater for thousands of years. As demand for fresh water supplies grow, communities need improved water re-use technologies to give them resilient, sustainable and high-quality water stocks.

Aerial photo of a a ship and an oil spill

Oil spills can cause significant environmental damage. We have developed new oil spill response technology that focuses on removing small oil droplets. And it all starts off with the humble domestic sponge ...

A visualisation of nanopesticides entering the human body and interacting with organs such as lungs

New research has helped bring nanopesticides—tiny capsules capable of big impact—one step closer to regulatory approval.

Crop dusting chemicals on to a field

Throughout human history, pests have greatly impacted agriculture and society through crop failure. In modern times, chemical solutions to the problem have been hit and miss.

A mine with blue liquid.

Australian mining has a lot of responsibilities to manage. A new CRC (Co-operative Research Centre) aims to transform the industry to enable regions and communities to transition to a more prosperous and sustainable post-mine future.

offshore oil and gas platform in the ocean

Can the rigs of today become the reefs of tomorrow? CSIRO is working with industry partners to explore the future of our oil and gas infrastructure.

Satellite image over the Great Barrier Reef showing reef structures

Detection of oil spills using state of the art satellite imagery will support Australian environmental agencies to manage and protect the Great Barrier Reef, and other Australian marine regions.

A crop in front of a mountain

In a world first, we've developed a new suite of apps to help sugarcane farmers in far north Queensland manage fertiliser use and reduce nitrogen runoff onto the Great Barrier Reef.