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.
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.
While attention to bushfire recovery often centres on above ground developments – rebuilt buildings and a return of green tree canopies – it's what happens below the surface that often determines how successful recovery actually is.
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.
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.
Ashmore Reef Marine Park is one of Australia's most remote marine parks. Recent fieldwork will help Parks Australia adaptively manage this island sanctuary.
A new computer model to predict arsenic pollution will help to support water management decisions and develop new arsenic remediation strategies.
A cross-Tasman collaboration involving our Synthetic Biology Future Science Platform and Managing Invasive Species and Diseases program has produced the first full genome sequence of the ship rat.
A failure to grasp the details of the life of freshwater crocodiles in the places they live is likely to bedevil their conservation.
