Using today’s ocean observations to unlock tomorrow’s climate
As Australia comes to grips with the devastating COVID-19 global pandemic, it’s possible to forget that only six months ago […]
Using satellite imagery to detect and map oil spills along Australia’s coastline
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.
Unravelling the boom-bust nature of fodder in drought
Cut for hay or grow to grain? A pilot trial unlocks information about the fodder market during times of drought and aims to help farm finances and aid drought relief.
The future of earth observations for Pacific Island nations
Satellites are transforming the way we see – and map – the Earth. That's especially the case in the Pacific where islands nations can benefit from satellite services – Earth Observations (EO) – to understand and manage the environment.
Mapping the seafloor of one of the world’s largest marine parks
The Coral Sea Marine Park is one of the world’s largest marine parks and vital to surrounding Pacific Island countries. A month-long voyage by Australia's research vessel to gather and share data and insights with international colleagues has begun, in pursuit of a better understanding of the area's geodynamic and climatic history, as well as biotic evolution.
Connecting the sky and the sea to build a picture of tomorrow’s oceans
The eReefs program monitors the Great Barrier Reef using satellite sensors high above the planet’s surface and from a unique marine observatory far below located in coastal waters of the Great Barrier Reef World Heritage Area.
Novel use of satellite data helping to keep tabs on our water
Understanding human impact on the water cycle is a tricky business - one clue is to be found in evapotranspiration. Novel use of satellite data is helping us measure something we can't see.
How researchers are mapping an invasive species advancing across an entire region
In Northern Australia, researchers have Gamba grass in their sights. They're applying cutting-edge advances in satellite, airborne and terrestrial remote sensing along with emerging tools in computer vision and machine learning to address environmental challenges such as invasive species.