We're developing tracking technology that allows users to gain situational awareness of the environment.
World leading science achieved through CSIRO Business Unit collaboration and external industry partnership.
Coral reefs are beautiful but vulnerable, and have historically been difficult to monitor. CSIRO’s Data61 is working with Babel-sbf to automate broad-scale monitoring and surveying methods.
Data61 is developing C-FAST, an integrated adaptation framework for cities at risk from coastal inundation and flooding events. Stakeholders will be able to use C-FAST for urban flood emergency management, identifying community flood risk and for improving infrastructure investment decisions.
In a world with emerging uncertainty around environmental and climatic risk, the need to translate risks into impacts and adaptation opportunities at infrastructure scale is paramount.
Coral reefs are beautiful but vulnerable, and have historically been difficult to monitor. CSIRO’s Data61 is using automation to develop new monitoring and surveying methods.
Sustainable fishing is both a mandated objective of modern fisheries and an expectation of our communities. Like wine and beef, seafood provenance is also an issue for consumers who want to know the source of their seafood, whether it was caught sustainably, or indeed whether it is really the type of fish the vendor says it is. Marine Visual Technologies (MVT) is developing solutions to support sustainable fisheries management, and seafood supplies chains, from boat to plate.
An app to manage nitrogen fertiliser in sugarcane farming.
Australian farmers can monitor their grain yield at the touch of a button, thanks to a smart phone app, Graincast™
In Australia, algal blooms result in significant costs to affected communities, and environmental managers struggle to adequately monitor their jurisdictions.
Our Cyber Physical Systems research group is working to transform Australia's agricultural sector through the introduction of autonomous technologies.
Using our new WaterWise technology, for the first time, growers can see in real time the water stress of their crop and can predict their crops' future water needs.
Transforming weather forecast data and tailoring it for farmers and agribusiness
We have developed a world first mollusc bio-sensor capable of delivering physiological data in real-time from animals in commercial environments.
We're working with partners in Perth, the US and New Zealand to assess the risk of collisions between ships and humpback whales in the Great Barrier Reef region.
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