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About CSIRO

The Commonwealth Scientific and Industrial Research Organisation is Australia's national science agency and one of the largest and most diverse research agencies in the world.

CSIRO's core areas of impact

Contact Enquiries: Phone - 1300 363 400 | Email - Enquiries@csiro.au | Contact Us

Understanding Oceans

Gaining a fundamental understanding of how oceans work and how they interact with the atmosphere, land and biological cycles

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/multimedia/BLUElinkVideo.html Map of the coast of New South Wales.

Creating an ocean forecasting system for Australia.

/news/Highest-winter-water-temps.html Map of Tasmania Tasmania’s east coast is recording its highest-ever winter water temperatures.
/news/Indian-Ocean-Temp-And-Bushfire.html Trees on fire Weather conditions that led to major bushfires may be linked to sea temperatures in the eastern Indian Ocean.
/multimedia/Winners-and-losers-of-climate-change.html Ocean waves with city in the background. The first comprehensive regional study of climate change adaptation in Australia is being undertaken.

CSIRO's research is focused on the following:

A boat at sea.

The Dynamic Ocean
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City at night.

Sustainable cities and coasts
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The dynamic ocean - CSIRO is creating and exploiting knowledge of ocean variability and change to deliver social, environmental and economic wealth to Australia. Learn more>
Sustainable cities and coasts - CSIRO researchers are developing planning, design, infrastructure and management solutions to help Australia’s cities and coasts adapt to a changing climate. Learn more>

The ocean is inextricably linked to our land and atmosphere through complex processes that drive our climate and support life.

Using innovative ocean modelling and observing technologies, CSIRO is characterising and predicting our oceans’ physical, biological, chemical and geological properties.

We also develop advanced global and regional computer models to predict ocean temperature, salinity and currents.

These will shape Australian understanding of climate variability and change, including sea level rise and the impact of oceans on seasonal weather, droughts and floods. It will help us:

  • predict and prepare for global climate change
  • support defence, offshore engineering, shipping, ecosystem conservation and management, search and rescue, environmental disaster response and more.

Our researchers also investigate the impacts of increased atmospheric carbon dioxide on ocean chemistry, ecosystems and processes – including ocean acidification – and how these in turn will affect our land and climate.

This knowledge is critical for the safe, efficient and sustainable use of Australia’s marine wealth as well as for climate-sensitive terrestrial industries.

 Second Level:
Understanding Oceans
Index of understanding oceans related information:
  • A flock of birds (Banded Stilt) in a wetland environment.

    The Environment Group aims to support the development of production sectors while at the same time minimising current and potential adverse environmental impacts.

  • On board a CSIRO research vessel.
    CSIRO has been a driving force for observational studies in the oceanic regions around Australia, and in increasing our understanding of ocean processes and their influence on our climate.

     

  • A fisherman holding up a longtail tuna

    Coastal anglers are being encouraged to help ensure the long-term sustainability of Australia’s newest ‘recreational only’ species, the longtail tuna, by reporting catches using a new online system.

  • An image of a marine animal.

    Researchers are building the environmental equivalent of the ASX200 as a means of monitoring the health of Australian marine ecosystems.

Events

 
  • A photo of a new species of Trichopeltarion crab (a group of deepsea crabs).

    CSIRO's Wealth from Oceans Flagship uncovered a treasure trove of creatures thriving on mountains deep under the ocean off south-eastern Australia.

  • A diagram of global ocean currents.

    The oceans are the largest repository of heat on Earth, with a capacity 1 000 times greater than the atmosphere. This heat is distributed around the globe by ocean currents referred to as the ‘conveyor belt’. This circulation influences, and is influenced by, the climate.

Contact

Ms Meg Rive (BSc (Hons I) LLB)
Communication Manager
Wealth from Oceans Flagship
Phone: 61 3 9239 4433 
Alt Phone: 61 4 3800 7301 
Fax: 61 3 9239 4444 
Mr Craig Macaulay
Science Journalist
Marine & Atmospheric Research
Phone: 61 3 6232 5219 
Alt Phone: 0419 966 465 
Fax: 61 3 6232 5000