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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

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Text: CSIRO scientists are working with industry and the community to reduce the impacts of air pollution. Image: Smoke billowing from factory chimney.

Featured items

Computer simulation of pollution plume originating in Melbourne and flowing over Bass Strait.

The Air Pollution Model (TAPM) is a user-friendly model for the prediction of air quality, with a strong scientific basis with verified performance, and can be purchased directly through CSIRO.

Fire crews combat a bushfire on Canberra’s Black Mountain.

The Australian Air Quality Forecasting System predicts daily levels of photochemical smog, atmospheric particles (including wind-blown dust and smoke) and 22 other pollutants.

  • Sea and sky: Australia’s large marine jurisdiction offers an enormous range of economic and recreational opportunities, while playing a major role in controlling climate. CMAR aims to advance Australian climate, marine, and earth systems science.

    CSIRO Marine and Atmospheric Research (CMAR) aims to advance Australian climate, marine, and earth systems science. Our research focuses on issues affecting Australia and the world, and we provide a range of scientific and consulting services that are underpinned by this research.

  • Smoke stack

    Our scientists are working with industry, regulators and the community in the search for solutions to our mounting air, land and water pollution problems.

  • Close-up of 96-well plate stained green.

    The Environmental Biotechnology and Genomics Program is contributing to the development of new environmental and bioindustries biotechnologies, and helping to build an understanding of the impact insects have on our environment and agriculture.

  • A photograph of land with crops in the foreground and some trees in background.

    Tackling greenhouse gas (GHG) emissions is considered to be one of the most serious national and international challenges of our time. Australia has a sizable potential to sequester carbon and mitigate GHG in agricultural production and land use systems.

  • Looking over a high rise city centre

    CSIRO's Urban systems program is undertaking research to understand the interconnected processes between human, natural and built systems necessary to develop more sustainable and ecologically sensitive urban areas that provide better environmental, economic and community outcomes.

  • Dr Melita Keywood beside a particle measuring device

    CSIRO's atmospheric scientists have extensive capabilities in measuring, monitoring and analysing air pollution, suggesting solutions for controlling the airborne particles that cause it.

  • Photograph of the Aspendale laboratories, Melbourne.

    In this vodcast we visit CSIRO’s Aspendale Laboratory in Melbourne where Dr Paul Fraser from Marine and Atmospheric Research explains two new greenhouse gases showing up in an air collection used for monitoring changes in the atmosphere. (3:53)

  • Carbon dioxide emissions from human activities increased by 2 per cent in 2008.

    A new report outlining changes to the global balance of carbon dioxide has found that despite the global financial crisis, carbon emissions from human activity continue to rise. (6:37)

Resources

 
  • Computer simulation of pollution plume originating in Melbourne and flowing over Bass Strait.

    Atmospheric scientist, Dr Ross Mitchell, from CSIRO Marine and Atmospheric Research, explains how the September 2009 dust storms occurred and were projected in these forecast animations indicating where and how quickly the dust spread across the continent.

  • Early action to reduce emissions would result in strong economic growth.

    A factsheet detailing the 2007 data for the Global Carbon Project, a joint international project on the global carbon cycle.