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Reducing Greenhouse Gas Emissions

Many of the impacts of climate change can be reduced, delayed or avoided by reducing greenhouse gas emissions.

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/multimedia/Algae-biodiesel-gets-green-light.html CSIRO research has shown that it is possible to produce algal biodiesel at a lower cost and with less greenhouse gas emissions than fossil diesel. Algal biodiesel production could reduce greenhouse gas emissions, address future fuel shortages and create jobs.
/resources/carbon-and-rural-land-use-key-findings.html Greenhouse gas storage and mitigation can take place in rural Australia. This key report explores greenhouse gas mitigation and carbon storage opportunites for Queensland and Australia.
/science/CO2-geosequestration.html Preparing a gas sample for carbon isotopic analysis Experience gained extracting fossil fuels is being reversed and applied to storing CO2 in underground reservoirs.
/science/FutureFuelsForum.html A traffic jam ©iStockphoto.com/aabejon Articulating the challenges for Australia in arriving at a sustainable transport fuel mix. Image: iStockphoto.com
CSIRO research has shown that it is possible to produce algal biodiesel at a lower cost and with less greenhouse gas emissions than fossil diesel.
Algal biodiesel production could reduce greenhouse gas emissions, address future fuel shortages and create jobs.
Smoke from coal fired power plant

Climate risks beyond two degrees warming

Greater and more widespread impacts are expected when global warming passes 2˚C above pre-Industrial levels, so understanding how the risk changes at that point can help inform negotiations on emission reduction targets.

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Wind turbine

Reducing Australia's greenhouse emissions

To avoid dangerous climate change, we need to reduce greenhouse gas emissions. This calls for broad-based action, and CSIRO is developing practical technologies to reduce emissions in the industry, agriculture, transport and energy sectors.

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Climate change science and solutions

Understanding Climate Change

How do we know the climate is changing? By closely monitoring the Earth's climate system and oceans, and studying the influence of greenhouse gases.

Reducing Greenhouse Gas Emissions

How can we reduce, delay or avoid climate change? Reducing greenhouse gas emissions, using clean energy and storing carbon are crucial.

Adapting to Climate Change

What about unavoidable cliamte change? Identifying ways to adapt can help communities reduce the costs and take advantage of opportunities.

Our research

Hand holding dish of ultra clean coal.

Flagship research into low emission electricity
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Traffic on an urban arterial road.

Flagship research into low emission transport
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Preparing a gas sample for carbon isotopic analysis.

Underground storage of carbon dioxide
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Close up of pylons.

Flagship research into distributed energy
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Close up of car wheel.

Developing solutions for low emission fuels
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A large solar dish.

Renewables - energy for the future
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Sun shining through clouds over some mountains, with trees in the foreground.

Greenhouse gas and carbon management in forest
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Man in fire protective suit lighting a fire in the tropical savannas of Australia.

Fire and carbon in regional Australia
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Image of the globe from space showing Australia, and the sun rising over the horizon.

The bioeconomy
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Second Level:
Reducing Greenhouse Gas Emissions
Index of reducing greenhouse gas emissions related information:
  • Image shows man at computer using a modelling programme.

    Piecing together the global energy puzzle - delivering energy solutions for a sustainable future is a huge challenge, but with decision support and by expanding the information-base for decision-making, this task becomes easier.

  • Image of mixed grains, cereals and pulses.

    The bioeconomy provides an opportunity for Australia to redefine the role of agricultural, natural resources and sustainable energy production.

  • The 'Marine Climate Change Impacts and Adaptation Report Card for Australia'.

    The first-ever Australian benchmark of climate change impacts on marine ecosystems and options for adaptation is being released in Brisbane today.

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

    Despite the economic effects of the global financial crisis (GFC), carbon dioxide emissions from human activities rose 2 per cent in 2008 to an all-time high of 1.3 tonnes of carbon per capita per year, according to a paper published today in Nature Geoscience.

Events

 
  • Smoke from coal fired power plant

    Greater and more widespread impacts are expected when global warming passes 2 °C above pre-Industrial levels, so understanding how the risk changes at that point can help inform negotiations on emission reduction targets.

  • A bushfire burning.

    Greenhouse gas emissions at or above present rates will cause further warming and induce many changes in the global climate system during the 21st century. It is very likely that these changes will be larger than those already seen in the past century.

Contact

Ms Lou Morrissey
Communication Manager
Energy Transformed Flagship
Phone: 61 2 4960 6140 
Fax: 61 2 4960 6021