The CSIRO Climate Science Centre is a research program that brings together the core of CSIRO's capability in climate modelling and observations of the atmosphere and ocean. Our mission is to be Australia's centre for innovative and world-leading climate system science information. We aim to inspire collaboration, along with climate solutions and actions.
Climate research relevant to all Australians
Climate and environmental variability and change affect almost all aspects of the Australian economy and community. Our scientists work closely with research partners inside and outside of CSIRO to deliver climate, ocean and atmosphere research to a broad community of research and end‑users. The research of the Centre spans climate timescales from seasons to millennia.
Key activities of the Climate Science Centre include:
- Development of the Australian Community Climate and Earth System Simulator (ACCESS), in partnership with the Bureau of Meteorology and Universities.
- Delivery of climate forecasts and projections on timescales from seasons to millennia, to inform effective and efficient strategies for climate adaptation and mitigation.
- Climate science needed to manage risk and exploit opportunities associated with a variable and changing climate, including extreme events.
- Advances in understanding of climate dynamics as needed to improve the utility of climate information delivered to research users.
- Delivery of targeted, reliable and relevant climate products and services to decision-makers in climate‑sensitive sectors, including energy, water, health, transport, tourism, finance, insurance and agriculture.
- Leadership of key national observing programs, including the Integrated Marine Observing System and the Cape Grim atmospheric observatory.
- Delivery of ocean forecasts for national security, marine industry, emergency response, management of marine resources, and climate research.
Research highlights
Decadal climate forecasting
Effective adaptation requires regional information on climate variability and change, and changes in extreme events like floods and droughts, on decadal timescales. Our decadal forecasting initiative was established in 201X. It aims to develop reliable multi-year to decadal forecasts to enable Australian industries and regulators to better deal with climate variability and climate extremes.
Visit our decadal climate forecasting research site for more information.
Sea level, waves and coastal extremes
The ocean and coastal environments are dynamic. We conduct research to understand how our coastal marine environment has changed and will change in the future. Through our research, partners and end-users can identify risks and opportunities for the sustainable use of the coastal environment. At the Centre we conduct research into sea level change, coastal extremes and ocean energy. We also provide access to a range of data on these topics.
Visit our sea level, waves and coastal extremes research site for more information.
Atmospheric composition and chemistry
Urban and regional air pollution is a significant environmental threat. Industry, power generation and motor vehicles release pollutants that can lead to photochemical smog and haze, as well as contributing to increasing levels of greenhouse gases in the atmosphere. Pollution threatens environmental sustainability and can have harmful effects on human health.
The Centre’s Atmospheric Composition and Chemistry (ACC) group brings together capability in the observation of trace gases, particulate matter and chemical processes of the atmosphere, and the transport and chemical modelling required to interpret these data.
Visit our ACC group research site for more information.
Centre for Southern Hemisphere Ocean Research
The Centre for Southern Hemisphere Oceans Research brings together researchers from Australia and China to further scientific understanding of the southern hemisphere oceans and their role in global and regional climate.
CSHOR research has begun to address some of the key challenges in climate science, such as El Niño-Southern Oscillation complexity, interactions between the three tropical oceans, and the role of Southern Ocean heat sequestration in the fate of the Antarctic sea ice, Antarctic land ice, and global sea level in a warming climate.
Its research is also helping to underpin the next generation of climate projections needed to inform effective responses to climate change and variability, including those produced by the Intergovernmental Panel on Climate Change (IPCC).
Visit our CSHOR research site for more information.