An A$11 million collaboration aimed at helping Australia translate science into practical applications for adapting to climate change, population growth and other coastal pressures will be launched today in Perth.

The Dawesville Channel south of Mandurah, Western Australia: Credit: Orderinchaos

The Dawesville Channel south of Mandurah, Western Australia: Credit: Orderinchaos

Led by Curtin University of Technology, the CSIRO Flagship Coastal Collaboration Cluster will tackle the challenge of how to present and communicate scientific results in ways that are both understandable and useful to people who make complex decisions about the future of our coasts.

The partners will use techniques such as Google Earth and custom-built animations to visualise research data and phenomena like sea-level rise.

CSIRO Wealth from Oceans Flagship Director, Dr Tom Hatton, says Australia's coasts are facing mounting pressures from urban and industrial development, population growth, recreation and tourism, and climate change.

"Science is often expected to provide key information to help with decisions about coastal management, but the expectations people have of science are often very different from what it can actually deliver," Dr Hatton says.

"We feel that the solution is neither to ‘dumb down’ the science, nor expect non-scientists to master complex and diverse scientific fields.

"What we are looking for is a way to make great coastal science accessible to the people who need to understand it. This will require creativity and innovation."

Researchers involved in the Cluster will meet this challenge by collaborating with a wide range of people who make decisions about the future of our coast, including; scientists, local, state and federal governments, non-government organisations, indigenous leaders and the community.

They will also investigate what scientific knowledge would be most helpful to these groups and develop and test new methods to both retain scientific accuracy and help groups to use the science in the decisions they make.

The research will extend across vulnerable coastal regions from Mandurah in Western Australia to the Derwent-Huon region in Tasmania through to south-east Queensland.