AUSTRALIA needs to change the way it invests in science and develop at least five national scientific hubs, each with more than 10,000 researchers, says the chief executive of the CSIRO, Megan Clark.
”Major shifts in how we do science and how we invest nationally are required if we are to remain globally relevant and attract the best and brightest to Australia,” said Dr Clark, who gave the 2010 Lowy lecture at the Lowy Institute for International Policy in Sydney on 19 November.
She said Sydney had an opportunity to develop a national precinct in information communication, and Melbourne could build on its strengths to develop one precinct in human life sciences and another in material sciences.
These ”powerhouses of innovation”, bringing together the best researchers from universities and science institutes, would require annual investments of more than $1 billion each and appropriate computing infrastructure. At present, science funding is mainly based on the excellence of individual researchers.
But Australia’s main challenges – climate change, water management and prevention of chronic disease – require multidisciplinary teams, Dr Clark said.
Scientists not only need to understand fundamental aspects of a problem, such as information about temperature, rainfall, wind patterns, ocean currents and ocean acidity, when considering climate change, they also need to understand how all these factors interconnect.
Dr Clark identified Perth as the logical site for a precinct in resource geosciences and space. Canberra could build on its expertise in plant and ecosystem science, and Brisbane on its strengths in environmental science and ecology. ”Adelaide is emerging as a centre for preventative health and nutrition,” she said.
On a world scale, the big problem will be how to do more with less as the population increases.
”Globally we face the challenges of securing our food, water and energy needs in a world of finite resources,” said Dr Clark, whose lecture is entitled Science and Australia’s Place in the World.
She said these challenges would create opportunities for Australia, as a result of its expertise in advanced minerals and energy projects, and in plant and animal science.
Australia leads the world in understanding the genetics of wheat and contributed to the recent completion of the genetic sequence of cattle.
This country also has strengths in astronomy and space science, which could lead to more advances in communication, data handling and computing, particularly if Australia wins the bid to host the gigantic Square Kilometre Array radiotelescope in Western Australia.
In other areas, such as some green technologies and water and environmental services, however, Australia has no special advantages, she said.
The nation would have to compete fiercely, particularly when low-income markets in China and India are driving ”reverse innovation”, with products such as Tata’s $2000 car and cheap, high-quality medical services.
The Cockatoo Network has been arguing for some time about the need for a concerted spatial research framework built around the competitive advantage of regions and stronger collaboration via clustering and networking techniques. We are currently working with David Dodd (DADCONSULT) and other US agencies to link clusters as a means of driving hubs and clusters as alluded to by Dr. Clark.
If you would like more information on how your region can participate, please contact us at apdcockatoo@iprimus.com.au
Source: SMH and Cockatoo resources.