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2011 Strategic Roadmap for Australian Research Infrastructure

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intersect with complementary environmental data sets. This systems approach<br />

should lead to a greater ability to assess environmental impacts from population<br />

expansion, and predict the effects of natural hazards on humans and<br />

infrastructure.<br />

The investments under the Sustainable Energy Future Capability area (Biofuels<br />

and Fusion) have been limited and the EWG supports additional investment, not<br />

only in the area of energy sources, but also research infrastructure to support<br />

energy systems research. Investment in research infrastructure to support new<br />

system-level energy research will be critical to decarbonise our electricity grid and<br />

attract the much needed massive investments to urgently trans<strong>for</strong>m electricity<br />

grid infrastructure.<br />

1.C.1<br />

What are your views on the existing funded facilities, including their ability<br />

to meet the current and future research needs?<br />

Section D: e<strong>Research</strong> infrastructure needs<br />

The EWG considers that data integration, transmission, storage and access to<br />

simulations and models are an urgent priority.<br />

While the existing facilities are making great progress in managing the<br />

observational data streams, there is an urgent need to accelerate investment in<br />

the necessary storage and access infrastructure and to ensure that all the data is<br />

accessible, discoverable, interoperable and gathered and stored at the finest scale<br />

possible.<br />

The <strong>Australian</strong> National Data Service (ANDS), <strong>Research</strong> Data Storage<br />

<strong>Infrastructure</strong> (RDSI) project and the National <strong>Research</strong> Network (NRN) projects<br />

are contributing to improving these aspects, but more work is required.<br />

Many of the Capability areas identified are reliant on access to supercomputing<br />

capabilities to process the large volumes of data received through remote sensing<br />

and ’omics based approaches, to undertake complex modelling and projection of<br />

the climate system and the natural environment. The continued development of<br />

the National Computational <strong>Infrastructure</strong> (NCI) is there<strong>for</strong>e vitally important.<br />

For example, without urgent investment in the NCI storage capability, the next<br />

Intergovernmental Panel on Climate Change (IPCC) Assessment will be complete<br />

be<strong>for</strong>e <strong>Australian</strong> scientists have access to this important international petabyte<br />

size data set that is critical to understanding Australia’s future climate.<br />

As the sophistication and time-space resolution of earth system modelling is<br />

extended it is reasonable to assume that Exabyte capability will be necessary to<br />

support simulation experiments within the next five to ten years.<br />

1.D.1<br />

What are your views on the e<strong>Research</strong> infrastructure identified, including<br />

their relative priority and ability to support the current and future<br />

e<strong>Research</strong> infrastructure needs?<br />

16

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