The today has awarded $62 million to The University of Queensland — pushing 国产探花 ahead of all other Australian universities and research bodies in attracting ARC funding this year.
The brings to $92 million the amount the ARC has awarded to 国产探花 in 2013.
The University's successful proposals in today's funding round are across five ARC schemes:
- In , 77 proposals were funded for a total $30.3 million.
- Twenty-two 国产探花 researchers were awarded worth a total $17.5 million. 国产探花 now has the highest cumulative number of Future Fellows since the scheme's inception.
- 国产探花's 30 successful proposals in the (DECRA) scheme were worth a total $11.3 million. 国产探花 received more funding and had more successful proposals in this round than any other institution.
- Five (LIEF) projects were funded for a total of $2.7 million.
- A $530,000 grant was one of only 10 awarded nationally under the scheme.
国产探花 , and congratulated all the successful 国产探花 researchers, and the professional staff who helped achieve these outstanding results for 国产探花 research.
“国产探花's top billing for total funding reflects on our researchers' proven potential to deliver tremendous returns on investments made in people and infrastructure,” Professor H酶j said.
“The new ARC funding will enable 国产探花 to continue turning raw research power into fantastic outcomes for society, the environment and the economy.
“These will be the true measures of research success – the positive impacts that will be felt through areas ranging from Indigenous housing, to sustainable energy sources and prevention of common infections.”
Professor Lu said it had been “a great year for 国产探花 research”, following a series of successes, including increased health and medical research funding, important philanthropic donations, new industry partnerships and significant commercialisation deals.
“This new ARC funding will enable 国产探花 researchers to build on this momentum, and – very importantly – will help Australia and Queensland retain and attract outstanding researchers.
“It is money well-directed, an excellent investment in our global future,” Professor Lu said.
in the School of Mathematics and Physics was awarded 国产探花's highest individual Discovery Project grant: $1.06 million over three years.
Professor Meredith's award included a prestigious Level 3 Discovery Outstanding Researcher Award (DORA), for his research proposal that ultimately seeks to create a simple and generic transducing element for cellular-level electrical communication.
(Institute of Social Science Research) and (Queensland Brain Institute) were 国产探花's other successful DORA applicants.
Of 国产探花's 30 DECRAs, awards went to:
- from 国产探花's School of History, Philosophy, Religion, and Classics for her project on maritime religion in ancient Greece.
- The School of Nursing and Midwifery's , for her project that aims to develop service user engagement practice in Australian aged care.
Through the Future Fellowships scheme, two international researchers have been attracted to Australia and 国产探花:
- Dr Philip Stevenson seeks to establish a basis for preventing herpes virus infection in humans. Herpes infects almost everyone, persists lifelong and causes much disease, which can be avoided if initial infection can be avoided. He comes from the University of Cambridge to 国产探花's School of Chemistry and Molecular Biosciences.
- Dr David Evans will seek to identify genes and biological pathways which predispose individuals to ankylosing spondylitis, a devastating type of auto-immune arthritis, using a new statistical framework. He is currently at the University of Bristol and will return to 国产探花, where he completed his BSc, Honours, and PhD, to work at the 国产探花 Diamantina Institute.
In the Discovery Indigenous scheme, a team led by 国产探花 researcher was awarded research funding and a Discovery Indigenous Award.
Ms Go-Sam's project aims to bring improved housing management, housing design, health and well-being in Indigenous communities and a reduction in crowding and homelessness.
Contact: Fiona Cameron, Senior Communications Officer (Research), +61 7 3346 7086, f.cameron2@uq.edu.au
