CSIRO Annual Report 2016-17
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24Th Annual Australian Museum Eureka Prizes
24th Annual Australian Museum Eureka Prizes Australian Museum Eureka Prizes finalists announced The Australian Museum presents Australia’s premier science awards program. Congratulations to the 100 individuals who were announced as this year’s finalists and are competing for 17 prizes worth $170,000. Plus 10 stunning images revealed… The 2013 Eureka Prizes finalists have discovered: Better bulls emit less methane (Armidale) How to use car tyres to make steel (Sydney/Newcastle) The causes and effects of catastrophic firestorms (Sydney/Canberra) How bats can help us treat deadly diseases (Geelong) They’ve invented: A hypodermic camera to guide surgeons (Perth) A bionic eye to proof-of-concept stage (Melbourne/Sydney) Nanotechnologies to deliver drugs to their targets (Melbourne) They’ve revealed: The sinister effects of micro-plastics in the oceans (Sydney) How to personalise leukaemia therapy (Sydney) How to slow the progression of Duchenne muscular dystrophy (Melbourne) The mysteries of locust swarming (Sydney) Read about these and the many other achievements of the 2013 Australian Museum Eureka Prizes finalists at australianmuseum.net.au/eureka Also revealed today: top ten stunning science photographs for 2013 Ten stunning images have been highly commended in the New Scientist Eureka Prize for Science Photography. All 10 images are online here; they’re also available for publication. Here’s one of the shots: Stuart Hirth: Fluid Mechanics shows a collection of liquid splashes, photographed over a period of many months and brought together in one image. The splashes from a single drop landing in a puddle are photographed in darkness and illuminated with a high-speed flash to show the colours and beautiful shapes. -
Obituary Notices Ronald Drayton Brown
Obituary notices Ronald Drayton Brown Died 31 October 2008, elected to Fellowship 1965 Ronald Drayton (Ron) Brown was born in Melbourne on 14 October 1927. He grew up as an only child in modest suburban circumstances in Prahran and did not come from a scientific or academic background. His father had achieved some distinction in amateur athletics. His secondary education was at Wesley College, to which he had won a scholarship. He excelled in mathematics and physics and was an interested reader of astronomy books. He was dux of the school in his final year and was awarded an exhibition in physics in the Victorian matriculation examinations. In his first undergraduate year at the University of Melbourne, he majored in physics and chemistry. In second year he dropped Ron Brown physics, despite scoring better results than in chemistry. While completing a chemistry major he also informally attended the lectures in third year physics and mathematics, without completing the examinations, ending up with an effective triple major for his BSc in 1946. In the days before it was possible to do a PhD anywhere in Australia, Ron began his research career as an MSc student in the Department of Chemistry at the University of Melbourne with Dr Francis Lahey as supervisor. His thesis topic was alkaloid products from Australian plants, particularly Acronychia baueri. He had chosen this project because it would involve some organic chemistry and some spectroscopy. He was attracted by the relationships between the structure of organic compounds and their spectra, and the use of these ideas in deducing the structure of newly isolated compounds. -
Worldwide AI
Worldwide AI Worldwide AI Australia n NICTA is Australia’s Information and Com - Nick Barnes, Peter Baumgartner, Tiberio Caetano, Hugh munications Technology (ICT) Centre of Excel - Durrant-Whyte, Gerwin Klein, Penelope Sanderson, Abdul lence. It is the largest organization in Australia dedicated to ICT research. While it has close Sattar, Peter Stuckey, Sylvie Thiebaux, Pascal Van Henten - links with local universities, it is in fact an ryck, Toby Walsh independent but not-for-profit company in the business of doing research, commercializing AI@NICTA that research and training Ph.D. students to do that research. Much of the work taking place at NICTA involves various topics in artificial intel - National Information and Communications Technology Aus - ligence. In this article, we survey some of the AI work being undertaken at NICTA. tralia (NICTA) is the largest ICT research center in Australia, hav - ing been established 10 years ago in 2002. It has five laborato - ries in four Australian capital cities: Sydney, Canberra, Melbourne, and Brisbane. There are currently around 700 staff and Ph.D. students working at NICTA. In June 2009, the 100th Ph.D. student to study at NICTA graduated. At present and aver - aged over the year, one new Ph.D. student studying at NICTA graduates every 10 days. NICTA has close links with its univer - sity members (Australian National University, the University of New South Wales, and the University of Melbourne) as well as with its partner universities (University of Sydney, Griffith Uni - versity, Queensland University of Technology, University of Queensland, and most recently Monash University). Many of the researchers at NICTA are seconded from these universities. -
Driving Australian Innovation
Driving Australian Innovation ATN.EDU.AU INNOVATIVE INDUSTRY RESEARCH TRAINING ATN INDUSTRY DOCTORAL TRAINING CENTRE The ATN’s Industry Doctoral Training Centre (IDTC) is an innovative industry research training program focused on providing solutions to real industry challenges. This unique program combines cutting-edge theory and technical research training with professional skills such as project management, leadership and communication, research commercialisation, entrepreneurship, public policy and global sustainability, which are delivered through the ATN’s e-Grad school and face-to-face training modules. IDTC graduates are industry-ready, equipped with highly-developed communication and technical skills which underpin their future career success no matter where their journey takes them. “The IDTC has allowed me to gain in- depth knowledge on topics related to my research. I have also learned valuable skills like communicating my research and discussing problems with people from industry at IDTC events and workshops.” JACOBIEN CARSTENS, IDTC GRADUATE, RMIT UNIVERSITY WORLD-CLASS RESEARCH Our world-class research is inspired by global challenges and key areas of national 93% importance highlighted in the Australian Government’s Science OF OUR ASSESSED and Research priorities. We RESEARCH IS RANKED AT engage industry and end-users WORLD CLASS OR ABOVE at an early stage to ensure (EXCELLENCE IN RESEARCH our research delivers practical AUSTRALIA (ERA) 2015) benefits, drives economic development, social change, environmental sustainability and directly impacts the lives of everyday Australians. 22% ATN MEMBERS IN OF AUSTRALIA’S INTERNATIONAL STUDENTS CHOOSE ATN UNIVERSITIES TOP 50 UNIVERSITIES 20% UNDER 50 OF AUSTRALIA’S YEARS OLD GRADUATES ARE EDUCATED * AT ATN UNIVERSITIES WORLDWIDE *2016 QS UNIVERSITY RANKINGS INDUSTRY COLLABORATION As a leading voice in promoting university-industry collaboration, we have a growing reputation for being industry’s partner of choice through our commitment to deliver real-world research with real-world impact. -
Structural Health Monitoring
Structural Health Monitoring NICTA provides decision support for owners and maintainers of civil and industrial assets. Sensing, continuous monitoring and advanced data analysis techniques enable asset managers to make more informed maintenance decisions. The Challenge Assets are typically maintained when something goes wrong or according to preventative maintenance schedules. These approaches do not make the best use of limited maintenance resources. Reacting to problems when they occur means assets operate at reduced service levels until resources are mobilised to repair the problem. Preventative (or time based) maintenance is an improvement though often inefficient as maintenance is often done too early or too late. NICTA Approach A continuous monitoring service - the Industry Engagement NICTA has developed technology to enable service applies data management and Roads and Maritime Services NSW (RMS) more informed maintenance decision the analytical techniques to provide asset needs to maximise service life of the making. There are three main technology managers and engineers with situational Sydney Harbour Bridge road deck without components: awareness and the information they need significant increase in expenditure. NICTA to make decisions. The service is hosted Sensing and Data acquisition – sensors is implementing a bridge monitoring system from NICTA data centres and available to and distributed processing capabilities to using 2400 sensors. Machine learning users via web and mobile applications and suit large and small structures. based predictive analytics assesses the database services. data continuously and provides early warning of problems before bridge users are affected. By continuously monitoring the structural health of each of 800 steel and concrete supports under the roadway, RMS can undertake condition based and predictive based maintenance. -
An Automatic On-Site Fire Ant Screening System
An Automatic On-site Fire Ant Screening System Sanqiang Zhao1,2, Yongsheng Gao2,1 Terry Caelli3, Fabian Bracco4 1Queensland Research Laboratory, NICTA, Australia 3Victoria Research Laboratory, NICTA, Australia 2Institute for Integrated and Intelligent Systems 4Griffith School of Engineering, Griffith University, Griffith University, Brisbane, Australia Brisbane, Australia {s.zhao, yongsheng.gao}@griffith.edu.au [email protected] Abstract—This paper proposes the first attempt for semi- established in an area and leading ultimately to environmental automatic screening and identification of red imported fire ants and industrial devastation. Moreover, human expertise that is (Solenopsis invicta) in Australia. As an exotic ant species to required to correctly identify fire ants is very limited. For Australia, fire ants were imported from South America in 2001 example, there are only around four full-time entomologists and have since been regarded as dangerous pests that could devoted to fire ant identification at Biosecurity Queensland severely damage the environment and many industries. We Control Centre (BQCC). Therefore, constant monitoring, followed two of the three major identification keys defined by prompt detection and automatic identification of fire ants in entomologists and proposed: 1) A fusion of two different image situ play important roles for the control and eradication of fire features (i.e., the perpendicular median intensity and the ants across Australia. perpendicular width) for antenna segment detection; and 2) A weighted histogramming of micropattern features for petiole For computerized insect identification, there are two broad classification. Our experimental results show that automatic on- categories, i.e., hierarchical top-down classifications using site fire ant screening is feasible and the proposed weighted taxonomic keys, and case-by-case bottom-up searching using histogramming of micropattern features performs better than the known species samples. -
Annual Report
Annual Report Report 2012 / 2013 2016 stemcellsaustralia.edu.au Abbreviations used throughout this document AIBN Australian Institute for Bioengineering and Nanotechnology ARC Australian Research Council ARMI Australian Regenerative Medicine Institute ASSCR Australasian Society for Stem Cell Research BPA Bioplatforms Australia CCRM Centre for Commercialization of Regenerative Medicine CM Cardiomyocyte CNS Central Nervous System CSIRO Commonwealth Scientific and Industrial Research Organisation GTAC Gene Technology Access Centre IMB Institute of Molecular Biosciences ISSCR International Society for Stem Cell Research MCRI Murdoch Childrens Research Institute MSC Mesenchymal stromal cells NHMRC National Health and Medical Research Council QBI Queensland Brain Institute SCA Stem Cells Australia STEMM Science, Technology, Engineering, Mathematics and Medicine TGA Therapeutic Goods Administration UNSW University of New South Wales UoM University of Melbourne UQ University of Queensland VCCRI Victor Chang Cardiac Research Institute WEHI Walter and Eliza Hall Institute of Medical Research Supported by: Our Partners: Cover Image: Human embryonic stem cells differentiated into ventral midbrain progenitors and maintained in culture as neurospheres. The sphere is stained for TUJ (green) to identify all neurons, and tyrosine hydroxylase (red) to more specifically identify dopamine neurons. Courtesy of Dr Jonathan Niclis (The Florey Institute of Neuroscience and Mental Health). stemcellsaustralia.edu.au 3 STEM CELLS AUSTRALIA ANNUAL REPORT 2016 Contents Message From The Chairman 4 Message From The Program Leader 5 Program Highlights 6 Research Program 12 Theme: Pluripotency and Reprogramming 14 Theme: Neural Regeneration and Repair 15 Theme: Cardiac Regeneration and Repair 16 Theme: Haematopoiesis 17 Education, Ethics, Law and Community Awareness Unit 18 Stemformatics 20 Postgraduate Completions 21 Leadership and Governance 22 Governance Committee 23 Stem Cell Derived Neural Cultures Positive For Scientific Advisory Committee 24 Oligodendrocyte Marker. -
Annual Report 2003
ANNUAL REPORT 2003 Published by the Marketing and Communications Division The Australian National University Published by The Marketing and Communications Division The Australian National University Produced by ANU Publications Unit Marketing and Communications Division The Australian National University Printed by University Printing Service The Australian National University ISSN 1327-7227 April 2004 Contents Council and University Office rs 7 Review of 2003 10 Council and Council Committee Meetings 20 University Statistics 22 Cooperation with Government and other Public Institutions 30 Joint Research Projects undertaken with Universities, CSIRO and other Institutions 76 Principal Grants and Donations 147 University Public Lectures 168 Freedom of Information Act 1982 Statement 172 Auditor-General’s Report 175 Financial Statements 179 University Organisational Structure 222 Academic Structure 223 ANU Acronyms 224 Index 225 Further information about ANU Detailed information about the achievements of ANU in 2003, especially research and teaching outcomes, is contained in the annual reports of the University’s Research Schools, Faculties, Centres and Administrative Divisions. For course and other academic information, contact: Director Student and Academic Services The Australian National University Canberra ACT 0200 T: 02 6125 3339 F: 02 6125 0751 For general information, contact: Director Marketing and Communications Division The Australian National University Canberra ACT 0200 T: 02 6125 2229 F: 02 6125 5568 The Council and University -
Air Quality Prediction Service
Air Quality Prediction Service Reducing the impact of high levels of pollution produced by industry on agriculture and residential communities is an ongoing issue for Environmental Regulators. NICTA’s Air Quality Prediction project has constructed predictive models that can help to determine how air pollution will evolve over the next 24 hours, enabling industry to take measures to alleviate pollution before it becomes an issue. Project Background NICTA’s unique approach NICTA undertook a pilot with the New Sensors and the technology behind South Wales Environment Protection them are already well developed in Authority (NSW EPA) using data Australia and internationally. Many collected from existing environmental government environmental agencies sensors in the Hunter Valley area. are able to collect data about pollution There are 14 environmental sensors levels but are unable to accurately installed by the NSW EPA that monitor predict into the future. pollution and atmospheric conditions The EPA Air Quality Prediction Service throughout the Upper Hunter Valley uses advanced analytical techniques area. Data from these sensors is to make the most of the data that is automatically uploaded to the NICTA already being collected. developed EPA Air Quality Prediction Service. Through the use of machine learning, the predictive algorithms Collaborators are then able to infer pollution levels up to 24 hours in advance including a confidence reading on the model’s current performance. For coal mining companies an indication of future air quality means they could take preventive measures to reduce pollution, which in the long- term will maximise production. The EPA Air Quality Prediction Service modelling software is currently being What is the technology? piloted with the NSW EPA as an application delivered via the browser Based on machine learning and available via desktop and mobile sensibilities, the predictive modelling devices. -
CURRICULUM VITAE Annette Joy Braunack-Mayer
1 CURRICULUM VITAE Annette Joy Braunack-Mayer PERSONAL DETAILS Work Address: School of Health and Society Faculty of the Arts, Social Sciences and Humanities University of Wollongong NSW 2522 AUSTRALIA Email: [email protected] EDUCATION 1999 Doctor of Philosophy (Bioethics) with special commendation. Faculty of Health Sciences, University of Adelaide, South Australia, Australia Thesis title: General Practitioners Doing Ethics: An Empirical Perspective on Bioethical Methods 1984 Bachelor of Medical Science (Honours 2A Community Medicine), Department of Community Medicine, University of Adelaide, South Australia, Australia Thesis title: Teaching Ethics to Nurses: The Design and Analysis of a Short Course in the Ethics of Neonatal Intensive Care 1984 Certificate in Epidemiology and Biostatistics 27 hour non-degree course, presented by the Department of Community Medicine, University of Adelaide PRIZES 2006 Postgraduate Supervisor of the Year Award, University of Adelaide Postgraduate Students’ Association 2004 Finalist (with Assoc Prof Wendy Rogers), Australian Museum Eureka Prizes, Australian Catholic University Eureka Prize for Research in Ethics 2 CURRENT AND PREVIOUS APPOINTMENTS School of Health and Society, University of Wollongong Mar 2018 – current Head of School March 2018 – current Professor of Health Ethics January 2019 – current Professorial Fellow, Australian Centre for Health Engagement, Evidence and Values School of Public Health1, University of Adelaide Jan 2010 – Mar 2018 Professor of Health Ethics Oct 2010 – Oct 2015 Head -
Stories of Australian Science
2014 Stories of Australian Science Stories of Australian Science 2014…Stories of Australian Science 2014…Stories of Australian Science 2014…Stories of Australian Science 2014…Stories of Australian Science 2014 Inside: science heroes, inventions, discoveries and ideas Our Prime Minister recognises the best of the best 3 Our thanks to the following organisations for their Inspiring Australia: sharing science with all Australians 5 financial support: Advanced Instrumentation and Astronomy: mega-black holes, a new Technology Centre at ANU radio telescope, clearing up space debris, testing spacecraft indoors 6 Australian Institute of Marine Science Australian Regenerative Medicine For Women in Science: serial killers, how Institute, Monash University India and Australia split, tracking typhoid, colour-changing dragons 8 CSIRO A healthy start in life: glucosamine and fertility, CSL Limited inheriting obesity, preterm teenagers, gastro vaccines 10 Australian Government’s Department of Industry Protecting and using marine resources: clearing harms the Reef, ocean acidification threatens EMBL Australia sea creatures, finding fresh water under the sea 12 Inspiring Australia Copying nature: dragonfly wings guide superbug L’Oréal Australia research, light manipulation inspired by sea snails 13 National Centre for Groundwater Regenerative medicine: how to regrow a limb, Research and Training, your first hug, stem cells remember their origins 14 Flinders University Robinson Research Institute, Eureka Prizes: mapping with Zebedee, mystery University -
Ambasciata D'italia
Ambasciata d’Italia CANBERRA Bollettino della Comunità Scientifica in Australasia Aprile 2009 Anno IX – Fascicolo I Ufficio dell’Addetto Scientifico PIAR (Publications for Italian and Australian Reseachers Inc) Bollettino della Comunità Scientifica in Australasia Ambasciata d’Italia CANBERRA Aprile 2009 Bollettino della Comunità Scientifica in Australasia Ambasciata d’Italia CANBERRA Aprile 2009 Bollettino della Comunità Scientifica in Australasia Aprile 2009 Sponsored by: I Bollettino della Comunità Scientifica in Australasia Ambasciata d’Italia CANBERRA Aprile 2009 II Bollettino della Comunità Scientifica in Australasia Ambasciata d’Italia CANBERRA Aprile 2009 Introduzione Il Bollettino della Comunita’ Scientifica in Australasia viene pubblicato da nove anni; da due anni PIAR (Publications for Italian and Australian Researchers Inc.) si affianca all’Ufficio dell’Addetto Scientifico nella gestione dell’attivita’ editoriale, nella distribuzione dell’informazione e nella gestione degli sponsors australiani. PIAR, per l’edizione di aprile 2009 e’ anche un intermediario tra due gestioni del’Ufficio Scientifico. Nel panorama internazionale, in cui per i ricercatori e’ necessario pubblicare su riviste specializzate con “Impact Factor” (possibilmente alto), il Bollettino rappresenta un’anomalia. Il comitato di redazione opera una scelta sugli articoli e fornisce commenti, o meglio suggerimenti, non certo paragonabili ad una “peer review”. Il Bollettino si propone come strumento per stimolare la cooperazione internazionale in S&T, principalmente tra Italia e Australia e la sua non specializzazione puo’ essere una fonte di ispirazione per un lettore attento e curioso, in questa era in cui le scoperte scientifiche e le loro applicazioni sono sempre piu’ complesse e da piu’ parti si richiede un approccio interdisciplinare e integrato.