Interim position paper – Defence Trade Control Act 2012
This interim position paper is subject to ongoing consultation and will be updated throughout 2016 as impact of the Defence Trade Controls Act 2012 (DTCA) becomes better understood. This interim position paper provides some background information about the Act, sets out the Academy’s position to date, explores some of the concerns raised surrounding the DTCA, and outlines the next steps that will be taken to finalise this paper.
Background
What is the Defence Trade Control Act 2012?
The Defence Trade Controls Act 2012 (DTCA) regulates the trade and supply of hardware, technology and intellectual property that has a primary or secondary (dual-use) military purpose. The Act regulates how people in Australia can provide certain hardware, technology or information about these technologies to those outside Australia.
Areas of technology covered by the DTCA
The DTCA applies to Australian citizens and residents supplying technology identified on the Defence and Strategic Goods List (DSGL) from Australia, to persons in a foreign country, both for commercial and non-commercial purposes. The DSGL contains two parts. Part 1 of the DSGL covers strictly military items, such as weapons, chemical and biological warfare agents, explosives, military platforms and components.
Part 2 of the DSGL lists controlled dual-use technologies. These are technologies which have potential military applications. Dual-use technologies can include nuclear materials, micro-organisms, toxins, sensors, lasers, electronics for navigation and avionics, and areas of cryptography.
| Controlled military technology (Part 1) | Controlled dual-use technology (Part 2) | |
|---|---|---|
| Supply | Permit required | Permit required |
| Publishing | Approval by Minister for Defence or their delegate | No approval |
| Brokering | Permit required | No permit required (unless for a weapon of mass destruction or military end-use) |
Why did the Australian Government introduce the DTCA?
Australia has responsibilities under international treaties, regimes and conventions,1 and to the community, to ensure that military hardware and technologies are not supplied to nations deemed to be enemies of, or pose military threats to, Australia and its allies. The physical supply of military hardware has long been regulated, but there has been no or little regulation of the supply of military or so-called dual-use technologies and related information via other means, such as electronically. The Australian Government introduced the DTCA to tighten the regulatory framework.
Initial sector concerns on the impact of the DTCA
The DTCA was passed by the Australian Parliament in 2012. At the time the research sector raised significant concerns about the Act, including the lack of consultation with the sector, its potential impact on academic freedom, the added administrative burden, the potential impact on scientific progress, and the impact on international collaborations. As a consequence of these concerns, the Government agreed to delay implementation of offence provisions of the Act by two years and to consult more widely with the sector on how the legislation could be improved. The Strengthened Export Controls Steering Committee, chaired by Australia’s Chief Scientist, was established to consult with relevant stakeholders, road-test the legislation and to recommend changes.
Government response to sector concerns – amending the DTCA
Following consultation, the steering committee recommended a number of ways in which the Act could be improved. In response, the Government proposed amending the DTCA and published an exposure draft Bill in December 2014. Had this Bill not passed and these amendments made prior to April 2015 the original, more restrictive Act would have automatically come into effect.
Academy positions
The Academy’s position on the need for supply controls of technologies with potential military applications
The Academy recognises that Australia has obligations to both the international and the Australian community to ensure that certain technologies with potential military applications do not end up in the wrong hands. To this end, governments around the world have put in place controls that manage how some technologies with a potential military use can be shared with those overseas.
The Academy’s position on the Defence Trade Control Act
The Australian Academy of Science has not put forward a position specifically supporting or rejecting the DTCA. The Academy recognises there are a range of different views among scientists about whether the DTCA appropriately meets the expectations of both the scientific and the broader community, and will continue to examine the impacts of the Act to feed into its submission to the legislative review of the Act which will take place in April 2018.
The Academy’s position on the Defence Trade Control Amendment Bill 2015
Australian Academy of Science – submissions to government inquiries and consultations
In line with its Charter the Academy provides expert scientific advice to the government and part of this involves putting forward submissions to government inquiries and consultations. As is the case with any Academy submission, the submission must be approved by the Executive Committee of Council prior to being made. At no point has the Academy sought to imply that its submissions are representative of all Fellows, and acknowledges there is a diversity of opinion on any given issue, including the DTCA.
Submission to the Department of Defence consultation on the draft DTCA Amendment Bill 2015
The steering committee charged with investigating ways to improve the DTCA made a number of recommendations. The Government responded by proposing to amend the Act with an amendment Bill in late 2015.
The proposed amendments put forward by the Government made the DTCA less restrictive and less burdensome on researchers. The most important changes made to the Act were:
- providing exemptions for:
- oral supply of DSGL technology
- pre-publication supply of DSGL technology
- no longer needing Ministerial approval for the publication of DSGL technology
- allowing for applicants to apply for supply and broker permits on behalf of projects, and for permits to be issued to project participants
- maximum permit duration extended from two years to up to five years or the life of the project
- requirement for regular legislative review (to take place in April 2018)
- streamlined licenses for lower risk activities, such as general dual-use items going to member states of international counter-proliferation regimes.
Recognising that without the Amendment Bill passing the original, more restrictive Act would come into force automatically in April 2015, the Academy put forward a submission to the Department of Defence supporting the Defence Trade Controls Amendment Bill 2015. Specifically, the submission supported the proposed changes that provide scientists with additional exemptions covering verbal supply of controlled technology and the removal of Ministerial approval for the publication of controlled dual-use technology.
In addition, the Academy recommended that the start date of the offence provisions within the Act be delayed by a further 12 months, a recommendation taken up by the Government.
Submission to the Senate inquiry – ongoing scrutiny of the implementation of the DTCA 2012
Prior to the passage of the DTCA Amendment Bill 2015, the Senate asked interested stakeholders to put forward submissions to comment on the Bill. Given that a failure of the Senate to pass the Bill would result in the more restrictive DTCA 2012 automatically coming into force the Academy’s submission argued there was a pressing need for the Amendments to be passed.
The main points made in the Academy’s submission were that the Act provided a better balance between meeting Australia’s international obligations and not unduly hindering scientists, and that the Academy was satisfied that substantive issues of concern that had previously been raised had been largely resolved through the implementation and consultation process.
The Academy accepts that since this submission was made further legitimate issues and areas of concern have been raised by scientists and others, and that these should be examined. The Academy expects further issues will come to light as scientists and research organisations have dealings with the DTCA. The Academy will continue to consult with all Fellows to determine where action is needed and in the development of any possible submission to the legislative review of the Act in April 2018.
Concerns about the impact of the DTCA
Who is raising concerns about the DTCA?
Despite the consultation exercise showing broad satisfaction with the proposed changes being made to the DTCA by the amendment Bill by research organisations and stakeholders, there continues to be concerns raised by some commentators and scientists. In recent weeks it has been claimed by some that the legislation is designed to intimidate scientists, could disrupt overseas collaboration, and could lead to unwitting scientists being the subject of criminal prosecution. Almost all of the concerns have been made by individuals rather than by research organisations or peak bodies. The Academy insists that concerns should not be dismissed and should be examined, and addressed.
What are the main areas of concern being raised?
Broadly speaking there are three main areas of concern with the DTCA:
- Academic freedom and government regulation of research
- Impact on overseas collaborations and Australia’s competitiveness
- Uncertainty and confusion regarding the impact of the legislation
Academic freedom
There have been concerns raised that regulating the trade and supply of hardware, technology and intellectual property that has a primary or secondary (dual-use) military purpose will inhibit academic freedom, and introduces a new level of government oversight of research. While on the one hand there will always be some resistance to any level of regulation of research by some, on the other hand there are community expectations that the Australian Government and scientists in Australia should seek to minimise the chances of certain technologies with potential military uses ending up in the wrong hands. The Academy staunchly supports academic freedom, but also recognises the need for regulation in responding to such community concerns.
It is noteworthy that academic research does not operate outside of other legal and ethical restrictions. For example, there are already many legal and ethical restrictions on the conduct of research in Australia. This includes restrictions on the use of embryonic stem cells in research, on research involving genetically modified organisms, and on the use of humans and animals in research. These legal and ethical restrictions are in place so that scientific research is undertaken in a way that conforms to the expectation of the Australian community. The DTCA does place additional legal restrictions on some areas of science, requiring some scientists to seek permits before supplying certain military or dual-use technologies to those overseas.
It is too early to assess the full impact of the DTCA as it has only recently come into effect. A greater understanding of the impact of the DTCA on science will become over the coming months. If it becomes necessary the legislative review offers an opportunity to put forward recommendations on how the DTCA could be changed.
Impact on overseas collaboration and Australia’s competitiveness
From the initial trial of the Act, and from the experiences to date of university research offices preparing for the implementation of the legislation, it is anticipated that the DTCA will not affect most researchers. However, it will take some time for the full impact of the legislation to become apparent. For those researchers who are impacted, it is important to note that they can continue to supply, publish and broker military and dual-use technology provided they have a permit. Experience to date is showing that bona fide researchers working at Australian universities and medical research institutes working with bona fide researchers in low risk countries will usually be issued with a permit within 15 days of application. Permits can be multi-person, multi-year, covering whole projects and project teams.
Uncertainty and confusion regarding the impact of the legislation
Concerns have been raised within the sector on specific aspects of the DTCA and how it relates to researchers. Concerns include:
- The legislation is long and complex and so there is uncertainty among individual researchers as to whether they are impacted by the legislation or not.
- The Defence Export Control Office (DECO) online assessment tool indicating that permits are required when upon further investigation it is found permits are not required.
- Confusion surrounding the definition of basic research and what research falls under the basic research exemption.
- Confusions and inconsistency in the language in the DTCA and DSGL.
- Reports of ambiguous information being provided by DECO.
- Concerns that Australia’s laws are more restrictive than those in other leading science nations.
- Impact on visiting students and colleagues from overseas.
- Concern about the impact of the DTCA on specific areas of dual-use science, such as cryptography.
While some of these issues can be dealt with through providing better information to researchers in a timely fashion, some issues will require further investigation.
To date, many researchers that have had experience of working with the DTCA are finding it is not as onerous as had been expected, and that many researchers who were concerned that their research would be impacted are finding that they fall under one of the exemptions.
The next steps
An important amendment to the DTCA was the requirement to undertake a legislative review of the Act in 2018. The Academy is consulting with its Fellows on the impact of the DTCA with a view to further developing this interim position statement, and to develop a submission to the legislative review.
Footnotes
1 The key treaties, regimes and conventions Australia participates in are outlined here and the four key multilateral export control regimes are outlined here.
The science of climate change: Questions and Answers
‘The science of climate change: Questions and answers’ was prepared by a working group of nine members co-chaired by Dr Ian Allison FAA and Professor Mike Raupach FAA FTSE. The document was also reviewed by an oversight committee of eight members chaired by Professor John Zillman AO FAA FTSE. This publication is an update of the Academy’s 2010 booklet of the same name.
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Air quality advocacy
Collaboration and global action
Workshop series
Program highlights
- The award has been established with the generous support of the Boden, Fenner, and Elizabeth and Frederick White Conference Funds.
- In the inaugural round, applicants may apply for any amount up to $40,000.
The Workshop Series supports researchers in Australia to run small specialist workshops that focus on current issues and advance Australian science and society.
The award has been established with the generous support of the Boden, Fenner, and Elizabeth and Frederick White Conference Funds.
Applications are welcomed from any field of the physical or biological sciences. Supported workshops will address one of three themes:
- Facilitating discussions among active research workers in rapidly advancing fields to explore current and emerging developments and challenges.
- Deepening fundamental understanding of the chosen subject area.
- Bringing together scientific, administrative and policy expertise to consider current problems in Australia, with the aim of informing relevant policy development.
In the inaugural round (taking applications in 2026 for events in 2027), applicants may apply for any amount up to $40,000.
The number and value of grants awarded will be at the discretion of the awards committee, subject to a total funding cap of $40,000. While grants of up to $40,000 may be awarded, the full amount will be considered only in special circumstances as deemed necessary. Applicants are encouraged to submit a realistic and justifiable budget that reflects their actual needs.
The organisers of approved workshops are responsible for planning and delivery, and the sponsoring scientific society or institution is responsible for the funding allocated to the event.
Key dates
Below are the key dates for the application process. While we aim to keep to this schedule, some dates may change depending on circumstances.
GUIDELINES
The following guidelines provide important information about eligibility, submission requirements, and assessment processes. Please review them carefully before submitting an application.
Applications require a primary and secondary organiser. Both organisers must:
- be currently resident in Australia
- be employed as a faculty member at a recognised Australian research institute.
Workshops must:
- be held in Australia
- have the support of at least one scientific organisation or society
- be planned for the next calendar year
- use the Workshop Series logo (if awarded) on all related publications (websites, advertising, etc.).
Funding may be requested to cover:
- workshop hosting and logistical expenses, such as venue hire and catering
- participation support, including scholarships or international travel for speakers or participants
- production costs for advertising or post-event artefacts.
Funding may not be used for salary or staff costs, personal expenses, or any institutional expenses, including overheads, managerial and administrative costs.
If you are unsure about the eligibility of an expense, please contact the Awards team at awards@science.org.au.
Venue hire of the Shine Dome is complimentary for up to two days where requested, although it is not a requirement that events be held there.
Please note that AV equipment and technician, catering, and caretaking are not included in the complimentary Shine Dome venue hire.
Shortlisted applicants are requested to contact the Shine Dome Venue Coordinator for a quote as part of their application budgeting. At this stage, applicants should also check availability of proposed dates, and a tentative hold will be placed on these dates. Please note that this is not secured until the award is granted, but will increase the likelihood that the dates will still be available if awarded.
Workshop program applications are in two stages.
Organisers are invited to submit an online Expression of Interest (EOI), which should include:
- a short, non-technical description of the workshop
- full contact details of the primary and secondary organiser, plus names and institutions of other members of the organising committee
- a short proposal, giving an overview of the purpose of the workshop and briefly describing the broad program outline, participant list, and budget
- a statement clearly demonstrating how the proposed workshop aligns with one of the three award themes and its importance to Australian science.
The deadline for EOI submission is 1 June.
The awards committee will shortlist EOIs. In early July, shortlisted applicants will be invited to submit a full application.
Along with the EOI materials (which can be updated at this stage), full applications should include:
- a detailed program outline, including invited speakers
- a list of the names and institutions of projected active participants and their relevance
- a statement on how the diversity and inclusion of speakers and attendees will be actively considered and, where possible, achieved
- a statement outlining the expected outcomes and benefits of the workshop, and how the organising committee will ensure these outcomes are met
- a detailed project budget
- at least one letter of support from a supporting organisation or society.
The deadline for submission of full applications is 1 August.
All applicants will be informed of outcomes by mid-November.
Criterion | Description | EOI % score | Full % score |
Themes | Demonstrates clear alignment with one of the three themes of the award:
| 70% | 25% |
Participants | Brings together a diverse group with relevant expertise. Organisers present a clear plan for how the diversity and inclusion of participants will be actively considered and, where possible, achieved. | 10% | 25% |
Program and budget | Thoughtful program design that supports the workshop objectives. A realistic budget outline, including evidence of support (in-kind or cash) from one or more organisations or societies. | 10% | 25% |
Outcomes and benefits | Clearly defined objectives with tangible outcomes, such as publications, impacts on the broader research field, or policy impacts. There should be a clear plan for promoting these outputs.
A clear vision for how workshop participants will benefit in the short, medium and long term from attendance. | 10% | 25% |
- The organisers of approved workshops are responsible for the delivery of the workshop, and the sponsoring scientific society/ies are responsible for the funding allocated to the workshop.
- Funding will be paid out after organisers submit a detailed event program (e.g. with most speakers confirmed) and the program has been approved by the awards committee.
- Organisers must acknowledge the support of the Australian Academy of Science and the Workshop Series in promotional materials and in the course of the event. The Workshop Series and Academy logos will be provided for use on promotion and workshop material.
- Supporting institutes and awardees are required to ensure that any research they undertake that is funded by the Australian Academy of Science adheres to the Australian Code for the Responsible Conduct of research, severe breach of these codes may result in the withdrawal of current and refusal of future funding support. Research involving Indigenous Australians must comply with the Guidelines for Ethical Research in Australian Indigenous Studies.
Organisers are required to submit an internal report within three months of the conclusion of the workshop. Any publication or media release resulting from the workshop funded by this program must mention the support granted to the project by the Australian Academy of Science and the Workshop Series program.
Expressions of Interest are to be completed through an online form found by clicking on the Apply button on the top right of this web page when the round is open.
- While there is no formal limit on the number of attendees, events should be small enough that all participants can contribute to the issue under discussion. The Academy recommends participant lists of no more than 50 people.
- Workshops without proceedings are eligible, as long as organisers can show other tangible outcomes, such as impacts on the research field, and show they have a plan to encourage or promote these outcomes.
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From ice sheets to gum trees: Nine projects receive 2026 Thomas Davies Research Grant backing
Top, left to right: Dr Valeriya Komyakova, Dr Timothy Ghaly, Dr Huan Liu, Dr Xiaoxiao Zhang, Dr Elena Eremeeva. Bottom, left to right: Dr Ben Clifton, Dr Sally Lau, Dr Ashley Jones, Dr Ilaine Silveira Matos.
Nine early-and mid-career researchers (EMCRs) have received the 2026 Thomas Davies Research Grant for Marine, Soil and Plant Biology.
This annual grant provides up to $20,000 to EMCRs in the fields of marine, soil, and plant biology.
Awardees and their projects
Dr Ashley Jones, Australian National University
Helping to restore Eucalyptus forests under climate change
Climate change is accelerating widespread Eucalyptus dieback, threatening forests and wildlife habitat across Australia.
Dr Ashley Jones will use genomic sequencing to identify which Eucalyptus seeds hold the key to survival and can adapt to future climates.
“We can use genomics to guide climate-resilient forest restoration across Australia,” Dr Jones said.
“Through collaboration with industry and Landcare partners, this research will contribute to preserving Australia's iconic forests and their dependent wildlife for future generations.”
Dr Ben Clifton, University of Western Australia
Uncovering algae-bacteria interactions in the ocean
Dr Ben Clifton is contributing to our understanding of ocean health and productivity by investigating the relationship between tiny, single-celled plants, known as marine microalgae, and bacteria in the water.
Dr Clifton said he aims to develop new methods to decode the chemical signals between bacteria and microalgae in marine ecosystems and predict algal blooms.
“I hope to discover new naturally occurring chemicals that can be used to promote growth of beneficial algae and prevent growth of harmful algae,” he said.
Dr Elena Eremeeva, Queensland University of Technology
Managing “forever chemical” pollution
Dr Elena Eremeeva is tackling pollution from PFAS, known as “forever chemicals”, which break down extremely slowly in nature, persisting in the environment and human bodies for decades.
Dr Eremeeva said this grant provides an opportunity to translate laboratory discoveries into real-world environmental applications.
“This is a step toward the development of deployable sensors with commercial potential for rapid environmental monitoring and clean-up of persistent PFAS pollutants,” she said.
Dr Huan Liu, University of Technology Sydney
Microplastics in plants
While biosolids are used to improve soil fertility, approximately 80% applied in Australian agriculture are contaminated with high concentrations of harmful microplastics.
Dr Huan Liu’s research addresses the health concern posed by microplastics entering the food chain through agriculture.
“The environmental impacts of microplastics in plants is a topic of increasing global concern,” Dr Liu said.
Her project will investigate how microplastics enter and accumulate in crop plants and subsequently impact plant growth and health.
Dr Ilaine Silveira Matos, Adelaide University
How prepared are Australian endangered plants for drought, heat and fire extremes?
Plant physiologist Dr Ilaine Silveira Matos studies how Australian native plants – especially endangered species – cope with the escalating challenges of climate change.
Her focus is on the toll heat, drought, and fire take on endangered Australian plants.
Dr Silveira Matos said she will develop a framework of plant tolerance to predict how plants will respond to the changing climate.
“We want to address this critical knowledge gap to guide conservation in the context of climate change,” she said.
Dr Sally Lau, James Cook University
Harnessing octopus genomes to understand Antarctic ice melt
Evolutionary biologist Dr Sally Lau will analyse the DNA of Antarctic octopuses to reconstruct how the East Antarctic Ice Sheet (EAIS) has changed over one million years.
Understanding how the EAIS responded to past climate changes is crucial for predicting future sea level rise.
“This will help us gain a better understanding of the ice sheet’s stability in the past, which is critical for informing future global sea level rise projections,” Dr Lau said.
Dr Timothy Ghaly, Macquarie University
Boosting crop microbiomes for sustainable agriculture
Dr Timothy Ghaly uses machine learning to understand how beneficial microorganisms make crops healthier as an alternative to relying on chemical fertilisers and pesticides.
Microbes living on and in plants – known as their microbiome – offer benefits including enhanced nutrient uptake and pathogen suppression.
Mixtures of beneficial microbes, known as synthetic microbial communities (SynComs), have the potential to boost crop resilience but they often fail to endure within the resident plant microbiome.
Dr Ghaly is developing a framework for designing SynComs that can integrate into the plant microbiome.
“This would offer a chemical-free strategy for sustainable agriculture and improved crop productivity,” he said.
Dr Valeriya Komyakova, University of Western Australia
Microhabitat complexity and juvenile reef fish
Dr Valeriya Komyakova’s project aims to improve the success of coastal marine restoration projects by providing insights into the small spaces needed to support the survival of young and small fish.
As a marine ecologist, Dr Komyakova said this award gives her the opportunity to return to her primary field of research and follow her passion.
“This work seeks to understand our marine environments and contribute knowledge that can help strengthen conservation and restoration efforts,” she said.
Dr Xiaoxiao Zhang, Australian National University
New-to-nature crop disease resistance genes
Dr Xiaoxiao Zhang is using artificial protein evolution techniques to improve plant defence mechanisms against fungal infections.
Dr Zhang said managing fungal pathogens is a major challenge for the agriculture sector.
“Fungal pathogens cause some of the most harmful crop diseases and significant yield loss in Australia and worldwide.”
Dr Zhang will engineer immunity genes to enhance a plant’s ability to recognise and mount an effective response against fungal attacks.
More information
This grant is funded through a generous bequest from the estate of the late Thomas Lewis Davies to the Australian Academy of Science.
Applications for the Academy’s 2027 awards and funding opportunities will open in mid-February 2026.
Additional downloads – Nourishing Australia: A decadal plan for the science of nutrition
Presentation
Banner
All members of the nutrition professional community can download this banner to add to your email signature and social media profiles to show your support of the decadal plan. Please link the banner to: http://www.science.org.au/nutrition
Pillars briefing papers
A set of briefing papers has been developed that outline the context of the four pillars of the plan, opportunities and challenges presented and what action are required to progress the major recommendations. These briefing papers are available for download to be used by the nutrition science community in discussing and working towards the goals of the plan.
Rethinking food and nutrition science
The 2017 Think Tank, 'Rethinking food and nutrition science', was held in Perth on 26–28 July with participants examining the field from four perspectives:
- Critical evaluation of nutrition science
- Key control points for healthy, equitable and sustainable food and nutrition
- Essential goals for achieving effective solutions
- Tools for change
Following the event, participants continued to work together to develop a series of discussion papers. The discussion papers were designed to create a productive dialogue and contribute to the consultation process during the development of the nutrition decadal plan.
Discussion papers
Illustrations
The group also produced a series systems perspective maps to accompany their papers which were designed by Dr Philipp Reineck.
Supportive statement—National Research Alliance: invest in research and translation
July 2013
Australian researchers call for all-party, non-partisan backing
The nation’s top scientists and researchers have issued a call to policy makers for a strategic and stable plan for science and research that will stop us falling behind in our region and in the world.
In July 2013, Australia’s research and science community formed the National Research Alliance, a broad-based grouping of scientific, research, university and public and private sector researchers, who came together to call for a strategic national research policy to build a stronger, smarter Australia.
Since then, the National Research Alliance has grown to more than a dozen groups which include the peak bodies in science, higher education, social sciences and humanities, as well as our most eminent scholars from all four learned academies, and our most recent Nobel Laureate.
Following the 2013 federal election, the National Research Alliance resolved to continue advocating for research and science as the engine room of national prosperity.
Australia currently invests around 2.2 per cent of our GDP in research, putting us near the middle of the OECD table. But the stop/start nature of funding in the recent past means we are sliding backwards and will continue to do so unless action is taken. Australia should rightly aspire to be in the top half of the OECD table, and has more than enough research talent to justify such an investment.
Whatever the Government commits to research, the investment must be undertaken in a strategic, consistent way with a long-term vision for Australia. The Business Council of Australia has also called for a research and innovation strategy – a three way partnership between government, business and the nation’s researchers for a more productive and innovative nation.
The short-term focus of past investment has left critical projects jeopardised, and very costly research infrastructure underutilised. The nation’s top researchers and innovative industries must be able to plan and get on with the job of tackling our biggest challenges and grasping the greatest opportunities.
The National Research Alliance is interested in the big picture for Australia, and the central role science and all other forms of research can play in a flourishing future.
The Alliance is committed to a set of fundamental principles that will secure a smarter, more productive and resilient future for Australia.
National Research Alliance—Fundamental Principles
- Investing strategically and sustainably
Governments must support planned, stable and appropriate investment in research over the long term, which is essential if we are to tackle large, complex problems and embrace opportunities facing Australia.
- Building our research workforce—getting and keeping the best
To ensure we attract and retain the best researchers we must offer appropriate conditions. Career uncertainty means that many leave research or leave Australia to seek a stable future.
- Building a productive system and getting the most out of it
Governments must set a stable and sustainable funding framework for infrastructure (buildings, equipment and the technical experts to keep them operating) especially for national facilities.
- Being among and working with the world’s best
Global collaboration is more necessary than ever with the rise of international research, commerce, communication and other systems that transform our lives and opportunities. Our best researchers must work with the best globally.
- Bringing industry and academia together
When industry and researchers work together effectively we innovate and multiply our strengths. We must ensure there are clear and reliable policy incentives that facilitate deep and sustained collaboration between industry, public sector, university and research institutes. We must harnesses national talent to create knowledge, opportunity and new jobs.
- Expanding industry research
Governments need to create an environment which encourages industry to invest more in research and which makes Australia an attractive place for international companies to undertake research. Innovation underpinned by research and development improves industrial productivity and is critical to ensuring strong growth.
- Investing in our best research and our best researchers
Government has a clear role in setting priorities for research, and in supporting research which underpins discovery. The independent expert assessment process should be used to identify excellence and to coordinate the best researchers, research programs and groups.
National Research Alliance members
- Academy of the Social Sciences in Australia
- Association of Australian Medical Research Institutes
- Australian Academy of Science
- Australian Academy of Technological Sciences and Engineering
- Australian Academy of the Humanities
- Australian Society for Medical Research
- Cooperative Research Centres Association
- Group of Eight
- Professionals Australia
- Regional Universities Network
- Research Australia
- Science and Technology Australia
- Universities Australia
Priorities in research and innovation for the next Australian government
Recommendations
- Policy initiatives in Backing Australia’s Ability need to be implemented at a much faster rate than under the current arrangements that see most of the funding becoming available after the federal election in 2004.
- The next Australian Government must encourage a shared vision for Australian higher education, in which government, universities and the private sector work for the common good of Australia. This may be effectively achieved through the establishment of a Higher Education Funding Council.
- The next Australian Government should restore the balance between private and public contributions to higher education, for example by restoring the “missing 7 per cent” in funding to universities and put in place indexation arrangements that adequately maintain an agreed level of government funding.
- The next Australian Government should reassess the possibility of introducing a research assessment exercise to influence the allocation of researchrelated funding to universities.
- HECS-exempt scholarships should be provided for students commencing science teacher education and a percentage of the HECS debt of science and mathematics teachers forgiven for each year of teaching service.
- Any indicative trends of unwelcome outcomes in business investment in R&D must be spotted quickly and responded to promptly. The next Australian Government must state its preparedness to fine-tune taxation incentives in the light of experience.
- The next Australian Government should consider implementing a formal offset program when giving assistance to major industrial developments.
- The ad hoc nature of the Major National Research Facilities program must end by inclusion of a one-line budget item in the Science and Technology Budget each year, even if there are competitive rounds on a less frequent basis than annual.
- There is an opportunity for the next Australian Government to review in 2002 the quantum of funding allocated to CSIRO for the next triennium, to capitalise on the multidisciplinary capacity of CSIRO to engage as a coherent partner with the rest of Australia’s innovation system.
- The next Australian Government should work to maintain bipartisan support not only for the Cooperative Research Centre Program, but also for education, research and innovation more broadly.
- The next Australian Government should retain the Prime Minister’s Science, Engineering and Innovation Council (PMSEIC) and the position of Chief Scientist. It should also upgrade the Commonwealth, States and Territories Advisory Council on Innovation.
- The next Australian Government should set broad directions for government research agencies and funding agencies. It should urge that there be put in place robust internal prioritysetting mechanisms that include broad consultation with potential users of research.