Budget Review 2021–22 Index
Tim Brennan
Science and research funding is spread across multiple
portfolios and overall figures are not published in the Budget but rather collated
each year in the Science,
Research and Innovation Budget Tables (SRI Budget Tables). It is difficult
to be certain of the overall picture of science and research funding in 2021–22
until the SRI Budget Tables are published, which historically has occurred in
the second half of the year. The most recent SRI
Budget Tables show that in 2020–21, the Australian Government will invest an
estimated $11.9 billion in science, research and innovation, representing a
17.1% increase on the previous year.
The SRI Budget Tables provide data for government spending
on research and development (R&D) as a proportion of GDP in Australia and
34 other selected countries (most of which are in the OECD). Australia’s $11.9 billion
spend in 2020–21 accounts for approximately 0.60% of GDP, which is equal to the
average for these selected countries in 2018 (the most recent year when complete
data is available). This is significant because in recent years Australian
Government expenditure on R&D has been below this level (e.g. 0.51% of GDP in
2019–20) and below the average for government R&D spending in these
countries (see Figure 1).
Figure
1: government R&D spending as a proportion of GDP
Average for selected countries
unavailable for 2019–21. Source: (Australian data) Department of Industry,
Science, Energy and Resources (DISER), Science, Research and Innovation (SRI) Tables, February 2021, Sector: Table 6; (Selected countries data)
DISER, 2020-21 Science, Research and Innovation (SRI) Budget
Tables, p. 9.
The 2020–21 increase in government R&D expenditure was
largely due to measures in the JobMaker package, particularly the one-off
increase in Research Block Grant funding provided to universities (see 2020–21
Budget Review, p. 41).
Additionally, the ongoing closure of international borders and subsequent
reductions in international student income being experienced by universities
may have a significant effect on higher education research funding in the
coming year (see the Parliamentary Library Higher
Education Budget Review for more details).
Agency budgets
Funding for many of the main science and research agencies
and research funding bodies is relatively
unchanged in this Budget, with the Australian Research Council (ARC), the
National Health and Medical Research Council (NHMRC), and the Commonwealth
Scientific and Industrial Research Organisation (CSIRO) receiving only minor adjustments
to overall funding.
ANSTO funding
The Australian Nuclear Science and Technology Organisation
(ANSTO) has been allocated an additional $116.7 million over four years from
2021–22 for ‘ongoing sustainability’ (Budget
Paper No. 2, p. 137). This funding includes $56.9 million for
ANSTO to renew and maintain its infrastructure, with the remaining $59.8
million allocated to supporting waste storage capacity. This follows the provision
of $103.6 million to the National Radioactive Waste Facility program in
the 2020–21
Budget (p. 122).
The funding highlights the Commonwealth’s efforts to establish
a site for the storage of radioactive waste and the ongoing costs that will be incurred
until a suitable storage facility can be developed. The Government specified a
site near Kimba, South Australia, in the National
Radioactive Waste Management Amendment (Site Specification, Community Fund and
Other Measures) Bill 2020; however the Bill has not been passed by the
Senate (see the Bills
Digest for additional background).
CSIRO staffing
Staffing levels at the CSIRO have been a focus
of attention in recent years, with the CSIRO
Staff Association telling a Senate
Inquiry that the strict application of the average
staffing level (ASL) cap was resulting in vacant positions not being filled and
reports of an increased use of contractors and consultants at the agency.
This
Budget (p. 224) forecasts an increase of 396 staff for the CSIRO, to an ASL
of 5,414 during 2021-22. However, past forecast increases have not necessarily
been realised. The 2020–21
Budget (p. 256) forecast that the CSIRO would increase its workforce by 210
(to an ASL of 5,351) during 2020–21, but this Budget appears to show that the
ASL decreased by 123 (to 5,018) during that period.
Budget measures
Square Kilometre Array
One of the larger science funding measures in this Budget is the provision
of $387.2 million over ten years to the development of the Square
Kilometre Array (SKA) Radio Telescope (p. 143). In addition to construction
costs, this funding includes
$64.3 million for the Pawsey supercomputer in Perth which will be used to
process the huge quantity of data produced by the SKA. This funding allocation
is consistent with a pattern of periodic funding as part of the Government’s
ongoing commitment to one of Australia’s most significant long‑term
science investments.
The SKA is a collaborative international project involving 14 member countries.
The project aims to create the world’s largest radio telescope to undertake research into issues
including galaxy evolution, the formation of stars and black holes, and the
search for extra-terrestrial life and its building blocks. First discussed in 1993 and
formalised through a Memorandum of Understanding in 2000, it was initially
hoped that the SKA could commence
operations in 2015, but this timeline has proved overly optimistic with
construction of Phase 1 now forecast to be completed
in 2029 (p. 20).
In 2012, Australia was chosen as a SKA co-host
and is planning to build 131,072
low frequency antenna near the CSIRO’s Murchison Radioastronomy Observatory
in Western Australia. Australia has previously developed two of the four SKA ‘precursor’
technologies, the $51 million Murchison
Widefield Array (MWA) and the $188
million Australian Square Kilometre Array Pathfinder. The government also
committed $294
million over 10 years to the SKA as part of the National
Innovation and Science Agenda in 2015 (p. 37).
Despite these investments, internationally the SKA has
experienced funding pressures in recent years. In January 2020, a Nature article
reported that a scaled back model would be considered if additional funding
could not be attained. In February 2021, detailed plans
for the construction of Phase 1 were released with an overall budget (across
all sites) of just under €2 billion, with approximately €1.3 billion needed for
construction (p. 22). The Minister for Industry, Science and Technology has stated
that the $387.2 million Budget allocation represents around 14% of the total
global commitment for the project.
Artificial Intelligence
A 2017 report by PwC
estimated that artificial intelligence (AI) has the potential to increase
global GDP by 14%, or US$15.7 trillion, by 2030. In Australia, a 2018 Australian
Council of Learned Academies report found that, with the exception of the
mining industry, Australian firms were well behind leading countries in the
adoption of AI and automation (p. 191).
As part of the Digital
Economy Strategy (Budget
Paper No.2, pp. 72-76), the Government committed to providing $124.2
million to enhancing Australia’s AI capabilities. This includes $53.8 million
(over four years) to establish a National AI Centre which will be located at
the CSIRO’s Data61, as well as four AI Digital Capability Centres. These
measures build on a recent policy focus on AI that has included Innovation and
Science Australia’s Australia 2030:
Prosperity through Innovation which recommended prioritising AI
development, a $29.9 million commitment in the 2018–19
Budget (p. 151) for AI and machine learning
capabilities, CSIRO Data61’s AI Roadmap and AI Ethics
Framework, and the ACOLA Horizon Scanning
report on the opportunities of AI.
The enhancing AI capability measure also includes $24.7
million (over six years) for a Next Generation AI Graduates Program which aims
to attract and train AI specialists. IT
Professionals Australia describes the lack of AI skills as the greatest
barrier to further AI adoption. While welcoming the measures, IT Professionals
Australia states that the Budget commitments fall short of what is required to
make Australia a leader in AI capabilities and uptake. Similarly, Tony
Boyd, writing in the Australian Financial Review, states that
following the absorption of National ICT Australia (NICTA) into the CSIRO in
2015, many AI scientists left Australia, which has had an impact on the
capacity to train AI specialists.
The Australian
Information Industry Association welcomed the Government’s commitment to
the digital economy but noted that AI funding fell short of its call for $250
million to resource a National AI Strategy. The funding has been contrasted
to much larger provisions to AI by other nations such as France (€1.5 billion)
and Germany (€3 billion). Professor
Simon Lucey of the Australian Institute of Machine Learning stated that
further investment in AI research is required ‘to bring Australia in line with
most other advanced economies’.
Medical research
As announced
last year in the Mid-Year Economic and Fiscal Outlook 2020–21 (MYEFO)
(p. 25), the Government is committing an additional $172.5 million to
medical research during 2021–22. This funding will supplement investments from
the Medical Research Future Fund (MRFF), which had lower
than expected earnings due to low interest rates.
The Government also announced
that it plans to work with existing manufacturers in the Australian market to establish
‘an onshore end-to-end mRNA vaccine manufacturing capability in Australia’ (p. 134)
(see Parliamentary Library Industry
support Budget Review brief for more detail). This follows the announcement
in the Mid-Year
Economic and Fiscal Outlook 2020–21 that the Government would be
undertaking a business case for further investment into mRNA vaccine
manufacturing capability (p. 166). The Government’s contribution to
establishing this capability has not been published due to commercial‑in‑confidence
considerations. The Australian RNA Production Consortium President, Associate
Professor Archa Fox, stated
that establishing a production facility would cost around $100 million. The
Government is reportedly
negotiating with multiple potential mRNA vaccine manufacturers and has
stated there is a possibility of more than one manufacturing operation being
established. Following the Budget, Health Department Secretary Brendan Murphy stated
that he hoped manufacturing would begin in 2022.
Agriculture and biosecurity
In October 2018, the National Farmers’ Federation announced
a target to expand the value of Australian agricultural production to $100 billion by
2030. Details
of how to reach this target were later explored in a House
Agriculture and Water Resources Committee report, released in December 2020.
Both the 2020–21
Budget and the current Budget
(pp. 51–55) contain measures designed to support the sector to achieve this
target. These measures include an emphasis on the adoption of digital
technologies to enhance biosecurity and increased support for soil science
research.
The Agriculture and Water Resources Committee recommended
the creation of a National Biosecurity Strategy which supported the development
of new biosecurity technologies. While the Government has not announced a
biosecurity strategy, the Agriculture 2030 budget measure has a strong
focus on the use of technology to improve biosecurity arrangements with approximately
$80.9 million allocated to modernising biosecurity ICT systems, technology and
data analytics (Budget
Paper No.2, p. 52), and $25.5 million for diagnostic technology for
pest and disease identification at borders (p. 51).
The Agriculture 2030 measure also provides $147.9
million for the development of the National Soils Strategy, including $102
million (over two years) to incentivise farmers to test their soil and enhance
the National Soil Resource Information System, and $20.9 million (over four
years) for a National Soils Science Challenge grants program to address fundamental
gaps in soil science (pp. 52–53).
Other measures
The Budget provides $42.4 million to co-fund industry
scholarships for women in science, technology, engineering and mathematics
(STEM). More information on this measure is available in the Higher
Education brief.
The Budget also includes, from July 2022, a patent box
scheme that aims to incentivise innovation by taxing corporate income derived
from Australian patents at a reduced rate of 17% (Budget
Paper No.2, p. 23). This measure is forecast to reduce the underlying
cash balance by $206.4 million over the forward estimates. Further discussion
is available in the Parliamentary Library’s Budget Review patent box brief.
Stakeholder reactions
Many stakeholders welcomed specific measures in the Budget
but questioned whether there was sufficient investment in science overall. One
of the most positive responses came from Science
and Technology Australia which described it as a ‘future-focused Budget’
and highlighted the value of the patent box scheme and women in STEM
scholarships.
Professor
John Shine, President of the Australian Academy of Science, welcomed the
commitments to the SKA and mRNA production but also drew attention to the heavy
impact of the closure of international borders on the university sector, which
undertakes the bulk of research in Australia. Professor Shine added that given
this impact, ‘the lack of recognition for science and scientists in the federal
budget, and in particular for the foundational capacity in basic discovery
science, is perplexing indeed.’
Among medical research organisations, the Association
of Australian Medical Research Institutes described it as a Budget of few
surprises but expressed disappointment that there was no new funding for the
NHMRC. Likewise, Research
Australia welcomed the patent box scheme and the continued support for the
MRFF but stated that ‘in real terms, funding for the NHMRC and ARC is
declining’ and that sufficient funding for the NHMRC was critical to ‘guarantee
the pipeline of health and medical research so vital to our national health and
wealth’.