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| Science Policy Reports / Briefs |
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Jump to: Availability
of Creative Personnel | An Attractive Research Environment
|Value For Research $ Invested | Voice
In Cabinet | Recomendations
Value from Investing
in a Creative Environment
Dr. Bruce H. Sells, FRS(C)
September 15, 2005
Brief in PDF Format
Introduction
The Canadian Federation of Biological Societies (CFBS), representing
13 national Life Science organizations with approximately 9,000 members
from industry, government and academic sectors, was founded in 1957. Its
purpose is “To promote the acquisition, facilitate the dissemination
and encourage the utilization of knowledge of the biological and biomedical
sciences, and to contribute in a substantive way to the development of
a forward-looking science and technology policy for Canada.” Each
year CFBS organizes a national scientific meeting to “show case”
the best in Canada’ life science research.
General Comments
Since 1997 the Federal Government has invested significantly in the research
activities of the scientific community. The level of contribution over this
period has amounted to~$15 billion. The creation of the Canadian Institutes
of Health Research, the Canadian Foundation for Innovation, the Canadian
Research Chairs and the program of support for “Indirect Costs of
Research” are among the newer developments and include increased funding
for the Natural Sciences and Engineering Research Council. These initiatives
have created the underpinning for future economic and social development
in Canada. Continuous investment is required, however, to maintain the climate
for creativity since our global competitors are increasing their investments
in knowledge-based economies.
Following the large contributions from the Federal purse to support
creative activities it may be wise to assess what has been accomplished
and determine whether improvements can be made to the system to ensure
that taxpayers’ dollars are used to their maximum effect. In this
brief, therefore, efforts will be made to assess what has been achieved
and to suggest improvements that will not only make Canada more competitive
in the world of ideas but also to indicate how funds can be more effectively
utilized.
Canada’s Needs
- Availability of Creative Personnel
- An Attractive Research Environment
- Value for Research $ Invested
- An Effective Voice for Science in Cabinet
The raw material for innovation is the availability of creative individuals.
The past 8 years have wittnessed marked changes in the research environment
resulting in the attraction and retention of highly qualified investigators.
Canada is currently seen as “a place to do research”*1.
Given that Canada, like other nations, competes in the world of ideas, this
has been a very satisfactory accomplishment. Nevertheless it is not the
time to be complacent since the various industrialized countries also invest
in the search for new ideas and individuals who can contribute to that search.
Concurrently, both China and India have been investing heavily in Post Secondary
Education with the intent of retaining their creative scientists. In the
past many institutions in the western world benefited from the availablility
of students/scientists who came to North America to study and eventually
stayed to work here. More recently this source has been drying up.
To ensure a continuous supply of creative personnel, it is important
to ensure that the institutions/universities that train/educate the next
generation of scientists are attractive places to work. The invesments
in innovation by the Federal Government during the recent past have helped
considerably in this regard. At the same time, however, the operating
budgets of universities have dropped significantly over the past two decades
resulting in these institutions having difficulty ensuring a high quality
educational experience for their students. Measured in constant dollars,
grants to universities declined by about 19% in the decade between 1991
and 2001. It should also be noted that the Federal Department of Finance’s
data reveal a 40% decline in federal cash support for post secondary education
between 1992 and 2004. Consequently, the number of full-time faculty members
dropped 9% between 1992 and 2002 during which time the number of students
increased by 5% thus producing increases in class size.
Over the past several years CFBS has encouraged the Federal Government
to develop a more effective dialogue with the Provinces in an attempt
to create a common strategy to deal with the challenges of innovation.
Identification of a minister in the Federal cabinet who would be responsible
for the ongoing dialogue with Provincial ministers of education would
ensure a consistent voice at the Federal level and a more meaningful Federal
response to the needs of post-secondary education in Canada. Using the
Health Accord with the provinces as a model, the federal government would
be well advised to consider a similar arrangement with regard to transfers
for post-secondary education. Given that the current Social Transfers
program which contributes to post-secondary education does not monitor
how these funds are spent, a more transparent system is needed to track
how transfers are used.
With recent announcements by the Provinces for a dialogue regarding a
specific education transfer, the time appears ripe for action. Success
in these negotiations would assist Canada in ensuring quality education
for its undergraduates and greater attraction of creative graduates for
graduate programs. At the same time it would make universities more attractive
to potential faculty members.
The experience of the last 8 years has been, in large part, positive for
Canada in its ability to attract and retain creative scientists. The Federal
Government is to be applauded for identifying innovation as a high priority.
Federal investments in research have not only provided evidence that Canada
considers itself an “innovative society” but also, in the life
sciences area, created the opportunity for rapid growth of the Biotech Industry
in this country.
What is evident to those who have wittnessed support for reseach over
the past 40 years is that this support has varied significantly. Consistent
investment is needed to sustain an attractive research environment. Canada
needs to be aware that without solid commitment such an environment is
fragile. Given the investments of other western countries and the emergence
of China and India as nations with great competitive potential, requires
that the underpinnings of our future development are nurtured. Consequently,
it is not a time for complacency.
The next decade, because of the turnover from retirements of scientific
personnel, will be crucial for Canada to expand its appeal for creative
personnel. To secure Canada’s position, we would encourage the Federal
Government to continue to nurture the Federal Granting Agencies (CIHR
and NSERC). Increases in the Canadian Institutes for Health Research (CIHR)
budget to $1 billion by 2007 - 08 and the Natural Sciences and Engineering
Research Council (NSERC) budget to $915 million by 2007 - 08 are recommended.
At the same time the Indirect Costs Program should be continued and expanded
to cover the real costs of managing the Direct Costs of Research (ie.
from the current~20% to 40%) by universities and research institutes.
While the indirect-cost program has been a great benefit to these institutions,
a transparent reporting mechanism is essential to ensure that these funds
are spent for the purposes designed.
The life sciences community has applauded the Government in creating
the Canadian Foundation for Innovation (CFI). While CFI has resulted in
huge benefits in the development of research infrastructure in Canadian
universities and research institutes, the cost of maintaining these new
facilities beyond the initial 3 year phase that is covered by CFI, is
placing increased pressures on research agencies to contribute towards
equipment maintenance. With the large investment in infrastructure, it
is important that it be properly preserved.
In addition to post secondary institutions, the Government should recognize
the value of its own research infrastructure. In an era of dramatic global
change, what is required is effective monitoring of events which impact
the Canadian population. These include the need for expertise to deal
with major challenges in the areas of infectious disease, climate change,
energy, drug safety and national security. Government departments and
agencies exist that can fill this role, however, they need the financial
support required to meet these challenges effectively. During this period
of personnel turnover, an attractive research environment will assist
in recruiting the most creative scientists.
The costs of high quality research born by the Canadian taxpayer requires
that this investment not only be closely monitored but also be dispensed
by the granting agencies in a manner that allows them to operate most efficiently.
Currently, granting agencies receive their yearly allocations following
reading of the federal budget. These allocations must be spent before the
end of the fiscal year for which they were designated with no allowance
for carry-overs to the next fiscal year. Granting agencies normally make
awards to researchers for periods of ~ 4years. Conseqequently, if government
allocations fail to rise significantly, in a particular year, the only funds
available for disbursement by the agencies accrue from turn-over of grants
awarded 4 years earlier. In considering how budget allocations are made
to federal granting agencies, we continue to make the following two suggestions:
i) allow carry-overs of up to 10% and ii) consider escalating allocations
over a three year period. From discussions with the auditor general’s
office we have learned that there is a precedent for carry-overs. These
two changes would allow greater opportunity for forward planning by granting
agencies, ensure efficient use of funds and permit a more uniform distribution
of available funds to scientists applying each year.
Of recent concern to the scientific community is the issue of the co-funding
requirement by a number of the Award Programs (Tyers et al Science 308:
1867, (2005)). The strategy behind this type of Program is to encourage
Canadian Corporations to become more heavily involved in research in this
Country. It has been noted, for example, by Agriculture and Agrifood Canada,
that only 17% of investment in agricultural research and development come
from the private sector with the remaining 83% derived from federal and
provincial sources. While the purpose behind the co-funding strategy appears
reasonable in its attempt to lever additional funds to support Canada’s
reseach capacity a number of issues have been raised concerning this approach
and questions whether this is the most effective way of increasing corporate
investment in research.
Of paramount importance to researchers and for future benefits to society,
awards made should be based on the scientific excellence of proposals.
This has been the overriding criterion applied by granting agencies to
applications for curiosity-driven research. In the case of proposals that
require co-funding, for a variety of reasons, outstanding proposals are
not always funded. The reasons include: 1.) In the case where the Province
is asked to contribute financially the ability of each province to do
so varies considerably. Presently, with few exceptions, the Federal Budget
is in better financial shape than those of most provinces. As a consequence,
excellent proposals can be denied because of the absence of appropriate
partners. 2.) In Industry-Academy partnerships, it has been the opinion
of exceptional researchers that strategic grants are often 2nd rate projects;
industry keeps its best projects under wraps and joins with academic investigators
in more speculative projects in order to reduce risk. In other jurisdictions,
furthermore, the absence of corporate sponsors often precludes researchers
receiving awards. 3.) There appears not to be a set of uniform criteria
covering funding and accounting etc. for the various co-funding opportunities.
In some instances management of the project appears to be more important
than the scientific criteria as a reason for an award. The implication
reached by some scientists is that research is becoming over-managed and
scientific excellence as the prime criterion is being lost and money which
could otherwise be used for science is being diverted to non -productive
bureaucratic exercises. One could argue that, ideally, corporate Canada
be required, for applied/strategic projects, to contribute to a science
research fund that should be distributed to the three research agencies
for allocation since they have arm’s length peer review in place.
This would help insure that corporate Canada’s highest quality scientific
applications were funded.
There are at the same time arguments to be made for the co-funding programs.
Dr. Arthur Carty, the National Science Advisor, has documented some of
these in a recent letter in the scientific journal “Science”
(Science 309 875 (2005)) in which he articulated how co-funding opportunities
have contributed by raising large amounts of money to support Canada’s
research enterprise. Other Canadian scientists have also indicated some
of the benefits when funds are awarded under appropriate conditions.
While the government is to be praised for its efforts in developing programs
designed to persuade Canadian companies to invest in research, it is questionable
whether the current approach has been effective in bringing corporate
Canada to the table. What needs to be determined, therefore, is what are
the major impediments to Canadian industries from contributing to their
own research enterprise. In Canada a major impediments to the creation
or nurturing of new industries includes the paucity of venture capital.
CFBS recommends examination of the co-funding programs to determine “best
practices” in the allocation of funds and an investigation of other
avenues designed to encourage Corporate Canada’s contribution to
research.
Research and Development are now core requirements for all developed societies.
Furthermore, allocations to these creative activities will continue to increase
globally. Consequently, Canada cannot be complacent in view of this international
competition. Good public policy related to investment in science and research
is dependent upon credible information from a reliable source and will be
critical in discussions that direct our future. Establishing the office
of a National Science Advisor is an important step in assisting federal
decision-makers. To do his job effectively, however, the government should
ensure that his office is appropriately funded. The recent creation of the
Canadian Academies of Science will be an additional useful resource for
the Science Advisor to draw upon in contributing to government’s decisions.
RECOMMENDATIONS:
The current recommendations are made with the intent of addressing Canada’s
continuous need for creative personnel through support of the research
enterprise and those institutions that provide post-secondary education/
training. At the same time it is essential that certain programs be revisited
to assure funds are spent in the most effective manner. CFBS recommends:
- The Federal Government partners with the Provinces to develop a strategy
regarding post-secondary education to ensue a continuous supply of well-trained
and creative individuals.
- Investment in the Federal Granting Agencies, to provide the support
for creative activities, should be increased by 2008 - 09 to $1 billion
for CIHR and to $1.2 billion for NSERC. During this period of research
scientist renewal, due to retirements, this support is necessary to
meet the demands of new recruits into universities. Minimum increases
of 8 - 10% in the next Federal Budget are necessary.
- Continued support for the “indirect costs of research program”
with an eventual target of 40% from the current ~ 20%. This support
will reduce financial strains on university’s operating budgets.
- The Federal Government permits Federal Granting Agencies to function
more effectively by allowing them to carry over up to 10% of their Federal
allocations from one fiscal year to the next. Increased allocations
to federal granting agencies should be factored in over a 3 year period
to allow greater opportunity for forward planning.
- A reexamination of the current co-funding programs to establish “best
practices” to ensure that resources are applied to projects of
the highest scientific quality.
- A level of support for the office of the National Science Advisor
that allows it to perform its function effectively. This office should
be encouraged to address the funding situation in Federal Government
laboratories.
*1 National
Post, N. Kohler, Nov. 8, 04
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CCR: Submission to the
House of Commons Standing Committee on Finance August 2008
Posted: Sep. 22, 2008
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PAGSE:
Annual Activity Report 2007-2008
Posted: Sep. 22, 2008
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PAGSE:
Submission to the House of Commons Standing Committee on Finance 2008 Pre-Budget
Consultation
Posted: August 28, 2008
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Study
on Canadian Science and Technology Brief Submitted to the House of Commons
Posted: April 16, 2008
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PAGSE:
Submission to the Senate Committee on Social Affairs, Science and Technology
Posted: April 17, 2008
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CCAC
Year-End Performance Report 2007-2008
Posted: April 17, 2008
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PAGSE:
The Past Six Months (July-Dec 2007)
Posted: February 11, 2008
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Meetings with
Decision Makers 2007
Posted: January 15, 2008
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CSZ 2007 Advocacy
Meetings
Posted: Sept. 19, 07
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CCR: A Brief
to the House of Commons Standing Committee on Finance
Posted: August 31, 07
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PAGSE:
The Past Six Months (July-Dec 06)/ PFST: Les six derniers mois (janvier-mai
06)
Posted: Feb.5,07
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CCUBC
Nov. 2006 Advocacy Meetings
Posted: Dec. 7, 06
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Sustaining a
Renewable Resource
Posted: Sept. 28, 06
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CCR
Brief to House of Commons' Standing Committee on Finance
Posted: Sept. 20, 05
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Value
from Investing in a Creative Environment
Posted: Sept. 16, 05
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Sustaining
& Expanding Innovation
Posted: Sept. 04
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Access
to Post Secondary & Graduate Education
Posted: Sept 03
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Capacity
for Innovation
Posted: Aug. 02
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Creating
a Research Environment
Posted: Fall 2000
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Mining
for Gold
Posted: Spring 2001 |
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