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Good morning, everyone.
Bonjour à tous. Distinguished members of the committee, membres distingués du comité, I want to, first of all, thank you for the kind invitation to appear before you on the matter of the closure of the Office of the National Science Advisor.
To begin, I want to emphasize that my comments today are my own. They convey my experience, my commitment to, and my firm belief in the need for non-partisan, independent science advice at the highest levels of government, including Parliament.
I suspect you will realize that shaping and providing science advice for decision-makers is never easy. To begin with, as Dr. Alan Bromley, a Canadian who served as science advisor to President George W. Bush Senior, once said, “There is little in this world more useless than unwanted advice.” In other words, for advice to be effective, there must be a receptor willing and able to use it.
[Translation]
Secondly, as science advisor you need not only a good fundamental understanding and appreciation for science across a very broad spectrum of interests, but also the patience and wisdom to distill insights from many perspectives.
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No science advisor, of course, can possibly be an expert on everything. Inevitably then, you must rely on the goodwill, the expert advice, and the support of many individuals and communities that have an interest in the scientific issues of the day. The ultimate goal must be to provide credible, well-founded, non-partisan advice on how science and technology and knowledge and innovation can improve the social and economic well-being of the country.
In Canada, following the announcement of the discontinuation of my office, a debate has emerged that will hopefully trigger a more holistic and intuitive approach to providing science advice to government. Here is a short reflection on lessons learned from my experience as the country’s national science advisor from 2004 to 2008.
First of all, it's important to underscore that the science and technology ecosystem in Canada has evolved tremendously over the past decade or so. This has had major benefits for Canada and Canadians. With over $15 billion of incremental funding invested in research and knowledge generation over that period, Canada is leading the way on many fronts. For instance, we are the leader in the G8 group of advanced countries in terms of investment in university research as a percentage of GDP. We have developed innovative new models of funding and governance such as the Canada Foundation for Innovation, the Canada Research Chairs, Genome Canada, and the recently expanded Networks of Centres of Excellence.
Such is their success that these models are being cloned in other countries around the world. Research institutes dedicated to foundational science, such as the Perimeter Institute for Theoretical Physics, a public-private partnership funded in part through personal philanthropy, have captured the world’s attention, and MaRS, the Medical and Related Sciences Discovery District in downtown Toronto, a meeting place and accelerator for innovation, is a new model to foster technology transfer and commercialization.
I'd also say that Canada punches well above its weight in many international research ventures, and the excellence of Canadian contributions to major science projects in areas such as astronomy, ocean sciences, neutrino science, synchrotron science, particle physics, and structural genomics draws global recognition.
I am proud to say that I have been involved as an advocate and supporter for many of these major science initiatives in my NSA, national science advisor, capacity and before that. These successes notwithstanding, however, Canada needs to continue to invest at a high level to maintain our competitive advantage. It would be so easy, having climbed one mountain, to slide quickly down the other side.
[Translation]
However, if one looks around the world, a sound innovation and research system requires more than just scientific excellence and funding. Any S&T approach needs to be strengthened with commitment and leadership in an effective and stable framework that engages advice at the highest levels and stimulates an open dialogue on the future course of research for society.
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Now, I say “stable” because the frequent dismantling of our science advisory capacity in the past has left little option but to constantly start afresh with relatively few lessons learned.
The advice in question needs to be fully shared. So I strongly believe that for Canadians to fully appreciate both the lights and the shadows of science and technology, for our science culture and literacy to grow, and for innovation standings to improve, the debate on policy choices for future directions must be aired publicly, much as you do here in this respected standing committee.
I am therefore dismayed and disappointed that the Office of the National Science Advisor is being wound down. I was informed in October that with the evolution of the S and T strategy, my office would be phased out early in the new year 2008 and that the position of national science advisor would be discontinued. So I want to make it unambiguously clear that I conveyed my intention to retire from the public service only after I had been informed that the office was being closed.
Although our office was inadequately funded—it had no permanent staff other than me from year one until an executive assistant was added in 2006—I believe we accomplished a great deal with the limited resources available. As examples of issues we took on, I cite the following.
The national science advisor's office was instrumental in advocating at the highest level for the establishment and funding of the Canadian Academies of Science. This was announced in the response to the Speech from the Throne in October 2004 and in the budget of 2005. The Council of Canadian Academies, as it's now called, is operating with a $30 million endowment to undertake expert assessments of the state of science, underpinning issues that have a public policy impact.
Our office provided key input and interventions leading to the creation of a national secretariat and the government's decision to invest $150 million in the International Polar Year, a global collaboration involving over 60 countries.
In collaboration with the heads of research councils and agencies, we led a national consultation on the development of a framework for the funding, evaluation, and oversight of Canadian major science investments and infrastructure, a framework that in my view is still critical.
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In partnership with the former Advisory Council on S&T and with an international panel of experts that I convened, in 2005 we developed a draft national strategy for nanotechnology.
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With the cooperation of our aid agencies and other departments, we developed an action plan to help mobilize our R and D efforts towards the needs of the developing world. I'm pleased to see that this has been picked up in part by the budget 2008 announcement of a development innovation fund.
The national science advisor and our office also worked closely with Foreign Affairs and International Trade to secure funding for and to design the international S and T partnerships program that is now providing $20 million for enhanced partnerships with Israel, Brazil, China, and India.
To take advantage of emerging opportunities in research and innovation with key trading partners, I championed the creation of the Canada-California Strategic Innovation Partnership, CCSIP, and through many presentations and visits, I've helped, and our office has helped, raise the profile of Canadian science and technology in our G8 partner countries such as Germany, Japan, the U.K., and France.
I've represented the government at the twice-yearly Carnegie Group meetings of the G8 science ministers and science advisors since June 2004. This is a unique forum designed to exchange information and ideas of mutual global concern in an informal setting with our key partners. I had the pleasure to host one of those meetings in Canada in 2005.
Our office also worked closely with other agencies and councils to outline a new governance framework for our science advisory apparatus. We also commissioned a paper that showed how other countries function effectively with a solid combination of high-level science advice from a science advisor, coupled with input from a science advisory council.
[Translation]
One of the significant achievements of our office over the last four years has been the development of a unique capacity in Canada to undertake science and technology foresight.
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—that is technology foresight—
[Translation]
looking over the horizon for future opportunities and challenges.
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I could go on and give you many other areas where my office has made a contribution, but this will have to suffice.
In mid-2006 our office was moved from the PCO to Industry Canada, with the science advisor then reporting to the Minister of Industry. The mandate letter from the former industry minister circumscribed our activities to three areas, so with a diminished mandate, the scope of our work was reduced and our office became increasingly marginalized, and despite our expressed interest in contributing, we had relatively little input to the crafting of the S and T strategy and were not asked to participate in the consultations that took place across the country.
The frustration of all this has been that while my office has lots of knowledge and insights to offer, we have rarely been asked to play an important role and contribute as a true partner. Through all of this, I have tried to maintain a policy of professionalism, public engagement, and partnership with all key stakeholders, be they domestic or international.
Over the course of the past four years I and my staff have given well over 300 talks, presentations, and papers on key issues as well as on the Canadian advantage in research and innovation. We have received countless visits and delegations from many countries seeking our input to the Canadian success stories and models, and I might say also they have been seeking our advice on key issues.
In my mind there is absolutely no doubt that science and technology are impacting our lives in ways that were unimaginable even a decade ago. Almost every issue before government has a science and technology element, and our economic and societal prosperity increasingly depend on it. In other words, there has never been a time in history when science and innovation are so important and when scientific input is so vital to decision-making.
[Translation]
I continue to believe that the need for sound, impartial advice to government on national and global issues and developments in knowledge has never been greater.
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Other advanced and developing countries alike have recognized this need and have embedded a strong science advisory capacity, including a science advisor or chief scientist, at the very centre of government.
I have received a very large number of calls, e-mails, and letters from the concerned public about the decision to close the office, and I want to publicly acknowledge this support both from Canadians and international partners alike. They all agreed this has the potential to tarnish our image as a leading player in science and technology, and the fact that we've received such support only serves to underscore the need for a closer look at how we design our science governance systems as new issues emerge that will require sound scientific input.
We can certainly learn from elsewhere while keeping in mind our own national specificities, and most importantly, this exploration needs to be done in an open and consultative fashion.
Thank you for your attention.
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Let me say that, first of all, I've mentioned the need for both a science advisor and a council.
As far as STIC is concerned, I'd say a number of things. First of all, the membership includes some prominent people in the research community—three Canada research chairs, four university and college presidents, presidents of private sector corporations, and three deputy ministers of the federal government. So in total that's an impressive group of people. STIC has only just started its work, so we'll have to reserve judgment on its effectiveness until we see the results of their work, but it is an eminent body, no question.
As I said, in many advanced countries the capacity and capability to provide non-partisan, independent advice comes from a science advisor—a chief scientist—and a council. I also point out that the science advisor should have the ear of the prime minister or the president and can be called on for rapid counsel and advice, or to undertake an investigation and a study on a whole range of critical issues—BSE, bird flu, pandemics, etc., or even climate change.
So in my view, and answering your question, it's unlikely that STIC will be able to fulfill all the demands for both immediate and long-term independent and transparent advice for the following reasons. First, it isn't really an arm's-length, independent body. Three of the members are deputy ministers in the government. In one sense that might be good, because you're getting the government perspective in there, but it does raise a question about whether it would be independent.
STIC doesn't report publicly, and its reports, as far as I know, will not be made public, nor might they be made available to Parliament.
Members of STIC, as with all advisory councils, are part-time people. The national science advisor and his office are full-time employees. So you have a bit of a difference there.
I'd say also that the modus operandi of STIC, which is studying selective topics that are obviously of interest to government and then reporting to the minister and the cabinet, is remarkably similar to the way the previous Advisory Council on Science and Technology operated, and ultimately that turned out not to be very successful.
So there are just a few points—pluses and minuses—I'd say about STIC.
Dr. Carty, I want to apologize to you on behalf of this committee. The fact is that our committee voted to have you appear before the committee in order to better determine what is the best direction for the role of the national science advisor and its potential synergy with the Science, Technology and Innovation Council, and how, in broader terms, that fits into a general science strategy for our country.
You're somebody who has served as a senior academic for 27 years, ten years heading the NRC. Having been our national science advisor, you have a lot of information and knowledge and expertise and perspective to bring to that.
Some of us wanted to hear that perspective and to benefit from that. Others--who as members of Parliament have expenses that in most cases have exceeded yours, and in all cases do not have the same level of transparency around their travel or hospitality expenses or the same need to disclose that you as a public servant have had--have hidden behind that veil and that hypocrisy to attack you unnecessarily and unfairly.
So I apologize to you, Dr. Carty. It's difficult to get good people and to retain good people in the public service, and parliamentarians have a responsibility to not debase public servants further. When they want to provide good advice to a committee, or good advice based on science to a Prime Minister, we ought to encourage that. We should not be attacking our institutions, as it further reduces the capacity for our government and our public service to function together for the betterment of all Canadians.
Dr. Carty, on the role that you see for the national science advisor and the synergy with the government's strategy relative to the Science, Technology and Innovation Council, you've said that you see a synergistic role between the two. You've indicated that some other countries are in fact pursuing that kind of role.
Do you see a commercial value to Canada on the research and development and commercialization, for instance, of clean energy and clean environmental technologies? Some people have indicated, and some experts have indicated, internationally and within Canada, that this could be one of the fastest-growing areas of the 21st century economy. We have a job, as a committee, to try to understand the role between research and development, commercialization and competitiveness.
Do you see that as one of the areas we should be focused on as a country, trying to position ourselves in the whole area of clean tech--environmental technologies and clean energy?
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With regard to the first point, I completely agree with you that a strong investment is needed. I'd add to this that some of the programs that have been created, such as the Canada research chairs program, have not just attracted top-class Canadians and retained young up-and-coming stars, but they've also recruited a lot of internationally renowned experts in various disciplines. In fact, as a result of the Canada research chairs program, more than 500 experts from outside the country have been recruited.
Our capacity has gone up, and the capability that Canada has to do research and development has increased significantly. The danger is this: how do you keep these people, both young, up-and-coming stars and established researchers? That's a challenge. There are other countries that would be very happy to poach them. As it is, Canada is very highly regarded for having done this, but it's an ongoing battle.
So yes, in order to sustain that and to build on it, you're going to have to invest more, because the demand will be greater. And of course, in the 21st century the need for highly qualified human resources is one of the principal considerations, and there's going to be great competition between nations for the brightest brains. Yes, absolutely, we have to invest more in science and technology.
As for women in science and technology, you're quite right that like many other countries we have a problem, in that we're not making the best use of the talent that resides within the female community. Why is it that something above 50% of university enrolment is female, but in fact the number of females in our faculty ranks is much lower than that and the number of women in research is much lower? We certainly have to do something about that.
This is one of the things I haven't mentioned. I chaired a women in science committee, which was examining.... This was done with Miriam Stewart of the CIHR, who on behalf of CIHR had a major interest in this. She was the director of the CIHR's Institute of Gender and Health. We chaired this committee and came up with a number of recommendations that would make it easier for young women faculty who had been recruited into universities to see their lot improved; in other words, that there be such things as maternity leave on an extended basis, so that they had the chance to come back after the maternity leave and compete again in the system.
It's a bit of a rat race, as you know, in universities, and anybody who takes time off to have a baby, for example, is at a disadvantage. I think one has to tackle the quality of the environment in order to adjust that. We did some work on that and came up with a series of recommendations, which have gone to the granting councils. That will be followed up whether I'm there or not.
I strongly support the idea of building the community of female scientists. In principle, it's a competitive advantage to be able to make use of all of those women who are now getting an education at university and to make sure that in science and technology we have a significant component.
One of the major concerns at the moment is the number of women who are not going into computer science. This is a big issue, a major issue for the country, because we have a large ICT sector.