|
The NCE Selection Committee ReportJune 2003Remarks from the Chair
Remarks from the Chair1 As a result of the call for applications for new networks in January
2002, the Networks of Centres of Excellence (NCE) Directorate received
53 Letters of Intent. The NCE Selection Committee was directed to select
excellent proposals. The entire process, from the announcement of the
competition to the recommendation of new networks to the NCE Steering
Committee, occurred over a period of approximately 18 months. The NCE Selection Committee included members from throughout Canada,
as well as expert international participants. Interest in this competition
from all regions of the country was clearly evident as was the participation
of industrial, commercial and community sectors. It was encouraging to
see the extent to which multidisciplinary approaches to research themes
within networks has grown and matured. BackgroundThe Networks of Centres of Excellence (NCE) program seeks to mobilize Canada's best research talent in the university, private and public sectors, and to apply it to the task of developing the economy and improving the quality of life of Canadians. Networks are selected on the basis of their excellence in research, their inclusion of the best cross-country talents, the extent of their partnerships with the receptor community, and their potential for socio-economic benefits. Industry Canada and the three granting agencies (the Natural Sciences and Engineering Research Council, the Canadian Institutes for Health Research, and the Social Sciences and Humanities Research Council) jointly manage the program. Since its inception in 1989, the NCE program has been linking Canadian researchers from the university, public and private sectors to work collaboratively on the advancement of research on the development of new technologies. Networks provide opportunities to develop innovative research approaches that cross traditional disciplinary and sectoral boundaries, and promote collaborations among social, physical and medical scientists and engineers. These collaborations have contributed significantly to accelerating the uptake of new knowledge and technologies by the industry and other receptor communities, and they have led to important socio-economic benefits. The call for applications for the 2003 competition was issued on January 18, 2002 by the Government of Canada to establish new NCEs. University researchers and their private and public sector partners were invited to present Letters of Intent by July 12, 2002; 53 Letters of Intent were received and the NCE Selection Committee met on September 19-20, to complete its review and prepare its recommendation to the NCE Steering Committee. As a result, seven applications were retained and the applicants were invited to submit a full application by March 8, 2003. The NCE program follows a rigorous peer-review process to evaluate, first, the Letters of Intent and, later, the full proposals against the five criteria of the program:
Criteria are detailed in Appendix I. The Committee’s mandate and membership are provided in the other appendices. Each full proposal is also subjected to a review by an Expert Panel responsible for performing an in-depth evaluation of the strengths and weaknesses of the proposed Network. Face-to-face visits by Expert Panels, originally planned for April 2003, were cancelled because of the SARS outbreak in Toronto, and replaced with written Questions and Answers and teleconference meetings with the groups of applicants. The individual Expert Panel reports were submitted to the Selection Committee and were used in elaborating on the final recommendation to the NCE Steering Committee. Competition Procces
NCE Selection Committee Funding RecommendationsThe 2003 Selection Committee identified the top proposals that exceed the threshold of excellence for the NCE Program. The NCE Selection Committee recommends support for three networks as indicated below in alphabetical order:
Competition (~$12M) is insufficient to fund all three networks, recommends
that additional funds be found as soon as possible. Funding these networks,
now, is a high priority for Canada. Summary of Networks Recommended for FundingAdvanced Foods and Materials NetworkThe Advanced Foods and Materials Network (AFMNet) brings together natural scientists, engineers, health researchers, social scientists and lawyers to work on various facets of food and bio-material advances in a manner that is unique in its field. AFMNet aims to create the next generation of multi-disciplinary scientists and researchers who will be able to actively contribute to large projects where their expertise is necessary to advance the research. AFMNet addresses three broad themes: the structure, dynamics and function of foods and bio-materials; functional foods and nutraceuticals; and economic, environmental and societal issues (such as regulations and consumer attitudes and perceptions). or instance, one project will focus on the production of non-latex rubber in sunflowers. Sunflowers produce a small amount of rubber naturally but with genetic modification, commercial-scale amounts may be possible. Even though this creates an alternative use for sunflowers and a value-added component, consumer attitudes come into play. With the recent hype over genetically-modified (GM) foods, will the consumer accept a crop of food-quality oil or seeds from such plants? If used in a medical context, is public opinion towards GM products that might save lives more accepting than in a food application? More than 400 medical devices are made from rubber. Add to that the 7 percent of the population with latex allergies, and the possible economic benefits are enormous. Functional foods provide health benefits, such as basic nutrition and reducing the risk of chronic diseases. For example, fish is rich in omega-3 fatty acids and can reduce the risk of heart disease. A nutraceutical is any product that has been isolated or purified from foods and that is generally sold in a medicinal form not usually associated with food. Moreover, the product has been shown to provide medical or health benefits (e.g. calcium in relation to osteoporosis). The research on functional foods and nutraceuticals will have important social and medical benefits. The development and social acceptance of advanced foods represent an exciting opportunity to move away from the traditional medical or reactive model of health care to a preventative model. With health care costs increasing approximately 7 percent annually, the potential savings to the system are in the billions of dollars. For instance, a study has shown that using a nutraceutical that lowers blood cholesterol instead of a pharmaceutical drug can generate savings of more than $3 billion a year or 3 percent of Canada’s annual health care budget. Similar savings may be expected for many other diet-related diseases. Other potential outcomes of the research are: improving healing through better wound dressings; improving food quality by better controlling texture, flavour and colour; improving food safety through the control of biofilms in foods and processing equipment; and increasing public confidence in the food supply by creating the necessary knowledge to help develop and define regulations and laws. Advanced foods and biomaterials represent a large and growing market from the molecule through processing and down to the retail level. Current world consumption of natural health products, functional foods and nutraceuticals is estimated at $70 billion annually. Developments in consumer acceptance and regulatory frameworks will reduce business risk and stimulate investment in this emerging sector. ArcticNetArcticNet connects well-established Centres of Excellence in the natural, medical and social sciences, and their partners in northern communities, federal and provincial agencies, and the private sector to study the impacts of climate change in the Arctic. ArcticNet researchers collaborate with the best research teams in the USA, Japan, Denmark, Sweden, Norway, Poland, the United Kingdom, Spain and Belgium. Our climate is warming as the sustained combustion of fossil fuel increases the atmospheric concentrations of greenhouse gases (GHG) that trap solar energy. At the present rate, the complete burn-up of the remaining accessible fossil fuel reserves will raise the present average temperature of the globe from 15o to 23oC in the course of the next two centuries. All aspects of our environment and our economy will be deeply transformed. Despite the Kyoto Protocol, there is no indication that this scenario can be avoided. Therefore, societies must brace for the full potential impacts of human-induced climate change. Computer simulations of our future climate indicate that these impacts will start in the Arctic, where warming will be most intense. There are several signs that the Arctic meltdown predicted by computer models is occurring, including a significant temperature rise in the Western Canadian Arctic, a reduction of sea ice cover over the Arctic Ocean, and the degradation of the permafrost. This meltdown of the Arctic will have tremendous environmental, socio-economic and strategic consequences for Canada. Negative and positive impacts will be felt first and most severely in the High Arctic, before spreading to the southern provinces of Canada. In the marine coastal environment of the Arctic, a reduction of coastal sea-ice already hinders traditional hunting; reduces the habitat of the unique Arctic fauna; increases biological productivity; favours the introduction of new species; and increases coastal erosion, inundation and threat to infrastructures. Moreover, this reduction of coastal sea-ice will soon open the way to intercontinental shipping, thus increasing risks of environmental catastrophes and creating international challenges to Canadian sovereignty over its High Arctic province. In the terrestrial coastal environment, warmer temperatures and permafrost thawing are already destabilizing roads and buildings, and increasing erosion and local floods. They will, however, reduce construction problems and favour an expansion of tourism. In addition, these developments will affect the traditional migration routes of mammals and birds, transform the tundra into bogs and wetlands, extend the northern distribution of plants and insects (both pests and beneficial ones), and alter potable-water and freshwater-resource availability. ArcticNet will contribute the knowledge needed to formulate impact assessments, national policies and adaptation strategies to help Canada face the environmental and socio-economic consequences of an Arctic meltdown. The direct involvement of northerners in the scientific process is a primary goal of the network. ArcticNet will provide a unique multi-disciplinary cross-sector environment for the next generation of scientists and northerners – something that is urgently needed to ensure the stewardship of a new Canadian Arctic. Over the next four years and beyond, ArcticNet will conduct Integrated Regional Impact Studies in the coastal marine Canadian High Arctic, the terrestrial ecosystems in the Eastern Arctic, and Hudson Bay. In turn, each Integrated Regional Impact Study will contribute the knowledge needed to formulate policies and adaptation strategies for the Canadian coastal Arctic that address the following concerns of northerners:
APPENDIX I Selection and Evaluation CriteriaTo ensure that the program objectives are met, proposals are assessed against the five criteria outlined below. Networks are also evaluated on an ongoing basis during the tenure of a grant against these same criteria. A threshold of excellence must be exceeded for each criterion. The quality of research is considered first and, unless it is deemed excellent, the network is denied NCE funding. In other words, research excellence is a necessary condition for the initial or continued funding of an NCE. However, it is not the only condition that networks must fulfil in order to be funded or continue to receive funding. Networks must reach a threshold of excellence for each of the other four criteria. The descriptors of the five criteria are given below for the guidance of applicants. They are not all-inclusive. Criterion 1. Excellence of the Research Program
Criterion 2. Development of Highly Qualified Personnel
Criterion 3. Networking and Partnerships
Criterion 4. Knowledge Exchange and Technology Exploitation
Criterion 5. Management of the Network Each network must possess an organizational structure appropriate for the management of the research and business functions of a complex multidisciplinary, multi-institutional program. These elements must include:
APPENDIX II Terms of Reference for the 2003 NCE Selection CommitteeThe Selection Committee is responsible for:
APPENDIX III Membership of the NCE Selection Committee3APPENDIX IV Biographical Notes of the NCE Selection Committee Members4
|
Last Updated: 2004-09-15 | [ Important Notices ] |