Margaret-Anne Storey is a highly cited researcher in software engineering and human computer interaction, and holds a Canada Research Chair in Software and Knowledge Visualization. She seeks to understand how technology can help people explore, understand, and share complex information and knowledge. Her engaging and collaborative program has developed dozens of talented academics and professionals, many of which have gone on to careers at Microsoft, IBM, and other top universities.

Margaret-Anne Storey est une chercheuse très citée dans les domaines du génie logiciel et de l’interaction personne-machine. Elle est titulaire d’une chaire de recherche du Canada en visualisation logicielle et du savoir. Elle s’applique à comprendre comment la technologie peut aider les gens à explorer, comprendre et partager des informations et connaissances complexes. Son programme fascinant et collaboratif a révélé des dizaines d’érudits et professionnels talentueux, dont la plupart ont entamé une carrière à Microsoft, IBM et d’autres universités de pointe.

Christine Straehle, working at the intersection of moral and political philosophy and public policy, is renown for her work on defining what justice in migration and justice in health would mean. Straehle is the author of numerous articles and the editor or co-editor of several volumes, including most recently, The Political Philosophy of Refuge (Cambridge University Press, 2019).

Christine Straehle, par ses recherches dans les domaines de la philosophie politique et morale et de la politique publique, est reconnue pour ses travaux de définition de la justice en migration et de la justice en santé. Straehle est l’auteure de nombreux articles et a dirigé ou codirigé plusieurs volumes, dont le récent The Political Philosophy of Refuge (Cambridge University Press, 2019).

For Dr. Straus, everything begins and ends with patients and their essential care partners. Her clinical work leads to co-creation of research with patients and other partners to advance use of evidence to improve patient relevant outcomes, avoid research waste, and strengthen our health care systems. She is also internationally known for her work on advancing gender equity in academic medicine and mentorship.

Pour le Dr. Straus, tout commence et se termine avec les patients. Son travail clinique mène à la co-création de recherches innovantes avec les patients pour faire progresser l’utilisation des preuves afin d’améliorer les résultats pertinents pour les patients, d’éviter le gaspillage de la recherche et de renforcer nos systèmes de santé. Elle est également connue à l’échelle international pour la promotion de l’équité entre les sexes et en mentorat.

David Frederick Strong became the fifth President and Vice-Chancellor of the University of Victoria on 1 July, 1990. Dr. Strong obtained his doctorate in Geology from the University of Edinburgh, Scotland in 1970, and has had successful research and consulting career in many scientific and economic aspects of mineral and energy resources throughout the world. He has provided consultation and advice on these matters to numerous corporations and governments. He has published many scientific and technical papers, edited a number of books and scientific journals, presented lectures, and organised and led numerous international geological field trips. He has also supervised the research of many postgraduate and undergraduate students on mineral deposits and metallogeny, with a particular focus on eastern Canada and western Europe. During his career, Dr. Strong has been awarded many honours, and awards, including several honorary doctorates. He is a Fellow of the Royal Society of Canada, the Geological Association of Canada, the Geological Society of America, and the Society of Economic Geologists. He is a member of the Association of Universities and Colleges of Canada Standing Advisory Committee on University Research, the Research Council of the Canadian Institute of Advanced Research, the British Columbia Premier's Advisory Council on Science and Technology, and the National Research Council of Canada. Aside from his responsibilities as President and Vice-Chancellor of the University of Victoria, he has a special interest in the promotion of co-operation between business, universities, and governments in and between Canada and other countries.

STRONG, Kimberly – Department of Physics, University of Toronto Kimberly Strong is an internationally eminent atmospheric physicist who employs an array of spectroscopic techniques to probe the composition of the atmosphere. She has developed novel experimental methodologies and analysis tools, and established long-term observing capabilities in the Canadian Arctic and elsewhere. Her research has provided new insights into the physical and chemical processes that drive atmospheric change, furthering our understanding of ozone depletion, air quality, and climate.

Kimberly Strong est une physicienne de l’atmosphère de renommée internationale qui utilise un éventail de techniques spectroscopiques pour sonder la composition de l’atmosphère. Elle a mis au point de nouvelles méthodologies expérimentales et des outils d’analyse, ainsi que des capacités d’observation à long terme dans l’Arctique canadien et ailleurs. Ses recherches ont permis de mieux comprendre les processus physiques et chimiques à l’origine des changements atmosphériques et de mieux comprendre l’appauvrissement de la couche d’ozone, la qualité de l’air et le climat.

Marc Strous has made many groundbreaking contributions to microbial ecology, biogeochemistry and environmental biotechnology, and sparked a major revision of the global biogeochemical nitrogen cycle concept. His career has been marked by the discovery of new pathways in biochemistry and microbial symbiosis. Strous is currently building on his ecology and engineering expertise to create a feasible, sustainable netnegative-carbon-dioxide-emissions biotechnology, for counteracting climate change.

Marc Strous et ses nombreuses contributions en écologie microbienne, en biogéochimie et en biotechnologie environnementale ont suscité une révision majeure du concept du cycle biogéochimique mondial de l’azote. Sa carrière a été marquée par la découverte de nouvelles voies en biochimie et en symbiose microbienne. Grâce à son expertise en écologie et en ingénierie, le Prof. Strous produit actuellement une biotechnologie réalisable et durable, dont les émissions de dioxyde de carbone nettes sont négatives, pour lutter contre le changement climatique.

STUART, Heather - Department of Public Health Sciences, Queen's University Professor Heather Stuart, the Bell Mental Health and Anti-Stigma Research Chair at Queen’s University, is a social-epidemiologist and award-winning researcher who has developed world-recognized translational research to reduce mental illness-related stigma. Coupled with novel partnerships with professional, governmental, and private enterprises, her research has allowed for the development, implementation, and evaluation of best practices designed to reduce stigma, promote recovery, social equity, and to influence mental health policy.

LONG CITATION Edward Sudicky is a scientific leader in the development and application of mathematical models to aid in our understanding of fluid flow and mass transport in porous and fractured geologic media. He has had a profound influence on the development of theories that describe how geologic heterogeneities influence the migration and degradation of contaminants dissolved in groundwater and in the redistribution of multiphase fluids within aquifers. Most recently, he has been leading the development of hydrologic models applicable at scales ranging from small watersheds to continental scales, which fully integrate fluid flow and solute transport on both the land surface and in the subsurface. SHORT CITATION Edward Sudicky is a scientific leader in the development and application of mathematical models to aid in our understanding of fluid flow and mass transport in geologic systems. His research has greatly enhanced our understanding of how geology influences the migration and degradation of contaminants in groundwater. Recently, Dr. Sudicky has taken a leading role in the development of realistic hydrologic models applicable to a wide range of phenomena on the earth’s surface.

Peter Suedfeld, Professor of Psychology and former Dean of Graduate Studies at the University of British Columbia, is a major figure in Personality and Social Psychology, His seven books and more than two hundred articles on restricted environmental stimulation research, sensory deprivation, behavioural medicine, and conceptual complexity have given him a world wide reputation as a leader in research in Psychology.

Cynthia Sugars is widely considered to have laid the groundwork for the field of Canadian settler-colonial literary studies within broader international debates. Her richly historicized analyses have shaped fundamental discussions about some of the most pressing issues of our time, such as Indigenous-settler relations, multiculturalism, national identity, and Canada’s position in a global world. Her work has deepened our understanding of the ways that Canadians have both imagined and interrogated stories of national belonging.

Cynthia Sugars est largement considérée comme ayant jeté les bases de l’intégration du domaine des études littéraires coloniales canadiennes aux débats internationaux plus larges. Ses analyses richement historicisées sous-tendent des discussions fondamentales sur certaines des questions les plus pressantes de notre époque, telles que les relations entre les Autochtones et les colons, le multiculturalisme, l’identité nationale et la position du Canada dans un monde globalisé. Ses travaux ont permis d’approfondir notre compréhension des façons dont les Canadiens ont à la fois imaginé et interrogé les histoires d’appartenance nationale.

SULEM, Catherine, Department of Mathematics, University of Toronto Catherine Sulem is one of Canada's most prominent and productive applied mathematicians. Her research on partial differential equations has made deep and lasting contributions to the understanding of wave propagation in fluids, optical systems and plasmas. Her predictions of singularities in optical fibres are internationally recognized as a major achievement. Her work presents the highest standards of mathematical analysis and its physical applications.

Catherine Sulem figure parmi les mathématiciens appliqués les plus reconnus et productifs du Canada. Ses recherches sur les équations aux dérivées partielles ont contribué profondément à l'étude de la propagation d'ondes dans les fluides, les systèmes optiques et les plasmas. Ses prédictions des singularités dans les fibre-optiques sont reconnues comme un résultat majeur. Son travail achève un niveau très haut d' analyse mathématique et applications à la physique.