Long Citation (for publication and press release) Alfonso Mucci is an internationally renowned geochemist who launched his career with two highly acclaimed papers laying the foundations for evaluating the ocean's role in the terrestrial carbon flux cycle. Since then, he has made numerous widely cited contributions in the fields of geochemistry and biochemistry. He has, for example, revolutionized the application of spectroscopy in understanding crystal growth mechanisms, developed models for predicting metal behaviour in ocean waters and sediments, and identified the causes of the bottom water hypoxia which likely helped deplete the Eastern Canada fish stocks. In summary, he is an outstanding scholar/teacher and worthy recipient of the title of fellow in the Royal Society of Canada. Short Citation (to be read at the Induction Ceremony) Alfonso Mucci is an internationally renowned geochemist who has made numerous contributions in the fields of geochemistry and biochemistry. He has revolutionized the application of spectroscopy in understanding crystal growth mechanisms, developed models for predicting metal behaviour in ocean waters and sediments, and identified the causes of the bottom water hypoxia which likely helped deplete the Eastern Canada fish stocks.

As Canada Research Chair in Language, Culture and the Environment and Associate Professor of Anthropology, Shaylih Muehlmann is renowned for her courageous fieldwork and gripping ethnographic analyses of one of the most fraught geographies in the world: the narco-corridor of northern Mexico, where the Sonora desert, the dried out delta of the Colorado River and the fenced US-Mexico border intersect to create a particularly rugged social geography.

En tant que titulaire de la Chaire de recherche du Canada en langue, culture et environnement, et professeure agrégée d’anthropologie, Shaylih Muehlmann est reconnue pour son courageux travail sur le terrain et ses analyses ethnographiques captivantes de l’une des géographies les plus tendues dans le monde : le corridor narcotique du nord du Mexique, où le désert du Sonora, le delta desséché du fleuve Colorado et la frontière américano-mexicaine se croisent pour créer une géographie sociale particulièrement rude.

Krista R. Muis is a Canada Research Chair Tier II in epistemic cognition and self-regulated learning. Her research focuses on how students’ epistemic cognition and emotions influence various facets of learning, motivation, and academic performance. She also examines how individuals process complex, contradictory content on socio-scientific issues such as climate change, genetically modified foods, and vaccinations. Her research informs classroom practices in mathematics and science learning across multiple educational levels.

Krista R. Muis est titulaire d’une Chaire de recherche du Canada de niveau 2 portant sur la cognition épistémique et l’apprentissage autorégulé. Ses travaux de recherche portent sur la manière dont la cognition épistémique et les émotions des étudiants influencent différents aspects de leur apprentissage, de leur motivation et de leur performance académique. Dr. Muis s’intéresse également à la manière dont les individus traitent l’information complexe et contradictoire au sujet de questions socio-scientifiques controversées, telles que les changements climatiques, les aliments génétiquement modifiés ou la vaccination. Ses travaux de recherche éclairent les pratiques pédagogiques en mathématiques et en sciences de l’éducation, à tous les niveaux d’enseignement.

R.E. (Ted) Munn is a specialist in boundary layer meteorology who has enlarged his scope of work to a remarkably interdisciplinary plane. He made important contributions to boundary layer physics and chemistry, and from this went on to become Canada's most successful student of air pollution problems, including acid deposition. In recent years he has had major role in creating a scientifically valid approach to environmental impact assessment. World recognition has involved him in many international ventures, and brought him many honours.

Through his ground-breaking research in applied linguistics, Murray Munro has changed the way we think about second language acquisition and the intelligibility of second language learners. His work is recognized internationally for refuting widely-held assumptions that the window of opportunity for successful speech learning closes in childhood, with implications for psychology and child development. It also exposes unethical practices in language teaching and confronts discrimination against immigrants with foreign accents.

Grâce à ses recherches en linguistique appliquée, Murray Munro a changé notre conception de l'acquisition d'une langue seconde et de l'intelligibilité des apprenants de langue seconde. Son travail est connu internationalement pour réfuter les hypothèses selon lesquelles la fenêtre d'opportunité pour un apprentissage réussi de la parole se ferme pendant l'enfance, avec des implications pour la psychologie et le développement de l'enfant. Il expose également les pratiques contraires à l'éthique dans l'enseignement des langues et confronte la discrimination à l'encontre des immigrés aux accents étrangers.

Heather Munroe-Blum is a scholar and policy leader of international reputation. She is a leading figure in advancing the impact of university-based research in Canada, in championing effective science and innovation policy, as well as the positioning of Canadian higher education, research and researchers in the international context.

Professor Murasugi has made important contributions to three-dimensional topology, especially in knot theory, the study of topological embeddings of closed curves in three-space. He has settled some open questions. His work in link theory was a significant contribution which has stimulated much further research.

Brendan MURPHY is a Professor of Earth Sciences at St. Francis Xavier University. Murphy is best known for his contributions to understanding the supercontinent cycle, one of the most significant scientific developments in Earth Sciences since the discovery of plate tectonics. He has led a wide range of study over his career in an effort to improve understanding of mountain building processes and the long-term history of global environmental change.

Heather Murphy, Canada Research Chair in One Health (Tier II), is a leading expert on waterborne diseases. She combines microbiology, engineering, risk assessment, and epidemiology to safeguard water supplies to prevent disease and improve human health. Dr. Murphy’s research focuses on quantifying and reducing the burden of waterborne disease with a focus on vulnerable populations. Her work has led to development of tools and policies that save lives.

Heather Murphy, titulaire d’une Chaire de recherche du Canada sur l’approche « Une seule santé » (niveau II), est une experte de renom dans le domaine des maladies d’origine hydrique. Elle combine la microbiologie, l’ingénierie, l’évaluation des risques et l’épidémiologie afin de protéger l’approvisionnement en eau, de prévenir les maladies et d’améliorer la santé humaine. Les recherches de Mme Murphy portent principalement sur la quantification et la réduction du fardeau des maladies d’origine hydrique, et mettent l’accent sur les populations vulnérables. Ses travaux ont mené à l’élaboration de plusieurs outils et politiques qui sauvent des vies.