Research

"Fake it until you make it" not a good plan for job interviews

Adapted with permission from the University of Calgary.

Dr. Nicolas Roulin

Dr. Nicolas Roulin

Researchers study impression management in job interviews, suggest honesty is best policy when talking about yourself

Honesty is the best policy in a job interview, but not everyone is comfortable being truthful about their skills, psychology researchers have found in an extensive study published in Personnel Psychology

Dr. Nicolas Roulin, associate professor of industrial/organizational psychology at Saint Mary’s University in Halifax, and Dr. Joshua Bourdage, associate professor in the Department of Psychology, Faculty of Arts at University of Calgary, studied the behaviour of 1,470 North American job applicants during interviews — a field called ‘impression management.’

Much research has explored how people promote themselves in job interviews and try to ingratiate themselves with the organization that’s hiring. Bourdage and Roulin advanced this work by studying the differences between people who engage in honest versus deceptive practices during a job interview.

“Someone who is more extroverted will be more likely to engage in more of the honest tactics and less in the deceptive tactics. Someone who is more conscientious will also engage in more honest tactics,” says Roulin of the findings. “The people who are extroverted are more able to be honest, they have the ability to sell themselves and ingratiate themselves with the interviewer or the organization. Those who are less extroverted may be a bit shy and may not know to promote themselves.”

Further, applicants who use deceptive practices in a job interview — embellishing their qualifications or offering fake compliments about the organization — may be younger, have less work experience and fewer qualifications to talk about. They may also be less conscientious and therefore haven’t put in the time to prepare for the interview. 

“Faking in an interview tends to be someone making up for something,” says Bourdage. “It’s not that you go in and say ‘I’m going to fake my way through this interview,’ it’s an adaptive response to ‘I don’t know what I’m doing, I don’t have the experience, I am uncomfortable in this situation and this interview is very difficult.’”

The researchers suggest job applicants do their homework before an interview so they can speak truthfully about themselves and the organization. They found that people who took some training on how to nail an interview tended to use more honest impression management. 

“The key going into an interview is to really prepare so that you can speak honestly about the skills that you have and your high points — what are your strengths and how do they relate to the job?” says Bourdage. “And, find genuine ways that you fit with that organization as opposed to making up things that you think the organization would want to hear.” 

People who sell themselves in an honest way tend to receive a job offer whereas those who fake it are often “found out” in reference checks and other verification processes. The researchers also found that the interviewer can encourage more honesty from an applicant by having a longer interview and asking specific questions about past behaviour or job-related situations.

Government of Canada partners with Saint Mary’s to create new coastal habitat and combat climate change

Nova Scotia will soon be home to more coastal habitat and defences against flooding and erosion as the result of a $1.8 million partnership between the Government of Canada and Saint Mary’s University.

“This support from the federal government is crucial. We will use it to create new salt marsh habitat around the Bay of Fundy and beyond, addressing the impact of climate change on our region and tackling a global problem,” said Dr.  Danika van Proosdij, the project lead and a professor at Saint Mary’s University. “Using nature-based strategies and restructuring dyke systems, we will create new vibrant ecosystems for marine life to prosper and new marshes that can absorb rising sea levels and storm surges.”

The new project, Making Room for Wetlands: Implementation of Managed Realignment for Salt Marsh Restoration and Climate Change Adaptation in Nova Scotia, seeks to restore over 75 hectares of tidal wetland (i.e., salt marsh) habitat through the realignment and decommissioning of dyke infrastructure at multiple sites in the Bay of Fundy in Nova Scotia. The project will also help to build the Atlantic region’s scientific and technical capacity to manage future realignment and restoration projects.

“At Saint Mary's, community is at the heart of what we do, and that extends to our research,” said Saint Mary’s University president Robert Summerby-Murray. “Dr. van Proosdij’s project shows our commitment to using our knowledge and expertise to address challenges facing our region and the world. I want to thank the Government of Canada for supporting Atlantic Canadian researchers who are at the forefront of combating climate change.”

This project will be undertaken through a well-established partnership between Saint Mary’s University and CB Wetlands & Environmental Specialists (CBWES) Inc. using innovative and proven techniques with a comprehensive monitoring program.

Aspects of the project will also be conducted in consultation with the Nova Scotia Department of Agriculture and in collaboration with Queen’s University Department of Civil Engineering, the Ecology Action Centre (EAC), Dalhousie University’s School of Planning and School of Resource and Environmental Studies.

This project was announced on Monday, June 25, 2018, as part of the Coastal Restoration announcement made by the Honourable Scott Brison, President of Treasury Board Canada, M.P. for Kings-Hants on behalf of the Honourable Dominic LeBlanc, Minister of Fisheries, Oceans and the Canadian Coast Guard. It was announced that four organizations will receive together over $7 million over 5 years for projects to help restore coastal habitats in Nova Scotia and in the Arctic.

 

“I am proud to support these Coastal Restoration Fund projects that will restore and rehabilitate important coastal habitats in Nova Scotia and Nunavut. Our funding will encourage and build local community capacity to maintain and restore aquatic habitats.”

- The Honourable Scott Brison, President of Treasury Board Canada

From the announcement event

Saint Mary’s new Department of Criminology hosts ground-breaking national conference on harm-reduction in the justice system

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More than 200 scholars, corrections workers, and social-justice experts from Canada and beyond came together for a fruitful exchange of ideas on harm reduction in the criminal-justice system at Saint Mary’s this past Thursday and Friday.

Criminology graduate student Omotimilehin Idris presenting during the “Transnational Perspectives” session

Criminology graduate student Omotimilehin Idris presenting during the “Transnational Perspectives” session

For the past eight years, the National Conference on Critical Perspectives: Criminology and Social Justice has been held in Ottawa, and focused on scholarly participants. This year marks the first in which the conference will begin visiting communities across Canada, and also the first in which it substantially moves outside the university’s walls to holistically address issues around crime and justice.

Besides scholars, professionals and employees within the Canadian corrections system, social-justice experts, and non-profit workers came together to discuss new ideas around harm reduction.

“The classic idea of harm reduction is around drug use,” says Diane Crocker, chair of Saint Mary’s Department of Criminology. “And that’s being addressed here, but we’re also expanding the scope to look at how the criminal-justice system at large can harm people, or even how larger social structures cause harm, and exploring how that can be recognized.”

Represented at the conference were universities in Canada, New Zealand, and the UK; criminal-justice experts from the Nova Scotia Department of Justice, and the Halifax Regional Police; representatives from First Nations across Canada; and several levels of government.

Government representatives included Karen Hudson, QC, Deputy Minister of Justice and Deputy Attorney General of Nova Scotia; Denise Perret, Deputy Minister of the Nova Scotia Department of Health and Wellness; Tracey Taweel, Deputy Minister of the Nova Scotia Department of Communities, Culture, and Heritage; Lynn Hartwell, Deputy Minister of the Nova Scotia Department of Community Services; and Karen Gatien, Associate Deputy Minister of the Nova Scotia Department of Education and Early Childhood Development.

Dr. Crocker hopes that the conference’s success will be replicated in coming years.

“We’ve set a high bar in terms of having an integrated conference of academics, community members, and criminal-justice professionals coming together to share ideas,” she says. “This has been an incredibly valuable two days.”

The conference was a joint effort between the newly formed Department of Criminology of Saint Mary’s University, and the Nova Scotia Criminal Justice Association.

Saint Mary’s professor receives national award for her contributions to subatomic physics

Saint Mary’s University physicist Dr. Rituparna Kanungo

Saint Mary’s University physicist Dr. Rituparna Kanungo

Saint Mary’s University physicist Dr. Rituparna Kanungo’s outstanding research is being recognized with the 2018 CAP-TRIUMF Vogt Medal for Contributions to Subatomic Physics.

"I feel highly honoured receiving this prestigious recognition which I would like to share with my collaborators,” said Dr. Rituparna Kanungo. “Canada’s world-leading subatomic physics facilities attracted me here, thanks to the pioneering efforts by Erich Vogt. I feel fortunate with the support I received, and want to thank the physics community and Canada for valuing my contributions."

Dr. Kanungo working with students. 

Dr. Kanungo working with students. 

Dr. Kanungo’s research aims to answer fundamental questions about existence. Where do we come from? What are we and most of visible matter in our Universe made of? To address those questions, Dr. Kanungo looks at not only what humans are made of but everything else that we can see around us. At the heart of which lies the nucleus. The nucleus is such a fundamental part of existence that it has driven Dr. Kanungo to look closer to examine the different types of nuclei present in matter and what makes them so varied. This has led her to look beyond nuclei found here naturally on earth and look toward the wider variety, the rarer isotopes occurring in the Universe.

Dr. Kanungo launched her research program in rare isotope science with experiments at the RIKEN facility in Japan where she developed techniques to investigate the structure of rare isotopes using neutron removal reactions. Her work has revealed new information on nuclear halos and associated shell changes. 

She has spearheaded a program in Canada using low energy nuclear reactions to view the inner workings of the rare isotopes. For this she developed at TRIUMF the IRIS facility to study nuclear reactions and is the project leader. With IRIS she has made impactful measurements revealing sensitive ways to constrain the strong nuclear force of nature and illuminated characteristics of halo nuclei. Dr. Kanungo has taken on leadership of the Canadian Rare Isotope Beam Facility with an Electron Beam Ion source (CANREB) for producing beams of heavy rare isotopes, focusing on current and future scientific programs at TRIUMF

Dr. Kanungo working with students in a lab at Saint Mary's University

Dr. Kanungo working with students in a lab at Saint Mary's University

Dr. Kanungo has made outstanding contributions to the understanding of the physics of rare isotopes using direct reactions. She has led experiments involving large international collaborations in Canada, Germany, and Japan exploring the properties of rare isotopes. She is at the forefront of a rapidly evolving new field of direct reactions with radioactive ion beams. In addition, she has provided leadership and service to the international and Canadian communities, with a particular focus on current and future scientific programs at TRIUMF.

“This award is a result of a collaborative effort, from the assistance of undergraduate and graduate students to my incredibly experienced colleagues and researchers—everybody has played a role, and I tremendously value everything that they have done to support achieving our goals,” said Dr. Kanungo. "I would like to thank NSERC, Canada Foundation for Innovation and Nova Scotia Research and Innovation Trust for supporting our research."

First introduced in 2011, the Vogt Medal recognizes and encourages outstanding experimental or theoretical contributions to subatomic physics.

Dr. Kanungo will be presented with her medal at the Canadian Association of Physicists (CAP) Medallists' Recognition Banquet in Halifax on Wednesday, June 13, 2018.

Congratulation to Dr. Kanungo on behalf of the Saint Mary’s University community!


ABOUT TRIUMF

TRIUMF is Canada’s particle accelerator centre. The lab is a hub for discovery and innovation inspired by a half-century of ingenuity in answering nature's most challenging questions. From the hunt for the smallest particles in our universe to research that advances the next generation of batteries or develops isotopes to diagnose and treat disease, TRIUMF drives more than scientific discovery. Powered by its complement of top talent and advanced accelerator infrastructure, TRIUMF is pushing the frontiers in isotope science and innovation, as well as technologies to address fundamental and applied problems in particle and nuclear physics, and the materials and life sciences. In collaboration with 20 Canadian universities, TRIUMF's diverse community of nearly 600 multidisciplinary researchers, engineers, technicians, tradespeople, staff, and students create a unique incubator for Canadian excellence, as well as a portal to premier global collaborations. Our passion for understanding everything from the nature of the nucleus to the creation of the cosmos sparks imagination, inspiration, improved health, economic opportunity, and a better world for all.

For more information, visit www.triumf.ca  and www.triumf50.com. @TRIUMFLab

Click here to read the CAP media release on the award. 
 

Saint Mary’s celebrates new and existing Canada Research Chairs

Members of the Saint Mary’s University community formally welcomed the institution’s newest Canada Research Chairs (CRC), Drs. Ivana Damjanov and Mohammad Rahaman, and celebrated existing CRCs at a reception held today.

Created in 2000, the CRC Program invests $265 million per year across Canada to attract and retain the world’s best researchers in the fields of engineering, the natural sciences, health sciences, humanities, and social sciences.

“Whether investigating the consequences of low-wage practices on the worldwide economy or using the world’s most advanced telescopes to delve into details of galaxy formation and evolution, Saint Mary’s CRCs are making an impact on our world and on society’s foundational knowledge,” says Dr. Malcolm Butler, Vice President of Academic and Research at Saint Mary’s University.

With the addition of Dr. Ivana Damjanov, CRC in Astronomy & Astrophysics, and Dr. Mohammad Rahaman, CRC in International Finance and Competitiveness, Saint Mary’s University is proud to host nine more Canada Research Chairs.


The following is a list of Saint Mary's University's Canada Research Chairs:
 

•    Dr. Todd Ventura, CRC in Petroleum Systems, Geochemistry, and Reservoir Characterization

•    Dr. Christa Brosseau, CRC in Sustainable Chemistry and Materials

•    Dr. Marcin Sawicki, CRC in Astronomy

•    Dr. Gavin Fridell, CRC in International Development Studies

•    Dr. Karly Kehoe, CRC in Atlantic Canada Communities

•    Dr. Kevin Kelloway, CRC in Occupational Health Psychology

•    Dr. Najah Attig, CRC in Finance

•    Dr. Ivana Damjanov, CRC in Astronomy & Astrophysics

•    Dr. Mohammad Rahaman, CRC in International Finance and Competitiveness


Dr. Ivana Damjanov, Canada Research Chair in Astronomy & Astrophysics

Dr. Ivana Damjanov, Canada Research Chair in Astronomy & Astrophysics and Dr. Malcolm Butler, Vice-President, Academic and Research

Dr. Ivana Damjanov, Canada Research Chair in Astronomy & Astrophysics and Dr. Malcolm Butler, Vice-President, Academic and Research

Dr. Damjanov’s research involves using images and spectroscopic signatures of massive galaxies to follow the evolution of their stellar and dark matter content over 7 billion years of cosmic time. As Canada Research Chair in Astronomy and Astrophysics, she seeks to expand the spectroscopic and imaging surveys of galaxies to cover large areas of the sky and provide the highest-quality data. By carefully analyzing these information-rich datasets Dr. Damjanov and her team hope to reveal how the biggest building blocks of the universe form and evolve.

Dr. Damjanov is a Professor in the Department of Astronomy & Physics.


Dr. Mohammad Rahaman, Canada Research Chair in International Finance and Competitiveness

Dr. Mohammad Rahaman, Canada Research Chair in International Finance and Competitiveness and Dr. Malcolm Butler, Vice-President, Academic and Research

Dr. Mohammad Rahaman, Canada Research Chair in International Finance and Competitiveness and Dr. Malcolm Butler, Vice-President, Academic and Research

Dr. Rahaman’s research is in the area of international finance, international competitiveness, corporate finance, and cross-country financial development. As Canada Research Chair in International Finance and Competitiveness, Dr. Rahaman is investigating how manufacturing and job losses induced by competition from low-wage countries are influencing the way capital is accessed in high-wage countries. His work will contribute to our understanding of how small and medium-sized enterprises in Canada can overcome their financing constraints and contribute to employment growth in our increasingly globalized and competitive world economy.

Dr. Rahaman is an Associate Professor in the Department of Finance, Information Systems, and Management Science.

Saint Mary’s archaeological expedition to share the story of people enslaved at coffee plantation in Cuba

Students unearthing artificacts at the Angerona Plantation archaeology site. 

Students unearthing artificacts at the Angerona Plantation archaeology site. 

A group of Canadian university students are about to depart on an archeological expedition to Cuba, spearheaded by Saint Mary’s University. The students will be excavating historical artifacts and investigating the cemetery at Angerona, a Cuban national historic site and former slave plantation, 80 kilometres east of Havana.

Interested in applying to join the expedition or looking for more information?

Email Professor Taylor at c.aarontaylor@gmail.com. The fee to join the expedition is $1600 (this includes accommodations, meals and transportation within Cuba) plus airfare and tuition (2 credits). The deadline to apply is May 4th.

“This expedition offers an opportunity to work with our partners in Cuba to uncover more of the lost history of the Angerona Coffee Plantation,” said Aaron Taylor, a Professor of Archaeology at Saint Mary’s and the program’s instructor.  “This plantation has a big historical significance in Cuba, and we want to help tell the stories of the people who were enslaved there.”

During the 19th century, Angerona was one of the largest slave plantations in the Americas—yet little is known about the day-to-day lives of the people who lived there.

A collection of some of the artifacts found in the first year of the excavation.

A collection of some of the artifacts found in the first year of the excavation.

From June 10 to July 1, students from Canada and Cuba will be working together on excavating, identifying and interpreting the artifacts they find.

In addition to continued exploration of the site’s barracks, this expedition will include an investigation of the plantation's cemetery and the recovery of skeletal remains. This will provide a clearer story of life on the plantation. The team will be able to learn more about the people on the plantation, such as their general health, diet, age of death, and burial customs. This will include further research into the possibility that Nova Scotia supplied large quantities of codfish to Cuba during the period of the plantation system.

This trip marks the second year of what will be at least a five-year partnership between Saint Mary’s University, Havana’s Cabinet of Archeology and the College of San Geronimo.

 For more information about the expedition and to apply to join the team, visit http://www.smu.ca/academics/departments/cuba-archaeology.

Saint Mary’s Anthropology department expands its technological toolkit

Dr. Jonathan Fowler (l); Greg Baker (behind), Instrument Technician with the Maritime Provinces Spatial Analysis Research Centre, part of the Saint Mary's Geography department; Sara Beanlands (senior archaeologist at Boreas Heritage Consulting and a…

Dr. Jonathan Fowler (l); Greg Baker (behind), Instrument Technician with the Maritime Provinces Spatial Analysis Research Centre, part of the Saint Mary's Geography department; Sara Beanlands (senior archaeologist at Boreas Heritage Consulting and an adjunct professor in the Anthropology department).

This past semester, the Department of Anthropology at Saint Mary’s added a new device to its archaeological arsenal: the Noggin 500, a ground-penetrating radar (GPR) that will help students and faculty literally see beneath the soil as they explore some of Nova Scotia’s most important historic sites. The instrument is designed and built by Sensors & Software of Mississauga, Ontario.

“GPRs are used commonly in research and archaeological consulting internationally,” says Anthropology Professor Dr. Jonathan Fowler, “but less often in our region. We hope to change that.”

The purchase was a joint partnership between Boreas Heritage Consulting and Northeast Archaeological Research, two Halifax-based archaeological consulting companies. Sara Beanlands is an archaeologist with Boreas, a graduate of Saint Mary’s History program, and an adjunct professor in the Anthropology Department. She says it’s critical for students to have access to this kind of technology: “It’s already a standard part of archaeological practice in many parts of the world, and will become so here as well.”

Saint Mary’s students already have access to the Geonics EM38B, a device which measures soil magnetism and can put together a limited picture of what lies underneath. It’s especially good at seeing places where buildings have been burned and no visible traces remain—after burning, the soil’s magnetism is enhanced. This is especially helpful at sites such as the burned Acadian village at Grand-Pré.

The addition of the Noggin—with a different set of strengths—complements the EM38’s abilities and puts a whole other underground world within reach. Whereas the EM38 sees best in the top 50 centimetres of soil, the Noggin can see as much as two metres down, and can map the subterranean environment in three dimensions. The Noggin GPR is especially good at spotting “discontinuities” in soil texture and type, such as those caused by unmarked graves.

backfilled cellar GPR.jpg

The result of this expanding technological toolkit is a more accurate sense of what lies where, especially valuable when making the most of time in the field.

“It’s important for students to learn the traditional approaches to mapping and examining sites,” says Beanlands, “but these absolutely help us focus where to dig and figure out where there’s better potential to find a site of interest.”

So far, Dr. Fowler has run a series of test surveys at archaeological sites in Nova Scotia. In collaboration with Parks Canada, the GPR is also being used at national historic sites, including Grand-Pré in the Annapolis Valley and Citadel Hill in Halifax. To call the early results promising would be an understatement.

“We’re seeing archaeological features we’ve never seen before,” says Dr. Fowler, “and it’s honestly totally changing my interpretation of certain things. The complementary principle is really playing out…and it’s giving students access to skills and training that are very rare, maybe unique, in Canada right now. This will be extremely important to their future careers.”

SMU Chemist Wins 2017 Professional of Distinction Award

 Dr. Jason Clyburne

 Dr. Jason Clyburne

Dr. Jason Clyburne, Professor in the Departments of Chemistry and Environmental Science at Saint Mary’s University, was named the winner of the 2017 Professional of Distinction Award at the Discovery Centre’s 15th Annual Discovery Awards for Science and Technology on November 23.

The Professional of Distinction Award honours world-class scientists who demonstrate ingenious thinking in the creation of unique ideas, concepts, and perspectives within their field. Previous recipients of this award have gone on to receive the highest science recognitions in both Canada and the world, including the Nobel Prize.

Dr. Clyburne is the first recipient in this category from Saint Mary’s University.

“Dr. Clyburne is internationally recognized as a leader in the study of green chemistry,” says Dr. Steven Smith, Dean of the Faculty of Science. “He has established a tremendous reputation for creative, elegant chemistry in pursuit of environmental solutions.”

A second Saint Mary’s faculty member was honoured at this year’s Discovery Awards Gala. Dr. Sam Veres, Associate Professor in Engineering, was one of three finalists in the Emerging Professional category. Less than five years into his professorship, Dr. Veres’ research has shown great promise to help reduce chronic pain related to soft-tissue damage.

Dr. Jason Clyburne – 2016 Professional of Distinction Winner

Dr. Jason Clyburne is widely recognized as a leader in the study of green chemistry, particularly in the field of ionic liquids and nucleophilic carbenes. His pioneering research, which involves the application of designer chemicals and materials to the removal of environmentally hazardous substances from industrial processes, is widely recognized for its potential to mitigate a wide range of environmental issues. In his young but robust career, Dr. Clyburne has built a reputation for excellence and creative innovation, and his colleagues repeatedly describe his work as “novel,” “creative,” and “original.” Most recently, Dr. Clyburne’s discovery of the elusive CO2 compound cyanoformate (published in Science) received significant scientific and media attention, particularly due to its promising implications for the future and direction of carbon capture technology.

Watch Dr. Jason Clyburne’s Discovery Award Finalist video

Read more about Dr. Jason Clyburne’s cyanoformate discovery



Dr. Samuel Veres – Emerging Professional Award Finalist

Dr. Samuel Veres

Dr. Samuel Veres

In fewer than ten years, biomedical engineer Dr. Sam Veres has made rapid progress through the scientific/engineering education cycle, and his work has provided fundamental insights into the structural changes that occur in mechanically overloaded soft tissues. By exploring mechanical damage to connective tissues in a novel way—with focus on the basic biomechanics of failure rather than the inflammation/healing responses that have occupied clinical medicine—Dr. Veres is working to develop new therapies for the treatment of tendons, ligaments, and the intervertebral discs of the lower back.  

Ray MacNeil joins Saint Mary's as new CLARI Network Manager

Ray MacNeil

Ray MacNeil

Saint Mary’s University is pleased to announce that Ray MacNeil has joined the university as our new CLARI Network Manager.  Ray is now finishing his second-week on campus and is a welcome addition to Saint Mary’s and the CLARI network.   

“The CLARI facility here at Saint Mary’s is the heart of the province-wide network,” Dr. Adam J. Sarty, Associate Vice-President, Research and Dean of the Faculty of Graduate Studies and Research.  “Ray brings decades of experience working in highly productive and collaborative environments to CLARI, and is the right person at the helm as we expand the reach of our change lab.”

A twenty-six-year veteran of the Nova Scotia public service, Ray has spent the last ten years of his career exploring advances in the complexity sciences and their application to improved public services. His work in this area has resulted in consulting requests with a number of other governments and institutions.

In 2016, Ray was honored with the Nova Scotia Public Servant of the Year Award by the Springtide Collective.  In that same year, he retired from the public service and created Organizational Dynamics, a consulting firm dedicated to complexity informed management practices. Ray has remained a regular presenter on issues related to the management and measurement of public services.

CLARI is a cross-province, multi-post-secondary education partnership offering academic and research expertise, designated spaces and communications technology to support Nova Scotia communities in applying stakeholder collaboration techniques and action research toward addressing social and economic challenges.

CLARI’s hub-and-spoke style network spans the province, combining the talents and resources of its six founding partner universities and the Nova Scotia Community College’s 13 campuses. Through CLARI, partners can assist communities in all parts of the province in developing social and economic improvement projects while providing enhanced learning opportunities for students.

 

Master of Science student Corwin Trottier recognized by Mineralogical Association

CorwinTrottier

CorwinTrottier

Congratulations to Master of Science in Applied Science candidate Corwin Trottier, recipient of a prestigious $5000 Mineralogical Association of Canada (MAC) Foundation Scholarship.

Corwin Trottier is currently pursuing a Master of Science in Applied Science under the supervision of geology professor Dr. Jacob Hanley. He holds not one, but two undergraduate degrees from Saint Mary’s University: a Bachelor of Science in Physics and a BSc in Geology.  

Trottier’s MSc thesis builds on his summer research with Dr. Hanley and Dr. Georgia Pe-Piper, where he studied samples from the Great Bear magmatic zone (GBMZ) in the Northwest Territories. These samples contain polymetallic “five-element” (Ni-Co-As-Ag-Bi) mineralization, which occur as structurally controlled veins within lightly metamorphosed volcanic and sedimentary host rocks. 

“Noteworthy recent research on five-element veins have focused on several European deposits, but GBMZ deposits remain untouched by modern analytical techniques,” writes Trottier in his thesis rationale.

Trottier’s research examines 60 rock samples that had been collected in the 1960s from the Eldorado Mine, which operated from 1933 to 1982, and stored at the Department of Natural Resources (DNR) division of the Geological Survey of Canada (GSC) in Ottawa. His objective is to advance the understanding of the ores at Eldorado Mine and similar five-element veins using modern analytical tools.

“Mr. Trottier is laying new ground in our understanding of uranium-silver deposits in Canada and abroad,” said Dr. Hanley. “I have been greatly impressed by his worth ethic and care in conducting this important research.”

Previous studies in the GBMZ have not quantified the metals in ore fluids, nor have they captured trace element and stable isotope chemistry at the scale of individual vein stages. As a result, current models have not been able to explain the source of uranium and other metals at Eldorado from a geochemical perspective.

“Final results will be compared to those of previous studies in the GBMZ and other five-element occurrences around the East Arm of Great Slave Lake, NWT,” writes Trottier. “This comparison will provide insight into the potential genetic relationship between similar deposit styles of variable ore grade at local and regional scales. The expected outcome will bring a better understanding of how ore metals are distributed in similarly complex vein deposits.”

About the Scholarship

The Mineralogical Association of Canada awards two $5000 scholarships yearly, one to a student enrolled in an MSc program and one to a student in a Ph.D. program. The applicable fields of study are: Mineralogy, Crystallography, Geochemistry, Mineral deposits and Petrology.

Saint Mary’s Researchers Receive $1.3M in NSERC Grants

Saint Mary’s Researchers Receive $1.3M in NSERC Grants

Eight Saint Mary’s researchers will receive $1.3 million in funding from the Natural Sciences and Engineering Research Council of Canada (NSERC), as announced at the University of Victoria in British Columbia.

This funding comes from NSERC’s Discovery Grants Program, which supports ongoing natural sciences and engineering research projects with long-term goals. In addition to promoting and maintaining a diversified base of high-quality research at Canadian universities, Discovery Grants help provide a stimulating environment for student research training.

Dr. Rituparna Kanungo

Subatomic physicist Dr. Rituparna Kanungo will receive $600,000 to help unravel the secrets of rare isotopes that have asymmetrical ratio of neutrons to protons. By using accelerated beams of these nuclei created through nuclear reactions in the laboratory, Dr. Kanungo’s research will add to our understanding of nature’s strongest force (nuclear force) and shed light on neutron-rich objects in the universe. It will also expand our knowledge of what drives exploding stars to create the majority of heavy elements—like Gold and Platinum—that we see around us.

Dr. Kanungo’s research challenges our century-old knowledge of nuclei, which form the core of all matter in the universe. It also contributes to a new and evolving view of the nucleus, which is at the forefront of nuclear physics research worldwide.

This grant adds to Dr. Kanungo’s ongoing research into rare isotopes at particle accelerator facilities GSI in Germany and National Superconducting Cyclotron Centre at Michigan State University. It also supports her work at RIKEN, Japan’s largest comprehensive research institution.  

Dr. Clarissa Sit

Chemical biologist Dr. Clarissa Sit will receive $165,000 to fuel her hunt for new antibacterial and antifungal molecules (natural products) in unusual places—like honey bee colonies—using cost-effective techniques. Together with her recent award from the Canada Foundation for Innovation, this funding supports Dr. Sit’s commitment to tackle one of society’s most challenging public health problems: the development of drug-resistant pathogens like Clostridium difficile (C diff) and Methicillin-resistant Staphylococcus aureus (MRSA) known popularly as “hospital superbugs.” By isolating and studying molecules from microbes that have naturally grown and competed for resources in their environment, Dr. Sit’s research will determine which natural products allow for certain microbes to dominate. The molecules Dr. Sit discovers through this process will serve as targets for other chemists to synthesize and hold tremendous promise for new drug development.

Read more about Dr. Sit’s recent and ongoing research

Dr. Paul Muir

Mathematician Dr. Paul Muir will receive $130,000 to help develop efficient, error-controlled software for three classes of differential equations (BVODEs, 1D PDEs, and 2D PDEs) that arise in computational models in a wide variety of application domains. These software tools are key to the accurate and efficient solution of these computational models, which are now widely recognized as the third major pillar—along with theory and experiment—in contemporary investigations of scientific phenomenon.

Dr. Laura Weir

Evolutionary biologist Dr. Laura Weir will receive $120,000 to investigate the influence of ecological conditions on mechanisms of sexual selection and evolution of sexually-selected traits. Through field research on salmonid fishes in Eastern Canada and lab work involving small, freshwater fish from the genus Oryzias, Dr. Weir’s research will provide a new perspective on the consequence of variation in sexual selection within and among animal populations.

Dr. Nader Azad

Management Science professor Dr. Nader Azad will receive $100,000 to develop mathematical models along with approaches to analyze the effect of disruptions to supply chains. The Global Procurement Study has shown that 80% of companies are vulnerable to a major disruption in supply, due to the interdependence and global complexity of today’s supply chains. Dr. Azad’s research will provide a methodology to manage disruptions and improve decision-making.

Dr. Genlou Sun

Biologist Dr. Genlou Sun will receive $26,000 to examine whether some plants evolved additional sets of chromosomes in order to thrive in changing environmental conditions. Using the wild barley (Hordeum bulbous) plant species as a case study, Dr. Sun will use innovative molecular and experimental approaches to reveal the role additional sets of chromosones play in the formation of new and distinct species.

Dr. Stavros Konstantinidis

Computer scientist Dr. Stavros Konstantinidis will receive $20,000 for his research related to the mathematical constraints of machine languages, which allow computers to perform computations and communications reliably and efficiently. By addressing several algorithmic questions related to the sets of words that make up machine languages, Dr. Konstantinidis aims to reduce improper readings of these words and support stable processing.

 Dr. Linda Campbell

Environmental scientist Dr. Linda Campbell will receive $20,000 to investigate freshwater contamination from the roughly three million tonnes of untreated tailings, a modern legacy of century-old abandoned gold mines in Nova Scotia. Her research will establish experiments to quantify and characterize how specific freshwater fish and insect species may accumulate heavy metals from goldmine tailing sediments. She will also explore the viability of a new, inexpensive selenium-additive method to reduce mercury and arsenic toxicity in aquatic ecosystems. 

Thomas Steele receives Canada Graduate Scholarship

In addition, PhD in Applied Science candidate Tom Steele was awarded a Canada Graduate Scholarship to investigate the factors that influence chronic disease development within lady beetles. Specifically, Steele will explore the role of defense chemicals on pathogen development and the impact of stress factors like temperature and crowding on beetles’ development of chronic Microsporidiosis, a group of spore-forming parasites. This project complements Steele’s larger research focus on the effects of Microsporidiosis on beneficial lady beetles used for biological control programs, which use natural enemies to control pest populations.