ºÚÁÏÉçÇø

Addison Zeisler ’19, third-year master’s degree ºÚÁÏÉçÇø in Biology

Can UV exposure help deter another “bloody” invasive?  The role of ultraviolet radiation in the spread of Hemimysis anomala in the Great Lakes

Advisor: Craig Williamson, Ohio Eminent Scholar of Ecosystem Ecology and professor of Biology

Zeisler received a bachelor’s degree in Biology from Miami, where she developed her interest in ecology and love for freshwater lakes. She is currently conducting research on the Great Lakes invasive Hemimysis anomala, or the “bloody red shrimp,” and its relationship with ultraviolet radiation (UV).  “While some of the Great Lakes are increasing in transparency, and potentially UV exposure, other inland lakes are decreasing in transparency. This decrease in transparency is caused by both algal blooms, exacerbated by human use of fertilizer, and lake browning, or an increase in dissolved organic carbon prompted by climate-change induced heavy rainfall events. Learning how organisms respond to UV exposure can help us determine how organisms might respond to these changes in water transparency, as UV exposure decreasing in lakes can increase the invasion potential of UV-sensitive organisms, such as the bloody red shrimp. Zeisler is passionate about studying freshwater lakes in our changing climate and hopes to help educate the public on the natural systems in which they live.”

Yaa Sarfowah Amankwah, doctoral ºÚÁÏÉçÇø in Chemistry and Biochemistry

Chaperones: Facilitators of Protein Origami

Advisor: Andrea Kravats, assistant professor of Chemistry and Biochemistry

Amankwah received a bachelor’s degree in Biochemistry from the Kwame Nkrumah University of Science and Technology, Ghana, where she investigated the incidence of albuminuria among diabetes patients. “Her current research in the Kravats lab focuses on understanding how chaperones help proteins to fold. Proteins are essential for nearly all biological processes and can only function when they are correctly folded. Defects in protein folding lead to many diseases like Alzheimer’s’ and Parkinson’s. Chaperones act as origamists to ensure proper protein folding. Amankwah’s research aims to uncover chaperone mechanisms and how this knowledge can lead to the development of therapeutics to manage protein misfolding-related diseases.”

Sheikh Yasir Arafat, second-year master’s degree ºÚÁÏÉçÇø in Statistics

Outliers Detection in High-dimensional Data

Advisors: Maria Weese, and Waldyn Martinez, associate professors of Information Systems and Analytics

Yasir Arafat received a bachelor’s degree in Statistics from Bangabandhu Sheikh Mujibur Rahman Science and Technology University, Bangladesh, where he developed control charts for monitoring non-normal production processes. “At Miami, he works under the supervision of Maria Weese and Waldyn Martinez, and studies outlier detection methods as outliers indicate abnormal data behavior, which is the basis of fraud detection, network robustness analysis, and medical diagnostics. For his master’s degree project, he proposed a new outlier detection algorithm, Modified One Class Pelling (MOCP), by adopting the support vector data description method and the robust kernel distance approach. The proposed method is more flexible than existing counterparts, does not require prior knowledge of data attributes, and fits moderately correlated data of any shape.”

Sophia Ratvasky ’22, first-year doctoral ºÚÁÏÉçÇø in Biology

The role of macrophages in lens regeneration

Advisor: Katia Del Rio-Tsonis, professor of Biology 

Ratvasky received a bachelor’s degree in Biology from Miami, where she developed an interest in tissue regeneration after taking a developmental biology course. She is currently working under Del Rio-Tsonis studying lens regeneration in the Pleurodeles waltl, also known as the Spanish newt. “This animal has an amazing capacity to regenerate many parts of the body, including but not limited to its tail, limbs, spinal cord, and eye tissues. In the particular case of lens regeneration, iris pigment epithelial cells (IPECs) transdifferentiate into new lens cells after lens removal (lentectomy). Throughout her senior year of undergraduate study and her first year of graduate school, Ratvasky has been studying how macrophages play a role in lens regeneration. Interestingly, when macrophages are depleted, lens regeneration fails to occur and results in a fibrotic response, which is the formation of a scar. Further studying the relationship between the immune system and regeneration will unravel mechanisms behind this astonishing healing process, and will aid in advancing regenerative medicine.”

Logan Clem, second-year doctoral ºÚÁÏÉçÇø in Composition and Rhetoric  

Labor Data, Labor Stories: Compensation, Conditions, and the Complexities of GTA Labor

Clem received a master's degree in Rhetoric and Composition from North Carolina State University and a bachelor’s degree in Literature from University of Tennessee-Chattanooga. Clem is currently assistant director of the First-Year Composition program at Miami, where he contributes to graduate teaching assistant (GTA) training and curriculum development for Miami's first-year writing course. His research interests include academic labor, teacher education, writing pedagogy, and digital multiliteracies. His developing dissertation project seeks to explore how networked digital technologies shape writers' thinking and learning processes.

Rachel Arbor, MAT ºÚÁÏÉçÇø in Biological Sciences (Project Dragonfly)

Integrating Environmental Literacy into Mainstream Education

Advisor: Kevin Matteson, associate director M.A./M.A.T. program and instructor of Biology

Arbor is the Pre-K-8 Coordinator of Environmental Education for the Garrison Union Free School District in New York. Her work focuses on bridging the gap between mainstream and environmental education. She has conducted research on middle school teacher and ºÚÁÏÉçÇø perceptions of environmental education in relation to their needs. “COVID-19 and the nature of global quarantine caused a significant increase in middle school ºÚÁÏÉçÇøs' social and emotional needs. Simultaneously, with the climate crisis at an all-time high, ºÚÁÏÉçÇøs are experiencing heightened eco-anxiety. Arbor’s research shows that environmental education can be used as an effective tool to meet these social-emotional-environmental needs. Her work also highlighted how middle school teachers across academic disciplines and state lines want to be teaching Environmental Education. Arbor is using this research to develop a cross-curricular Pre-K-8 program, which blends national standards teachers already need to meet with Environmental Education, to support ºÚÁÏÉçÇøs and teachers alike. To view a portfolio of her work, creating and teaching that curriculum,.”

Ellen Tieke, MS in Cellular, Molecular, and Structural Biology

Can a computer program really predict gene regulatory regions?

Advisor: Dr. Yoshinori Tomoyasu

Ellen is a second-year master’s ºÚÁÏÉçÇø in the Department of Biology. She completed her BA in Biochemistry and her BS in Forensic Science at ºÚÁÏÉçÇø, where she developed her interest of genetics and molecular biology techniques. She is currently conducting research in Dr. Tomoyasu’s lab using the common fruit fly, Drosophila melanogaster, to functionally validate a computer system predicting enhancers. This system utilizes machine learning techniques and the already understood and annotated Drosophila genome to predict enhancers, or gene regulatory regions, in non-model insect species. This new method offers a promising efficient way to study enhancers in any insect species with raw genome data; therefore, offering a more complete picture of the evolution of insects. Ironically, Ellen was terrified of insects when she first joined the lab but has grown to appreciate how useful they are when it comes to developmental biology.

Noel Skocko, MS in Geology and Environmental Science

Research: Young Volcanic Clusters in the Michoacán-Guanajuato Volcanic Field, México

Advisor: Dr. Elisabeth Widom

Noël Skocko is currently a second-year master's ºÚÁÏÉçÇø in the Department of Geology and Environmental Science at ºÚÁÏÉçÇø. Noël's passion for studying volcanism began during her junior year of college in her igneous and metamorphic petrology class at Sonoma State University. She completed a senior thesis focused on South Sister Volcano's shifting mantle source(s) as an undergraduate ºÚÁÏÉçÇø. As a master's ºÚÁÏÉçÇø at ºÚÁÏÉçÇø, she is a part of a National Science Foundation (NSF) funded project titled From Cones to Clusters: Evolution of a Monogenetic Field. For her thesis project, she has focused on a cluster of monogenetic volcanoes known as the Tacámbaro Cluster in central México; the relationship between these clusters is not well understood, and few have been studied in detail. Her research aims to reveal if volcanoes in the Tacámbaro cluster are related via a long-lived magma reservoir or if the volcanoes are a product of multiple episodes of magma generation from one or more sources. Noël thanks her advisor Dr. Elisabeth Widom for encouraging her to participate in the Graduate Research Forum. She found the forum helpful for presenting research face to face again rather than in a virtual format.

Katie Stahlhut, PhD in Ecology, Evolution, and Environmental Biology

Linking plant functional traits to mycorrhizal mutualisms

Advisor: Jonathan Bauer

Katie Stahlhut is a 2nd year PhD candidate in the Ecology, Evolution, and Environmental Biology program. She received a B.S. in Biology from the University of Central Florida, where she conducted research on how sunflowers interact with a common plant microbial mutualist, mycorrhizal fungi. Mycorrhizal fungi live with the roots of a plant and are able to collect more nutrients from the soil than the plants are able to by themselves. They provide these nutrients to the plant in exchange for sugar, which allows the plant to grow larger and healthier than it would have without mycorrhizal fungi. At ºÚÁÏÉçÇø, Katie works with Dr. Jonathan Bauer, where she studies how these mutualists affect plant growth and plant community composition. Her dissertation research focuses on how these interactions with mycorrhizal fungi vary across species and within species. She is particularly interested in understanding what plant traits and plant genes lead to greater benefit from mycorrhizal fungi, so that they can be incorporated into agricultural and restoration practice.

Sam Purkis, MS in History

Clara Bow and the Ideal Celebrity Body: Gender, Labor and Film in the Construction of “It”

Advisor: Dr. Kimberly Hamlin

Sam Purkiss is currently in their final semester in the Master's Program of History at ºÚÁÏÉçÇø. Sam is from Loveland, Ohio and received their BA from the ºÚÁÏÉçÇø in 2020 in History and Film Studies. During their time in the Master's Program, they have studied the early-Hollywood superstar actress Clara Bow. Through a large collection of contemporary newspapers, fan magazines, fan letters, and film: Sam has investigated Bow's performance of femininity in both the public and private spheres. Bow, as a mega-celebrity in her time, served as an icon of womanhood, serving alternately as a symbol to emulate and eschew at different times throughout her career. In their free time, Sam enjoys playing Dungeons & Dragons, watching copious amounts of movies, and hosting a weekly film discussion forum: The Devotees of the Abject.

Marta Fioretti, MA in French

Foreign Language Teaching Methods - Insights from the Field

Advisor: Dr. Anna Klosowska

Marta Fioretti is a ºÚÁÏÉçÇø in the French program at ºÚÁÏÉçÇø, studying literature and linguistics with a particular interest in language pedagogy. She enjoys learning about how to teach languages effectively in a large range of contexts. Her project, Foreign Language Teaching Methods - Insights from the Field, focuses on the teaching practices of foreign language professors at ºÚÁÏÉçÇø. It is a collection of interviews with these professors, compiled into an open access website. This website will serve as a resource for beginning foreign language instructors to learn about a wide range of teaching methods and types of classroom management, that help professors teach successfully in various contexts.

ºÚÁÏÉçÇø Poster Presenters

Maciej Wozniak, MSCS in Computer Science and Engineering

Using Machine Learning to Optimize Fuzzy Cognitive Maps of Eating Disorder

Advisor: Dr. Philippe Giabbanelli

Maciej is working with Dr. Giabanelli on projects aiming to improve human health using state-of-the-art machine learning techniques. One of their projects is to use machine learning and artificial intelligence for eating disorders. Conditions such as obesity, hypertension, or diabetes are often connected to eating behaviors. Although individuals may be aware of what constitutes a healthy diet, it is not a trivial task to promote changes in individual eating behaviors given that they are influenced by many factors both directly and indirectly (e.g., through social norms). This research project is a collaborative effort with Maastricht University, where data about eating habits was collected from participants and subject matter experts in order to create a concept map listing the factors shaping behaviors (e.g., financial situation, access to resources) and their interrelationships. Such a map provides qualitative data by listing what matters and whether there is a causal connection. The main challenge in this project is the quantitative part: given that two factors are linked, what is the exact causal strength? This information is essential to observe and eventually change how specific factors shape eating behaviors, thus benefiting interventions for conditions such as obesity. This project thus goes beyond a causal structure to elucidate the strength of interrelationships. My specific contribution to this project is to bring in machine learning to ensure that the causal strengths of the edges are based not only on the experts, but also align with the evidence provided in the data.

Maciej is currently holding a position of research and teaching assistant at ºÚÁÏÉçÇø in the Department of Computer Science & Software Engineering. His current research projects are focused on supervised and unsupervised machine learning. The applications of these techniques include mixed qualitative/quantitative models of eating behaviors or building computer vision algorithms to identify errors in large scale simulations. Maciej is passionate about developing and applying new skills in machine learning, computer vision, signal processing, and robotics.

ºÚÁÏÉçÇø Oral Presenters

Xufeng He, MA in Economics

Research on the Economic Structure of the Inca Empire

Advisor: Dr. Norman Miller

Xufeng He is a 2021 year ºÚÁÏÉçÇø in the Department of Economics. She completed her BS in Quantitative Economics at ºÚÁÏÉçÇø, where she developed a strong interest in Public Policy following the econometrics courses. At Miami, she works with Professor Norman Miller to explore the decline of the Inca Empire from economics, which clarified the behavioral modes from the angles of manufacturing, consumption, and government. Her recent interest includes how CA deficits for the USA might have created jobs by helping America grow faster. She believes that CA deficits are in companies with FDI and FPI, which compose the foreign saving and investment funds flowing into the USA and actually have created jobs. She retrieves data from the governmental website and industry research reports and selects proper regression models to run on the datasets.

Karina Serapio, MFA in Art

Soy de Aquí, Soy de Allá

Advisor: Dama Saulnier

Karina Serapio-Rendon is currently in her final semester as an MFA Candidate in Painting at ºÚÁÏÉçÇø. Karina is from Oaxaca, Mexico and received her BA from the University of Saint Francis Fort Wayne in 2018. As an artist, he has had pieces exhibited across the country including at Root Division Gallery San Francisco, California, and Site: Brooklyn Gallery New York. During her time at ºÚÁÏÉçÇø, she has focused her MFA thesis to bring to visibility the lives and challenges the Mexican migrant communities encounter living within the U.S. Throughout her imagery, Karina draws influence from her family’s history and culture to represent the experiences of displacement between two countries she calls home and of being labeled as “The Other” due to ethnic identity. By focusing on her own visual culture Karina reclaims her identity and honors the complex migrant experience.

ºÚÁÏÉçÇø Poster Presenters

Savanna-Rae Fahoum, Ph.D. in Biology

Network Neuron Recruitment and Regulation Via Distinct Modulatory Actions

Advisor: Dr. Dawn Blitz

Savanna-Rae is a third-year doctoral ºÚÁÏÉçÇø in the Department of Biology. She received her B.A. in Psychology from the Ohio State University where she developed a strong interest in neuroplasticity and neuronal mechanisms following a biopsychology course. Currently, Savanna is conducting research in Dr. Dawn Blitz’s lab where she utilizes the stomatogastric nervous system (STNS) of the crab, Cancer borealis, to answer questions involving the flexibility of rhythm-generating neuronal networks, such as those involved in locomotion. The STNS is a region of the crab nervous system comprised of a small group of neurons that produce the rhythmic food chewing and food filtering behaviors. In the appropriate conditions, these rhythmic behaviors coordinate with one another when a specific neuron switches participation from food filtering only, to both chewing and filtering simultaneously. This coordination of behaviors is an important property of neuroplasticity for all organisms, as it enables adaptation to environmental changes. Dysfunction of neuron mechanisms that drive neuroplasticity can lead to brain disorders that affect neuron switching between brain states, such as schizophrenia, Parkinson’s disease, and epilepsy.

Savanna is interested in the underlying mechanisms that enable a neuron to switch between two behaviors. Thus far, she has identified a novel mechanism for switching, such that a neuron can switch between behaviors without influence from other network neurons. Currently, she is examining how network neurons regulate switching neuron activity. Savanna hopes to uncover the mechanisms that drive neuroplasticity, as this will provide insight into the coordination of rhythmic behaviors and provide clues regarding neuron dysfunction in the presence of various central nervous system disorders that affect neuron switching between brain states for rhythm coordination.

Rachel Pilla, Ph.D. in Ecology, Evolution and Environmental Biology

Oxygen Depletion in Lakes is Influenced by Ice Cover, Morphometry, and Water Quality

Advisor: Dr. Craig Williamson

Rachel Pilla is a 4th year PhD candidate in the Ecology, Evolution, and Environmental Biology program in the Department of Biology. She completed her Master’s of Science in Biology and a certification in Applied Statistics at Miami as well, following her undergraduate degree in Environmental Science at the University of Notre Dame, where she first was introduced to ecological research and data science. At Miami, she works with Dr. Craig Williamson in the Global Change Limnology Laboratory, and her dissertation research focuses on understanding responses by lake ecosystems across the world to climate change, human impacts, and other environmental stressors. Recently, her work with advanced automated sensors in lakes has provided high-frequency measurements of water temperature and oxygen recording at 10-minute intervals in three systems for over three years, including through winter ice cover. Her interest in using advanced statistics and data analytics has been useful in working with the more than 14 million data points accrued from these in-lake sensors. She has used these data to understand the relative influence of ice cover, weather, and lake water characteristics on deepwater oxygen depletion in the lakes. She also works with international collaborators part of the Global Lake Ecological Observatory Network (GLEON) to amass lake data from dozens to hundreds of lakes, in order to understand the changes over space and time in a globally-expansive network of lakes, and to apply her findings to understanding the responses by the organisms living in the lakes and lake water quality. Rachel plans to use the award she received from the Graduate Research Forum to attend and present her research at the joint meeting for the Association for the Sciences of Limnology and Oceanography (ASLO) and Society for Freshwater Science (SFS) held in Madison, Wisconsin, in June 2020.

Md. Sakhawat Hossain Himel, MS in Physics

Md Sakhawat Hossain Himel is pursuing his master’s degree in the Department of Physics and his research can be entitled as “The magnetic and magnetocaloric properties of selected Al1.2Fe2B2 derivative intermetallic systems”. Himel began his research in “Magnetism Laboratory” under the supervision of Dr. Mahmud Khan from the summer of 2019. He studies materials which can eradicate environmental problems such as global warming and green house effects. The prevailing gas compression technologies use gases such as CFC which eventually destroys our ozone layer. The solid-state refrigeration system explores materials which shows Magneto Caloric Effect (MCE). In this type of materials, the application of a large magnetic field and successive removal of the field causes a significant drop in the temperature of the material. This special trait of certain kind of materials shows the potential to develop a solid-state cooling system. After finishing up his graduate work at Miami, Himel hopes to enter a doctoral program in experimental condensed matter physics or material science & engineering. He is going to attend the American Physical Society’s March Meeting in Denver, Colorado in 2020. At this gathering of more than 10,000 physicists, he will give an oral presentation regarding one of his MCE-related projects. He also enjoys playing soccer in his leisure time.

ºÚÁÏÉçÇø Oral Presenters

Ashley Carroll, MFA in Art

Ashley Carroll is in her final semester as an MFA candidate in Art Studio. She is from Columbus, Ohio and received her BA from the University of Kentucky in 2016. For the past three years at ºÚÁÏÉçÇø, she has researched and explored the diversity and multiplicity of Black American hair. Ashley uses found materials and recycled synthetic hair to emulate texture and various hairstyles found in Black American hair culture. According to celebrities, media, and business professionals, natural curly hair is ‘wrong’, while straight hair is ‘good’. Having these recollections and personal experiences left her compelled to explore the racialized notion of beauty from a black feminist point of view. Ashley makes work that is multivalent with a focus on pop art aesthetic, allowing it to be shared with both the oppressors and the oppressed.

Making ambiguously poetic and relational art through portraiture, installation, and textiles permits Ashley to speak about racial issues that are being masked, blended, and desensitized in society. Her artwork discusses the intimacy involved with hair and their stereotypes with a subtle hint of humor. Ashley hopes to develop a deeper understanding of questions that she has been asked such as ‘Can I touch your hair?’ or ‘How do you wash your hair?’. She finds these types of questions humorous while realizing that Black American hair is exoticized by other cultures; it is constantly being changed and tamed to become accepted.

Jennifer McClellan, MS in Geology

Investigating a rhyolite outcrop near an old silver mine of Tonopah, Nevada

Advisor: Dr. Mark Krekeler

Jennifer McClellan is currently a first-year master’s ºÚÁÏÉçÇø in the Department of Geology and Environmental Earth Science at ºÚÁÏÉçÇø. She has worked with first-year undergraduate ºÚÁÏÉçÇøs studying Lake Michigan coastal sand dunes at Calvin University. While this work was enjoyable and rewarding, her love of igneous (volcanic) rocks and working with microscopes, has led her to ºÚÁÏÉçÇø. Her thesis project is focused on a small rhyolite outcrop near Tonopah, Nevada. While her main focus is on the small outcrop, she will be comparing it to other rock units in the area through geochemistry and microscopy. She will also be using satellite data to investigate whether this type of data is reliable for differentiate between similar rock units. When asked about Tonopah, she calls “the middle of no-where, but well worth the drive.” Jennifer thanks her professors for their guidance and urging her to participate in the forum. She found the forum fun and helpful in lessening her fear for presenting.

Alex Kugler, Ph.D. in Geology

Microbes Breathing Iron—Basalt Host Rock Altered to Chlorite by Pseudogulbenkiania sp. Strain 2002

Advisor: Dr. Hailiang Dong

Alex is finishing his sixth and final year in the Department of Geology and Environmental Earth Science, which will culminate with his receipt of his doctoral degree. Alex has a unique background amongst geoscientists having previous studied and worked professionally as a chemist. This led to his focus on aqueous geochemistry, a realm of science where chemistry and geology commingle in a watery substrate. Alex, at heart, is a problem solver who prefers his research to focus on real world problems and applications. As such his research has focused on the application of silicate minerals to various problems, including microbial habitation, their potential for photoreductive scaffolding of emerging contaminants, and as noted above, their role as electron donors for the metabolic pathways of certain iron oxidizing bacteria, which in turn leads to secondary mineralization, while consuming the environmentally devastating nitrate. These research projects further his agenda of becoming an environmental chemist, who would like to change the world, maybe even for the better. Alex’s current goals include graduating, finding a post-doctoral position, and living his best life.

ºÚÁÏÉçÇø Poster Presenters

Keelin Haynes, MA in Geography

Flood Risks to Agricultural Land and Human Settlements in the Western Mekong Delta of Vietnam

Advisor: Dr. Jessica McCarty

While pursuing a Master’s in Geography, Keelin Haynes also carries out research in the department’s Geospatial Analysis Center. Through the Center, he focuses on identifying and solving spatial problems including wildfire risk models, agricultural crop yields, and ecological forecasting, among other topics. The work presented at the Graduate Research Forum was funded through a NASA Land Cover- Land Use Change grant focusing on predicting increased future flood risks and the impact that it could have on local agricultural production. His study area, the Mekong Delta region of southern Viet Nam, has seen steady and substantial ground subsidence over the past few decades and is projected to continue this trend in the coming years. This lowering of ground elevation is causing normal yearly flooding to expand past its previous boundaries and is posing a risk to the substantial rice paddy agriculture. Given the region’s mass production of rice and its importance to the global market, any risk to its crop yields requires serious action. Keelin analyzed a variety of satellite data from NASA and NOAA, including elevation data, multispectral imagery, and global cropland data using a combination of commercial and open source coding software. He was able to identify over 100,000 hectares of current agricultural land that is at potential risk for increased flood inundation. These results will be used to develop more extensive models of land cover and land use change as part of the larger NASA grant.

Keelin started his undergraduate career at Miami in political science, with a focus on institutional development and political stability. Through his undergraduate research, he gained a large amount of experience using various geospatial techniques and software. This influenced his decision to pursue a Master’s in geography as it would allow him to combine his knowledge of political development and government institutions with advanced geospatial technology and hands on field experience. Keelin will be continuing his research into the Mekong Delta, its people, and institutions with several weeks of field research this summer in Viet Nam and plans to use the funds awarded from the Graduate Research Forum to help pay for his research expenses while abroad.

Elizabeth Sneddon, Ph.D. in Psychology

The Effects of Early Life Stress on Fear Learning, Anxiety, and Behavioral Flexibility in Mice.

Advisor: Dr. Anna Radke

Elizabeth is currently a second-year graduate ºÚÁÏÉçÇø pursuing a doctoral degree from the Department of Psychology working in Dr. Anna Radke’s Reward and Addictive Disorders (RAD) lab. Her first exposure to neuroscientific research was working with transgenic rats investigating spatial memory and how it’s affected by degenerative brain diseases such as Alzheimer’s Disease. Elizebeth's interest in neuroscience grew during this lab, furthering her education in addiction neuroscience at Miami. Broadly, Elizebeth's interest is in brain systems which control our behavior, how substance abuse can alter these brain systems, and the neural networks associated with behavior. Currently, she investigates the neural substrates of motivation and reward of addiction in a mouse model using multiple alcohol models to study binge-like and compulsive-like alcohol drinking behaviors, developing a deeper understanding of this behavior, which is a characteristic of Alcohol Use Disorder in humans. Elizabeth hopes to develop a deeper understanding of the neural mechanisms associated with this behavior to expand the research to investigate the neuroplasticity of alcohol addiction during key phases of the addiction cycle.

Masoomeh Kousehlar, Ph.D. in Geology

Air Quality Assessment and Toxic Metal Source Apportionment in Middletown, Ohio – Lichen Biomonitoring of Steel Production

Advisor: Dr. Elisabeth Widom

Masoomeh Kousehlar is a PhD candidate in the Department of Geology and Environmental Earth Science. She received her B.S. and M. S. in geology from university of Tehran, Iran. Masoomeh is investigating the air pollution in urban and industrial area using a combination of geochemical and microscopy techniques. She uses tree bark and lichen as biomonitors of air quality. These biologic materials are excellent tools for estimating the levels of toxic metals in the atmosphere and determining the source of atmospheric particles. She analyzes these samples for their elemental compositions and isotopic ratios to identify and characterize the sources of air pollution and the degree of atmospheric metal contamination in areas with limited environmental studies. The techniques developed in her research can be applied globally for identifying the sources and extent of air pollution, which is crucial for implementing effective controlling strategies and lowering the risks.

ºÚÁÏÉçÇø Oral Presenters

Erick Anderson, MFA in Art

Subverting Stability: Creating Abstract Paintings through the Collision of Contrasting Pictorial Systems

Advisor: Mr. Dana Saulnier

Md Rashef Mahbub, MS in Mechanical Engineering

Investigating the Biocompatibility of Ti-6Al-4V Machined by Wire Electrical Discharge Machining Process

Advisor: Dr. Muhammad Pervej Jahan

Md Rashef, is a final year Mechanical Engineering graduate ºÚÁÏÉçÇø at ºÚÁÏÉçÇø and has worked on various research projects concentrated in the manufacturing field. Md Rashef's final thesis project is a collaboration between the mechanical engineering and biology department named as “Investigating the Biocompatibility of Ti-6Al-4V Machined by Wire Electrical Discharge Machining Process”. Last year, he presented his thesis at the graduate research forum which was a great experience to explain his research topic in front of a non-technical audience, which is not very easy, especially when dealing with some core-scientific research involving biomedical implants. Md Rashef was happy to try to connect with the audience with some humorous input and was announced one of the best presenters on the forum. The forum also works as an amazing platform to connect with grad ºÚÁÏÉçÇøs from different departments of Miami. Md Rashef is currently finishing his thesis and hopes to start a PhD next August.

Brittany Cymes, Ph.D. in Geology

Growth of Novel Rare-earth Manganese Oxide Mineral for Industrial Applications

Advisor: Dr. Mark Krekeler

Brittany is currently pursuing a doctoral degree in the Department of Geology and Environmental Earth Science at Miami. At the crossroads of geology and materials science, her research explores natural mineral structures with useful physical properties, such as high thermal stability and charge transfer capacity. Her intent is to experimentally modify them and enhance those properties. When people ask Brittany what she does, she often responds, “I make Franken-minerals.” She is interested in finding and pushing the limits of what is possible at the atomic level. Brittany finds the natural world to be an excellent laboratory that builds exotic structures that can be explored and optimized for industrial use. In her dissertation research, she is synthesizing analogs of known or suspected catalytically active, manganese-rich minerals, through a variety of mechanisms, enhancing their physical properties through the introduction of certain rare earth elements with the ultimate goal of lowering energy barriers for industrial chemical reactions. Holding both bachelor’s and master’s degrees in geology, she is contending with new challenges by getting involved in materials science for her doctoral research. But enjoys these challenges of learning on the go, and hopes to bring a fresh perspective to the field. She credits her progress to the abundant hands-on training opportunities in analytical instrumentation at ºÚÁÏÉçÇø, bright colleagues and mentors to discuss ideas with, and support from my advisor, Dr. Mark Krekeler. The Miami community provides Brittany with helpful guidance, motivation, and the freedom to make productive mistakes as often as she needs. She plans to use the award money to attend the Materials Science and Technology conference in Portland, Oregon this fall to present research regarding one of her dissertation projects.