Academic Excellence Symposium
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Posters, 10 a.m. to 12 p.m.
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    How Optimism Enhances Life Satisfaction Through Flow Experiences
Presenter: Andi Aucapina; Raquel Botbyl
Sponsor: David Radosevich; Dianne Murphy; Dylan Polkinghorne
Format: Poster, 10 a.m. - 12 p.m.
This study examined whether optimism enhances life satisfaction and whether flow mediates this relationship. Since optimism and affectivity are conceptually linked, positive and negative affect were not included as covariates to avoid stripping meaningful variance from optimism’s effects.
Women's Training Log: A log that meets women's unique gym needs
Presenter: Caylee Behnke, Graphic Design
Sponsor: Abbey Kleinert
Format: Poster, 10 a.m. - 12 p.m.
For this project, I was tasked with creating a design that addresses and fixes a design problem. The problem I chose to solve was the lack of designs made for women in the fitness industry. According to research, women want to track their fitness journey, but there aren't many products that cater to their needs, and they are often overlooked. So, I focused on creating a training log that can motivate and help women track their fitness journey. This presentation goes over the visual design aspects of a women's gym training log. This project has been created into a tangible fitness log based on research linking tangible fitness logs with increased motivation to engage in healthy activities. Through research, this log was designed for the convenience of tracking popular feminine gym-related needs. These include menstrual cycle tracking, weightlifting tracking, cardio tracking, and generalized goal tracking.
Can Qelbree Treat ADHD Co-Occurring Disorders: An Expert Analysis of Pharmacological Mechanisms
Presenter: Mikala Bender, Biology
Sponsor: Todd Hillhouse
Format: Poster, 10 a.m. - 12 p.m.
In 2022, approximately 10.5% (6.5 million) of children (3–17 years old) in the United States currently have attention-deficit/hyperactivity disorder (ADHD), which can have detrimental effects on a child’s social, familial, and academic outcomes. ADHD has three different presentations based on the symptoms, which include (a) inattentive, (b) hyperactive/impulsive, or (c) combined type. Additionally, 78% of children with ADHD have co-occurring mental, behavioral, and developmental disorders (MBDDs), making treatment difficult. Children with co-occurring disorders are generally prescribed medication for ADHD (stimulant or non-stimulant drugs) and a second medication for the MBDDs (typically atypical antipsychotic drugs or antidepressant drugs for mental or behavioral disorders). The newly approved non-stimulant serotonin-norepinephrine modulating agent, viloxazine (Qelbree), is a medication that has the potential to treat both ADHD and MBDD symptoms in children. This expert analysis covers several topics. First, we discuss the different types and demographics of ADHD in children, co-occurring MBDDs, and current treatments for pediatric ADHD. Second, we discuss the history of viloxazine, the pharmacological mechanisms of viloxazine that provide relief of ADHD symptoms, and the clinical efficacy of viloxazine for treating pediatric ADHD. Lastly, we propose that viloxazine could potentially treat co-occurring mental and behavioral disorders via serotonin 5-HT2B antagonism, which increases extracellular serotonin and the ring rate of pyramidal neurons in the prefrontal cortex.
Shock Mitigation by Bolt Material
Presenter: Grant Bonniwell; Elijah Giacalone; Drake Buechler; Elijah Ronsman; Matt Ferdon
Sponsor: Jagadeep Thota
Format: Poster, 10 a.m. - 12 p.m.
When advancements are made, their applications are relentlessly pursued. So, with the advent of 3-D printing and its ease of use to manufacture components, this investigation will be involving commonly used 3-D printing materials. Said materials (along with steel as to set a baseline) will be used to fabricate bolts to be used in sudden load testing involving two plates held together by them. Measurements in this testing will involve the use of an oscilloscope to analyze the sudden load, comparing the resulting acceleration of the apparatus from each bolt type. To verify the integrity of the results, a simulation will be ran that mirrors the experiment which will then have its data compared against its counterpart. In addition to this comparison is the natural frequency of the apparatus which will be obtained by the simulation.
Where the quiet places are: anthropogenic noise in the natural areas on the University of Wisconsin - Green Bay campus.
Presenter: Olivia Castruita, Biology; Megan Oliva, Water Science
Sponsor: Paolo Segre
Format: Poster, 10 a.m. - 12 p.m.
The city of Green Bay is noisy. Between extensive highway systems and a large manufacturing sector, anthropogenic noise permeates many natural areas. Anthropogenic noise in natural environments can disrupt animals’ ability to communicate, to find prey, or to avoid predators. We ask the question: how noisy are the natural areas on the University of Wisconsin - Green Bay campus? We measured sound levels throughout the Cofrin Arboretum, in the summer, fall, winter, and spring. In the summer, the loudest areas were on the South side of campus, near the highway. The quietest areas were in Mahone Woods and under the Niagra Escarpment. We are still analyzing the fall, winter, and spring data. This data will be shared with the Cofrin Center for Biodiversity and will be used to inform management decisions in the arboretum.
Neurodiversity Sensory Kit
Presenter: Caidia Coolidge, Psychology
Sponsor: Lynn Niemi
Format: Poster, 10 a.m. - 12 p.m.
Since the 1990s there has been a rise in neurodiversity. Neurodiversity can be seen in most settings including the student body at the University of Wisconsin Green Bay. The goal in my research is to help students on campus feel more included at campus events. After collecting data via Qualtrics survey I created a sensory kit to see how many students will use the items in the kit. I went to several campus events bringing the sensory kit so I could identify how many students access the tool kit items and what items were selected. After going to ten campus events, 83 items in the tools were used. The tool most selected at the events were stress balls. The event that had the most items used from the tool kit was during GB Nites at the Green Bay location. Due to the high turnout at GB Nites and people seeing the kits right next to the check in area at the event people used the items in the kits more often. Future plans for these kits would be to have more campus partners purchase their own tool kits and/or have a check out system in Student Accessibility Services for the purchased kits for this study. Good times programming on campus will be continuing the sensory kits as well.
Migratory behavior, annual cycles, and habitat usage in Sharp-shinned Hawks
Presenter: Danny Erickson, Environmental Science and Policy
Sponsor: Paolo Segre
Format: Poster, 10 a.m. - 12 p.m.
The Sharp-shinned Hawk (Accipter striatus) is a small raptor commonly observed on migration across North America. Outside of migration, this species proves difficult to survey and much remains unknown about their breeding ecology, behavior on overwintering territory, and stopover habitat use. Advances in remote tracking technology can now provide high-resolution movement data to studies of small raptor species. Here, we deploy GPS satellite transmitters on adult female Sharp-shinned hawks during spring and fall migrations to uncover breeding and movement ecology for this secretive raptor. This GPS data will be combined with Motus radio tracking data to fill knowledge gaps in this secretive species’ migratory and breeding habits across eastern North America.
Validation of Helicobacter pylori protein-protein interactions cag20:UreE and cag20:UreF
Presenter: Rachel Faessler, Biology, German
Sponsor: Stephanie Ramadan
Format: Poster, 10 a.m. - 12 p.m.
The Spring 2025 Molecular Biology Laboratory (BIO408) was designed as a course-based undergraduate research experience (CURE) centered on validating protein-protein interactions in Helicobacter pylori. Building on unpublished data from the AVA-Seq system, which suggested interactions among the H. pylori proteins UreE, UreF, and Cag20, students will participate in a small-scale research project to confirm these findings. We are initially focused on two genes, ureE and ureF, which encode accessory proteins required for the assembly of urease, a nickel-dependent enzyme essential for H. pylori survival in the acidic environment of the human stomach. The third gene, cag20, is located within the cag (cytotoxin-associated gene) pathogenicity island, a major virulence determinant involved in host-pathogen interactions and disease causation. The research aims include validating interactions between Cag20:UreE and Cag20:UreF. Each student group will clone a selected H. pylori gene into a bacterial expression vector, producing recombinant DNA for use in downstream biochemical assays, including pull-down experiments. This approach immerses students in the full research process—from gene selection and molecular cloning to contributing data toward the validation of biologically relevant protein interactions—directly supporting the ongoing research efforts of Dr. Ramadan’s lab.
Executive Functioning and the Role it Plays on Cheating Behaviors
Presenter: Megan Harder, Psychology; Lindsay Johnson, Psychology
Sponsor: Sawa Senzaki
Format: Poster, 10 a.m. - 12 p.m.
The purpose of this study was to explore the relation between executive function and cheating in children. Executive function refers to the mental processes that help you with self-control, working memory, and cognitive flexibility. In a previous study, elementary school children played a guessing game where they could cheat and lie (Ding et al., 2013). The cheating behavior was measured by a camera under the table watching their hands, whether they lied or not, and how often they cheated/lied. 58% of the children cheated at least once during the game, but cheating decreased with age. Additionally, children with better working memory and inhibitory control were less likely to cheat. However, among those who lied, children with higher executive function used more sophisticated cheating tactics. This study showed that executive function can inhibit children’s cheating behavior but also can promote more sophisticated cheating behaviors. In our study, we investigated the relation between executive function and cheating behavior with younger children, aged 4-9 years, in the United States and Japan. We measured their performance on the dimensional card sorting (DCCS) task, which is a widely used measure of executive function for children (Zelazo, 2006). DCCS has 3 stages. The first stage asks the child to sort the cards based on color, the second asks the child to sort based on shape, and the third asks the child to sort based on a mixed pattern. To assess their cheating behaviors, we played an animal guessing game, in which children’s behaviors were captured in a hidden camera. Data were collected from 115 participants, 61 from the United States and 54 from Japan. We examined the relationship between the child’s executive functioning and cheating behaviors using SPSS.
The Relationship Between Creative Thinking and Perspective Taking in Young Children
Presenter: Baleigh Harmon, Psychology
Sponsor: Sawa Senzaki
Format: Poster, 10 a.m. - 12 p.m.
The purpose of this study is to examine the relation between creative thinking and perspective taking abilities among 3- to 12-year-old children. Perspective taking skills allow us to process information about others by imagining ourselves in their shoes. Previous research has indicated that divergent thinking, a cognitive procedure used to measure creativity by generating multiple ideas/solutions to a problem, facilitates perspective taking in adults (Yang & Hung, 2021). Among older children, social creativity, which occurs in the domain of everyday interactions, is correlated with divergent thinking tasks (Mouchiroud & Lubart, 2002). However, previous research lacks studying the relation between creative thinking and perspective taking in children. We hypothesized this correlation between creative thinking (social and divergent) and perspective taking (perceptual and affective) to be especially present among older children. In the present study, social creativity was assessed using the interpersonal problem-solving task, where children generate multiple possible solutions to try and change the outcome of the scenarios (Mouchiroud & Lubart, 2002). Divergent thinking was assessed using the alternative uses test, where children were asked to produce multiple uses possible for an object (e.g., a paper clip) (Honghong et al., 2021). Perceptual and affective perspective taking was measured using the ‘Perspective taking Test for Children’ (PTC) (Aslan & Köksal-Akyol, 2016). The perceptual task asked children to predict what the protagonist observes in the illustrations, while affective asked them to predict emotions of protagonists with facial expressions removed in the illustrations. A working memory test (WPPSI) was also implemented to control individual differences. We conducted a multiple linear regression analysis with perspective taking as the outcome variable and creative thinking as the predictor variable, controlling for age in months and working memory.
Branding for Bands: A Research-Based Workbook for Artist Collaboration and Visual Identity
Presenter: Calvin Hutchcraft, Design Arts
Sponsor: Abbey Kleinert
Format: Poster, 10 a.m. - 12 p.m.
Branding for Bands is a research-based DIY styled workbook designed for independent and local musicians to solidify their visual style. This informative booklet breaks down key branding principles—logo design, typography, album art, and merchandise—into accessible steps, helping artists develop a cohesive identity without compromising creative autonomy. The workbook also serves as a bridge between musicians and visual artists, providing collaborative exercises that expand design possibilities while maintaining the artist’s vision. Through industry research, case studies, and hands-on exercises, Branding for Bands offers musicians with the tools to craft a compelling and authentic brand identity.
The Locker - Visual Sports Statistics app
Presenter: Jake Johnson, Design Arts
Sponsor: Abbey Kleinert
Format: Poster, 10 a.m. - 12 p.m.
The Locker is a sports statistics application designed to provide a more visually engaging experience for fans. This project is based on my research into how a team’s visual identity can be modernized while preserving its historical legacy. By analyzing trends in sports branding and user experience (UI/UX) design, I created an interface that seamlessly integrates historical sports brands with contemporary aesthetics. The app presents statistics in an intuitive and interactive format, prioritizing clarity and engagement over traditional text-heavy layouts. Through strategic typography, color schemes, and graphical elements, The Locker enhances data visualization, making complex stats more accessible and enjoyable for users.
Social Workers & the Politicization of Mental Illness
Presenter: Rowen Kilawee, Master of Social Work
Sponsor: Corinna Heindel
Format: Poster, 10 a.m. - 12 p.m.
As both mental health practitioners and advocates of social justice, social workers find themselves in a unique position among the psy-professions. Our person-in-environment perspective behooves us to consider encroaching risks to the profession's understanding of mental illness as a public health issue which is resolvable through political action and advocacy. Prominent critical theorists have outlined an ongoing process of depoliticizing mental health that has been facilitated by an ideological hegemony of Neoliberal policy over the past half-century, and undermines our profession’s core concepts of mental health and wellbeing; the core values of our profession designate social workers with the solitary role of challenging the ongoing political and economic processes of capitalism which have captured the psy-professions and our methods of care.
Utilizing Artificial Intelligence to Make the Hiring Process More Efficient
Presenter: Lyndsi Laufenberg, Management, Minor in art; Jenna Harrington, Business; Riley Wood; Ana Aphayrath; Irene Ryan
Sponsor: Kristopher Purzycki
Format: Poster, 10 a.m. - 12 p.m.
This project aims to help Human Resource (HR) departments understand the benefits of using Artificial Intelligence (AI) in hiring. AI can make the hiring process faster, fairer, and more effective, saving time and money while finding better matches for job openings. Key benefits of using AI in hiring include efficiency, objectivity, cost savings, and more qualified candidates. AI is becoming more popular in many fields, while we focus on HR, and can cut down the time and cost of recruiting new employees by handling repetitive tasks like sorting through resumes, reaching out to candidates, and freeing up HR professionals to focus on more important tasks. Speeding up the hiring process can be achieved by using AI. AI can help reduce bias in hiring by focusing on skills and qualifications rather than personal characteristics. Using AI will cut down the cost associated with recruitment. Better matches are found as AI can analyze data to identify candidates who are the best fit for the job. However, it's important to research and understand the potential downsides, such as bias in AI, privacy concerns, and taking out the human element of hiring. AI can be biased if it picks up the biases of the people who created it or the data it learned from. Privacy concerns can arise from the use of candidates' data in AI systems. AI might reduce the human touch in hiring, leading the hiring process to not be personable. By understanding both the benefits and potential concerns, HR departments can make informed decisions about integrating AI into their hiring processes.
Examining The Relationship Between Emotional and Cognitive Executive Function
Presenter: Justin Leuck, Psychology
Sponsor: Sawa Senzaki
Format: Poster, 10 a.m. - 12 p.m.
The purpose of this study was to investigate the relationship between a child’s performance on emotional and cognitive executive function tasks. Emotional executive function can be defined as one’s ability to ignore impulses to maximize the benefits of a task (Scheres et al., 2006). Cognitive executive function can be defined as one’s ability to divert their attention in a flexible way that allows them to complete a task with changing rules (Zelazo, 2006). A temporal discounting task (TD) and a probabilistic discounting task (PD) were used as a measure of emotional executive function, where the subjective value of the large reward decreased as the wait time increased, or as probability decreased. In the TD task, the large reward of 10 cents was varied in the length of the delay (0s - 30s), and the immediate small reward varied in value (0-10 cents). In the PD task, the likelihood of receiving a large reward varied between 0.25, 0.5, 0.75, and 1.0, and the value of the immediate reward varied between 0 and 10 cents. Additionally, a dimensional card change sorting (DCCS) task was administered where children were asked to sort a series of cards in terms of color and shape as a measure of cognitive executive function. In the first trial, the cards were sorted strictly by color, in the second trial they were sorted by shape and in the last trial the sorting was mixed between color and shape. We measured how accurately the children were in adapting to the changing rules of the task. We have collected the data from xxx children, ages 6 to 9, we are going to be examining the correlation between the results of the two tasks.
Bridging Barriers: How Hispanic-Serving Institutions Support First-Generation Hispanic Students in Overcoming Financial, Cultural, and Academic Challenges
Presenter: Luli Martinez, Organizational Leadership Business Emphasis
    Sponsor: Cindy Johnson
    Format: Poster, 10 a.m. - 12 p.m.
    First-generation Hispanic students often face financial struggles, cultural expectations, and academic challenges that can make college difficult to navigate. Hispanic-Serving Institutions are designed to support these students, but their effectiveness varies. This study examines how HSIs provide financial aid, academic resources, and mentorship to help first-gen Hispanic students succeed. By analyzing institutional data and case studies, this research highlights best practices and identifies areas for improvement. The goal is to understand how HSIs can better support students and improve graduation rates, ensuring more equitable access to higher education.
Evaluating the effectiveness of Biochar from Invasive Plant Species and Waste Biomass for remediating PFAS-contaminated soils, a potential to mitigate groundwater contamination using soil column experiment
Presenter: Dennis Nai-Tagoe, Environmental Science and Policy
    Sponsor: Stephan Gunn
    Format: Poster, 10 a.m. - 12 p.m.
    Per- and polyfluoroalkyl substances (PFAS), often referred to as "forever chemicals," pose significant environmental and health risks due to their persistence and bioaccumulation in ecosystems. This study investigates the effectiveness of biochar derived from invasive plant species (Common Reed, Phragmites australis; Common Buckthorn, Rhamnus cathart ica), biosolids from wastewater treatment facilities, and waste wood in adsorbing both short-chain and long-chain PFAS from contaminated agricultural soils. Biochar was produced through pyrolysis at 600°C, and its physicochemical properties such as surface area, porosity, and functional groups were characterized. A flow-through soil column experiment is was for PFAS adsorption performance. Physicochemical analysis revealed distinct differences in biochar properties based on feedstock, which can influence adsorption effectiveness. This study highlights the potential of using biochar from invasive species and other organic waste materials as a sustainable strategy for mitigating PFAS contamination, offering dual benefits of pollution remediation and ecological restoration. Recommendations for future research and implications for environmental policy and agricultural practices are also discussed.
Optimizing Transportation Solutions In Green Bay: A Policy Analysis
Presenter: Grace Nelson, DJS and Political Science
    Sponsor: David Helpap
    Format: Poster, 10 a.m. - 12 p.m.
    The Green Bay Metro faces challenges of inefficiency and underutilization. According to the 2023 Annual System Review, ridership faced a sharp decline due to the Covid-19 pandemic, with a 60% drop between 2019 and 2021 (Green Bay Metro 2023). However, even before the pandemic, ridership was lower than other similar-sized cities, such as Peoria, Illinois, which had nearly double the trips in 2018 (CityLink 2019). Additionally, the system is perceived as a waste of resources due to its low efficiency and lack of accessibility. One issue raised by a 2018 Mobility Management survey, is the limited scope and frequency of routes. This survey revealed that many residents do not use public transportation because it does not go where they need it and does not service at needed times/days (Mobility Management 2018). In response to these issues, the Green Bay Metro has made several adjustments, including microtransit services and route restructuring. However, these efforts have yet to result in substantial ridership growth for fixed route services (GBM 2023). Possible solutions to address these problems include expanding routes, expanding service times, and increasing microtransit options while potentially reducing fixed-route services. Expanding routes could enhance accessibility, particularly for underserved areas like Howard, Bellevue, and East De Pere, but the efficiency of this approach is uncertain given current ridership patterns (GBM 2023). Extending service times, especially on Sundays, has also been suggested by survey respondents (2018). However, there is little evidence that this would significantly boost ridership. A more promising solution is increasing the microtransit system, which has proven successful in reducing travel times and operating costs while improving service efficiency (GBM 2023). The evaluation of these alternatives focuses on effectiveness, efficiency, and community acceptance.
The Effects of Ethanol Extracts of Echinacea Purpurea on Superoxide Anion Production by the Human Neutrophil cell line, HL-60
Presenter: Paige Pirocanac, Human Biology; Callie Hubatch, Human Biology; Brook Rait, Human Biology; Erica Barlament, Human Biology
    Sponsor: Brian Merkel
    Format: Poster, 10 a.m. - 12 p.m.
    Echinacea purpurea (E. purpurea) is a widely used herbal supplement, believed to enhance immune function and help combat upper respiratory tract infections, such as the common cold and influenza. Previous studies in the Merkel lab have shown that 55% ethanol extracts of E. purpurea stimulate the production of the antimicrobial mediator, superoxide anion, by HL-60 cells. The compounds responsible for this immunostimulatory effect and the impact of other ethanol extracts on superoxide anion production remain a focus of ongoing study. Moreover, the potential therapeutic benefits of E. purpurea in alleviating respiratory infections, based on its effects on superoxide anion production, are still not fully understood.
Vitamin D and Cancer: Shedding Light on Gene Polymorphisms in Ovarian Cancer Cells
Presenter: Josephine Schmitt, Human Biology
    Sponsor: Georgette Heyrman; Debra Pearson
    Format: Poster, 10 a.m. - 12 p.m.
    Ovarian cancer, though rare, is one of the deadliest gynecologic malignancies due to its late-stage detection and high recurrence rate. Dietary habits influence cancer risk due to an increase or decrease of nutrient intake. Nutrients including vitamin D have been shown to influence cancer development, including ovarian cancer. Calcitriol is the bioactive form of vitamin D and has potential anti-cancer properties, including its ability to regulate cell proliferation, apoptosis, and invasiveness, which makes it a promising candidate for further study. Its effects are mediated through the vitamin D receptor (VDR), whose function can be influenced by single-nucleotide polymorphisms (SNPs) in the VDR gene. Genetic variation of SNPs in the VDR gene may impact how the body absorbs and utilizes vitamin D, potentially affecting ovarian cancer outcomes. Past research in the lab demonstrated the ovarian cancer cell lines, OVCAR3 and OVCAR4, have distinct growth response profiles to calcitriol. We hypothesize the difference in growth response in these two cell lines could be influenced by variation in the VDR gene. To elucidate the VDR gene alleles present in OVCAR3 and OVCAR4 cell lines, we employed a restriction fragment length polymorphism assay of 4 SNP sites in the VDR gene; the Fok-I, Taq-I, Apa-I, and Bsm-I. Genetic variation was detected between the ovarian cancer cell lines. Correlations between SNP alleles and calcitriol responsiveness reveal OVCAR3 has a heterozygote genotype at the Fok-I SNP, which is consistent with the increased responsiveness to calcitriol compared to OVCAR4. Future studies will investigate the expression of VDR in the cell lines and further genetic analysis of additional genes responsible for metabolizing vitamin D to understand how genetic variation can influence nutrient metabolism and cancer in cells.
A Qualitative Inquiry of First Responders’ Use of Mental Skills
Presenter: Zoey Tabor, Psychology
    Sponsor: Chelsea Wooding; Joanna Morrissey
    Format: Poster, 10 a.m. - 12 p.m.
    This study explores first responders’ use of mental skills, including police officers, firefighters, and EMTs/paramedics. These professions are highly stressful, leading to higher rates of depression, cardiovascular disease, and anxiety when compared to the general population (Lockie & Dawes, 2024; Land & Guan, 2022). Stress in first responders is associated with impaired judgment, higher absentee rates, decreased job satisfaction, increased risk of injury, burnout, and premature retirement (Land & Guan, 2022). With research showing that work stress negatively impacts performance in various ways (i.e., physiologically, cognitively, emotionally, and behaviorally; Page et al., 2016), mental skills can reduce stress and improve the performance of law enforcement officers. The role of mental performance in enhancing psychological functioning and work performance remains underexplored. Despite clear needs, few studies have examined what mental skills first responders currently use. Raabe et al. (2021) called for more research to understand how first responders optimize mental qualities and which techniques are most effective for them. Furthermore, with the known stressors regarding work in first responders, Casanova et al. (2020, p. 11) state that “it is of the utmost importance to develop preventative programs to buffer adverse outcomes. In our study, participants were interviewed about their roles, preparation, definition of success, mental training, and self-care. The aim is to identify the mental skills used by first responders and assess their effectiveness in order to create evidence-based suggestions for future mental performance programs tailored to first responders.
Coastal Wetland Bird Habitat Associations in the Laurentian Great Lakes Region
Presenter: Whitney Tank, Masters in Environmental Science
    Sponsor: Dhanamalee Bandara; Erin Giese
    Format: Poster, 10 a.m. - 12 p.m.
    Wetlands are facing significant decline in both quantity and quality, showing the urgent need for effective conservation strategies. Marsh-obligate birds, due to their sensitivity to habitat changes, can be used as indicator species for assessing wetland health. The goal of our study is to investigate the relationship between breeding marsh birds and localized habitats across the Great Lakes region, utilizing data collected by the Great Lakes Coastal Wetland Monitoring Program from 2011 to 2024. Focusing on species with the highest detection rates—such as Sora, Virginia Rail, Pied-billed Grebe, and Marsh Wren—the analysis examines how habitat features like emergent vegetation, open water, tree cover, agriculture, and human development influence bird abundance. We used Poisson regression models developed in RStudio to identify key habitat variables that shape bird communities across these wetlands. Our findings can be used to inform the development of more refined indicator models and support wetland management strategies that balance the needs of a range of species, help prioritize wetlands for protection, and guide habitat modifications to enhance habitat for breeding marsh birds.
Social Media Impact on Adolescent mental health
Presenter: Dara Thon, Accounting; Matthew Thon, Finance; Nathan Thao, Finance
    Sponsor: Kristopher Purzycki
    Format: Poster, 10 a.m. - 12 p.m.
    Our mission is to explore the negative and positive impacts that social media poses to the mental health of this generation's adolescents. Evidence suggests that excessive use of social media may lead to adverse effects such as anxiety, depression, and diminished self-esteem among adolescents. We wish to bring light and awareness to this topic as it has become increasingly prominent in today's digital era.
Rumple Buttercup and the Literal Art of Whimsy and Wonder
Presenter: Mariah Ulrich, English with an emphasis in Education
    Sponsor: Valerie Murrenus Pilmaier
    Format: Poster, 10 a.m. - 12 p.m.
    "Rumple Buttercup: A Story of Bananas, Belonging, and Being Yourself," written and illustrated by Matthew Gray Gubler, is a children's book that embraces the idea that everyone is weird, and that's perfectly okay. The illustrations are skillfully blended with the text, combining whimsy and heart to express a theme of individuality and self-expression in the face of insecurity. The departure from the more typical theme found in children's literature of "everyone is beautiful" is emphasized by a dedication to the weirdness reflected in its distinctly crude illustrations and charming easter eggs hidden throughout the pages. Rumple doesn’t encourage readers to ignore their insecurities; he invites them to celebrate and embrace them. This idiomatic approach to children's literature establishes a new precedent for celebrating selfhood and accepting every part of yourself—even if you have three strands of hair, five crooked teeth, green skin, and a left foot that is eleven percent larger than your right.
The Barriers of Breaking Poverty in America
Presenter: Zana Westphal, Democracy and Justice Studies
    Sponsor: Jon Shelton
    Format: Poster, 10 a.m. - 12 p.m.
    It is no secret that poverty in the United States is on the rise and has been for many many years. People who work two jobs, have an education, want to have a higher education, kids growing up with a single parent, single parents themselves, generational poverty, many different circumstances and situations within people living in poverty. Why is it so hard to escape poverty in the United States? This is the question we will be looking at and the barriers that make it so hard to get out of the situation of poverty. Things like Human Capital, housing, and low wages are just a few to name and can be direct connections to ones inability to escape poverty here in the United States. With America being a first world country, one would think we could come up with better solutions for poverty.
A Modular Tool Enabling On-Site Customization of n-DoF Robotic Manipulators in Space Missions
Presenter: Ethan White, Mechanical Engineering
    Sponsor: Md Rasedul Islam
    Format: Poster, 10 a.m. - 12 p.m.
    Space missions frequently encounter unforeseen challenges or tasks demanding the rapid deployment of robotic manipulators. Given the dynamic nature, evolving priorities, and extraterrestrial environments of such missions, the need for on-site built robotic manipulators becomes apparent. The capability to develop manipulators on-site instantly enhances mission flexibility, allowing astronauts to efficiently adapt to evolving objectives. A crucial phase in the development of a robotic manipulator is the development of dynamics, as it plays a pivotal role in the design, control, and optimization of payload handling within robotic systems. To address this need, a computational tool for analyzing the dynamics of a robotic manipulator was developed. The motivation behind creating such a tool lies in the practicality of having an on-site resource. This tool will empower an astronaut to swiftly customize design, analyze manipulator dynamics in real-time to build on-site manipulators, facilitating adaptive problem-solving or modification of manipulators to meet mission objectives. The availability of a dedicated tool enables astronauts to customize manipulator designs promptly, aligning them with the dynamic requirements of the mission.
Plaza de las Américas.
Presenter: Sophia White, Environmental Policy and Planning
    Sponsor: Daniel Roarty; Marcelo Cruz
    Format: Poster, 10 a.m. - 12 p.m.
    Green Bay, Wisconsin has long been a city lacking in diversity, with a majority White population. However, it has been experiencing a transformative cultural shift over the past two decades. Since 2000, the Latino population in the Green Bay area has more than doubled and continues to grow exponentially. They have settled predominantly on the near East side of the city. From businesses to local art, the Latino influence is on display, enriching the city’s cultural tapestry. Recognizing this, the city has initiated the creation of a formal cultural district, Plaza de las Américas. This project aims to establish the district’s main plaza, guided by three goals: (1) to celebrate and authentically represent Green Bay’s Latino community and its cultural diversity, (2) to design a flexible space capable of hosting a multitude of events, and (3) to revitalize an existing structure. These objectives were achieved through collaborative efforts with residents, local business owners, and non-profits to identify community needs. The chosen site, a vacant bank building, was transformed into a pavilion structure and community center. The design integrates classical elements of a traditional plaza with artistic influences rooted in Latino heritage, creating a vibrant, flexible, and inclusive public space.
Anthocyanin-Rich Tart Cherries May Enhance Intestine Epithelial Barrier Integrity in Estrogen Deficient Model
Presenter: Eiken Xiong, Human Biology with emphasis in Nutrition Science/Dietetics; Allie Mayhew, Human Biology with emphasis in Health Science
    Sponsor: Jennifer Downard
    Format: Poster, 10 a.m. - 12 p.m.
    The gut microenvironment has a major impact on systemic health, and intestinal permeability can influence the health of gut microenvironment. Therefore, impairment of proteins that play a role in regulating permeability of the intestine epithelial barrier, such as tight junction proteins, may negatively impact systemic health and chronic disease risk. Our lab and others have demonstrated that estrogen signaling plays a role in maintaining the intestine epithelial barrier, with inhibition of estrogen signaling resulting in decreased expression of tight junction proteins. Phytochemicals, including anthocyanins, have been explored for their ability to enhance the health of the gut microenvironment. Therefore, the purpose of this study was to determine if anthocyanin-rich tart cherries (Prunus cerasus) were protective of the intestine epithelial barrier integrity in an estrogen-inhibited cell culture model. Human colorectal adenocarcinoma (CaCo-2) cells, in which estrogen signaling was inhibited, were treated with increasing doses of an extract from tart cherries. The extract was prepared from locally grown freeze-dried tart cherries dissolved in cell culture media. Treatment doses were determined based on results from a preliminary dose response cytotoxicity experiment. Protein was extracted following 24 hours of treatment, and a Western Blot was run to quantify the tight junction protein junctional adhesion molecule A, or JAM-A. The tart cherry extract significantly increased the relative abundance of JAM-A at doses of 25 µg/ml and 250 µg/ml. These preliminary findings suggest that tart cherries can be protective of the intestine epithelial barrier when estrogen signaling is impaired. Identifying dietary components that improve the health of the gut microenvironment is important in identifying natural therapeutic strategies to enhance overall health.
Differences in behavior and visual attention to moving objects between student-athletes and non-student-athletes
Presenter: Kohyo Yamada, Psychology
    Sponsor: Sawa Senzaki
    Format: Poster, 10 a.m. - 12 p.m.
    Visual attention has been widely studied in cognitive psychology, particularly in relation to emotional responses to visual stimuli, such as unpleasantness or surprise, which influence pupil dilation (Henderson et al., 2018). This study aims to investigate the relationship between visual attention and behavior in student-athletes and non-athletes. Previous research has shown that athletes demonstrate a greater cuing effect, responding more quickly to targets in cued locations compared to non-athletes (McAuliffe, 2004). Additionally, athletes have shown superior attentional control, making more frequent and longer fixations on target areas while ignoring irrelevant ones (Styrkowiec et al., 2024). However, previous studies have focused on visual attention to single targets, leaving the interaction of athletes' and non-athletes' attention to multiple objects largely unexplored. In this study, we examine visual attention and pupil dilation among student-athletes and non-athletes using an oddball task and a rhythm task requiring attention to multiple targets. We will analyze the relationship between eye-tracking data (attention and pupil dilation, collected using Tobii Pro Lab) during the oddball task and performance data (accuracy and reaction time) during the rhythm task. The study will involve 100 college students (50 student-athletes and 50 non-student-athletes). Student-athletes will be those who engage in team sports for at least 200 minutes per week, while non-athletes will include students with little or no recent athletic experience. We plan to use t-tests to compare pupil dilation and fixation areas during the oddball task, and performance measures (accuracy and reaction time) during the rhythm task. The Bonferroni method will control for family-wise error. Multiple regression will then be applied to explore the relationship between pupil dilation and behavioral performance, comparing student-athletes and non-athletes.
Salamander Surveying in the Wabikon State Natural Area
Presenter: Jack Zamzow, Biology
    Sponsor: Amy Wolf
    Format: Poster, 10 a.m. - 12 p.m.
    The goal of the study was to collect microhabitat data on salamanders found on the ForestGeo Wabikon Forest Dynamics Plot during the summer months of 2024. The focal species of the survey was the Four-toed Salamander (𝘏𝘦𝘮𝘪𝘥𝘢𝘤𝘵𝘺𝘭𝘪𝘶𝘮 𝘴𝘤𝘶𝘵𝘢𝘵𝘶𝘮), however data were collected on all salamanders found.
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