President's Showcase

Erin Tilly she/her

Helen Louis Lee Undergraduate Research Award
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Surveying Apalachicola Bay Intertidal Oyster Reefs: Sediment Organic Matter Composition as a Proxy for Oyster Diet
Supervising Professor: Joshua L. Breithaupt
Erin Tilly is a fourth-year undergraduate student double majoring in Environmental Science and Biology. She has spent the past two years working in the Breithaupt Biogeochemistry lab at the Florida State University Coastal and Marine Lab studying the condition and sediment composition of intertidal oyster reefs in Franklin County, FL. During her time at FSU, Erin became a member of the Gulf Scholars program and presented her work at the 2024 ACC Meeting of the Minds and 2024 Apalachicola NERR Symposium. After completing her undergraduate education in the spring of 2025, she plans to pursue a master’s degree.

Abstract

Oysters are a keystone species that provide ecologic and economic benefits to coastal ecosystems and human communities. The Apalachicola Bay oyster population began declining in 2012, leading to a fishery closure in 2020. Causes of the decline are debated, but alterations in the timing and flow of the Apalachicola River decreased the transport of terrestrial organic matter from the floodplain to the estuary, likely altering sources and quantity of food available to the Bay’s oysters. This study surveyed intertidal reefs at 5 sites along 80 km of the coast to evaluate differences in the elemental and isotopic composition of sediment organic matter (SOM) as a proxy for oyster diet composition. Results indicated significant differences in SOM abundance, ranging from 13% in AH to 31% in EC. Mean C:N varied minimally across sites except for EC, ranging from a low of 5:1 in EC to a high 7:1 in CR. The δ13C values suggested a mostly terrigenous source in IL with a low of -23‰ and a stronger marine, salt marsh or seagrass influence at PC with a high of -17.6‰. Overall, these findings indicate that these sites do vary in SOM abundance and composition, but additional work is needed to tease apart whether this is due differences in the source of the material or post-depositional degradation processes. These results describing the composition of SOM on reefs are being compared with additional physical and biological reef characteristics to determine whether SOM differences are indicative of differences in oyster health and abundance.

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Gladine Lamarre She/Her

Lisa Scott Endowed Undergraduate Research Award
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The Impact of Solitary Confinement on Social Outcomes
Supervising Professor: Dr. Steven Zane
Gladine Lamarre is a dedicated senior at Florida State University, pursuing a dual degree in Political Science and Criminology. As a first-generation Haitian-American from Port St. Lucie, FL, Gladine has navigated her academic journey with a deep commitment to social justice and reform. Her ambition to attend law school is driven by a passion to effect meaningful change in underrepresented and overlooked areas of society. Gladine's research experience has been instrumental in shaping her understanding of contemporary societal issues, laying a strong foundation for her future endeavors. Through her work, she aims to contribute to transformative solutions and advocate for justice and equity.

Abstract

Solitary confinement, a practice with roots in the late eighteenth-century U.S. prison system, has evolved significantly over time. Initially intended to foster prisoner rehabilitation through isolation and reflection, it has faced increasing scrutiny due to its severe mental health impacts. This proposal seeks to systematically review the historical and contemporary debates surrounding solitary confinement and its contributions to recidivism and secondary outcomes such as: psychological effects and societal implications. Historical critiques by figures like Charles Dickens and Alexis de Tocqueville, along with modern critiques from scholars and legal cases, highlight the enduring concerns about its efficacy and human impact. The research hypothesis posits that solitary confinement significantly influences the likelihood of reoffending, with key factors including its duration, demographic variables, and rehabilitative opportunities. By analyzing literature from 1990 to 2023, this review aims to bridge gaps in understanding the broader societal and individual consequences of solitary confinement. The study will use a comprehensive search strategy to include both published and unpublished sources, with a focus on the psychological, social, and economic impacts of prolonged isolation. Insights from this research are expected to inform more humane correctional practices and contribute to discussions on reforming solitary confinement policies.

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Sophia Jusino She/her

I'm not sure if I have a specific location assigned.
Sophia Jusino_headshot (1).jpg

IDEA Grant
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Happine$$ for sale: A Deceptive Journey into the Commodification of Happiness
Supervising Professor: Denise Bookwalter
Sophia Jusino, an artist based in Florida and currently residing in Tallahassee, is pursuing a BFA in Studio Art at FSU, focusing on graphic design and advertising graduating spring 2025. Her versatile practice encompasses various mediums such as Illustrator, Photoshop, printmaking, woodwork, metal sculpture. Sophia's artistic vision revolves around merging digital and 3D elements, with a primary focus on critiquing social-political issues through popular culture and media.

Abstract

This creative research project explores the commodification of happiness in advertising through a satirical art campaign for a fictional company. The project relies heavily on viewer interaction, using irony and absurdity to critique the deceptive practices of modern advertising, particularly the exploitation of socio-political issues for profit. The campaign invites viewers to engage with its interactive elements, including QR codes that lead to a website and social media accounts, immersing them in a provocative narrative that mirrors real-world consumer culture. This engagement is crucial, as it encourages the audience to actively question the ethical implications of their consumption habits and the broader environmental impact of overconsumption. By positioning viewers as participants rather than passive observers, the project aims to provoke a dialogue about the role of advertising in shaping societal values and behaviors. The goal is to advocate for a shift towards more responsible and sustainable marketing practices, using art as a catalyst for change. This work not only critiques existing advertising norms but also offers a new perspective on how creative art can influence the future of consumer culture, emphasizing the importance of conscious and ethical consumption.

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https://initiativestatic.wixsite.com/instatic

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JP Romero Villalaz

Steve Madden
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Developing a high-precision, 3-D printed microfluidic chip for diagnosing risks of heart attacks and strokes.
Supervising Professor: Z. Leo Liu
JP is a senior majoring in biomedical engineering with a minor in Japanese language, from the Republic of Panama. He has been working in microfluidics and thrombosis research for a year under Dr. Leo Liu's tutelage and has experience in working with molecular biology and parasitology.

Abstract

Cardiovascular diseases, such as heart attacks and strokes, are the major causes of death in the US, accounting for 1/3 of deaths annually and causing an excessive economic burden of 10 billion USD per day. Acute arterial thrombosis is a process that causes rapid occlusion of stenotic arteries (e.g., the coronary artery and the carotid artery) and subsequently heart attacks and strokes. Recently, researchers including the Liu Group have developed bio-functional microfluidic devices as diagnostic tools for arterial thrombosis. These devices allow fast diagnosis and screening of patients with high-risk arterial thrombosis, which has the potential to be used as point-of-care devices to guide clinical decisions.
Existing manufacturing techniques for these devices based on photolithography are expensive and time-consuming, which leads to issues scaling up for mass production. Furthermore, photolithography techniques are limited to two-dimensional geometries and are difficult to apply to complex vascular geometries that are often patient-specific. The solution researchers propose is to implement the use of 3-D printing. 3-D printing can quickly prototype complex 3-D geometries with relatively low cost. One issue with this technique is that it enhances surface roughness due to relatively moderate resolution. To solve this issue, surface coating techniques have been strongly considered to improve surface quality in various applications.

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