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Old Fashioned Library

High Impact Practice

Research

Unmasked: Epidemiological Diseases and Preventative Measures and How it Reflects Opinions of Communities

IDH1041: Honors Core 2

This paper discusses the persistent threat of diseases throughout history, emphasizing the role of collective action to prevent the spread. As an anthropology student, I understand why some individuals sometimes resist participation in measures aimed at disease prevention, particularly evident during the recent COVID-19 pandemic. The focus is on exploring how communities respond to epidemiological disasters and why people may reject or downplay the effectiveness of preventive measures. I analyze historical and contemporary accounts of disease and their impact on individuals and communities to uncover insights into attidues toward disease prevention. The goal of the paper is to investigate the absence of collective action in American communities and its reflection on community beliefs regarding disease prevention. This paper also includes research on a small population to asses how opinions may have changes after a recent pandemic, offering insights into future responses to similar challenges.

"Forever Natural:
A PFAS Art Project

This project aimed to create a forever "natural" tree to showcase the presence of polyfluoroalkyl substances (PFAS) in the environment and how humans interact with them. Our model uses recycled and donated items found in local parks, beaches, and around the UWF campus. These items are all items that contain PFAS. The decision to make a tree was purposeful to create irony by making something "natural" out of a toxic chemical. To make a tree out of items that contain PFAS is an ironic way to raise awareness of the prominence of PFAS. Our inspiration for the tree was based on the Bald Cypress tree found in the Pensacola area. This project raised awareness and served as a service project to collect trash from local areas. The goal is to generate further conversation and research around PFAS.

A Case Study of Microplastics Contamination in Local Water Source

IDH1990: Natural Sciences

As of 2022, global plastic production exceeds 450 million metric tons annually and is expected to increase by 2–3 percent by 2060. This growth leads to significant environmental and health risks as plastics break down into microplastics (MPs), which are small fragments ranging from 1µm to 5mm. Plastic embrittlement, caused by degradation processes, results in these fragments contaminating water and soil. Plants can absorb MPs from these sources, leading to their accumulation up the food chain and potential human exposure through consumption. This study examines MP concentrations in water samples from the University of West Florida’s community garden to assess possible health risks to students consuming contaminated produce.

Study Abroad

June-July 2023

France, Italy, Spain, Montenegro, Greece

Studying abroad was a transformative experience that broadened my perspective and enriched my personal growth. Immersed in a new culture, I navigated challenges like language barriers and unfamiliar customs, which fostered resilience and adaptability. Engaging with diverse peers and local communities deepened my understanding of global issues and perspectives, making me more empathetic and open-minded. This hands-on learning not only enhanced my academic knowledge but also honed my problem-solving skills and independence, proving to be a pivotal high-impact practice in shaping my future career and personal development.

janosik trip-4.heic

Hogarth Research
Vessel

Spring 2023

Studying on a marine biology research vessel offers a unique and immersive educational experience. Being at sea provides direct access to diverse marine ecosystems, allowing for hands-on learning and real-time data collection. I was able to observe marine life in its natural habitat, conduct experiments, and gather samples that are critical for understanding oceanic processes. The collaborative environment on the vessel fosters teamwork and interdisciplinary learning, as individuals from various scientific backgrounds work together to solve complex ecological questions. This dynamic setting enhances theoretical knowledge with practical skills, inspiring a deeper appreciation for marine science and its vital role in environmental conservation.

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