June 4, 2024
Winning papers announced for 2024 Population Health Library Research Awards
The University of Washington Population Health Initiative announced today that four undergraduate students have been honored for outstanding scholarship with 2024 Population Health Library Research Awards.
This award was created in 2017 in partnership with the University of Washington Libraries and is open to undergraduates from all three UW campuses. The projects submitted were completed for either UW course credit or for the Undergraduate Research Program.
The key factors for choosing awardees included the innovativeness of their research hypothesis, the quality of their writing and how well they connected their work to the theme of population health. The following section describes the four awardees, their majors, the titles of their projects and summaries of their projects.
Lindsay Lucenko (Law, Societies, and Justice), "Gender Dynamics in King County Drug Diversion Court: Exploring Experiences and Perspectives"
This research explores the experiences of men and women in the King County Drug Diversion Court, a rehabilitative program for drug-related offenses. Participants undergo a five-phase program with the potential for charge dismissal, but concerns about coercion persist. Participants must maintain sobriety, undergo frequent tests, attend support meetings, communicate with case managers, find employment, and fulfill familial duties.
The study investigates how gender influences these obligations’ fulfillment, especially considering the court’s predominantly male population. Through nine semi-structured interviews, I examined participants’ experiences with the criminal justice system, focusing on gender impacts. Findings reveal nuanced gendered experiences, informing justice system reform. By combining qualitative interviews and existing research, this study sheds light on gender dynamics within the court, contributing to policy and practice for a fairer criminal justice system.
Evelyn Erickson (Chemical Engineering), "Tandem dechlorination and hydrogenolysis of waste PVC plastic into value added chemicals "
Plastic waste is a serious problem with detrimental environmental impacts, within this mixed plastics pose a significant challenge in depolymerization. My project focuses on polyvinyl chloride (PVC), a particularly difficult plastic to break down due to the chlorine atom. Chlorine can poison catalysts and release harmful by products like hydrochloric acid or chlorine gas.
I have been working to dechlorinate PVC and then further break down this waste plastic to form value added products. Once dechlorinated PVC becomes a hydrocarbon and can be treated similar to other waste plastics like polyethylene and polypropylene. This tandem dechlorination and depolymerization occur in a single step through a strong amine base and ruthenium catalyst helping to activate the reaction.
Richer Zhao (Pre-science - Biochemistry), "What are the health outcomes of phytochemical supplements versus fruits and vegetables?"
This research stems from concerns about the efficiency of modern diets, which increasingly rely on supplements rather than natural food sources. I analyzed data and reviewed information to compare the effectiveness of phytochemical supplements and whole fruits and vegetables. The study emphasized that while phytochemicals are used in various therapies, their individual effects cannot be compared to the combined benefits of whole foods based on current scientific developments. I have placed the results in a booklet to be printed and disseminated in the future to enable more people to plan their diets wisely and incorporate phytochemicals flexibly into their daily routines.
Nede Ovbiebo (Public Health-Global Health, Biochemistry), "An Evaluation of Agricultural Safety and Health in Pesticide Application Technology"
The use of pesticides in the Pacific Northwest is essential in the process of safeguarding public health, most notably by mitigating pests, protecting our food supply, and aiding in produce distribution. However, long-term exposure to pesticides can result in illness for those handling the substances as well as their families. Newer methods, such as aerial drone spraying involve the use of emerging technologies that are poised to change the landscape of the agricultural industry and health outcomes of farmworkers.
This project will be assessing thoughts regarding adoption of these technologies. Through the creation of an electronic survey, I will be obtaining a variety of responses from individuals involved in the application of pesticides on farms. I will then analyze responses both quantitatively and qualitatively. The main objective of my research project is to capture the attitudes of the pesticide application technologies to inform policy, regulations, and decision-making regarding their uses.
Please visit our funding page to learn more about these awards.