Christopher Fan Email & Phone Number

United States

Storrs, Connecticut, United States

As an undergraduate research assistant in the Landscape Biogeochemistry Lab, I analyzed gas fluxes in coastal marshes. Using R, I created detailed plots illustrating long-term temporal trends of greenhouse gases and porewater chemistry under current conditions without management interventions. This work serves as a baseline for future lab studies exploring the impacts of various salt marsh management strategies, enabling comparisons to assess the effectiveness of management strategies.

Solomons, Maryland, United States

Conducted a comprehensive research project in the Harris Lab, focusing on the accuracy comparison between cost-effective tilt meter water velocity readings and the widely used, more expensive acoustic Doppler current profilers within a mesohaline system. Collected and analyzed water velocity and quality data at a restored oyster reef, exploring the intricate relationship between these parameters. Gained valuable lab skills including water quality sonde calibration and water sample filtering. Acquired extensive fieldwork experience in collecting water samples, measuring light attenuation, and gathering water quality data. Presented findings through a scientific poster at the 2024 Maryland Sea Grant REU Symposium.

Boston, Massachusetts, United States

Created and conducted comprehensive surveys of invasive plant species along the Neponset Greenway Trail using ArcGIS, contributing to the understanding and management of environmental threats, while also assisting in surveys to assess public usage patterns and preferences, providing valuable insights for future greenspace development. Actively engaged in community meetings to foster meaningful dialogue and build connections with local neighborhood associations, incorporating diverse perspectives into environmental planning initiatives to improve access to greenway spaces.

Newburyport, Massachusetts, United States

Continued a comprehensive research plan investigating the vulnerability of three salt marshes on the Northeast coast of Massachusetts using Mass Audubon’s Salt Marsh Science protocol, contributing to the addition of extensive vegetation and health data, and showcasing research findings at Mass Audubon’s Early Careers Program symposium.

Newburyport, Massachusetts, United States

Executed an in-depth research plan to investigate the vulnerability of salt marshes at Mass Audubon’s Rough Meadows Wildlife Sanctuary, utilizing observational surveys, transects to identify vegetation cover, and ArcGIS for comprehensive data collection and employing statistical methods such as ANOVAs for thorough analysis. I was then selected to present the detailed research findings at the New England Estuarine Research Society, demonstrating experience in environmental research and effective communication skills.

Medford, Massachusetts, United States

Provided individualized academic support to students in a fast-paced, deadline-driven environment, fostering a positive learning atmosphere by promoting a growth mindset and emphasizing hard work. Demonstrated strong time management and organizational skills in handling multiple assignments and grading responsibilities.

Winchester, Massachusetts, United States

Impartially enforced rules and regulations as a junior umpire, ensuring a safe and enjoyable environment for all participants. Developed strong communication and conflict-resolution skills through effective interactions with players, coaches, and other umpires. Exhibited a strong work ethic, adaptability to changing game situations, and a commitment to promoting sportsmanship and fair play.

Bachelor Of Science - Bs, Environmental Science

Activities and Societies: Vice President of Soil & Water Conservation Society, EcoHouse Learning Community, Club Ultimate, Farm Club

High School Diploma

Activities and Societies: Ultimate, Tech Crew, Connect & Commit Club, Tri-M Honor Society