Geography ETDs
Publication Date
Summer 7-29-2025
Abstract
Story maps, a powerful tool for communicating environmental narratives, are often commercial and lack many interactive functions. We integrate a data-driven and interactive geovisualization within an open-source story map created from high-attribute citizen science datasets. This story map creates a backend programming infrastructure for accessible, open-source science communication tools. Our story map intuitively communicates the findings from our web map application (app) portion of the story map to the public and helps reveal findings from the iNaturalist datasets. Albuquerque, New Mexico, United States is a demonstrative case study, but our tools can be flexibly adapted to other cities. Geovisualizations revealed that urban biodiversity was highly represented in areas with conserved natural features and managed natural areas. We strategically leverage interactivity through geovisualization to reveal geospatial patterns using our open-source story map. We hope that our new story map programming infrastructure will inspire scholars to communicate science through open-source tools.
Degree Name
Geography
Department Name
Geography
Level of Degree
Masters
First Committee Member (Chair)
Dr. Liping Yang
Second Committee Member
Dr. Chris Duvall
Third Committee Member
Dr. Maria K. Lane
Document Type
Thesis
Language
English
Recommended Citation
Slack, Katie. "Citizen Science Helps Monitor Urban Biodiversity: an Interactive, Data-driven, and Open-source Perspective." (2025). https://digitalrepository.unm.edu/geog_etds/85