Biodiversity through space, time and sound: Investigating scale of effect, fragmentation and matrix quality in the Atlantic Forest.
This research investigates the long-term ecological consequences of habitat fragmentation and matrix quality on biodiversity in Brazil’s Atlantic Forest, a global biodiversity hotspot critically threatened by anthropogenic change. This research also aims to disentangle habitat loss and fragmentation.
The effects of landscape heterogeneity on butterfly richness, abundance, and community composition across an agricultural to exurban gradient.
Jun. 2023
Working with Dr. Amelie Davis examined the effects of fragmentation through landscape heterogeneity on butterfly community composition. With habitat area held at a constant, we looked at an exurban gradient across an agricultural background in southwestern Ohio, USA.
*Manuscript in preparation
Identifying and analyzing growth patterns of mature secondary forests in the Atlantic Forest, Brazil
Dec. 2023
A proof of concept for identifying tree height specifically to track secondary growth in the Atlantic Forest, Brazil. We will continue to develop methods and plan to publish early next year under Dr. Florencia Sangermano, Geography Department, Clark University.
*Completed for class work in Advanced Raster class in the Geography Department, Clark University.
Miami University's Advanced GIS students created this HUB to assist Morgan Township and OKI with generating GIS web apps, data, and content to support the updated Comprehensive Plan and Land Use Plan. This site provides easy access to maps and information to various audiences, visualizations for zoning, and an interactive application encompassing the township's rural character.
Individual Contribution:
Collecting and creating an interactive map to display all available GIS data for Morgan Township, as well as address different audiences needs by providing topic specific tabs containing appropriate layers. Also providing the structure and design for HUB.
Geographic assessment of landscape vulnerability to climate change (2020)
Independent Study
We piloted a GIS-based study to examine vulnerability to climate change among different geographic provinces. By defining land forms based on geometry, land use/cover, climate, and other factors we attempted to determine regions of potential vulnerability for species inhabiting these regions to climate change.
Clean Water Institute: Research Assistant and Intern
We completed lab and field analysis of basic water chemistry: DO, pH, TDS, Conductivity, Alkalinity. In addition to biotic sampling for stream macroinvertebrates and electrofishing for stream fish. Our team also aided Pennsylvania Fish and Boat Commission with data collection for Unassessed Waters Initiative. As well as assisting with educational outreach for middle and high school students
Learn more about CWI
Collecting data for Pennsylvania Fish and Boat Commission's Unassessed Waters Initiative
Preparing collection of stream macroinvertebrates
Presenting at Bucknell University, River Symposium, 2020