Vegetation plays a key role in hydrological processes through its influence on physical and chemical watershed processes. Restoring well-functioning plant communities is, therefore, a critical component of the Miller Run Watershed Restoration Project.
While the primary purpose of the project is to improve watershed function, it also represents an opportunity to further some of the goals set out in the
Campus Environmental Assessment, including the establishment of on-campus natural areas and promoting environmental sustainability.
To take advantage of this unique opportunity, I completely redesigned GEOG 332 (Evolution, Ecology, and Human Impact) turning the first half of the semester into a crash-course on basic ecological principals and ecological restoration and devoting the second half to carrying out the actual project.
The specific project goals for the restoration project are to:
- Reduce runoff and increase infiltration by restoring more natural vegetation to upland sites and creating wetlands to enhance water quality and hydrologic function;
- Maximize plant and animal diversity, create teaching, research, and recreational opportunities, and enhance aesthetic values; and
- Minimize material and energy inputs and costs and offset increased demands on Facilities staff as campus maintenance requirements expand to include the 13-acre Abbey Lane site.