Visitors to Auburn University will now have an opportunity to experience campus green infrastructure using two newly designed interactive board games. The board games, AubieGo and GI Builder were created by Landscape Architecture graduate students for the Office of Sustainability to invite visitors, students, faculty, and beyond to learn about the green infrastructure stormwater control measures that are integrated into the campus landscape. The games provide a novel way to introduce and communicate the benefits of campus green infrastructure practices to both young and old.
The graduate students are members of the LAND 7900 Interpretive Design—Redesigning the Visitor Experience class, a three (3) hour directed elective taught by Charlene M. LeBleu, FASLA, Associate Professor of Landscape Architecture. “I was asked by the Office of Sustainability and Campus Stormwater Committee to have my students create a brochure for a campus green infrastructure tour,” said LeBleu. “We did design a brochure, but I wanted my students to reimagine green infrastructure education in a different way. Designing and crafting a board game, the playing pieces, and a container to hold all pieces provided a fun and interesting creative challenge!”
The Auburn University Green Infrastructure Team is studying thermal inputs to stormwater systems. The team includes faculty researchers Amy Wright, Horticulture, Mark Dougherty, Biosystems Engineering, Keith Rahn, Building Science, and Charlene LeBleu, FASLA, Landscape Architecture. Graduate Research Assistants include MLA students Andres Orjuela, Student ASLA; Britton Garrett; Rui Wang, Student ASLA; and Ryan Bowen, MLA & Master of Building Science. The research is conducted in the Green Infrastructure Laboratory at the Mike Hubbard Center for Advanced Science, Innovation and Commerce (CASIC) Building. The laboratory provides a controlled environment, and is designed for both wet and dry research. The center was built with funding provided by a grant from the U.S. Department of Commerce’s National Institute of Standards and Technology, and the Alabama Agricultural Experiment Station. The main purpose of this research is to develop design models for standard stormwater control measures that can be used to meet specific effluent temperature standards and to maintain the required thermal regime in a receiving stream. This project hypothesizes that pervious surfaces, turfgrass and rain gardens can be used to mitigate ground level thermal loads in stormwater runoff.