I am passionate about teaching, and using evidence based teaching practices within my courses. My interest in education started while obtaining a teaching certificate in secondary science education. I have married my love of teaching and research through the scholarship of teaching and learning (SoTL). Currently I am investigating how collaborative assessment influences student engagement in upper division geography courses. I am involved in the Tennessee Teaching and Learning Center, which provides opportunities to connect with other SoTL practitioners through faculty book clubs, writing retreats, and experiential learning workshops.
My early impressions of land cover come from growing up in the central Great Plains. The vast expanse of wheat fields and prairies sparked my interest understanding the influences that agriculture had on the physical landscape. For example, I explore how, and why, native hay meadows persist within the larger grassland landscape. Native hay meadows are considered a low-input, high-diversity (LIHD) land cover type. These LIHD land cover types are of research interest because they do not require fertilizer or herbicide application for forage production, and are important reservoirs of biodiversity. LIHD land cover types are considered more sustainable than the high-input, low-diversity (HILD) land cover types, such as non-native tall fescue (Schedonorus arundinaceus). Tall fescue produces higher forage yields, but at higher monetary and environmental costs due to required fertilizer and herbicide inputs. Unfortunately, much of the native eastern grasslands, have been converted to tall fescue.
Contact InformationDr. Melissa Hinten
Ph.D., University of Oklahoma
408 Burchfiel Geography Bldg.
Knoxville, TN 37996-0925 Phone: 865-974-2418
I employ community ecology field methods, such as nested plots to analyze environment gradients and their relationship to species richness and abundance. I construct geodatabases of land cover data layers digitized from remotely sensed data, such as NAIP county mosaics, to geospatially analyze land use change. In conjunction with the field and GIS methods, I use qualitative data to provide understanding of human-environment interactions within the landscape. Examples of qualitative data I use include agricultural experiment station reports, public land survey records, and Commissioner for Indian Affairs reports.