Understanding links between a species’ migratory behavior, wing morphology, and foraging strategy can provide insight into factors driving the evolution of behavioral and ecological responses. The first chapter of this thesis examines the use of a river corridor as a migratory guide for bats. Results indicated no seasonal movement along the Missouri River corridor, indicating that the river was not being used as a key feature for migration. These results align with other recent studies. The second chapter examined the impacts of foraging habitat on wing morphology in two bat species. Expected differences between species were found in the wing shapes of the study species. No biologically significant differences were identified within species across different habitats. High gene flow and preferential habitat use may explain this. The results of these studies build upon past work on bats in North Dakota and provide insight into the behavior and morphology of bats.