Professor Butler is a Professor Emeritus at Texas state University where he was part of the Geography Department. Though he was in geography, his work was highly interdisciplinary including aspects of geologic, zoologic, biogeographic, and anthropogenic impact. His research is mainly focused around geomorphology of mountains systems. To study this Professor Butler looks at this from the impact of living organisms on shaping the environment as well as how abiotic processes shape ecology.
I find professor Butler's work fascinating for two reasons. The first is that his research is focused around alpine environments. As a mountaineer, I love observing, and trying to understand processes that shape alpine landscapes and the issues that face those areas today. The second reason that I am interested in his work is that the interdisciplinary nature highlights the interconnectedness of systems rather than highlighting any one specific field of study. His research highlights environments that I care greatly about while looking critically at how ourselves and other forces shape these places.
Martin, R., & Butler, D. (2017). A Framework for Understanding Off-trail Trampling Impacts in Mountain Environments. The George Wright Forum, 34(3), 354-367. Retrieved September 11, 2020, from https://www.jstor.org/stable/26452978
This article studies human recreation's impact on soil and vegetation in mountain environments, comparing recreation type, trail type (formal/informal), ecology as well as other factors. The paper finds that human impact is significant and highlights what forms are most harmful as well as the technological and management strategies that may be used to minimize impacts.
Butler, D. (1979). Snow Avalanche Path Terrain and Vegetation, Glacier National Park, Montana. Arctic and Alpine Research, 11(1), 17-32. doi:10.2307/1550456
Butler's article studies and describes the morphology and the ecology specific to avalanche terrain in northwestern Montana. Part of his study looks at the terrain that lends itself to avalanches, such as the slope angle, aspect, geology, topographic prominence and geographic location. The alternate part of his study looks at vegetation types within avalanche paths in respect to avalanche frequency and latitude within the path.