My research is focused on investigating how vegetation processes affect water flow dynamics and pathways in soil and streams, and conversely, how water flow paths affect vegetation function in mountainous terrain. The ultimate goal is to improve our knowledge of how changes in land-use and/or climate will affect water resources and ecosystems. This interdisciplinary research uses state-of-the-art techniques to reveal patterns and processes at scales ranging from the leaf to the watershed. Some current topics include: evapo-transpiration partitioning using stable isotopes; impact of bark beetle outbreaks on forest water yield in southern Wyoming; and examining the influence of micro-climate on tree function using stable isotope analysis of tree rings.
The Barnard Ecohydrology lab is growing! We are always looking for well-qualified, enthusiastic students to join our group. Undergraduates interested in research experience or potential senior projects should contact Dr. Barnard.
Potential graduate students are encouraged to contact Dr. Barnard in advance of applying to the department to discuss research project and funding opportunities.
"What's New" updated February 2011
Recent Courses Taught
- Fall 2022 GEOG 3511 Intro to Hydrology
- Spring 2022 GEOG 5161 Research Design in Geography
- Fall 2021 GEOG 3511 Intro to Hydrology
- Spring 2021 GEOG 5161 Research Design in Geography
- Fall 2020 GEOG 4371/5371 Forest Geography
- Spring 2020 GEOG 3511 Intro to Hydrology
- Spring 2020 GEOG 5100 Special Topics: Writing and Presenting in Physical Science
- Fall 2019 GEOG 1001 Environmental Systems: Climate and Vegetation