I am broadly interested in trait evolution, physiology, and conservation. As a PhD student in the Funk lab, I am part of a diverse team working towards uncovering patterns in vulnerability across elevation gradients in tailed frogs.

I work at the intersection of behavior, evolution, and neuroscience to study how decisions are made between alternative mating strategies in the Trinidadian guppy

I am an aquatic ecologist. I use biota (primarily insects) to look at response to disturbance in stream ecosystems. I am particularly interested in "life below the flow" or invertebrates living in the hyporheic zone.

Second-year MS student addressing questions about the evolutionary loss of middle ears in amphibians. Previously worked on bio-inspired engineering projects and is now an aspiring functional/quantitative morphologist and biomechanist.

I am a PhD student in the Graduate Degree Program in Ecology co-advised by Meena Balgopal and Greg Newman. My research focuses on how citizen science projects may or may not result in desired project outcomes.

I study pulse/press resource dynamics in grassland plant communities.

I am a PhD candidate in Cell and Molecular Biology. My research is done in Dr. Garrity's lab where we study embryonic heart development using a zebrafish model.

First year PhD student in the Graham Peers lab

I study how grasslands respond to altered precipitation patterns as a result of climate change. Specifically, my research focuses on how more frequent deluges (large rainstorms) will affect ecosystem processes in the shortgrass steppe of Eastern Colorado.

I am interested in biogeochemical nitrogen (N) cycling and the N transformations that generate or consume the potent greenhouse gas, nitrous oxide (N2O). I primarily use stable isotopes to address my research questions, which broadly correspond to better understanding the environmental factors that control microbial N2O emissions.

I am interested in mutation in genomes of endosymbiotic origin (i.e. organelle genomes). Mutation rates in organelle genomes often vary dramatically compared to the mutation rates experienced by the nuclear genome. Understanding what drives this difference is the primary focus of my research.

A PhD candidate student in Dr. Dan Sloan's lab studying the effects of mitochondrial gene loss by utilizing new RNA sequencing technologies and a biological system that is undergoing rapid mitochondrial tRNA gene loss.

I am a PhD student in the Garrity Lab whose research centers on diversity, equity, and inclusion in science. I also partner with the Amplify Learning Community at CSU, which is a co-curricular residential community, to support and mentor students with marginalized identities in STEM fields.

After teaching middle and high school science for 25 years, I am taking on a new challenge. I research how teachers use place-based education curriculum to teach ecological concepts.