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Teaching philosophy

My goal as an educator is to create a relaxed but rigorous learning environment that encourages students to ask questions, make mistakes, and think critically. The courses I teach typically include three components: (1) teaching the foundational concepts and material, (2) providing opportunities for students to ask their own questions and direct their own learning on specific topics of interest, and (3) practicing science communication and writing skills. Developing a solid foundation of scientific knowledge is important, but gaining hands-on experience developing questions and hypotheses, designing and implementing experiments, and applying concepts to new problems or questions are vital for getting students invested in their own learning. I want students that leave my classes to have mastered the course material, but also to have gained confidence, critical thinking skills, and enthusiasm for science and nature that they can apply outside of the classroom.

Teaching experience

Critical Zone Field Camp | Konza Prairie Biological Station, Summer 2022-2024
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The Critical Zone Field Camp is a four-day, hands-on summer field camp that takes place annually at Konza Prairie Biological Station for students from Oregon State University, University of Texas El Paso, and El Paso Community College. Students gain hands-on experience with a variety of geological, hydrological, and ecophysiological equipment and are encouraged to develop questions and hypotheses about the ecosystem around them that include both biotic and abiotic processes. Pictured (): students learn to measure electrical resistivity (left), leaf-level gas exchange (middle), and electromagnetic induction (right) in the field at Konza Prairie Biological Station. Other methods / topics covered include soil water suction lysimeters, soil water infiltration, groundwater collection, soil characterization, and plant water potential. This field course is led by Pam Sullivan (OSU), Lin Ma (UTEP), and Jason Ricketts (UTEP).

Plant Physiology Lab | KSU (BIOL 501), Fall 2019-2022

I co-instructed the plant physiology lab from 2019 - 2022 at KSU. In this lab, students took the theory learned in lecture and applied it to real-life ecological questions. They gained hands-on experience using equipment (LI-COR 6400/6800, pressure bomb, porometer, spectrophotometer, etc.) and learned current methods in ecophysiological research. Students also practiced reading and summarizing research articles throughout the semester, and gained experience analyzing data, visualizing data, and then communicating results via written reports and short presentations. Students developed their own research question depending on their personal interests, and wrote a proposal for a study aimed at answering that question. Pictured (): students learn to use a LI-COR 6800 to measure leaf-level gas exchange and CO2 response curves on campus at K-State.

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Savanna Ecology | KSU (BIOL 495-C), Spring 2021

In the spring of 2021, I co-instructed a Savanna Ecology course where students were given a broad overview of savanna ecology. Part of our aim was to peak the students' interest in some aspect of ecology and introduce them to reading/ writing about science. We covered the evolution of C4 grasses and savanna ecosystems, climate drivers, soil nutrients, vegetation, grazers/ browsers, predator-prey dynamics, trophic dynamics, as well as savanna conservation.​ In this course, we utilized a combination of interactive lectures and group activities to keep students engaged and allow them to dive deeper into subjects that interest them. In the summer of 2022, this course was expanded to a 2-week field course in South Africa led by Emily Wedel and Jesse Nippert.

Organismic Biology | KSU (BIOL 201), Spring 2020
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In this lab course, students explore the structure and function of a wide range of organisms, from single-celled bacteria to vascular plants to mammals. The course focuses on phylogenetic relationships between groups of organisms, and a primary goal is to help students understand how different groups are related in the context of evolutionary history. As a teaching assistant in this course, my responsibilities included preparing and delivering short lectures, organizing lab activities, and assisting students as they worked through self-guided labs where they observe and dissect specimens, gain microscopy experience, and work through complex processes such as avian respiration and fungal life cycles. 

Andropogon gerardii cross-section by the amazing Seton Bachle

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