TEACHING
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As an educator in the biological sciences, I challenge and support my students to master foundational concepts, to develop a conceptual framework of biology enabling them to integrate new knowledge, and to appreciate the diverse ways in which scientists study the natural world. My teaching philosophy draws on problem-solving and experiential learning activities to actively engage students in scientific inquiry and to promote critical thinking. I am committed to developing a community of scholars in the sciences that better reflects the diversity of our society. This begins in the classroom and is extended through opportunities in student-led research collaborations and participation in science literacy outreach.
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CORNELL university
Field Methods in Avian Ecology (NTRES 2400)
Course Description:
Students will learn and practice a variety of methodologies used for studying wild birds. In a 1 hr classroom session each week, students will discuss relevant scientific literature and prepare for the lab session. The 3 hr weekly lab session will be held at various field locations and students should be prepared to handle variable weather conditions. Students seeking to conduct independent research in avian ecology are encouraged to enroll. Note that one weekend field trip is required.
Learning Outcomes:
Students will learn and practice a variety of methodologies used for studying wild birds. In a 1 hr classroom session each week, students will discuss relevant scientific literature and prepare for the lab session. The 3 hr weekly lab session will be held at various field locations and students should be prepared to handle variable weather conditions. Students seeking to conduct independent research in avian ecology are encouraged to enroll. Note that one weekend field trip is required.
Learning Outcomes:
- Recognize the common birds of the Finger Lakes region by sight and sound.
- Learn and appreciate the diversity of life-history strategies pursued by these birds.
- Learn and practice a variety of field techniques used to study birds including banding, census methods (point counts, line transects), sampling animal behavior, nest searching, video recording and transcription, and sound recording.
- Keep an appropriately detailed field journal.
- Develop and test ecological hypotheses through a team project, to summarize and analyze data, and to present scientific information appropriately in written, graphical, and oral form.
- Develop and test protocol for long-term research project.
UNDERGRADUATE RESEARCH
Independent Research for Credit (BIOG2990/4990)
BIOG 2990, Introduction to Research: Intended for students new to undergraduate research. Students enrolled in BIOG 2990 read the scientific literature, learn research techniques and assist with ongoing research. Credit hours are variable (maximum of 3 credits) and grading is S/U only. This course is a prerequisite for BIOG 4990.
BIOG 4990, Independent Research in Biology: Students get more deeply involved with ongoing research and work more independently on a research project of their own design leading to senior theses and publications in peer-reviewed scientific journals. The prerequisite for BIOG 4990 is the completion of one semester of BIOG 2990 or previous research experience. You will need to prepare a brief project description in collaboration with me as your research mentor as part of the BIOG 4990 application.
BIOG 4990, Independent Research in Biology: Students get more deeply involved with ongoing research and work more independently on a research project of their own design leading to senior theses and publications in peer-reviewed scientific journals. The prerequisite for BIOG 4990 is the completion of one semester of BIOG 2990 or previous research experience. You will need to prepare a brief project description in collaboration with me as your research mentor as part of the BIOG 4990 application.
Click to learn more about ongoing research opportunities with me.
smithsonian-mason school of conservation
Ecology and Conservation of Migratory Birds
Course Description:
Graduate students learn the most current methods in the research of migratory birds including theoretical concepts, field and laboratory methods (e.g. mist-netting, banding, tissue sampling, stable isotope geochemistry, geolocators, and radio telemetry), data analysis (including distance sampling and mark-recapture statistics), and applied conservation strategies. Students will be mist-netting and handling birds nearly every morning of the course, and will also learn to prepare museum voucher study skins. Some scholarships are available for international applicants.
Lecture Topics:
Graduate students learn the most current methods in the research of migratory birds including theoretical concepts, field and laboratory methods (e.g. mist-netting, banding, tissue sampling, stable isotope geochemistry, geolocators, and radio telemetry), data analysis (including distance sampling and mark-recapture statistics), and applied conservation strategies. Students will be mist-netting and handling birds nearly every morning of the course, and will also learn to prepare museum voucher study skins. Some scholarships are available for international applicants.
Lecture Topics:
- Migratory connectivity
- Seasonal interactions
- Radar ornithology
- Life-cycle analyses
- Overwinter ecology
- Applied genetics
- Ecophysiology
- Threats to migration
- Applied conservation strategies