Welcome to my Teaching & Training Page!

Mentee Modules

Training

Teaching

Mentee Modules

I use a modular approach to mentoring research projects that provides consistent opportunities for achievement for mentees. The module structure helps mentees achieve consecutive near-future goals which fosters self-confidence and facilitates retainment of at-risk individuals. Each module is suited to year-long investments by individual students.

 

Mentee Modules:

A) Preregister research ideas (using museum and/or field data). Pre-study peer review helps mentees visualize how they will successfully complete their project, promotes transparent and open science, and is empowering for mentees to see themselves as part of a bigger academic and scientific community. This module typically takes 2-3 months to write and is done prior to any data collection. The peer-review process, data collection and post-study write up occupy the remaining 9-10 months of proposed yearlong projects.

 

B) Conduct a literature review and build an alpha model. This process identifies current gaps in knowledge and helps mentees master the subject material. Building an alpha model (a term used to describe a picture of how we think a system works) is one way for mentees to built their internal narrative of how their research system works and to think about what part of the system would be the most useful to study to fill knowledge gaps.

 

C) Integrate the results of research from "A" into the model framework from "B". While completing all three modules is suitable for graduate student mentees, these modules can be completed as stand alone projects by any mentees.

Training

I train students to master data collection skills (finding birds, audio recording, trapping, tagging, blood sampling, monitoring etc.), data collection, data organization and data analysis. I train students how to write for a scientific audience, and present their research to layperson and professional audiences. I also train students how to use R, and develop code to run analyses requiring high computational demands on institutional clusters. My forte for training students is in both temperate and tropical terrestrial field ornithology, museum ornithology, predictive distribution modeling, and Bayesian network analyses.

Teaching

I teach tropical field ornithology and bird banding courses. I am also trained in evidence-based undergraduate STEM teaching, scientific teaching, supporting international students and scholars, and engaging with international students. I aspire to teach spatial ecology & biogeography, comparative vertebrate morphology, comparative animal physiology, or ornithology at the undergraduate and graduate level.

Check out student-lead research in my group here (click on the pictures to learn more):

Below are projects by students who approached me to mentor them on research studying bird distributions under global change. As the first step must be making a research plan, I first teach how to write for a scientific audience using a preregistration format.

The Quiscalus vocalizations project

This project is lead by Arizona State University undergraduate, Samantha Bowser and aims to understand how social vocal communication varies across different subspecies of Great-tailed Grackle (Quiscalus mexicanus) in the United States.

 

Thank you Dr. Subir Shakya for designing our project logo!

The Tanager Climate Change Project

This project is lead by Darien High School student Lily Donzeiser. Lily is trying to understand the adaptive genetic potential of Scarlet Tanagers on their breeding grounds under the pressures of climate change.