Advanced Quantitative Analysis in Entomological Science
ENTO 8030-8030D
4 hours. Repeatable for maximum 8 hours credit.
Advanced Quantitative Analysis in Entomological Science
Analytical Thinking
Course Description
The field of entomology addresses diverse and unique types of data that requires analytical skills for both academic and non-academic job markets. This course will cover R programing language skills to manage, analyze, and visualize data. These skills can be used to address the analytical needs for professional entomologists.
Athena Title
Analysis in Entomological Sci
Prerequisite
Math proficiency is required, and prior statistics course experience is highly recommended.
Semester Course Offered
Offered fall
Grading System
A - F (Traditional)
Student learning Outcomes
Students will be able to recognize different functions, syntax, and file types used in R.
Students will be able to interpret textbook and online example code to be repurposed for their own data.
Students will be able to complete various simple statistical analyses using various types of data.
Students will be able to determine the appropriate analysis based on the type of data and experimental design.
Students will be able to design and manipulate data visualizations of publication quality.
Students will be able to effectively defend and explain data analyses and interpretation of results.
Students will be able to understand the importance and practice of reproducible science.
Topical Outline
Lecture: Review Syllabus, Types of Data
Lab: Basics of R
Lecture: Data Management, Transformations, and Visualization
Lab: Tidyverse and ggplot2 Package
Lecture: t-test, Chi-square, and Ordinary Least Squares
Lab: Simple Linear Regression Excel exercise, lm function
Lecture: ANOVA and ANCOVA, Package Report Due
Lab: ANOVA Type I, II, or III, Multiple Comparisons, Anova vs. aov function
Lecture: Metadata and Reproduceable Science Exam I
Lab: Messy Data, RMarkdown and Quatro
Lecture: Experimental Design (CRD, RCBD, Split Plot, Latin Square, etc.)
Lab: Block and Random Effect Notation
Lecture: Complex Data Visualizations, and MLE
Lab: ggplot2 Package Specifications
Lecture: Logistic Regression
Lab: family syntax
Lecture: Count Models and Overdispersion, Script De-Bug Due
Lab: family syntax cont.
Lecture: Mixed Effects Models Exam II
Lab: glmmTMB vs. lme4 Package
Data Workshop
Student Presentations
Final Exam
Institutional Competencies Learning Outcomes
Analytical Thinking
The ability to reason, interpret, analyze, and solve problems from a wide array of authentic contexts.