Overview
Description
Identification of temporal and spatial relationships in environmental data, and presentation of numerical methods to quantify autocorrelation as a tool for investigating natural phenomena. Practical applications will be examined using public-domain records, such as climate datasets at various spatio-temporal scales. All examples will employ the open-source R software.
Requirements
Recommended Preparation
- At least one course in introductory applied statistics or data analysis.
Original catalog text
Recommended Preparation
At least one course in introductory applied statistics or data analysis.
Units
Lecture3
Catalog Details
Offering
Offered: Every Spring
Terms
spring
Attributes
Standard
Learning Outcomes
- utilize quantitative methods to analyze environmental data.
- describe the principles of the public-domain R software environment, its capability, and applications.
- analyze autocorrelated data and to extract information about statistical relationships in space and time.