Environmental Statistics I, MEES 698B

Fall semesters (see schedule)

This course extends the quantitative training for students in the environmental sciences and encourages to take a statistical perspective when handling various inter-disciplinary environmental data. In this course, students will explore the basic practices of statistics and discover an extensive set of statistical tools for data analysis they need in their own research. The statistical programming language R is used in class, to complete homework sets, and to analyze data for the course projects. (Learn more...)

Environmental Statistics II, MEES 708M

Spring semesters (see schedule)

This course extends the material of Environmental Statistics I to advanced topics of time series analysis and spatial statistics. Aiming at the broad audience of students in the environmental sciences, we try to incorporate as many modern methods of analysis as possible. After taking this course, students will be familiar with a variety of state-of-the-art approaches for qualitative analysis of time- and space-dependent data. Moreover, students will become competent users of these methods by practicing them in class and in their homework assignments using the statistical programming language R. (Learn more...)

R Programming, MEES 708X and MEES 708Y

Even fall semesters (see schedule)

This course will engage you into programming in the world's most popular language for statistical computing — R. Nowadays, R is used in governmental organizations, in academia, and in industry (i.e., everywhere) for everything from financial forecasting to studying new drug efficiency to evaluating the impacts of global warming. We invite you to be a part of a rich and diverse R community and to acquire the computing skills necessary for your research. (Learn more...)

Applied Bayesian Statistics, MEES 608R — short course

Spring semesters (see schedule)

This course will introduce mixed effect modelling from a Bayesian perspective. Mixed model is an unifying framework for analysing continuous, count, presence / absence and zero inflated data from environmental applications. We will explore the selection, interpretation and reporting of Bayesian mixed modelling results. The statistical programming language R and packages R-INLA, JAGS will be used in the labs and projects. (Lean more...)

We seek to create safe and supportive classroom environments for all students. You can learn more about available resources, e.g., through the Counceling Center (www.counseling.umd.edu) and the LGBT Equity Center (www.umd.edu/lgbt):