R Tools for Rapid Outbreak Analytics
Online Lab Meeting Times:
- Thursday July 10, 1:00 - 2:30 PM ET and 3:00 - 4:30 PM ET
- Friday July 11, 1:00 - 2:30 PM ET and 3:00 - 4:30 PM ET
Classroom: Virtual
Module Summary:
Applied analyses for use during disease outbreak have different requirements than research-driven analyses. This module provides an introduction to tools and workflows for producing rapid analyses and reports in the early stages of disease outbreak response. We will use a case-study approach to familiarize learners with the set of tools and practices available for rapid analyses, drawing primarily on the R packages developed by the Epiverse initiative and the R Epidemics Consortium. Topics will include: producing and handling line-list data, making estimates of disease incidence, reproduction numbers, and other actionable parameters, nowcasting and short-term forecasting. We will discuss of best practices for producing reports in policy-relevant situations and under resource and time pressure.
Prerequisites:
Participants are expected to have a basic understanding of R, including basic tidyverse workflows, how to open and write R scripts, read in data, and use basic functions and syntax in RStudio. Participants are also expected to have prior knowledge of basic descriptive statistics and epidemiological modeling concepts.
Module Content:
- Overview of the toolbox for rapid outbreak analytics
- Selecting the right tool for purpose
- Common tasks, data types, and workflows in outbreak response
- Generating, aggregating, cleaning line-list data
- Working with missing data and reporting delays
- Rapid incidence and reproduction estimates: methods, purpose, and implementation
- Short-term forecasting and nowcasting: methods, purpose, and implementation
- Setting up an environment for rapid, reproducible workflows and reporting
- Best practices for useful and impactful reporting
- Linking to communities of practice
Instructors
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Noam Ross, PhD
Executive Director, rOpenSci
Dr. Noam Ross is a computational disease ecologist whose work focus on wildlife disease dynamics, zoonotic spillover, and forecasting disease spread through travel and trade. He is executive director of rOpenSci, and organization that develops and validates statistical software in the R language, as well as developing best practices, training, and mentorship to make those methods broadly available and inclusive. Noam previously was Vice President of the R Epidemics Consortium and Principal Scientist for Computational Research at EcoHealth alliance, and served on the New York State Governor's advisory council for COVID-19 response in 2020-2021. He holds a Ph.D. from the University of California-Davis.
Learn More>>Cyril Geismar, PhD
Software Developer, R Epidemics Consortium
Cyril Geismar is an applied epidemiologist and methodologist focusing on tools for outbreak reconstruction and response. His work includes Bayesian inference of who-infected-whom transmission trees from genetic and epidemiological data, the role of transmission networks in disease dynamics, and software tools for estimating these models and to visualize, process, and analyze outbreak data. He serves as the software development coordinator for the R Epidemics Consortium. Cyril holds a Ph.D. from Imperial College London.
Required Software:
R software