Emma Zang, PhD
Assistant Professor of Sociology and of BiostatisticsCards
About
Titles
Assistant Professor of Sociology and of Biostatistics
Biography
Emma Zang is a demographer and quantitative methodologist. She is particularly interested in developing and evaluating methods to model trajectories and life transitions in order to better understand how demographic and socioeconomic inequalities shape the health and well-being of individuals from life course perspectives. Her ongoing work explores 1) Bayesian approaches to modeling group-based trajectories, incorporating Bayesian Model Averaging techniques; 2) Bayesian approaches to making multi-state life tables using high-dimensional survey data; 3) evaluations of Age-Period-Cohort (APC) models.
Dr. Zang also works on climate change and population health. Specifically, she is collaborating with YCCCH colleagues to better understand the impact of extreme temperature and air pollution on children's academic performance and health, using administrative data for all public schools in North Carolina. She and collaborators are also evaluating the effect of long-term ozone exposure on cognitive impairment among Chinese older adults. In the future, she is also interested in examining the impact of climate change on fertility, mortality, and migration patterns in the US and China.
Appointments
Sociology
Assistant ProfessorPrimaryBiostatistics
Assistant ProfessorSecondaryInstitution for Social and Policy Studies
Assistant ProfessorSecondary
Other Departments & Organizations
Education & Training
- PhD
- Duke University, Public Policy (2019)
Research
Overview
As a demographer, my research interests lie at the intersection of health and aging, marriage and family, and inequality. My work aims to improve the understanding of 1) how early-life conditions affect later-life health outcomes; 2) the cohort patterns of fertility and mortality; 3) the impact of public policies on household members’ health outcomes; 4) social stratification and health.
I am also a quantitative methodologist. I am particularly interested in developing and evaluating methods to model trajectories and life transitions in order to better understand how demographic and socioeconomic inequalities shape the health and well-being of individuals from life course perspectives. My ongoing work explores 1) Bayesian approaches to modeling group-based trajectories, incorporating Bayesian Model Averaging techniques; 2) Bayesian approaches to making multi-state life tables using high-dimensional survey data; 3) evaluations of Age-Period-Cohort (APC) models.
My work has appeared in the American Journal of Sociology, Demography, Social Science & Medicine, Sociological Science, Social Indicators Research, and International Journal of Epidemiology.
News
News
- September 24, 2024
Long-term exposure to wildfire smoke associated with higher risk of death
- November 14, 2023
Yale study: Polluted air can negatively impact children’s test scores
- August 23, 2022
Yale Team Investigates Why Disadvantaged Older Adults Often Have Worse Outcomes After Major Surgery
- January 12, 2022
Ozone Exposure Linked to Cognitive Decline in Older Adults, YSPH Study Finds