Search Constraints
Search Results
Select an image to start the slideshow
Ambient Air Pollution Estimation Using Bayesian Hierarchical Models
1 of 22
Statistical Methods for Spatial Data in Public Health
2 of 22
Enteric pathogen exposure and child health in low-income settings
3 of 22
On estimating the spatial distribution of Yersinia pestis in the United States using a wide-ranging sentinel species and spatial statistics with sampling considerations
4 of 22
Enteropathogen infections in areas with poor access to water, sanitation, and hygiene: environmental drivers, co-infections, and potential interventions
5 of 22
Estimating acute cardiorespiratory effects of ambient air pollution
mixtures
6 of 22
Bayesian Spatial-temporal Models for Areal Count Data
7 of 22
Identifying air pollution mixtures and investigating their
associations with pediatric asthma in a time-series framework
8 of 22
Methods for Estimating the Effect of Air Pollution on Asthma under a Changing Climate
9 of 22
Models for Statistical Analyses of Infectious Disease Data
10 of 22
Ambient Air Quality and Pediatric Asthma Morbidity: Sociodemographic Influences
11 of 22
Statistical Methods for Causal Inference in Observational Studies
12 of 22
Bayesian Feature Selection Methods for Complex Biomedical Data
13 of 22
Composite Conditional Likelihood
14 of 22
Advanced gap-filling techniques in satellite-based PM2.5 exposure models and their applications in air pollution epidemiology
15 of 22
Statistical Methods for Correlated Count Data
16 of 22
Drinking Water Salinity: Mineral Intake and Cardiovascular Health
17 of 22
Statistical Methods for Handling Missing Data in Functional Data Analysis
18 of 22
Statistical Methods for Incomplete Big Data
19 of 22
Statistical Methods for Omics Data Integration
20 of 22
An Additive Spatiotemporal Covariance Function Using Stream and River Distance
21 of 22
Effectiveness of a combined sanitation and household-level piped water intervention on infrastructure coverage, availability and use, environmental fecal contamination, and child health in rural Odisha, India: a matched cohort study
22 of 22