New SoGA 2025 Report

The report covers global air quality and health impacts, including data on noncommunicable diseases.
Learn More

Innovation

This page has a list of publications and news articles related to Innovative Strategies. Find more information on Innovation in HEI's research programs.

Research Report 183, Parts 1 and 2
Brent A Coull
et al.
Eun Sug Park
et al.
2015

This report contains two studies, by Drs. Brent A Coull and Eun Sug Park and their colleagues, and a Commentary discussing each study individually, as well as an Integrative Discussion of the two. 
Part 1. Statistical Learning Methods for the Effects of Multiple Air Pollution ConstituentsBrent A. Coull et al.
Part 2. Development of Enhanced Statistical Methods for Assessing Health Effects Associated with an Unknown Number of Major Sources of Multiple Air Pollutants. Eun Sug Park et al. 

Contents: HEI's Strategic Plan for 2015–2020 Now Under Way;  Greenbaum Chairs NRC Review of U.S. Climate, Health Assessment; O'Keefe Closes Out Successful Run on Key Air Advisory Committee; Communicating Results - HEI Science Highlighted at EPA Workshops HEI in the News - Wide Audience for ACES Findings; Novel Statistical Methods for Studying Pollutant Mixtures; Journal Spotlights NPACT Studies; Eyes on the Future - HEI Sponsors Meet with Research Committee to Discuss the Path Forward;  Walter A. Rosenblith New Investigator Award Announced

Contents: Setting a Course for 2020: The HEI Strategic Plan; RFA Seeks New Epidemiologic Studies; HEI Launches New International Project // Group of Experts Will Estimate Global Burden of Disease from Specific Major Air Pollution Sources; Communicating Results of Research; How PM May Affect Epithelial Cell Differentiation; Progress on Major Ozone Study; Panel Tours Gas Well Sites

Newsletter
Health Effects Institute
2014

Contents: Conference Eyes Future of Air Pollution Research, Policy; Leading Health Expert to Chair Review Committee; Workshop on Unconventional Oil and Gas Development; Developing New Models for Ultrafine Particles and Air Toxics Exposures; Sharing Insight from NPACT Setting Research Priorities (Research Planning Meeting); HEI in the News; HEI Strategic Plan 2015-2020 Taking Shape

Research Report 179
Charles O Stanier
Sang-Rin Lee
2014

This report describes a study in which a model to simulate the dispersion of ultrafine particles near roadways was developed and tested. Understanding what happens to ultrafines near roadways – and how that influences exposure – is a key area that HEI's Perspectives 3 on ultrafines (2013) identified. Dr. Charles Stanier at the University of Iowa–Iowa City, a recipient of HEI's Walter A.

Research Report 175
James M Robins
Peng Zhang
Rajeev Ayyagari
Roger Logan
Eric Tchetgen Tchetgen
Lingling Li
Thomas Lumley
Aad van der Vaart
2013

This report describes semiparametric methods for epidemiologic investigations of the short-term effects of air pollution on health, intended specifically to improve the reliability of point estimates and confidence intervals. Dr. James Robins of the Harvard School of Public Health and colleagues developed the new methods, used simulations to compare them with other methods, and applied them to a large epidemiologic data set from the National Morbidity, Mortality, and Air Pollution Study (NMMAPS) to assess their effectiveness. The report is accompanied by a short editorial to assist the reader in understanding this study and its contributions to epidemiologic methods for air pollution.

Newsletter
Health Effects Institute
2013

Contents: Annual Conference Showcases HEI's Scientific Program; Did the Irish Coal Bans Improve Air Quality and Health? Novel Approaches to Analyzing Health Effects Data; Board Seeks New Review Committee Chair; HEI Moving to Improve the Way it Communicates; Expert Group Conducts Peer Review of ACES Pathology Results

Research Report 173
Murray V Johnston
Joseph P Klems
Christopher A Zordan
M Ross Pennington
James N Smith
2013

This report describes a study in which a nano aerosol mass spectrometer (NAMS) was used to study composition of nanoparticles in real time near a major roadway intersection. Dr. Murray V. Johnston of the University of Delaware, Newark, and colleagues conducted a field test in Wilmington, Delaware, to evaluate performance of the instrument in a real-world setting and to assess whether it could aid in identifying the major source contributions to nanoparticle spikes and background levels, including distinguishing diesel from gasoline vehicles.