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RFA 19-1 Applying Novel Approaches to Improve Long-Term Exposure Assessment of Outdoor Air Pollution for Health Studies

Status: 
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Number: 
RFA 19-1

HEI is seeking to fund studies to advance exposure assessment for air pollution and health studies using sensors, mobile monitoring, tracking technologies, and other approaches. The studies should develop and apply novel approaches to improve long-term (months to years) exposure assessment of outdoor air pollutants whose levels vary greatly in space and time. Request for Applications (RFA) 19-1 solicits applications for studies designed to quantitatively evaluate exposure measurement error and to determine the potential impact of using novel approaches to assess exposures to air pollution on health estimates. The approaches of interest include, but are not limited to:

(1) Harnessing novel measurement technologies: air pollution sensors, mobile monitoring, location tracking, and other technologies that are increasingly being used to measure air pollution and human activity at fine spatial and temporal scales;

(2) Exposure assessment modeling approaches: hybrid models, machine learning, and other statistical techniques.

RFA 19-1 Applying Novel Approaches to Improve Long-Term Exposure Assessment of Outdoor Air Pollution for Health Studies provides funding for up to five studies of 2 or 3 years in duration with a funding cap of $800,000 each.

How to Apply

This RFA is closed.

Contact: 

Allison P. Patton

,
Preliminary Application Due Date: 
June 3, 2019
Full Application Due Date: 
September 16, 2019

Publications from this RFA

Research Report 217
Scott Weichenthal
Marshall Lloyd
Arman Ganji
Leora Simon
Junshi Xu
Alessya Venuta
et al.
2024

This report presents a study that assessed associations between long-term exposure to outdoor ultrafine particles (UFPs) and black carbon with mortality using several modeling approaches. The investigators applied exposure models developed through mobile monitoring in Toronto and Montreal to 1.5 million Canadian adults residing in both cities.

Research Report 228
Lianne Sheppard
Magali Blanco
Annie Doubleday
Adam Szpiro
Jianzhao Bi
Christopher Zuidema
et al.
2025

This report presents a study led by Lianne Sheppard at the University of Washington. Sheppard and colleagues compared the performance of different exposure assessment study design features on long-term exposure and health estimates in Seattle, Washington.

Research Report 227
Klea Katsouyanni
Dimitris Evangelopoulos
Dylan Wood
Benjamin Barratt
Hanbin Zhang
Heather Walton
et al.
2025

This report presents a study led by Klea Katsouyanni at Imperial College London. Katsouyanni and colleagues evaluated whether detailed estimates of long-term, personal exposures to outdoor air pollution yield better estimates of the health effects of exposure than less detailed approaches.

Research Report 226
Gerard Hoek
Femke Bouma
Nicole Janssen
Joost Wesseling
Sjoerd van Ratingen
Jules Kerckhoffs
et al.
2025

This report presents a study led by Gerard Hoek at Utrecht University, the Netherlands. Hoek and colleagues compared the performance of a suite of long-term exposure assessment models in the Netherlands for four air pollutants: ultrafine particles, black carbon, fine particulate matter, and nitrogen dioxide.