Abstract

Haifa Bay Area (HBA) contains Israel’s principal industrial area, and there are substantial public concerns about health effects from its emissions. We aimed to examine associations between exposure to air pollution from HBA industrial area with prevalent asthma and other atopic diseases at age 17. This is a cross-sectional study. The study population included all adolescents born in Israel and whose medical status was evaluated for mandatory military recruitment by the Israeli medical corps during 1967–2017. We analyzed prevalent asthma, allergic rhinitis, atopic dermatitis, and rhinoconjunctivitis. We estimated exposure to industrial air pollution by a kriging interpolation of historical SO2 observations and adjusted the associations to the year of birth, SES, school orientation, and traffic pollution. The study population included n = 2,523,745 adolescents, among which 5.9% had prevalent asthma and 4.6% had allergic rhinitis. Residency in HBA was associated with a higher adjusted risk of asthma, compared with non-HBA residency. Still, this association was limited to the three lowest exposure categories, while the highest exposure group had the lowest adjusted risk. Sensitivity analyses and other atopic diseases presented similar results. These results do not provide support for causal relationships between HBA industry-related emissions and prevalent atopic diseases.

Highlights

  • Haifa Bay Area (HBA) is one of Israel’s largest metropolises and contains its principal industrial area

  • This study examines associations between exposure to air pollution emitted by HBA

  • HBA industrial air pollution (HBA-IAP) may have been associated with a higher risk of prevalent asthma at age 17 only in some of the historical decades we examined but not in others

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Summary

Introduction

Haifa Bay Area (HBA) is one of Israel’s largest metropolises and contains its principal industrial area. Dispersion of industry-emitted pollutants with atmospheric lifetime shorter than that of SO2 (e.g., most VOCs) may result in different spatial patterns. Use of the observed SO2 concentrations in the early years of the 21st century for assessing exposures to industrial pollution emitted in the last decades of the 20th century is warranted, only if the relevant meteorological factors (mainly the wind field) have not changed substantially. This is the case in HBA (see below)

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