TagHealth(101)

Two studies highlight serious air pollution concerns near major U.S. airports. A 2014 Massachusetts state health study found that children living near Boston's Logan Airport are up to four times more likely to develop asthma symptoms, while nearby adults are nearly twice as likely to suffer chronic lung disease. A 2015 NJIT study reinforced these concerns nationwide, finding pollution levels up to 10 times higher within nine square miles of airports—with Seattle-Tacoma Airport specifically cited for carbon monoxide levels exceeding federal guidelines.

A 2014 Massachusetts state health study found that children living near Logan International Airport are up to four times more likely to show signs of undiagnosed asthma, while adults living nearby for three or more years are nearly twice as likely to develop chronic obstructive pulmonary disease. The $1.8 million study, commissioned by the state Legislature 14 years prior, confirmed statistically significant respiratory health effects even after accounting for vehicle traffic emissions, smoking rates, and poverty. No elevated rates of heart disease or hearing loss were found among airport-area residents.

A Swiss study interviewed 67 patients with obstructive sleep apnea who used CPAP therapy to estimate the monetary value people place on undisturbed sleep. Patients valued a good night's sleep at an average of about 70 Swiss francs per night, and after adjusting for the difference in severity between sleep apnea and traffic noise disturbance, the researchers estimated that noise-free sleep is worth roughly 7 to 24 Swiss francs per person per night. The findings suggest that sleep disrupted by road traffic noise carries a significant monetary cost that should be factored into airport and transportation noise policy decisions.

The Health of King County 2006 report provides a broad overview of the health status of King County, Washington residents, drawing on public health data from vital records, hospital discharges, and surveys. While King County residents generally enjoy better health than the rest of Washington State and the US, the report highlights growing concerns including rising rates of obesity, diabetes, and chronic diseases such as cancer, heart disease, and stroke. Chronic diseases accounted for 21,000 hospitalizations in 2004 at a cost of $531 million, with cancer, heart disease, and stroke alone responsible for more than half of all deaths in the county.

EPA Integrated Risk Information System (IRIS) QuickView pages for Antimony (CASRN 7440-36-0) and Arsenic, inorganic (CASRN 7440-38-2), accessed February 14, 2002. Antimony oral RfD is 4×10-4 mg/kg-day based on LOAEL of 0.35 mg/kg-day from Schroeder et al. 1970 rat chronic oral bioassay; confidence rated Low. Arsenic oral RfD is 3×10-4 mg/kg-day based on NOAEL of

This EPA document explains how poor indoor air quality (IAQ) in schools can harm students' health and academic performance, causing absences due to respiratory illnesses and reducing the ability to concentrate, calculate, and remember. Studies show that high pollution levels, inadequate ventilation, and improper temperature and humidity control contribute to these problems. The EPA recommends schools use the IAQ Tools for Schools Kit to identify and address indoor air quality issues at little or no cost.

This December 1999 report from the Washington State Department of Health and Public Health – Seattle & King County examines community health concerns in neighborhoods surrounding SeaTac International Airport. It investigates whether cancer rates, particularly glioblastoma (a brain tumor) and breast cancer, are elevated near the airport, and explores potential links to jet engine exhaust emissions. The report also addresses respiratory health issues in local schools and outlines efforts to monitor or model the path of aircraft emissions over the surrounding communities.

This December 1999 report from the Washington State Department of Health investigates community health concerns near Seattle-Tacoma (SeaTac) International Airport, focusing on whether cancer rates—particularly glioblastoma and breast cancer—are elevated in surrounding neighborhoods. The report examines potential links between jet engine exhaust emissions and health outcomes, reviews air quality studies, and assesses respiratory disease risks, especially for schools located under flight paths. It was prepared collaboratively by state and county public health officials alongside community representatives.

This 1999 health advocacy article raises concerns about air quality near airports, listing dozens of toxic chemicals found in jet exhaust — including benzene, formaldehyde, and 1,3-butadiene — and the serious health conditions linked to prolonged exposure, such as cancer, asthma, and lung disease. It references a 1993 EPA study of Midway Airport finding cancer risks more than 400 times the allowable federal limit, and cites Washington State health data showing elevated cancer rates and doubled rates of childhood respiratory disease near Seattle-Tacoma Airport and Boeing Field. The document was published by areco.org as part of a broader campaign highlighting the public health impacts of airport emissions on surrounding communities.