Title of article :
Proximity to wood factories and hospitalizations for respiratory diseases in children Original Research Article
Author/Authors :
Marta Rava، نويسنده , , Alessandro Marcon، نويسنده , , Paolo Girardi، نويسنده , , Vanda Pironi، نويسنده , , Caterina Silocchi، نويسنده , , Paolo Ricci، نويسنده , , Roberto de Marco، نويسنده ,
Issue Information :
دوهفته نامه با شماره پیاپی سال 2011
Abstract :
Background
Exposure to air pollutants emitted by wood industries has been associated with increased prevalence of respiratory and irritation symptoms.
Objectives
To study whether proximity to wood industries was associated with risk of hospitalization for respiratory diseases in children.
Methods
In December 2006, the large majority of the children (3–14 years) living in the Viadana district (Northern Italy) were surveyed through a parental questionnaire (n = 3854). Hospital discharge records for respiratory diseases (2002–2006) were obtained from the local Health Unit. The children were geocoded and the distance from their home/school to the wood industries was used as exposure indicator. Poisson regression models were used to assess the association between the distance and hospitalizations.
Results
The hospitalization rates for respiratory diseases increased with proximity to the wood industries: they were 7.55 (95% CI 5.58, 10.22) ×1000 person-year for those who lived far from any wood industry, 11.84 (95% CI 8.87, 15.81) ×1000 person-year for those < 2 km from the small wood factories and 16.61 (95% CI: 13.57, 20.33) ×1000 person-year for those living within 2 km from the two big chipboard industries.
Conclusions
Proximity to wood industries is associated with a higher risk of hospitalization for respiratory diseases and respiratory symptoms in children. Studies with direct measures of exposure are needed and a follow-up of exposed population is advisable.
Keywords :
wood industry , Asthma , Child , hospitalization , Air pollution
Journal title :
Science of the Total Environment
Journal title :
Science of the Total Environment