6533b872fe1ef96bd12d2fb7

RESEARCH PRODUCT

Urban green and grey space in relation to respiratory health in children

Elaine FuertesChristina TischerMarta CirachJordi SunyerMark J. NieuwenhuijsenAdonina TardónMireia GasconAna Fernández-somoanoMarisa EstarlichJosep M. AntóAlbert Dalmau-buenoJesús IbarluceaAmparo FerreroPayam DadvandAitana Lertxundi MaterolaMartine Vrijheid

subject

MaleRespiratory SystemViridiplantae010501 environmental sciencesForestsLogistic regression01 natural sciencesBIRTH COHORTS0302 clinical medicineEnvironmental protection030212 general & internal medicineBuilt environmentESTIMATING EQUATIONSChild HealthEnvironmental exposure11 Medical And Health SciencesHOUSE-DUSTSENSITIZATIONALLERGYChild PreschoolBronchitisFemaleBirth cohortRisk assessmentLife Sciences & BiomedicinePulmonary and Respiratory MedicineEnvironmentRisk AssessmentNormalized Difference Vegetation Index03 medical and health sciencesEARLY-LIFEEnvironmental healthmedicineHumansBronchitisENVIRONMENTAL BIODIVERSITYRespiratory health0105 earth and related environmental sciencesScience & Technologybusiness.industryUrban HealthCHILDHOOD ASTHMAAIR-POLLUTIONEnvironmental Exposuremedicine.diseaseRhinitis AllergicAsthmaSpainIMMUNE-SYSTEMbusiness

description

We assessed the effect of three different indices of urban built environment on allergic and respiratory conditions.This study involved 2472 children participating in the ongoing INMA birth cohort located in two bio-geographic regions (Euro-Siberian and Mediterranean) in Spain. Residential surrounding built environment was characterised as 1) residential surrounding greenness based on satellite-derived normalised difference vegetation index (NDVI), 2) residential proximity to green spaces and 3) residential surrounding greyness based on urban land use patterns. Information on wheezing, bronchitis, asthma and allergic rhinitis up to age 4 years was obtained from parent-completed questionnaires. Logistic regression and generalised estimating equation modelling were performed.Among children from the Euro-Siberian region, higher residential surrounding greenness and higher proximity to green spaces were negatively associated with wheezing. In the Mediterranean region, higher residential proximity to green spaces was associated with a reduced risk for bronchitis. A higher amount of residential surrounding greyness was found to increase the risk for bronchitis in this region.Associations between indices of urban residential greenness and greyness with respiratory diseases differ by region. The pathways underlying these associations require further exploration.

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