Access to detailed comparisons in air quality variations encountered when commuting through a city offers the urban traveller more informed choice on how to minimise personal exposure to inhalable pollutants. In this study we report on an experiment designed to compare atmospheric contaminants inhaled during bus, subway train, tram and walking journeys through the city of Barcelona. Average number concentrations of particles 10-300 nm in size, N, are lowest in the commute using subway trains (N5.0×104cm-3), with extreme transient peaks at busy traffic crossings commonly exceeding 1.0×105cm-3 and accompanied by peaks in Black Carbon and CO. Subway particles are coarser (mode 90nm) than in buses, trams or outdoors (1200ppm in crowded buses an...
Portable miniaturised scanning mobility particle sizer (SMPS) instruments measuring atmospheric part...
The present work assesses indoor air quality in stations of the Barcelona subway system. PM2.5 conce...
This work documents the extremely high concentrations of fine aerosol particles (PM ), equivalent bl...
AbstractAccess to detailed comparisons in air quality variations encountered when commuting through ...
Highlights • Big differences in the aerosols inhaled in bus, subway, tram and walking journeys • Par...
© 2014 The Authors. The Barcelona subway system comprises eight subway lines, at different depths, w...
AbstractThe Barcelona subway system comprises eight subway lines, at different depths, with differen...
Daily commutes may contribute disproportionately to overall daily inhalations of urban air contamina...
AbstractThe present work assesses indoor air quality in stations of the Barcelona subway system. PM2...
Urban public buses worldwide carry hundreds of millions of passengers, all of whom inhale atmospheri...
Air quality in subway systems is of interest not only because particulate matter (PM) concentrations...
AbstractSampling campaigns using the same equipment and methodology were conducted to assess and com...
AbstractAir quality in subway systems is of interest not only because particulate matter (PM) concen...
Internationally, more than 120 million people commute by subway every day, and this number will keep...
Sampling campaigns using the same equipment and methodology were conducted to assess and compare the...
Portable miniaturised scanning mobility particle sizer (SMPS) instruments measuring atmospheric part...
The present work assesses indoor air quality in stations of the Barcelona subway system. PM2.5 conce...
This work documents the extremely high concentrations of fine aerosol particles (PM ), equivalent bl...
AbstractAccess to detailed comparisons in air quality variations encountered when commuting through ...
Highlights • Big differences in the aerosols inhaled in bus, subway, tram and walking journeys • Par...
© 2014 The Authors. The Barcelona subway system comprises eight subway lines, at different depths, w...
AbstractThe Barcelona subway system comprises eight subway lines, at different depths, with differen...
Daily commutes may contribute disproportionately to overall daily inhalations of urban air contamina...
AbstractThe present work assesses indoor air quality in stations of the Barcelona subway system. PM2...
Urban public buses worldwide carry hundreds of millions of passengers, all of whom inhale atmospheri...
Air quality in subway systems is of interest not only because particulate matter (PM) concentrations...
AbstractSampling campaigns using the same equipment and methodology were conducted to assess and com...
AbstractAir quality in subway systems is of interest not only because particulate matter (PM) concen...
Internationally, more than 120 million people commute by subway every day, and this number will keep...
Sampling campaigns using the same equipment and methodology were conducted to assess and compare the...
Portable miniaturised scanning mobility particle sizer (SMPS) instruments measuring atmospheric part...
The present work assesses indoor air quality in stations of the Barcelona subway system. PM2.5 conce...
This work documents the extremely high concentrations of fine aerosol particles (PM ), equivalent bl...