Journal of Environmental Engineering · 1997 · 16 citations · 14 references
Natural SciencesEarth SciencesEnvironmental SciencesAir PollutionAtmospheric ChemistryAtmospheric ScienceAerosol ChemistryAir PollutantsAir QualityAtmospheric BiogeochemistryParticulate MatterSecondary Organic AerosolsChemical Mass BalanceChemical Mass Balance ModelMarine Aerosol ApportionmentMarine Aerosol ChemistryMarine Aerosol CompositionPm2.5Secondary Aerosol ApportionmentSource-receptor Modeling
Source contributions to PM2.5 aerosol measured at Chilliwack and Pitt Meadows in the Lower Fraser Valley, B.C., Canada, during the REVEAL study, were estimated using chemical mass balance (CMB) receptor modeling. On average, motor vehicles accounted for 34 and 43% of PM2.5 at Chilliwack and Pitt Meadows, respectively. Secondary sulfate and secondary nitrate were the next most significant PM2.5 components, accounting for 25 and 27%, respectively, at Chilliwack, and 27 and 12%, respectively, at Pitt Meadows. Geological material accounted for 3 and 5% of PM2.5 at Chilliwack and Pitt Meadows, respectively. Marine aerosol accounted for 3 and 5% of PM2.5 at Chilliwack and Pitt Meadows, respectively. A significant contribution of wood smoke was estimated for both sites: 8% at Chilliwack and 9% at Pitt Meadows.
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Brian Mason · Soil Science · 1952 · 1.9K citations
The Physical Chemistry of Seawater
Frank J. Millero · Annual Review of Earth and Planetary Sciences · 1974 · 403 citations
Glen E. Gordon · Environmental Science & Technology · 1988 · 239 citations