SRC-ASPHALT-2020 · PRIMARY

Asphalt-related emissions are a major missing nontraditional source of secondary organic aerosol precursors

Peeyush Khare et al. · Science Advances

Lifecycleactive

Published2020-09-04

DOI10.1126/sciadv.abb9785

Used by1 verified claim

CITATION CHECK

Title, journal, date and first author checked against the publisher’s Crossref record on 2026-10-05 by an automated check. Publication date confirmed to the day. Open licence reported by the publisher: CC BY-NC 4.0. SmellBook publishes only the citation and its own claim, never the work’s text.

LIFECYCLE REVIEW

Reviewed 2026-10-05 · corrections 0

TOPICS

asphaltroadsemissionssecondary organic aerosol

CLAIMS USING THIS SOURCE1

CLM-ASPHALT-001

Asphalt emissions rise with heat and sun ↗

Road and roofing asphalts held at typical temperatures and solar conditions released complex mixtures of organic compounds, mostly intermediate- or semivolatile and about 30% aromatic; emissions rose markedly with moderate solar exposure, by about 300% for road asphalt.

Laboratory measurements on asphalt samples simulating storage, paving and use; it concerns emissions and air quality, not odour.

EXTERNAL RECORD

Open the publisher / DOI record ↗

Permanent identifier smellbook:source:asphalt-related-emissions-2020 · Graph record (JSON)

Dataset history In the SmellBook dataset since the dataset release of 2026-10-05 · sha256 d10c2deef978.