Abstract
{E}thylene, representative of volatile organic compounds and high photochemical ozone creation potential precursor, has been monitored with a single-ended CO2-TEA laser-based DIAL system using a topographic target. A correlation between ozone concentration and ethylene evolutions in Madrid's urban atmosphere was demonstrated and supported with a basic photochemical smog model. The present work brings additional evidence to the many models which state that ethylene, being a hydrocarbon, has a role to play in the generation of tropospheric ozone.
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