Deep learning analysis shows fossil fuel sources contribute over three times more ozone to the remote troposphere than biomass burning, attributing prior tracer-model discrepancy to tracer lifetime sensitivity.
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Deep learning reveals a stronger fossil fuel influence than biomass burning in shaping remote tropospheric ozone
Deep learning analysis shows fossil fuel sources contribute over three times more ozone to the remote troposphere than biomass burning, attributing prior tracer-model discrepancy to tracer lifetime sensitivity.