Arctic sea-ice variability drives eastern US ozone levels via indirect meteorological pathways along polar and subtropical jets, identified with causal inference on observations.
We utilise ground level ozone pollution data from 1989 to 2017 observed in the 154 monitoring locations in the eastern US region1, where polar and tropical jet streams intersect
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Arctic teleconnection on climate and ozone pollution in the polar jet stream path of eastern US
Arctic sea-ice variability drives eastern US ozone levels via indirect meteorological pathways along polar and subtropical jets, identified with causal inference on observations.