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The separation of quark and gluon initiated jets can be an important way toimprove the sensitivity in searches for new physics or in measurements of Higgsboson properties. We present a simplified version of the shower deconstructionapproach as a novel observable for quark-gluon tagging. Assumingtopocluster-like objects as input, we compare our observable with energycorrelation functions and find a favorable performance for a large variety ofjet definitions. When applied to dark matter searches in mono-jet final stateslimitations from small signal-to-background ratios can be overcome. We alsoshow that quark-gluon tagging is an alternative way of separating weak bosonfrom gluon-fusion production in the process p + p -> H + jet + jet + X

Quark-Gluon tagging with Shower Deconstruction: Unearthing dark matter and Higgs couplings