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We extend a previous analysis on the derivation of the dilaton Wess-Zumino(WZ) action in $d=4$, based on the method of Weyl gauging, to $6$ dimensions.As in the previous case, we discuss the structure of the same action indimensional regularization using 6-dimensional Weyl invariants, extracting thedilaton interactions in the most general scheme, with the inclusion of thelocal anomaly terms. As an application, we present the WZ action for the (2,0)tensor multiplet, which has been investigated in the past in the context of the$AdS_7/CFT_6$ holographic anomaly matching. We then extend to $d=6$ theinvestigation of fully traced correlation functions of EMT's, formerlypresented in $d=4$, showing that their hierarchy is functionally related onlyto the first 6 correlators. We give the explicit expressions of these in themost general scheme, up to rank-4.

The Dilaton Wess-Zumino Action in 6 Dimensions from Weyl Gauging: Local Anomalies and Trace Relations