Abstract

Let P⊆R2P \subseteq \mathbb{R}^2 be a set of points and TT be a spanning tree of PP. The \emph{stabbing number} of TT is the maximum number of intersections any line in the plane determines with the edges of TT. The \emph{tree stabbing number} of PP is the minimum stabbing number of any spanning tree of PP. We prove that the tree stabbing number is not a monotone parameter, i.e., there exist point sets P⊊P′P \subsetneq P' such that \treestab{PP} >> \treestab{P′P'}, answering a question by Eppstein \cite[Open Problem~17.5]{eppstein_2018}.

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