Gordon v. Davidson
Cases that cite this one
5 later published cases cite this decision.
- Filer v. Adams (Appellate Division of the Supreme Court of New York 2013)
- Filer v. Adams (Appellate Division of the Supreme Court of New York 2013)
- Hewitt v. Palmer Veterinary Clinic, PC (Appellate Division of the Supreme Court of New York 2018)
- Reil v. Chittenden (Appellate Division of the Supreme Court of New York 2012)
- Reil v. Chittenden (Appellate Division of the Supreme Court of New York 2012)
This list shows which later cases cite this one. It does not say how they treated it, and no review of that has been done. Not a substitute for Shepard’s or KeyCite — verify before relying.
Opinion of the Court
In May 2005, plaintiff Robert Gordon (hereinafter plaintiff) was walking his dog past the home of Peter A. Bliven
We reject plaintiffs’ argument that the vicious propensity doctrine is misplaced in this case, and that they are entitled to recover under a common-law negligence theory based upon Bliven’s failure to restrain his dogs. “The Court of Appeals has made clear that a cause of action for ordinary negligence does not lie against the owner of a domestic animal which causes injury. Rather, the sole viable claim is for strict liability,” which must be established by “evidence that the animal’s owner had notice of its vicious propensities” (Alia v Fiorina, 39 AD3d 1068, 1069 [2007] [citations omitted]; see Petrone v Fernandez, 12 NY3d 546, 550 [2009]; Bard v Jahnke, 6 NY3d 592, 599 [2006]; Collier v Zambito, 1 NY3d 444, 446-448 [2004]). Accordingly, because a claim sounding in negligence does not lie and plaintiffs have not raised a question of fact regarding whether Bliven had actual or constructive knowledge of any vicious propensities on the part of his dogs, Supreme Court properly dismissed the complaint.
Bliven, who was the original named defendant, died during the pendency of this action and was replaced by the administrator of his estate.
Case-law data current through September 30, 2026. Source: CourtListener bulk data.