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Lisi, Marrone, and Montanino have recently proposed a test for quantumgravity induced decoherence effects in neutrino oscillations observed atSuper-Kamiokande. We comment here that their equations have the samequalitative form as the energy conserving objective state vector reductionequations discussed by a number of authors. However, using the Planckianparameter value proposed to explain state vector reduction leads to a neutrinooscillation effect many orders of magnitude smaller than would be detectable atSuper-Kamiokande. Similar estimates hold for the Ghirardi, Rimini, and Weberspontaneous localization approach to state vector reduction, and our remarksare relevant as well to proposed $K$ meson and $B$ meson tests of gravityinduced decoherence.Comment: 10 pages, plain Tex, no figure

Remarks on a proposed Super-Kamiokande test for quantum gravity induced decoherence effects