  Goldstone boson decays of P-wave $D_s^{**}$ mesons are studied within the
framework of Heavy Hadron Chiral Perturbation Theory. We first analyze the
simplest single kaon decays of these strange charmed mesons. We derive a model
independent prediction for the width of $D_{s2}$ and use experimental
information on $D_{s1}$ to constrain the S-wave contribution to $D_1^0$ decay.
Single and double pion decay modes are then discussed and shown to be
significantly restricted by isospin conservation. We conclude that the pion
channels may offer the best hope for detecting one strange member of an
otherwise invisible P-wave flavor multiplet.
