  We study transport phenomena cross-correlated among the heat and electric
currents of magnons and Dirac electrons on the surface of ferromagnetic
topological insulators. For a perpendicular magnetization, we calculate magnon-
(electron-) drag anomalous Nernst/Seebeck (anomalous Ettingshausen/Peltier)
effects and magnon-/electron-drag thermal Hall effects. The magnon-drag
thermoelectric effects are interpreted to be caused by magnon-induced
electromotive force. When the magnetization has in-plane components, there
arise thermal/thermoelectric analogs of anisotropic magnetoresistance (AMR). In
the insulating state, the thermal AMR is realized as a magnonic analog of AMR.
