  Bulk single crystal Molybdenum diselenide has been studied for its electronic
and thermal transport properties. We perform resistivity measurements with
current in-plane (CIP) and current perpendicular to plane (CPP) as a function
of temperature. The CIP measurements exhibit metal to semiconductor transition
at $\simeq 31$ K. In the semiconducting phase ($T > 31$ K), the transport is
best explained by variable range hopping (VRH) model. Large magnitude of
resistivity in CPP mode indicates strong structural anisotropy. Seebeck
coefficient as a function of temperature measured in the range $90 - 300$ K,
also agrees well with the VRH model. The room temperature Seebeck coefficient
is found to be $139$ $\mu$V/K. VRH fittings of the resistivity and Seebeck
coefficient data indicate high degree of localization.
