  Exoplanetary systems closest to the Sun, with the brightest host stars,
provide the most favorable opportunities for characterization studies of the
host star and their planet(s). The Transit Ephemeris Refinement and Monitoring
Survey uses both new radial velocity measurements and photometry in order to
greatly improve planetary orbit uncertainties and the fundamental properties of
the star, in this case HD 130322. The only companion, HD 130322b, orbits in a
relatively circular orbit, e = 0.029 every ~10.7 days. Radial velocity
measurements from multiple sources, including 12 unpublished from the Keck I
telescope, over the course of ~14 years have reduced the uncertainty in the
transit midpoint to ~2 hours. The transit probability for the b-companion is
4.7%, where M_p sin i = 1.15 M_J and a = 0.0925 AU. In this paper, we compile
photometric data from the T11 0.8m Automated Photoelectric Telescope at
Fairborn Observatory taken over ~14 years, including the constrained transit
window, which results in a dispositive null result for both full transit
exclusion of HD 130322b to a depth of 0.017 mag and grazing transit exclusion
to a depth of ~0.001 mag. Our analysis of the starspot activity via the
photometric data reveals a highly accurate stellar rotation period: 26.53
+/-0.70 days. In addition, the brightness of the host with respect to the
comparison stars is anti-correlated with the Ca II H and K indices, typical for
a young solar-type star.
