  Parameters and abundances for 1002 stars of spectral types F, G, and K of
luminosity class IV and V have been derived. After culling the sample for
rotational velocity and effective temperature, 867 stars remain for discussion.
  Twenty-eight elements are considered in the analysis. The {\alpha},
iron-peak, and Period 5 transition metal abundances for these stars show a
modest enhancement over solar averaging about 0.05 dex. The lanthanides are
more abundant averaging about +0.2 dex over solar. The question is: Are these
stars enhanced or is the Sun somewhat metal-poor relative to these stars? The
consistency of the abundances derived here argues for the latter view.
  Lithium, carbon, and oxygen abundances have been derived. The stars show the
usual lithium astration as a function of mass / temperature. There are more
than 100 planet-hosts in the sample, and there is no discernible difference in
their lithium content relative to the remaining stars. The carbon and oxygen
abundances show the well-known trend of decreasing [x/Fe] ratio with increasing
[Fe/H].
