  We present selected new results on strong interaction physics from the SLD
experiment at the SLAC Linear Collider (SLC), symmetry tests of b\bar{b}g
vertex, the rate of secondary b\bar{b} production via gluon splitting, the B
hadron energy spectrum and rapidity correlations between identified charged
hadrons. The parity violation in Z0 --> b\bar{b}g decays is consistent with
electroweak theory plus QCD. New tests of T- and CP-conservation at the
b\bar{b}g vertex are performed. A new measurement of the rate of gluon
splitting into b\bar{b} pairs yields g_{b\bar{b}}=0.00307 +- 0.00071 (stat.) +-
0.00066 (syst.) (Preliminary). The B hadron energy spectrum is measured using a
new inclusive technique, allowing tests of predictions for its shape and a
measurement of < x_B > = 0.714 +- 0.005 (stat.) +- 0.007 (syst.) (Preliminary).
A study of correlations in rapidity between pairs of identified pions, kaons
and protons confirms that strangeness and baryon number areconserved locally,
and shows local charge conservation between meson-baryon and strange-nonstrange
pairs. Flavor-dependent long-range correlations are observed for all
combinations of these hadron species. The first study of correlations using
signed rapidities is done and find the first direct observation of baryon
number ordering along the q\bar{q} axis.
