  During 2001-2002 the optically violent variable (OVV) blazar 3C 279 un-
derwent the most intense outburst seen during the entire fourteen year history
that this quasar has been studied at Colgate University's Foggy Bottom Obser-
vatory (FBO). This study concentrates on ~1600 R-filter images taken during
this period of activity. This data set includes twenty-nine nights of
microvari- ability coverage. The outburst began in March 2001, after 3C 279 had
faded to its faintest level, R = 15.5, in four years. The source reached its
brightest level, R = 12.5, in the fourteen years of our study in August 2001,
at which time it became unobservable due to its proximity to the Sun. Upon
becoming observable again in mid-December 2001, 3C 279 fluctuated between R =
13.9 and R = 14.7, until a dramatic decrease in flux level in June-July 2002
brought the source back down to a level comparable to its pre-outburst state.
The source exhibited numerous week-long flares of approximately one magnitude
during the outburst period. Superposed on these flares were night-to-night
variations of up to one half magnitude and intra-night microvariability of up
to 0.13 magnitude in three hours. We use visual inspection of the light curve
as well as numerical timescale analysis tools (the autocorrelation function,
the structure function, and the power spectrum) to characterize the multiple
timescales of variability ranging from 1.5 years to several hours.
