  Star formation histories (SFHs) of galaxies are affected by a variety of
factors, both external (field vs. cluster/group) and internal (presence of a
bar and AGN, morphological type). In this work, we extend our previous study
and apply the <SFR5>/<SFR200> metric to a sample of eleven nearby galaxies with
MUSE observations. Based on a combination of H$\alpha$ and UV photometry,
<SFR5>/<SFR200> is sensitive to star formation timescales of ~5-200 Myr and
therefore measures the present-day rate of change in the star formation rate,
dSFR/dt. Within this limited galaxy sample, we do not observe systematic
variations between the global value of <SFR5>/<SFR200> and the presence of an
active galactic nucleus, stellar bar, nor with group or cluster membership.
Within some of the individual galaxies, we however observe significant
differences in <SFR5>/<SFR200> between the arm and interarm regions. In half of
the galaxies, the recent SFH of both arm and interarm regions has been very
similar. However, in the galaxies with higher bulge-to-total light ratios and
earlier morphological type, the SFR is declining more rapidly in the interarm
regions. This decline in SFR is not a result of low molecular gas surface
density or a decrease in the star formation efficiency, implying that other
factors are responsible for this SFR decrease.
