  We study staggered flux fluctuations around the superconducting state of the
SU(2) meanfield theory for the two-dimensional t-J-model and their effect on
the electron spectral function. The quasiparticle peaks near the saddlepoints
get strongly broadened and partially wiped out by these fluctuations while the
quasiparticle peaks near the nodes of the d-wave gap are preserved over a wide
parameter range. The strength of these effects is governed by an energy scale
that decreases towards zero doping and that is related to the energy splitting
between the SU(2)-related superconducting and staggered flux meanfield states.
