  Isothermal fluid turbulence simulations have been performed in the edge and
scrape-off-layer (SOL) of an analytic stellarator configuration with an island
divertor, thereby providing numerical insight into edge turbulence in regions
around islands in a stellarator. The steady-state transport follows the 1/R
curvature drive toward the outboard side, but large fluctuations are present
throughout the island divertor region, with the average wavelength of similar
size to the island width. The system exhibits a prominent m=2, n=5 mode,
although other modes are present. The amplitude and radial extent of the
density fluctuations are similar throughout the edge and SOL, but can decrease
near island O-points. The fluctuations exhibit a predominantly positive
skewness on the outboard midplane, indicating blob-like perturbations for the
transport into the outer SOL. It is determined that a point on the separatrix
is generally more correlated with regions outside of the SOL than a nearby
reference point which does not lie on the separatrix.
