The effects of dimples in altering time-averaged flow behavior occur mostly within one-half of one dimple print diameter from the surface, and the dimples within the mays periodically eject a primary vortex pair from each dimple, which exists in conjunction with edge vortek pairs that form along the spanwise edges of staggered dimples regardless of three dimple depths. As the dimple depth increases, deeper dimples eject stronger primary vortex pairs, with big her levels of turbulence transport due to larger deficits of time-averaged, normalized total pressure and streamwise velocity as the surfaces with deeper dimples are approached. Primary vortek pair ejection frequencies range about 7-9 Hz, and edge vortek pair oscillation frequencies range about 5-7 Hz for $Re_H=20,000$, regardless of dimple depths.