What is the main effect of oscillation in relation to turbulence during flight?

The main effect of oscillation in relation to turbulence during flight is variations in control due to turbulence. When an aircraft encounters turbulence, it experiences changes in air currents and pressure, leading to oscillations in its pitch, roll, and yaw. This variability can affect the pilot's control input, making it challenging to maintain a steady flight path. The aircraft may respond unpredictably to the pilot's inputs, which can be disconcerting and requires constant adjustments to keep the aircraft stable.

Understanding this dynamic is crucial for pilots as they navigate through turbulent air, as it emphasizes the importance of being attentive to control surfaces and adjusting flight techniques accordingly. While turbulence may have implications for passenger comfort and flight characteristics, the core issue highlighted here is the direct impact on the pilot's control of the aircraft.