Method for controlling a first wind turbine (2, 2') of a plurality of wind turbines (2,3,4,...) of a wind park, wherein a second wind turbine (3, 3') of the plurality of wind turbines (2,3,4,...) can be affected by a wake region caused by the first wind turbine (2, 2') which is positioned upstream of the second wind turbine (3, 3'), the method comprising the steps of: - determining a current yaw state, wherein the current yaw state is selected from at least one of: a) an actual rotor yaw misalignment angle of the first wind turbine (2, 2'), wherein the actual rotor yaw misalignment angle is defined as an angle between a rotating axis of a rotor of the first wind turbine (2, 2') and a current wind direction at the first wind turbine (2, 2'), b) an identifier representing whether the actual rotor yaw misalignment angle is either in a range of positive yaw misalignment angles or alternatively of negative yaw misalignment angles; - determining a wind condition indicative of a level of potential wake inducement at the second wind turbine (3, 3') caused at least by the first wind turbine (2, 2'), preferably the level of wake inducement is at least represented by a distance between locations of the first wind turbine (2, 2') and the second wind turbine (3, 3') and/or by the current wind direction at the first wind turbine (2, 2'); - defining a rotor yaw offset angle set point for the first wind turbine (2, 2') based on the current yaw state, the wind condition, and at least one yaw angle hysteresis switching threshold (51, 52), such that the rotor yaw offset angle set point follows a hysteresis, thereby avoiding immediate consecutive switching between a range of positive yaw offset angles and negative yaw offset angles. - determining a current yaw state, wherein the current yaw state is selected from at least one of: a) an actual rotor yaw misalignment angle of the first wind turbine (2, 2'), wherein the actual rotor yaw misalignment angle is defined as an angle between a rotating axis of a rotor of the first wind turbine (2, 2') and a current wind direction at the first wind turbine (2, 2'), b) an identifier representing whether the actual rotor yaw misalignment angle is either in a range of positive yaw misalignment angles or alternatively of negative yaw misalignment angles; a) an actual rotor yaw misalignment angle of the first wind turbine (2, 2'), wherein the actual rotor yaw misalignment angle is defined as an angle between a rotating axis of a rotor of the first wind turbine (2, 2') and a current wind direction at the first wind turbine (2, 2'), b) an identifier representing whether the actual rotor yaw misalignment angle is either in a range of positive yaw misalignment angles or alternatively of negative yaw misalignment angles; - determining a wind condition indicative of a level of potential wake inducement at the second wind turbine (3, 3') caused at least by the first wind turbine (2, 2'), preferably the level of wake inducement is at least represented by a distance between locations of the first wind turbine (2, 2') and the second wind turbine (3, 3') and/or by the current wind direction at the first wind turbine (2, 2'); - defining a rotor yaw offset angle set point for the first wind turbine (2, 2') based on the current yaw state, the wind condition, and at least one yaw angle hysteresis switching threshold (51, 52), such that the rotor yaw offset angle set point follows a hysteresis, thereby avoiding immediate consecutive switching between a range of positive yaw offset angles and negative yaw offset angles.