A wind turbine generator comprising: at least one wind turbine blade; and a blade pitch control system comprising: at least one blade pitch drive mechanism coupled to said at least one wind turbine blade; at least one sound measurement device comprising at least one microphone oriented to receive at least a portion of the acoustic emissions generated by said wind turbine generator; at least one processor coupled to said at least one blade pitch drive mechanism, wherein said processor is programmed to: increase a pitch angle of a first wind turbine blade as said first wind turbine blade rotates through a first portion (414,438) of a 360° blade rotational path, thereby facilitating a reduction of acoustic emissions generated by said wind turbine generator; and substantially simultaneously decrease a pitch angle of a second wind turbine blade as said second wind turbine blade rotates through a second portion (418,426) of the 360° blade rotational path, thereby facilitating an increase in power generated by said wind turbine generator, wherein said at least one microphone cooperates with said at least one processor to generate at least one feedback signal that modifies the pitch angle of the at least one wind turbine blade. at least one wind turbine blade; and a blade pitch control system comprising: at least one blade pitch drive mechanism coupled to said at least one wind turbine blade; at least one sound measurement device comprising at least one microphone oriented to receive at least a portion of the acoustic emissions generated by said wind turbine generator; at least one processor coupled to said at least one blade pitch drive mechanism, wherein said processor is programmed to: increase a pitch angle of a first wind turbine blade as said first wind turbine blade rotates through a first portion (414,438) of a 360° blade rotational path, thereby facilitating a reduction of acoustic emissions generated by said wind turbine generator; and substantially simultaneously decrease a pitch angle of a second wind turbine blade as said second wind turbine blade rotates through a second portion (418,426) of the 360° blade rotational path, thereby facilitating an increase in power generated by said wind turbine generator, wherein said at least one microphone cooperates with said at least one processor to generate at least one feedback signal that modifies the pitch angle of the at least one wind turbine blade. at least one blade pitch drive mechanism coupled to said at least one wind turbine blade; at least one sound measurement device comprising at least one microphone oriented to receive at least a portion of the acoustic emissions generated by said wind turbine generator; at least one processor coupled to said at least one blade pitch drive mechanism, wherein said processor is programmed to: increase a pitch angle of a first wind turbine blade as said first wind turbine blade rotates through a first portion (414,438) of a 360° blade rotational path, thereby facilitating a reduction of acoustic emissions generated by said wind turbine generator; and substantially simultaneously decrease a pitch angle of a second wind turbine blade as said second wind turbine blade rotates through a second portion (418,426) of the 360° blade rotational path, thereby facilitating an increase in power generated by said wind turbine generator, wherein said at least one microphone cooperates with said at least one processor to generate at least one feedback signal that modifies the pitch angle of the at least one wind turbine blade. increase a pitch angle of a first wind turbine blade as said first wind turbine blade rotates through a first portion (414,438) of a 360° blade rotational path, thereby facilitating a reduction of acoustic emissions generated by said wind turbine generator; and substantially simultaneously decrease a pitch angle of a second wind turbine blade as said second wind turbine blade rotates through a second portion (418,426) of the 360° blade rotational path, thereby facilitating an increase in power generated by said wind turbine generator, wherein said at least one microphone cooperates with said at least one processor to generate at least one feedback signal that modifies the pitch angle of the at least one wind turbine blade.