A liquid ejection head , comprising: a pressure chamber ; an actuator configured to change a pressure of a liquid in the pressure chamber in accordance with a drive signal (W1); a drive circuit configured to supply the drive signal to the actuator to cause the liquid to be discharged via a nozzle fluidly connected to the pressure chamber, wherein the drive signal comprises a first waveform (W11) and N second waveforms (W12) after the first waveform, where N is greater than or equal to one, the first waveform comprises: a first change (C1) from a first voltage (V1) to a second voltage (V2) that reduces the pressure of the liquid in the pressure chamber; and a second change (C2) after the first change, the second change (C2) being from the second voltage to a third voltage (V3) that is between the first voltage and the second voltage and occurring after the first change by one half of a natural oscillation period of the liquid in the pressure chamber, and the N second waveforms comprise: a third change (C3) from the third voltage to the second voltage that reduces the pressure of the liquid in the pressure chamber; and a fourth change (C4) after the third change, the fourth change being from the second voltage to the third voltage and occurring after the third change by a time period that is less than one half of the natural oscillation period of the liquid in the pressure chamber. a pressure chamber ; an actuator configured to change a pressure of a liquid in the pressure chamber in accordance with a drive signal (W1); a drive circuit configured to supply the drive signal to the actuator to cause the liquid to be discharged via a nozzle fluidly connected to the pressure chamber, wherein the drive signal comprises a first waveform (W11) and N second waveforms (W12) after the first waveform, where N is greater than or equal to one, the first waveform comprises: a first change (C1) from a first voltage (V1) to a second voltage (V2) that reduces the pressure of the liquid in the pressure chamber; and a second change (C2) after the first change, the second change (C2) being from the second voltage to a third voltage (V3) that is between the first voltage and the second voltage and occurring after the first change by one half of a natural oscillation period of the liquid in the pressure chamber, and a first change (C1) from a first voltage (V1) to a second voltage (V2) that reduces the pressure of the liquid in the pressure chamber; and a second change (C2) after the first change, the second change (C2) being from the second voltage to a third voltage (V3) that is between the first voltage and the second voltage and occurring after the first change by one half of a natural oscillation period of the liquid in the pressure chamber, and the N second waveforms comprise: a third change (C3) from the third voltage to the second voltage that reduces the pressure of the liquid in the pressure chamber; and a fourth change (C4) after the third change, the fourth change being from the second voltage to the third voltage and occurring after the third change by a time period that is less than one half of the natural oscillation period of the liquid in the pressure chamber. a third change (C3) from the third voltage to the second voltage that reduces the pressure of the liquid in the pressure chamber; and a fourth change (C4) after the third change, the fourth change being from the second voltage to the third voltage and occurring after the third change by a time period that is less than one half of the natural oscillation period of the liquid in the pressure chamber. <EOS>