A liquid ejecting apparatus comprising: an ejecting portion configured to eject a liquid; a liquid channel extending from a liquid reservoir to the ejecting portion; a liquid holder disposed between the liquid reservoir and the ejecting portion and configured to hold the liquid supplied from the liquid reservoir and allow the liquid to be supplied to the ejecting portion; a liquid driving portion disposed between the liquid reservoir and the liquid holder and configured to cause the liquid in the liquid channel to flow; a liquid channel opening/closing portion disposed between the liquid driving portion and the liquid holder and configured to open and close the liquid channel; a circulation channel connected to a portion of the liquid channel between the liquid driving portion and the liquid channel opening/closing portion at one end and connected to the liquid reservoir at another end; a circulation channel opening/closing portion connected to the liquid reservoir through the circulation channel and configured to open and close the circulation channel; and a controller configured to control drive of the liquid driving portion and opening/closing of the liquid channel performed by the liquid channel opening/closing portion, characterised in that the controller is further configured, when pressure in the portion of the liquid channel between the liquid driving portion and the liquid holder is increased by the control, to control opening/closing of the circulation channel performed by the circulation channel opening/closing portion in such a manner that the increased pressure is released to the liquid reservoir through the circulation channel. an ejecting portion configured to eject a liquid; a liquid channel extending from a liquid reservoir to the ejecting portion; a liquid holder disposed between the liquid reservoir and the ejecting portion and configured to hold the liquid supplied from the liquid reservoir and allow the liquid to be supplied to the ejecting portion; a liquid driving portion disposed between the liquid reservoir and the liquid holder and configured to cause the liquid in the liquid channel to flow; a liquid channel opening/closing portion disposed between the liquid driving portion and the liquid holder and configured to open and close the liquid channel; a circulation channel connected to a portion of the liquid channel between the liquid driving portion and the liquid channel opening/closing portion at one end and connected to the liquid reservoir at another end; a circulation channel opening/closing portion connected to the liquid reservoir through the circulation channel and configured to open and close the circulation channel; and a controller configured to control drive of the liquid driving portion and opening/closing of the liquid channel performed by the liquid channel opening/closing portion, characterised in that the controller is further configured, when pressure in the portion of the liquid channel between the liquid driving portion and the liquid holder is increased by the control, to control opening/closing of the circulation channel performed by the circulation channel opening/closing portion in such a manner that the increased pressure is released to the liquid reservoir through the circulation channel. <EOS>