A liquid discharge head comprising: a flow channel member comprising a first surface and a second surface located opposite to the first surface; and a pressing unit located on the first surface, wherein the flow channel member comprises: a first discharge hole and a second discharge hole located in the second surface; a first individual flow channel connected to the first discharge hole; a first pressurizing chamber located more on an upstream side than the first discharge hole in the first individual flow channel; a second individual flow channel connected to the second discharge hole; a second pressurizing chamber located more on an upstream side than the second discharge hole in the second individual flow channel; and a manifold commonly connected to an upstream side of the first individual flow channel and an upstream side of the second individual flow channel, and the first individual flow channel and the second individual flow channel have an overlapping portion in plan view, characterized in that the first individual flow channel comprises a first aperture connecting the first pressurizing chamber and the manifold to each other, the second individual flow channel comprises a second aperture connecting the second pressurizing chamber and the manifold to each other, and the first aperture and the second aperture have an overlapping portion in plan view, and/or the second pressurizing chamber and the second aperture are located closer to the first surface than the first aperture, and the second pressurizing chamber and the first aperture have an overlapping portion in plan view. a flow channel member comprising a first surface and a second surface located opposite to the first surface; and a pressing unit located on the first surface, wherein the flow channel member comprises: a first discharge hole and a second discharge hole located in the second surface; a first individual flow channel connected to the first discharge hole; a first pressurizing chamber located more on an upstream side than the first discharge hole in the first individual flow channel; a second individual flow channel connected to the second discharge hole; a second pressurizing chamber located more on an upstream side than the second discharge hole in the second individual flow channel; and a manifold commonly connected to an upstream side of the first individual flow channel and an upstream side of the second individual flow channel, and the first individual flow channel and the second individual flow channel have an overlapping portion in plan view, characterized in that the first individual flow channel comprises a first aperture connecting the first pressurizing chamber and the manifold to each other, the second individual flow channel comprises a second aperture connecting the second pressurizing chamber and the manifold to each other, and the first aperture and the second aperture have an overlapping portion in plan view, and/or the second pressurizing chamber and the second aperture are located closer to the first surface than the first aperture, and the second pressurizing chamber and the first aperture have an overlapping portion in plan view. a first discharge hole and a second discharge hole located in the second surface; a first individual flow channel connected to the first discharge hole; a first pressurizing chamber located more on an upstream side than the first discharge hole in the first individual flow channel; a second individual flow channel connected to the second discharge hole; a second pressurizing chamber located more on an upstream side than the second discharge hole in the second individual flow channel; and a manifold commonly connected to an upstream side of the first individual flow channel and an upstream side of the second individual flow channel, and the first individual flow channel and the second individual flow channel have an overlapping portion in plan view, characterized in that the first individual flow channel comprises a first aperture connecting the first pressurizing chamber and the manifold to each other, the second individual flow channel comprises a second aperture connecting the second pressurizing chamber and the manifold to each other, and the first aperture and the second aperture have an overlapping portion in plan view, and/or the second pressurizing chamber and the second aperture are located closer to the first surface than the first aperture, and the second pressurizing chamber and the first aperture have an overlapping portion in plan view.