A liquid containing member capable of supplying a liquid having a precipitating component to a liquid ejecting portion, comprising: a liquid containing portion configured to contain the liquid; a liquid supply port configured to supplying the liquid contained in the liquid containing portion to the liquid ejecting portion; and a communication channel (R1, R2, RR) communicating with the liquid containing portion and the liquid supply port, characterized in that the communication channel (R1, R2, RR) includes: a first channel and a second channel, a first liquid sucking portion positioned at a lower end on the gravity direction side in the liquid containing portion, the first liquid sucking portion is an end that is in communication with the liquid containing portion in the first channel of a first channel, the first liquid sucking portion configured to suck the liquid, in an in-use state in which the liquid is supplied from the liquid supply port to the liquid ejecting portion; and a second liquid sucking portion positioned at the anti-gravity direction side relative to the first liquid sucking portion, the second liquid sucking portion is an end that is in communication with the liquid containing portion in the second channel, the second liquid sucking portion is configured to suck the liquid, in the in-use state. a liquid containing portion configured to contain the liquid; a liquid supply port configured to supplying the liquid contained in the liquid containing portion to the liquid ejecting portion; and a communication channel (R1, R2, RR) communicating with the liquid containing portion and the liquid supply port, characterized in that the communication channel (R1, R2, RR) includes: a first channel and a second channel, a first liquid sucking portion positioned at a lower end on the gravity direction side in the liquid containing portion, the first liquid sucking portion is an end that is in communication with the liquid containing portion in the first channel of a first channel, the first liquid sucking portion configured to suck the liquid, in an in-use state in which the liquid is supplied from the liquid supply port to the liquid ejecting portion; and a second liquid sucking portion positioned at the anti-gravity direction side relative to the first liquid sucking portion, the second liquid sucking portion is an end that is in communication with the liquid containing portion in the second channel, the second liquid sucking portion is configured to suck the liquid, in the in-use state. a first channel and a second channel, a first liquid sucking portion positioned at a lower end on the gravity direction side in the liquid containing portion, the first liquid sucking portion is an end that is in communication with the liquid containing portion in the first channel of a first channel, the first liquid sucking portion configured to suck the liquid, in an in-use state in which the liquid is supplied from the liquid supply port to the liquid ejecting portion; and a second liquid sucking portion positioned at the anti-gravity direction side relative to the first liquid sucking portion, the second liquid sucking portion is an end that is in communication with the liquid containing portion in the second channel, the second liquid sucking portion is configured to suck the liquid, in the in-use state.