A method of operating a communications device in a wireless communications network, the method comprising determining, based on one or more first downlink control signals received from the wireless communications network, that the communications device is to transmit a first uplink signal comprising a first set of feedback indications associated with a first priority level to the wireless communications network in a first set of uplink resources of a wireless access interface, the first set of feedback indications each indicating whether one of one or more first downlink data signals each scheduled by one of the first downlink control signals have been successfully received by the communications device, determining, based on one or more second downlink control signals received from the wireless communications network, that the communications device is to transmit a second uplink signal comprising a second set of feedback indications associated with a second priority level different to the first priority level to the wireless communications network in a second set of uplink resources of the wireless access interface, the second set of feedback indications each indicating whether one of one or more second downlink data signals each scheduled by one of the second downlink control signals have been successfully received by the communications device, determining that the first set of uplink resources and the second set of uplink resources are located within a same time slot or time sub-slot of the wireless access interface, transmitting only the second uplink signal to the wireless communications network instead of both of the first uplink signal and the second uplink signal, the second uplink signal comprising an indication of one or more of the first set of feedback indications, and determining that a downlink assignment index, DAI, associated with the first set of feedback indications is reduced when the one or more of the first set of feedback indications are indicated within the second uplink signal. determining, based on one or more first downlink control signals received from the wireless communications network, that the communications device is to transmit a first uplink signal comprising a first set of feedback indications associated with a first priority level to the wireless communications network in a first set of uplink resources of a wireless access interface, the first set of feedback indications each indicating whether one of one or more first downlink data signals each scheduled by one of the first downlink control signals have been successfully received by the communications device, determining, based on one or more second downlink control signals received from the wireless communications network, that the communications device is to transmit a second uplink signal comprising a second set of feedback indications associated with a second priority level different to the first priority level to the wireless communications network in a second set of uplink resources of the wireless access interface, the second set of feedback indications each indicating whether one of one or more second downlink data signals each scheduled by one of the second downlink control signals have been successfully received by the communications device, determining that the first set of uplink resources and the second set of uplink resources are located within a same time slot or time sub-slot of the wireless access interface, transmitting only the second uplink signal to the wireless communications network instead of both of the first uplink signal and the second uplink signal, the second uplink signal comprising an indication of one or more of the first set of feedback indications, and determining that a downlink assignment index, DAI, associated with the first set of feedback indications is reduced when the one or more of the first set of feedback indications are indicated within the second uplink signal.