A method performed by a small cell gateway, for providing handover to an ambiguous small cell access point (20, 22), in a wireless network comprising the small cell gateway, at least one macro radio and a plurality of small cell access points (20, 22), wherein each of the plurality of small cell access points (20, 22) is configured (316, 416) with a plurality of landing channels for use in handover operations, and wherein the small cell gateway maintains internally a landing channel list of in-use and available channels for each of the plurality of small cell access points, the method comprising: receiving a request to relocate a first user equipment, UE, from a source macro radio to an ambiguous small cell access point (20, 22), wherein the request includes, at least in part, a first target cell identity, ID encoded, at least in part, with a source macro cell identifier for the source macro radio and a target sub-carrier identifier for the ambiguous small cell access point (20, 22); determining (444, 504) a plurality of potential target small cell access points (20, 22) for relocation of the first UE using the first target cell ID, wherein each of the plurality of potential target small cell access points (20, 22) are within a coverage area of the source macro radio and which operate using the target sub-carrier identifier; identifying (444, 504) from the internally maintained landing channel list, a common channel that is an available channel in the landing channel lists of all of the plurality of potential target small cell access points to receive relocation of the first UE, for use in the event that the first UE attempts to relocate to a particular target small cell access point (20, 22) using a common channel prepared for the plurality of potential target small cell access points (20, 22); preparing (448, 450, 510a, 512a), for each of the plurality of potential target small cell access points (20, 22) the common channel by sending (448, 450, 510a, 512a) a relocation request message to each small cell access point (20, 22) respectively; receiving a relocation detect message from a small cell access point; coordinating releasing the common channel prepared for each of the plurality of potential target small cell access points to which the UE does not relocate; and determining, depending on the type of landing channels used in all small cells, whether to mark the common channel in its internally maintained landing channel list as being available for subsequent relocation procedures if the landing channels are configured and maintained for all small cell APs within the system as a static set of landing channels reserved for each small cell AP, or as being in-use, if the landing channels are configured and maintained for all small cell APs as a dynamic set of landing channels, wherein each small cell AP has different sets of landing channels. receiving a request to relocate a first user equipment, UE, from a source macro radio to an ambiguous small cell access point (20, 22), wherein the request includes, at least in part, a first target cell identity, ID encoded, at least in part, with a source macro cell identifier for the source macro radio and a target sub-carrier identifier for the ambiguous small cell access point (20, 22); determining (444, 504) a plurality of potential target small cell access points (20, 22) for relocation of the first UE using the first target cell ID, wherein each of the plurality of potential target small cell access points (20, 22) are within a coverage area of the source macro radio and which operate using the target sub-carrier identifier; identifying (444, 504) from the internally maintained landing channel list, a common channel that is an available channel in the landing channel lists of all of the plurality of potential target small cell access points to receive relocation of the first UE, for use in the event that the first UE attempts to relocate to a particular target small cell access point (20, 22) using a common channel prepared for the plurality of potential target small cell access points (20, 22); preparing (448, 450, 510a, 512a), for each of the plurality of potential target small cell access points (20, 22) the common channel by sending (448, 450, 510a, 512a) a relocation request message to each small cell access point (20, 22) respectively; receiving a relocation detect message from a small cell access point; coordinating releasing the common channel prepared for each of the plurality of potential target small cell access points to which the UE does not relocate; and determining, depending on the type of landing channels used in all small cells, whether to mark the common channel in its internally maintained landing channel list as being available for subsequent relocation procedures if the landing channels are configured and maintained for all small cell APs within the system as a static set of landing channels reserved for each small cell AP, or as being in-use, if the landing channels are configured and maintained for all small cell APs as a dynamic set of landing channels, wherein each small cell AP has different sets of landing channels.