A method, performed by a wireless device, for handling cell selection and/or reselection, the wireless device operating in a wireless communications network having a serving cell and a neighbor cell, the method comprising: h aving determined that a result of a first measurement of a first signal from the serving cell is that the first measurement is below a first threshold, - determining that at least one of: i. a length of time since the wireless device last performed cell selection or reselection is above a second threshold, and ii. a number of times that neighbor cell measurements failed to trigger cell reselection is above a third threshold, the method being characterized by: - resetting a strongest signal value of the first signal measured after a last cell selection or reselection by the wireless device, to a value of a current measurement of the first signal from the serving cell, based on a first result of the determination of at least one of: the length of time and the number of times, - determining whether or not to measure a second signal from the neighbor cell, based on whether or not a difference between: a) the reset strongest signal value of the first signal measured after the last cell selection or reselection by the wireless device and b) a current measurement of the first signal from the serving cell, is above a fourth threshold, and - initiate measuring the second signal based on a second result of the determination of whether or not to measure. h aving determined that a result of a first measurement of a first signal from the serving cell is that the first measurement is below a first threshold, - determining that at least one of: i. a length of time since the wireless device last performed cell selection or reselection is above a second threshold, and ii. a number of times that neighbor cell measurements failed to trigger cell reselection is above a third threshold, the method being characterized by: - resetting a strongest signal value of the first signal measured after a last cell selection or reselection by the wireless device, to a value of a current measurement of the first signal from the serving cell, based on a first result of the determination of at least one of: the length of time and the number of times, - determining whether or not to measure a second signal from the neighbor cell, based on whether or not a difference between: a) the reset strongest signal value of the first signal measured after the last cell selection or reselection by the wireless device and b) a current measurement of the first signal from the serving cell, is above a fourth threshold, and - initiate measuring the second signal based on a second result of the determination of whether or not to measure. - determining that at least one of: i. a length of time since the wireless device last performed cell selection or reselection is above a second threshold, and ii. a number of times that neighbor cell measurements failed to trigger cell reselection is above a third threshold, i. a length of time since the wireless device last performed cell selection or reselection is above a second threshold, and ii. a number of times that neighbor cell measurements failed to trigger cell reselection is above a third threshold, - resetting a strongest signal value of the first signal measured after a last cell selection or reselection by the wireless device, to a value of a current measurement of the first signal from the serving cell, based on a first result of the determination of at least one of: the length of time and the number of times, - determining whether or not to measure a second signal from the neighbor cell, based on whether or not a difference between: a) the reset strongest signal value of the first signal measured after the last cell selection or reselection by the wireless device and b) a current measurement of the first signal from the serving cell, is above a fourth threshold, and - initiate measuring the second signal based on a second result of the determination of whether or not to measure.