A planetary gear train for a wind turbine, comprising: a sun gear, an annular gear, a planetary carrier with a first bearing accommodating section and a second bearing accommodating section, in which bearing accommodating sections (10, 11) a plurality of bearing seats are formed respectively, a plurality of planetary gear axles, a plurality of radial sliding bearings for supporting the planetary gear axle in the planetary carrier, wherein each of the planetary gear axles are mounted respectively in one of the bearing seats of the first bearing accommodating section and in one of the bearing seats of the second bearing accommodating section, a plurality of planetary gears, which are mounted respectively by the planetary gear axles in the planetary carrier, wherein the planetary gears are in engagement both with the sun gear and also with the annular gear, wherein the planetary carrier has a parting plane in the region of the bearing seats, wherein a first half shell of one of the bearing seats is formed by the planetary carrier and a second half shell of one of the bearing seats is formed by a bearing cap respectively, characterized in that at least one of the radial sliding bearings is formed as a bearing bush, wherein the bearing bush is fixedly accommodated in one of the bearing seats and an inner casing surface of the bearing bush is formed for accommodating a relative movement between the bearing bush and one of the planetary gear axles, wherein the bearing bush is accommodated in the bearing seat by means of a clamping means, wherein the clamping means is formed by the bearing cap which together with the planetary carrier forms the bearing seat. a sun gear, an annular gear, a planetary carrier with a first bearing accommodating section and a second bearing accommodating section, in which bearing accommodating sections (10, 11) a plurality of bearing seats are formed respectively, a plurality of planetary gear axles, a plurality of radial sliding bearings for supporting the planetary gear axle in the planetary carrier, wherein each of the planetary gear axles are mounted respectively in one of the bearing seats of the first bearing accommodating section and in one of the bearing seats of the second bearing accommodating section, a plurality of planetary gears, which are mounted respectively by the planetary gear axles in the planetary carrier, wherein the planetary gears are in engagement both with the sun gear and also with the annular gear, wherein the planetary carrier has a parting plane in the region of the bearing seats, wherein a first half shell of one of the bearing seats is formed by the planetary carrier and a second half shell of one of the bearing seats is formed by a bearing cap respectively, characterized in that at least one of the radial sliding bearings is formed as a bearing bush, wherein the bearing bush is fixedly accommodated in one of the bearing seats and an inner casing surface of the bearing bush is formed for accommodating a relative movement between the bearing bush and one of the planetary gear axles, wherein the bearing bush is accommodated in the bearing seat by means of a clamping means, wherein the clamping means is formed by the bearing cap which together with the planetary carrier forms the bearing seat.