Multiband reception antenna for the combined reception of circularly polarised satellite radio signals by means of a satellite radio service which emits with circular polarisation, and of terrestrially emitted radio signals, over a substantially horizontal conductive base as earth, having at least one satellite reception antenna with satellite antenna terminal assigned to the at least one satellite radio service with transmitting frequency fs1 and free-space wavelength λs1, and a monopole antenna with separate monopole connection point which receives radio signals emitted terrestrially with linear polarisation, characterised by the following characteristics: - the at least one satellite reception antenna includes a loop emitter which is rotationally symmetrical relative to its centre Z and which, due to a polygonal or circular closed loop of developed length L, is designed to run in a plane parallel to the conductive base having a height of less than λs1/8 above the conductive base, - over the circumference of the length of the loop emitter of the satellite reception antenna, several vertical emitters running towards the conductive base are connected to the loop emitter via loop connection points spaced apart from each other at developed length intervals (L/N) of the structure having equal length; - the loop emitter is excited via at least one of the vertical emitters, between the lower end of which and the conductive base the satellite antenna terminal is formed, wherein the at least one satellite reception antenna is circularly polarised; - the other vertical emitters are each connected to the conductive base at their lower end via a capacitance (15b, 15c, 15d) at an earth connection point; - the monopole antenna includes a substantially rod-shaped monopole which is oriented vertically to the conductive base and runs through the centre Z of the loop emitter and at the lower end of which, together with the conductive base, the monopole connection point is formed for decoupling the radio signals emitted with linear polarisation; - conductively connected to the upper end of the rod-shaped monopole, to form its roof capacitance, is a substantially periodic conductor structure of period and amplitude which is formed from a conductor and propagates in oscillating relationship about a substantially horizontally oriented longitudinal centre line M; - both the period and the amplitude are smaller than half the free-space wavelength λs1 of the satellite radio service with transmitting frequency fs1. - the at least one satellite reception antenna includes a loop emitter which is rotationally symmetrical relative to its centre Z and which, due to a polygonal or circular closed loop of developed length L, is designed to run in a plane parallel to the conductive base having a height of less than λs1/8 above the conductive base, - over the circumference of the length of the loop emitter of the satellite reception antenna, several vertical emitters running towards the conductive base are connected to the loop emitter via loop connection points spaced apart from each other at developed length intervals (L/N) of the structure having equal length; - the loop emitter is excited via at least one of the vertical emitters, between the lower end of which and the conductive base the satellite antenna terminal is formed, wherein the at least one satellite reception antenna is circularly polarised; - the other vertical emitters are each connected to the conductive base at their lower end via a capacitance (15b, 15c, 15d) at an earth connection point; - the monopole antenna includes a substantially rod-shaped monopole which is oriented vertically to the conductive base and runs through the centre Z of the loop emitter and at the lower end of which, together with the conductive base, the monopole connection point is formed for decoupling the radio signals emitted with linear polarisation; - conductively connected to the upper end of the rod-shaped monopole, to form its roof capacitance, is a substantially periodic conductor structure of period and amplitude which is formed from a conductor and propagates in oscillating relationship about a substantially horizontally oriented longitudinal centre line M; - both the period and the amplitude are smaller than half the free-space wavelength λs1 of the satellite radio service with transmitting frequency fs1.