Maybe maybe if 5G but not existing 4G or below. 5G is steerable, meaning the individual towers' antenna beams are designed to be steerable. However, phase-synchronizing every emission from multiple towers across a region is not managable I think. That would be required in order to make sure beams added constructively. Also, the tower frequencies are not near the radar frequencies, so the chance of interaction is small. Radar gets optimized for its frequency(s) so tower radiation is unlikely to affect the signal. Ah - 5G frequencies have limited propagation distance, so it's unlikely to cover a whole region that a sat radar reaches.

Maybe maybe if 5G but not existing 4G or below. 5G is steerable, meaning the individual towers' antenna beams are designed to be steerable. However, phase-synchronizing every emission from multiple towers across a region is not managable I think. That would be required in order to make sure beams added constructively. Also, the tower frequencies are not near the radar frequencies, so the chance of interaction is small. Radar gets optimized for its frequency(s) so tower radiation is unlikely to affect the signal.