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Muon counting is an effective strategy for discriminating between gamma andhadron-initiated air showers. However, their detection, which requires shieldeddetectors, is highly costly and almost impossible to implement in large ${\rmkm^2}$ environmentally sensitive areas. This work shows that the gamma/hadrondiscriminators, based on the new $LCm$ variable and the number of muons, haveequivalent proton rejection levels at the PeV energies. It is, therefore,possible to build, at an affordable cost, a large, high-performant, widefield-of-view gamma-ray observatory.

Azimuthal fluctuations and number of muons at the ground in muon-depleted proton air showers at PeV energies