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Time-domain magneto-THz spectroscopy is utilized to study the frustratedmagnet averievite Cu$_{5-x}$Zn$_x$V$_2$O$_{10}$(CsCl). Pronounced THzresonances are observed in unsubstituted samples ($x=0$) when cooling below theonset of short-range magnetic correlations. The influence of external magneticeffects confirms the magnetic origin of these resonances. Increasing Znsubstitution suppresses the resonances, as frustration effects dominate,reflecting the non-magnetic phases for $x> 0.25$ compounds. The temperatureevolution of the THz spectra is complemented with electron spin resonancespectroscopy. This comparison allows a direct probe of the differentcontributions from magnetic order, frustration, and structural properties inthe phase diagram of averievite. Our results illustrate the effect of magneticinteractions in THz spectra of frustrated magnets.

Magnetic terahertz resonances above the N\'eel temperature in the frustrated kagome antiferromagnet averievite