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We recently showed that all five KEK and J-PARC uniquely assigned two-body$\Xi^-$+${^A}$Z$\to{_{\Lambda}^{A'}}$Z'+${_{\Lambda}^{A''}}$Z'' capture eventsin CNO light emulsion nuclei are consistent with Coulomb-assisted $1p_{\Xi^-}$nuclear states in a $\Xi$-nuclear potential of nuclear-matter depth$V_{\Xi}\gtrsim 20$ MeV. Here we argue that the recently reported $^{14}$Ncapture events named KINKA and IRRAWADDY are more likely $1p_{\Xi^0}$--$^{14}$Cnuclear states than $1s_{\Xi^-}$--$^{14}$N states that would imply considerablysmaller values of $V_{\Xi}$.

Deciphering $\Xi^-$ capture events in light emulsion nuclei