Next, we consider the density-corrected 132-135 (DC-)SCAN functional, also known as "SCAN@HF", 136 in which the SCAN exchange-correlation functional is evaluated non-self-consistently atop a self-consistent HF density. This procedure has been shown to reduce density delocalization across hydrogen bonds, and DC-SCAN has been used to generate many-body force fields. In the present calculations, however, DC-SCAN fails to forestall the runaway behavior of MBE(n); see Fig. . This observation suggests that promising preliminary results for DC-SCAN applied to small clusters do not probe the full extent of delocalization problems that are exposed in calculations on a hydrated anion with a complete solvation shell.