Based on the channels observed in XUV-pumped investigations and the time-independent results observed in the IRonly case from the previous section, the general scheme for the observed strong-field induced dynamics of FLU in the IR-VIS regime can be described as summarized in Figure . Here, we will briefly describe it. Upon interaction with the IR pump pulse, FLU can produce multiple parent species, from the excited neutral molecules (FLU 0 ) to tetracations (FLU 4+ ). The probe VIS pulse can ionize the near-threshold species, providing the observed transient increase in the production of the higher-charge parent ions, which we directly detect from the MS. The excited parent species (FLU 0 , FLU + , FLU 2+ , FLU 3+ , and FLU 4+ ) can fragment, producing the fragments in different momentum channels (n,m), i.e., (0,0), (1,0), (1,1), and so forth. The probe photon can increase the fragmentation charge state by one, switching from a (n,m) dissociation channel to a (n+1,m) channel. The fragments can spontaneously fragment further into smaller species. However, the probe pulse can also enhance this fragmentation in the smaller fragments of the (1,0) channel, leading eventually to the C + fragment, for which we see a transient increase in production. All the fitted lifetimes are shown in Figure and Table , and all the fitted pump-probe dependencies of the ion yield and numerical values are given in ESI.