The thermodynamic reaction pathways obtained via stochastic analysis were interrogated to determine the actual elementary steps. For the network products considered here (LFEO and bi-dioxolylidene), several low-cost thermodynamic reaction pathways were selected. For each elementary step along these pathways -excluding coordination reactions and redox reactionswe attempted to locate the TS using the AutoTS workflow, an end-to-end workflow to identify TS and reaction pathways that is built on top of the Jaguar electronic structure code (version 11.2). All AutoTS calculations were conducted at a ωB97X-D/def2-SVPD(-f)/PCM level of theory, with water as the solvent. In some cases, for reactions involving two bonds changing, AutoTS identified two TS (for instance, one to form a bond and one to break a bond); these were optimized separately.