tRemote sensing with time series data offers considerable potential in the trajectory of post forest firedynamics beyond the current monitoring of structural attributes that are displayed in the post-firearea. Many studies have addressed this topic by using time series remote sensing indices; however, thisapproach has sometimes been demonstrated as an unrealistic and biased representation of the post-fireforest patterns due to the saturation issues of vegetation indices. These saturation issues then lead to anunderestimation of the forest successional stages and an overestimation of the forest recovery rate. Thispaper aims to develop a framework for trajectory of the post-fire forest patterns in the Siberian boreallarch forest (Larix sibirica) with the synergistic use of different remote sensing based vegetation-coverindicators derived from the Landsat time series and the WorldView-2 images. A time-series of the forestrecovery index (FRI) and fractional vegetation cover (FVC) has been analyzed to estimate the rates of for-est regeneration and vegetation recovery across different burn severity levels in the Siberian larch forest.The results showed that the FRI method can be used to observe the regrowth of the larch forest from thetenth year after the fire overlapping with the period of significant increase in the sapling stem volume.The post-fire larch forest canopy can fully recover to the pre-fire condition with respect to the magnitudeof the FRI values after 30–47 years where the highest regeneration rate was observed in the moderateburn severity areas followed by the low and high burn severity. On the other hand, the FVC method waspositively correlated with burn severity and more sensitive for evaluating the early stages of the forestsuccession in which the FVC dramatically increases after 5–6 years after the fire. The significant growthof FVC was accentuated by the maximum emergence of the sapling density as well as the rapid growth ofherbaceous plants, grasses, shrubs, and shade-intolerant trees immediately after the fire, which could notbe evaluated using the FRI. Both time series of the FRI and the FVC are valuable tools for determining thedominant stages of the post-fire larch forest succession in order to understand the relationships betweenfire disturbance and natural cycles of the boreal larch forest.