One of the major disturbances causing phenomena in the forests is forest fire, which significantly influences the composition and structure of vegetation within a given area. Forest fires can cause severe damage to trees, leading to their mortality due to burning and exposure to intense heat. Tree species growing in places where forest fires are natural and recurring phenomena have evolved certain characteristics for their survival and resilience. These characteristics allow them to survive, regenerate, and benefit from fire disturbances. Typical features of fire-adapted tree species include characteristics like dense bark to provide protection from high temperature and damages, branches with self-pruning ability to inhibit the spreading of fire to the crown, deep root systems to bolster drought resilience, which may follow after forest fire, serotinous cones or seeds that get opened or released in response to high temperature during a forest fire, ability to resprout from dormant buds, etc. Forest fires are becoming more frequent and intense worldwide as climate patterns change. Thus, understanding the attributes of fire-adapted tree species is crucial for effective forest fire management and ecosystem restoration, enhancing the survival and resilience of forests.