If a forest is destroyed by a fire and regrows over time, what type of succession is this?

The scenario described involves a forest that is destroyed by fire but then regrows over time, indicating that this process is characterized as secondary succession. In secondary succession, an ecosystem has been disturbed but the soil and some living organisms remain intact. The existing seed bank and root structures from the original forest facilitate a quicker recovery compared to primary succession, which occurs in lifeless areas where no soil exists, such as after a volcanic eruption or glacial retreat.

In the case of secondary succession, after the fire, a series of stages involves pioneer species, such as grasses and weeds, rapidly colonizing the area. As these species alter the environment, they allow other plants, such as shrubs and eventually trees, to establish themselves and create a more diverse ecosystem. This process reflects the resilience of ecosystems in recovering from disturbances while maintaining a connection to their previous states.