This succession is called autotrophic autogenous.
Areas that have been severely disturbed, such as after a volcanic eruption or a wildfire, tend to undergo ecological succession at a faster rate. These areas have little to no vegetation and soil, allowing pioneer species to establish themselves quickly and kickstart the succession process.
Any of these can cause succession. Tornadoes, hurricanes, and farming would result in secondary succession. Mining would result in primary succession. A volcanic eruption could result in either depending on whether or not the soil was destroyed or covered by lava flows.
A type 2 wildfire is a moderate fire that is more difficult to control than a type 1 fire. It typically requires additional resources such as air support or heavy machinery to contain. The size and intensity of a type 2 wildfire can vary.
primary succession
primary succession
Areas that have been severely disturbed, such as after a volcanic eruption or a wildfire, tend to undergo ecological succession at a faster rate. These areas have little to no vegetation and soil, allowing pioneer species to establish themselves quickly and kickstart the succession process.
A disturbance that completely destroys all living organisms in an area, such as a volcanic eruption or wildfire, is most likely to result in primary succession. This type of disturbance removes existing vegetation and soil, allowing for the colonization of new pioneer species and the gradual rebuilding of the ecosystem.
Any of these can cause succession. Tornadoes, hurricanes, and farming would result in secondary succession. Mining would result in primary succession. A volcanic eruption could result in either depending on whether or not the soil was destroyed or covered by lava flows.
A type 2 wildfire is a moderate fire that is more difficult to control than a type 1 fire. It typically requires additional resources such as air support or heavy machinery to contain. The size and intensity of a type 2 wildfire can vary.
Succession refers to the process of change in a biological community over time, typically following a disturbance. Slow succession simply refers to the gradual pace of this change compared to rapid or fast succession. Slow succession may take place over many years or even centuries, while rapid succession can occur more quickly, such as after a wildfire.
primary succession
no u dingbat
primary succession
Secondary succession.
Transplantation
No because the process of succession will not end if the land is not disturbed.
Climax communities are considered stable and generally do not undergo succession unless there is a major disturbance, such as a wildfire or human intervention. These disturbances can disrupt the climax community, leading to a new round of succession and potentially changing the composition of species in the ecosystem.