An ecosystem undergoes what is referred to as ecological succession in response to a disturbance. Ecological succession is the natural process in which a disturbed area is gradually taken over by a species or groups of species that were not there before.
Yes it is
a climax community
Fungus and an alga or also known as Lichens
A tornado destroys vegetation but leaves the soil and its contents largely intact, therefore we have secondary succession.
A hurricane would most likely lead to succession, as it can cause significant destruction to the existing ecosystem, uprooting vegetation and altering the landscape. The aftermath of a hurricane often creates openings for new plant species to establish, initiating ecological succession. While a volcanic eruption can also lead to succession, the immediate and widespread damage from hurricanes typically affects more populated areas and agricultural lands, prompting a clearer path for ecological recovery. Abandonment of a farm could lead to succession over time, but it is a slower process and less directly tied to a catastrophic event.
Climax Community
Climax Community
Climax Community
Climax Community
"Ser" is a stage in ecological succession where the environment is dry and lacks vegetation. It is a transitional stage between earlier succession stages and the eventual climax community. This stage is characterized by drought-tolerant species and sparse vegetation.
The end product succession is called the climax community. This is the final stage of ecological succession where the ecosystem has reached a stable and balanced state, dominated by a particular group of species.
Climax community
Climax community is stage of a ecological succession
Communities change gradually from one sere, or stage, to another. The seres are not totally differentiated from each other, and one will tend to merge gradually into another. The final result of this is called a climax community.
climax community:
climax community:
The climax stage of ecological succession represents a stable community where species composition remains relatively constant over time. It is achieved when the community reaches a dynamic equilibrium with the environment, resulting in a balanced ecosystem with high biodiversity and efficient energy flow.