because it needs time to heal
Yes, if it is recovery then it is secondary succession. Examples: fire, tornado, flood...It is primary succession if it is a new island.
Biodiversity in the ecosystem increases.
because it needs time to heal
falase
Ecosystems recover from disturbances through ecological succession. This normally happens after a large fire, or the area is wiped out of living organisms.
because it needs time to heal
yes. because it is to far from the substance
secondary succession
many organisms can die however this creates an opportunity for new organisms to replace them
Ecosystems recover from disturbances through ecological succession. This normally happens after a large fire, or the area is wiped out of living organisms.
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.
because it needs time to heal
yes. because it is to far from the substance
secondary succession
many organisms can die however this creates an opportunity for new organisms to replace them
the major disturbance that the ecosystem was abl to recover was when i dicreased the rabbit.
I think that the increasing and decreasing of the other populations was a major disturbance that the ecosystem was able to recover compelety
sadly they dont..
Ecological succession is an important theory in ecology that states recovery of flora and fauna is a slow predictable process that restores an evironment to its orginal state after some sort of severe destructive event. However, ecologists learedn by studying the aftermath of the Mount St. Helens eruption that the planet will recover much faster and in more unpredictable ways than originally believed.
Small climate change, producers increasing too much
Edward Tilman's ecological experiments indicated that species diversity plays a crucial role in ecosystem stability and productivity. His experiments showed that more diverse plant communities were better able to resist invasive species and recover from disturbances than less diverse communities. This suggests that biodiversity is vital for the resilience and functioning of ecosystems.