The ability of an ecosystem to recover from a disturbance is known as

Question

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Question: The ability of an ecosystem to recover from a disturbance is known as

Options:
- resilience.
- stability.
- fitness.
- emergence.

Option 1: resilience. This term specifically refers to an ecosystem's capacity to absorb a disturbance and return to its original structure, function, or a new stable state after disruption. It emphasizes recovery and continued functioning despite stress, which matches the concept described in the question.

Option 2: stability. While stability relates to how steady an ecosystem remains over time, it is not the same as the process of recovering after a disturbance. An ecosystem can be stable yet slow to recover, or it can be disturbed and gradually re-stabilize in a new configuration, so stability does not capture the recovery aspect as directly as resilience does.

Option 3: fitness. In ecological or evolutionary contexts, fitness usually refers to the reproductive success of organisms or how well traits help an organism survive and reproduce. This term does not describe the ecosystem-level recovery ability after a disturbance.

Option 4: emergence. Emergence describes novel properties or patterns that arise from interactions among system components, not the recovery capacity of an ecosystem after disturbance. It does not address rebound or return to prior conditions.

Overall, the option that aligns with the concept of an ecosystem's ability to recover from disturbance is the one that centers on recovery and resilience, rather than stability, fitness, or emergence.

The ability of an ecosystem to recover from a disturbance is known asSingle choice

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