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Biology

Adaptability (2)

Adaptability in species is driven by biotic interactions, selective pressures, microevolution, rapid evolution, and adaptive radiation, assuring survival and success.

Biotic Interactions: Adaptability is influenced by interactions with other species. Coevolution, where two or more species evolve in response to each other, is a prime example.

Selective Pressures: Natural selection acts as a driving force for adaptability, favoring traits that confer a reproductive advantage in a given environment.

Microevolution: Small-scale changes in the gene pool of a population occur through processes like mutation, genetic drift, and gene flow, contributing to adaptability.

Rapid Evolution: Some species exhibit rapid evolution in response to intense selection pressures, demonstrating a remarkable capacity to adapt quickly.

Adaptive Radiation: In evolutionary biology, adaptive radiation occurs when a single ancestor species diversifies into a variety of forms, each adapted to exploit different ecological niches.

Adaptability is a dynamic and ongoing process, integral to the survival and success of diverse organisms across the biological spectrum.

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