genetic variability
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the tendency of individual genetic characteristics in a population to vary from one another
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Examples (20)
- High genetic variability allows populations to adapt quickly to changing environments.
- Genetic variability is crucial for a species' long-term survival.
- The researchers measured genetic variability across three isolated islands.
- High genetic variability allows populations to adapt to changing environments.
- Low genetic variability can increase a species' vulnerability to disease.
- The study aimed to assess the genetic variability within the endangered species.
- Conservation plans aim to maintain genetic variability within captive-breeding programs.
- Loss of genetic variability can make a population vulnerable to disease.
- Over time, genetic variability was reduced by intensive selective breeding.
- Researchers are investigating the factors influencing genetic variability in crops.
- We should monitor genetic variability as an indicator of ecosystem resilience.
- Understanding genetic variability is key to conservation efforts.
- Has genetic variability been adequately accounted for in the model?
- A lack of genetic variability can lead to inbreeding depression.
- By promoting gene flow, wildlife corridors help preserve genetic variability.
- This population exhibits significant genetic variability across its range.
- In small populations, random drift can erode genetic variability rapidly.
- Maintaining genetic variability is essential for evolutionary potential.
- Despite a common ancestor, these breeds display remarkable genetic variability.
- The observed differences are due to natural genetic variability.