Microevolutionary example sentences
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Related (3): adaptation, speciation, mutation.
"Microevolutionary" Example Sentences
- Microevolutionary changes can be observed in the population over a short period of time.
- The study of microevolutionary processes is important in understanding the origins of biodiversity.
- Microevolutionary patterns can provide insights into the genetic basis of species divergence.
- Adaptation at the microevolutionary level may contribute to speciation over time.
- Microevolutionary changes can be caused by natural selection or genetic drift.
- Understanding microevolutionary mechanisms is crucial to predicting how species will respond to environmental change.
- Microevolutionary changes can lead to the emergence of new traits and characteristics.
- The effects of microevolutionary processes can accumulate over generations, leading to macroevolutionary outcomes.
- Microevolutionary changes can occur through the accumulation of small genetic variations.
- Microevolutionary patterns can reveal the evolutionary history of a population.
- The study of microevolutionary changes in finches on the Galapagos Islands helped Darwin develop his theory of evolution.
- Microevolutionary processes can lead to changes in the frequency of alleles in a population.
- Microevolutionary changes can help organisms adapt to changes in their environment.
- The study of microevolutionary mechanisms has practical applications in fields such as medicine and agriculture.
- Microevolutionary changes can occur through mutations, gene flow, and genetic recombination.
- Variability within a population is a key factor in microevolutionary processes.
- Microevolutionary processes can contribute to the formation of new species.
- Microevolutionary changes can be influenced by factors such as predation, competition, and sexual selection.
- The study of microevolutionary processes in bacteria has led to the development of new antibiotics.
- The effects of microevolutionary changes can be observed in real time in experimental populations.
- Microevolutionary changes can lead to the adaptation of organisms to their local environment.
- Microevolutionary patterns can vary between populations and species.
- The study of microevolutionary processes in plants has practical implications for crop breeding.
- Microevolutionary changes can occur within populations or between populations in different habitats.
- Microevolutionary processes can create genetic diversity within a population.
- Microevolutionary changes can occur rapidly in response to selection pressures.
- The study of microevolutionary processes can help us understand the evolution of complex traits like intelligence.
- Microevolutionary processes can mediate the response of organisms to climate change.
- Microevolutionary changes can accumulate over time, leading to the formation of new evolutionary lineages.
- The study of microevolutionary processes has important implications for conservation biology.
Common Phrases
- Changes in allele frequency over time;
- Genetic drift;
- Natural selection acting on an individual or group;
- Mutation;
- Gene flow between populations;
- Adaptation to environmental conditions;
- Sexual selection;
- Founder effects;
- Bottlenecks and population size effects;
- Hybridization and introgression.
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