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Section 1

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Conclusions

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Biology Science

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Last updated

6 years ago

Date created

Mar 1, 2020

Cards (20)

Section 1

(20 cards)

Conclusions

Front

State if the results support or do not support the hypothesis and describe what was learned overall from this experiment

Back

Natural selection allele effects

Front

Some alleles may become more common than others

Back

Natural selection

Front

Some genotypes reproduce or survive better than kthers

Back

Experiment

Front

Design/perform an experiment to test your hypothesis under controlled conditions

Back

Observation

Front

Make an observation about the natural world

Back

Nonrandom mating allele effects

Front

Generally prevents genetic equilibrium; does not necessarily affect allele frequency

Back

Nonrandom mating

Front

Mates are closed as a result of particular characteristics

Back

Results

Front

Give an unbiased report of the information gained from the experiment

Back

Prediction

Front

State what we think will happen based on our hypothesis

Back

Mutation allele effects

Front

Source of new alleles in a population

Back

Genetic drift allele effects

Front

Can reduce the genetic variability and may eliminate alleles, especially in small populations

Back

H

Front

Shannon diversity index

Back

Mutation

Front

Heritable change in dna

Back

Hypothesis

Front

Pose a tentative explanation based on prior knowledge

Back

I

Front

In the community

Back

Gene flow

Front

Change in allele frequencies due to movement of individuals between polulations

Back

Gene flow allele effects

Front

May increase genetic variability by introducing new alleles or change frequencies of existing alleles

Back

Pi

Front

Proportion of individuals of species

Back

Genetic drift

Front

Changes in allele frequencies caused by random chance

Back

Question

Front

Ask critical questions about your observations

Back