- Inbreeding: Small populations may be more prone to inbreeding, resulting in a reduced genetic diversity.
- Lack of suitable mates: Small populations may have a limited number of potential mating partners, leading to a reduction in gene pools.
- Bottleneck events: Small populations may experience bottleneck events, where a large portion of the population is eliminated, resulting in a loss of genetic diversity.
- Lack of advantageous traits: Small populations may have a limited number of advantageous traits present within the gene pool, reducing overall genetic diversity.
Why are the gene pools of small populations reduced compared to those of larger populations? (1 point)Responsesinbreedinginbreedinglack of suitable mateslack of suitable matesbottleneck eventsbottleneck eventslack of advantageous traits
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