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Genetic Drift

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The snakes enter a new territory and are prone to predation.

Because of this, the population decreases.

As the snakes slowly reproduce,randomly, one of the offspring produced is differently colored.

When the predator approaches, it doesn't eat it because the snake seems to be venomous.

This happens because of genetic drift. One random mutation can give an organism the advantage towards survival and reproduction.

As time goes on and the snake reproduces, the snake evolves to adapt to its environment. The population then increases because the snakes are being eaten less by predators.

Create your own at Storyboard That
The snakes enter a new territory and are prone to predation.

Because of this, the population decreases.

As the snakes slowly reproduce,randomly, one of the offspring produced is differently colored.

When the predator approaches, it doesn't eat it because the snake seems to be venomous.

This happens because of genetic drift. One random mutation can give an organism the advantage towards survival and reproduction.

As time goes on and the snake reproduces, the snake evolves to adapt to its environment. The population then increases because the snakes are being eaten less by predators.

Create your own at Storyboard That
The snakes enter a new territory and are prone to predation.

Because of this, the population decreases.

As the snakes slowly reproduce,randomly, one of the offspring produced is differently colored.

When the predator approaches, it doesn't eat it because the snake seems to be venomous.

This happens because of genetic drift. One random mutation can give an organism the advantage towards survival and reproduction.

As time goes on and the snake reproduces, the snake evolves to adapt to its environment. The population then increases because the snakes are being eaten less by predators.

Create your own at Storyboard That
The snakes enter a new territory and are prone to predation.

Because of this, the population decreases.

As the snakes slowly reproduce,randomly, one of the offspring produced is differently colored.

When the predator approaches, it doesn't eat it because the snake seems to be venomous.

This happens because of genetic drift. One random mutation can give an organism the advantage towards survival and reproduction.

As time goes on and the snake reproduces, the snake evolves to adapt to its environment. The population then increases because the snakes are being eaten less by predators.

Create your own at Storyboard That
The snakes enter a new territory and are prone to predation.

Because of this, the population decreases.

As the snakes slowly reproduce,randomly, one of the offspring produced is differently colored.

When the predator approaches, it doesn't eat it because the snake seems to be venomous.

This happens because of genetic drift. One random mutation can give an organism the advantage towards survival and reproduction.

As time goes on and the snake reproduces, the snake evolves to adapt to its environment. The population then increases because the snakes are being eaten less by predators.

Create your own at Storyboard That
The snakes enter a new territory and are prone to predation.

Because of this, the population decreases.

As the snakes slowly reproduce,randomly, one of the offspring produced is differently colored.

When the predator approaches, it doesn't eat it because the snake seems to be venomous.

This happens because of genetic drift. One random mutation can give an organism the advantage towards survival and reproduction.

As time goes on and the snake reproduces, the snake evolves to adapt to its environment. The population then increases because the snakes are being eaten less by predators.

Create your own at Storyboard That
The snakes enter a new territory and are prone to predation.

Because of this, the population decreases.

As the snakes slowly reproduce,randomly, one of the offspring produced is differently colored.

When the predator approaches, it doesn't eat it because the snake seems to be venomous.

This happens because of genetic drift. One random mutation can give an organism the advantage towards survival and reproduction.

As time goes on and the snake reproduces, the snake evolves to adapt to its environment. The population then increases because the snakes are being eaten less by predators.

Create your own at Storyboard That
The snakes enter a new territory and are prone to predation.

Because of this, the population decreases.

As the snakes slowly reproduce,randomly, one of the offspring produced is differently colored.

When the predator approaches, it doesn't eat it because the snake seems to be venomous.

This happens because of genetic drift. One random mutation can give an organism the advantage towards survival and reproduction.

As time goes on and the snake reproduces, the snake evolves to adapt to its environment. The population then increases because the snakes are being eaten less by predators.

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  • The snakes enter a new territory and are prone to predation.
  • Because of this, the population decreases.
  • As the snakes slowly reproduce, randomly, one of the offspring produced is differently colored.
  • When the predator approaches, it doesn't eat it because the snake seems to be venomous.
  • This happens because of genetic drift. One random mutation can give an organism the advantage towards survival and reproduction.
  • As time goes on and the snake reproduces, the snake evolves to adapt to its environment. The population then increases because the snakes are being eaten less by predators.
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