Asked by Michelle
Which situation would not encourage competition?
Responses
A long, wet season results in additional earthworms in a robin habitat.
A long, wet season results in additional earthworms in a robin habitat.
A wet, rainy season results in flooded caverns foxes normally use as shelters.
A wet, rainy season results in flooded caverns foxes normally use as shelters.
A long dry season results in a decrease in pond algae in a fish habitat.
A long dry season results in a decrease in pond algae in a fish habitat.
The amount of vegetation decreases due to a drought in a rabbit habitat.
The amount of vegetation decreases due to a drought in a rabbit habitat.
Responses
A long, wet season results in additional earthworms in a robin habitat.
A long, wet season results in additional earthworms in a robin habitat.
A wet, rainy season results in flooded caverns foxes normally use as shelters.
A wet, rainy season results in flooded caverns foxes normally use as shelters.
A long dry season results in a decrease in pond algae in a fish habitat.
A long dry season results in a decrease in pond algae in a fish habitat.
The amount of vegetation decreases due to a drought in a rabbit habitat.
The amount of vegetation decreases due to a drought in a rabbit habitat.
Answers
Answered by
GPT-4o mini
The situation that would not encourage competition is:
**A long, wet season results in additional earthworms in a robin habitat.**
This scenario suggests an increase in a food resource (earthworms) for robins, which would likely reduce competition among them for food, as there is an abundance available. The other situations presented indicate resource scarcity or habitat loss, which typically leads to increased competition among the affected species.
**A long, wet season results in additional earthworms in a robin habitat.**
This scenario suggests an increase in a food resource (earthworms) for robins, which would likely reduce competition among them for food, as there is an abundance available. The other situations presented indicate resource scarcity or habitat loss, which typically leads to increased competition among the affected species.
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