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Recent research suggests that the pairing of fish or frogs with a particular type of food, such as worms or insects, sometimes produces a situation in which the pair benefits, as the researchers say, by essentially “cooperating” together, although they are not kin.

The researchers gave live tadpoles, whose offspring grew to maturity, a choice of food in their experimental pools. The researchers controlled for the size of the food choices (they matched the size of a frog to the size of the worm). They found that the tadpoles showed a preference for worms that had been paired with a frog before eating, as compared with worms and frogs that had not been paired.

This has implications for the way young animals respond when they find themselves in situations in which they must make decisions. The researchers suggest that animals may be more likely to accept advice from siblings, mates and colleagues when faced with a decision in which there may be a benefit to cooperating.

But they do not recommend that people read too much into this. “I think the true lesson is that cooperation is a very big topic,” says behavioral biologist Mark Powell of the University of California at Davis. “Most often, it is apparent when cooperation is present, and why it’s there. But in cases like this one, we need more work to show that this is always the case.”

Still, says biologist Uri Tse-Milgram of the Hebrew University of Jerusalem, “There is some truth to this, although a simple explanation may not always be the best one.” In studies of animal cooperation, a key question is what is being cooperated upon, he says. It is not always clear, he adds, what a perceptive rat or crows are gaining from interacting with other animals.

Other experiments may also bear fruit. One human study by psychologist Paul Zak of the University of Minnesota found that the pairing of siblings or friends can improve their perception of one another, and lead to behavior that is better than the sum of its parts.

The researchers at the University of California at Davis have also found that certain fish species, such as killifish, choose mates based on the color of their fins, which are more colorful among fish within a group that are related to one another.

Fish and other species are “social to the core,” says biologist Terry Ord of the University of California