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We created food patches to reveal monkeys' foraging cost of predation.
We used experimental food patches to test how habitat factors affect predation risk for Sykes' monkeys.
We used a pair wise design, offering condors standardized food patches near and far from roads simultaneously.
We conclude that experiments with giving-up densities in depletable food patches provide effective means for studying primate ecology.
Then, within these habitat patches, the wren locates food patches where food items (e.g., insects) are abundant.
These 'stopovers' during long-distance movement appear consistent with finding and exploiting food patches.
Yet, wild canaries forage on food patches and this situation may favor social learning.
These areas may therefore provide different qualities of food patches for cleaners [25], [29], [37].
In a heterogeneous environment with food patches, cells do not have information on food availability.
In addition to the wide differences between available food patches, each patch is likely to be quite heterogeneous.
Air-breathing vertebrates have attained underwater feeding grounds, exploiting rich food patches through morphological and physiological adaptations to diving.
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