Cleaner fish can recognise their neighbourCleaner fish become less aggressive to their neighbour when they get used to theircompanyCleaner fish become less aggressive to all other fish when they get used tocompanyCleaner fish get less aggressive as they get olderCleaner fish adapt to having a new neighbour more quickly after having had onebeforeTrueFalseTrueFalseTrueFalseTrueFalseTrueFalse The cleaner fish, Labroides dimidiatus, uses visual cues to identify between different individual memberswithin social groups.Kohda and colleagues looked at aggressive fish behaviours (rushing, bumping and biting) with other fish andimages of themselves with and without mirrors.First, the scientists carried out a "dear enemy experiment" to see whether a cleaner fish habituated to aneighbour.Attack frequency (/1 hr)30-25-20-15-10-5-Glass0-Day 1n = 883Toward the first opponent8284856667600696108Toward the second opponent

The experiment is all about the social behaviour of the cleaner fish that is how do they interact…

Cleaner fish can recognise their neighbour Cleaner fish become less aggressive to their neighbour when they get used to their company Cleaner fish become less aggressive to all other fish when they get used to company Cleaner fish get less aggressive as they get older Cleaner fish adapt to having a new neighbour more quickly after having had one before U True False True False True False True False True False

Cleaner fish can recognise their neighbour Cleaner fish become less aggressive to their neighbour when they get used to their company Cleaner fish become less aggressive to all other fish when they get used to company Cleaner fish get less aggressive as they get older Cleaner fish adapt to having a new neighbour more quickly after having had one before U True False True False True False True False True False

Biology (MindTap Course List)

11th Edition

ISBN:9781337392938

Author:Eldra Solomon, Charles Martin, Diana W. Martin, Linda R. Berg

Publisher:Eldra Solomon, Charles Martin, Diana W. Martin, Linda R. Berg

Chapter52: Animal Behavior

Section: Chapter Questions

Problem 1TYU

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An experiment with squirrels revealed that they make alarm sounds when a model of an owl is placed near them. When a red cube, about the same size as an owl is placed there, there seems to be no alarm. Which of the following best explains this reaction? The owl model is the ultimate cause of alarm vocalization behavior. The owl model, but not the red cube, triggers the fixed action pattern of alarm vocalizations. The squirrel is trying to attract the owl into its territory. The squirrels cannot see red objects, and so do not make alarm sounds. 0000
Fish produce a hormone called isotocin, a hormone that is similar to oxytocin in mammals. Both hormones, oxytocin and isotocin, have been linked to social behaviors including the suppression of social anxiety, trust, and attachment. Prior to this study, the relationship between isotocin in the bloodstream and the amount of aggression or submission individual cichlid fish display was unknown. The researchers hypothesized that isotocin would suppress aggressive behaviors in cichlids to promote social cohesion as these fish exist in large social groups (schools). To address this hypothesis, each of 10 fish were exposed to two treatments, 1 week apart. One at a time, a fish was randomly selected from the group of 10 and either injected with a saline solution (that served as the control) or with isotocin. After this injection, the fish was returned to its group and the amount of aggressive and submissive behaviors the fish demonstrated was recorded for the next 10 minutes. One week later…
Fish produce a hormone called isotocin, a hormone that is similar to oxytocin in mammals. Both hormones, oxytocin and isotocin, have been linked to social behaviors including the suppression of social anxiety, trust, and attachment. Prior to this study, the relationship between isotocin in the bloodstream and the amount of aggression or submission individual cichlid fish display was unknown. The researchers hypothesized that isotocin would suppress aggressive behaviors in cichlids to promote social cohesion as these fish exist in large social groups (schools). To address this hypothesis, each of 10 fish were exposed to two treatments, 1 week apart. One at a time, a fish was randomly selected from the group of 10 and either injected with a saline solution (that served as the control) or with isotocin. After this injection, the fish was returned to its group and the amount of aggressive and submissive behaviors the fish demonstrated was recorded for the next 10 minutes. One week later…
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