 Fish are  socially intelligent creatures who do not deserve their reputation as  the dim-wits of the animal kingdom, according to a group of leading  scientists. They said that fish do not deserve their "dim-witted" reputation.  Rather than simply being instinct-driven, they say that fish are  actually cunning, manipulative and even cultured.
Fish are  socially intelligent creatures who do not deserve their reputation as  the dim-wits of the animal kingdom, according to a group of leading  scientists. They said that fish do not deserve their "dim-witted" reputation.  Rather than simply being instinct-driven, they say that fish are  actually cunning, manipulative and even cultured. The three  experts from the universities of Edinburgh, St Andrews and Leeds said  there had been huge changes in science's understanding of the  psychological and mental abilities of fish in the last few years. Writing in  the journal Fish and Fisheries, biologists Calum Brown, Keven  Laland and Jens Krause said fish were now seen as highly intelligent  creatures. 
They said:  "Gone (or at least obsolete) is the image of fish as drudging and  dim-witted pea-brains, driven largely by 'instinct',' with what little behavioral flexibility they possess being severely hampered by an  infamous 'three-second memory'. 
"Now, fish  are regarded as steeped in social intelligence, pursuing Machiavellian  strategies of manipulation, punishment and reconciliation, exhibiting  stable cultural traditions, and co-operating to inspect predators and  catch food." Their so called  research had shown that fish recognized individual "shoal mates", social  prestige and even tracked relationships. Scientists  had also observed them using tools, building complex nests and  exhibiting long-term memories. 
The  scientists added: "Although it may seem extraordinary to those  comfortably used to pre-judging animal intelligence on the basis of  brain volume, in some cognitive domains, fishes can even be favorably  compared to non-human primates." They said  fish were the most ancient of the major vertebrate groups, giving them  "ample time" to evolve complex, adaptable and diverse behavior patterns  that rivaled those of other vertebrates. 
"These  developments warrant a re-appraisal of the behavioral flexibility of  fishes, and highlight the need for a deeper understanding of the  learning processes that underpin the newly recognized behavioral and  social sophistication of this taxon," said the scientists.       


 
 









 
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