Tuesday, March 10, 2009

Error in Labeling

BBC News


We are surprised when "animals" behave in ways that we did not anticipate. The surprise is not in the animal, but in our initial assumption of how animals are suppose to behave. We assume that animals are inferior and cannot communicate. Then we discover that indeed, they communicate. We assume that animals are inferior and cannot use tools. Then we discover that indeed, they use and even create tools. We assume that animals are inferior and do not exhibit altruistic social behavior. Then we discover that indeed, they exhibit altruistic behaviors in social settings. We assume that animals are inferior because they cannot anticipate and plan with patience and focus. Now we discover that indeed, they can plan and anticipate.

When we learn to name objects, and give them labels, we thought we have power and dominion over all things, because that is what we are taught. But in truth, the names and labels come with a price, the cost of assigning attributes to these unknown objects with prejudice. Only a scientist would consciously hold back assigning attributes to an object under investigation without presumption or prejudgment. Even trained scientists often make the mistake of assuming attributes for common objects.

The labels we place on objects of reference, say less about those objects, and more about us, our perception and attitudes, the attributes we group with certain objects, and class of objects. The error is in the act of labeling and assigning attributes without first understanding and verifying. The error is in assuming without the truth. Worse yet, some errors are propagated in perpetuity because by common consensus, the labels and their erroneous attributes are not just assumptions, but sacred dogma that can never be tested or questioned. The errors are not in being Democrat or Republican, Black or White, human or animal, √úbermensch or Untermensch. The error is in labeling and then closing the book.


A male chimpanzee in a Swedish zoo planned hundreds of stone-throwing attacks on zoo visitors, according to researchers.

Keepers at Furuvik Zoo found that the chimp collected and stored stones that he would later use as missiles.

Further, the chimp learned to recognise how and when parts of his concrete enclosure could be pulled apart to fashion further projectiles.

The findings are reported in the journal Current Biology.

There has been scant evidence in previous research that animals can plan for future events.

Crucial to the current study is the fact that Santino, a chimpanzee at the zoo in the city north of Stockholm, collected the stones in a calm state, prior to the zoo opening in the morning.

The launching of the stones occurred hours later - during dominance displays to zoo visitors - with Santino in an "agitated" state.

This suggests that Santino was anticipating a future mental state - an ability that has been difficult to definitively prove in animals, according to Mathias Osvath, a cognitive scientist from Lund University in Sweden and author of the new research.

"We've done experimental studies, and the chimps in my mind show very clearly that they do plan for future needs, but it has been argued that perhaps this was an experimental artefact," Dr Osvath told BBC News.

"Now we have this spontaneous behaviour, which is always in some sense better evidence."

Dr Osvath embarked on the study after zoo staff discovered caches of stones in the section of the enclosure facing the public viewing area.

Since the initial discovery in 1997, hundreds of the caches have been removed to protect visitors, to whom the caching and the aggressive displays seem strictly related; in the off season, Santino neither hoards the projectiles nor hurls them.

Most interestingly, Santino seems to have learned how to spot weak parts of the concrete "boulders" in the centre of the enclosure.

When water seeps into cracks in the concrete and freezes, portions become detached that make a hollow sound when tapped.

Santino was observed gently knocking on the "boulders", hitting harder to detach bits that were loosened and adding those to his stashes of ammunition.

There are a number of examples of complex behaviour in apes that suggest forms of consciousness.

Planning behaviour like that of the current work is connected to so-called autonoetic consciousness, where information due to memory can be distinguished from that from the senses.

"I'm personally convinced that at least chimps do plan for future needs, that they do have this autonoetic consciousness," Dr Osvath said.

"I hope that other zoos or those in the wild will look more closely at what is happening," he added.

"I bet there must be a lot of these kinds of behaviours out there, and I wouldn't be surprised if we find them in dolphins or other species."

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