heretic888
Senior Master
A few things here:
1) Sociobiology and evolutionary psychology are far too closely related to be completely teased apart. Implications in one oftentimes can be applied to the other.
2) A tradition of "well-established evolutionary biology" is all well and good, but it means very little as far as psychological theory is concerned. In fact, in some ways, this basis is more of a shortcoming than an advantage in that evolutionary psychology is prone to biological reductionism and, as all reductionisms are inclined, tends to collapse correlation and causation (a big no-no in experimental psychology).
3) One of the major problems with many of the claims of evolutionary psychologists is that they attempt to use natural selection, in a rather ad hoc speculative fashion, as an explanatory principle concerning the development of human behavior and consciousness. The problem is that this is not the context that Darwin's natural selection was intended for. Natural selection, rightly so, refers to the chances of particular genetic traits surviving and being passed onto future generations of a species.
Things like behavior, consciousness, and intelligence, however --- all things studied by psychologists --- are not completely attributable to genetic influence (although genetic predispositions clearly guide, to some degree, all such variables). Especially among our species, much of all this is learned behavior. Furthermore, in many cases, "nature" does not choose what skills are to be learned or what behavior is to be developed --- we do.
Learning to play a guitar may or may not add to the survival ability of our collective species, but its something a lot of us learn to do anyway.
4) In other words, there is an abundance of research and evidence that genetics and biology play an important role in learning and behavior. There is little if any evidence, however, that particular skills or behaviors are "naturally selected" (as opposed to more likely culprits such as "cultural selection" or "social selection" or even the much-feared "individual selection").
5) Garderner's domains (the term he more commonly uses), contrary to what you have claimed, are not "malleable". They refer to specific skills and competencies that manifest themselves in actual behavior. In addition, Gardner has collated neurological evidence in support of his theories.
6) What is accurate is that Gardner, as well as most other like-minded theorists, do not maintain there are "only 8" categories. What they do maintain is that these 8 domains do exist, but we are not limited to just these 8. Massive amounts of research and time would be required to determine just how many "intelligences" the human organism has at his or her disposal.
7) You clearly aren't too familiar with the literature on this subject if you don't think the claim that knowledge and cognitive development is domain-specific has a firm scientific founding. These things have been discussed since the time of Jean Piaget's cognitive constructivism, and were one of the enduring criticisms of his system (which, otherwise, has proven to be quite powerful and time-tested). In fact, the claim that development is domain-specific is pretty much universally accepted in developmental psychology at this point.
For that matter, Gardner's system is really just a revision of Piaget's.
8) It could quite easily be said that your dog, which you used as an example, was exhibiting competency in a particular developmental line or domain --- rather than some vaguely defined and nebulous "g" variable.
9) Personally, I don't have much regard for Chomsky or his work. But, that's just me.
10) The point I was making was not that mathematics and linguistics are unrelated to one another, but instead, that one can be highly skilled in mathematical logic but utterly lacking in linguistic ability. Or, vice-versa. Thus supporting Multiple Intelligence Theory.
11) I would be interested to hear how either evolutionary psychology or "g" theory can explain, say, Savant Syndrome.
Laterz.
1) Sociobiology and evolutionary psychology are far too closely related to be completely teased apart. Implications in one oftentimes can be applied to the other.
2) A tradition of "well-established evolutionary biology" is all well and good, but it means very little as far as psychological theory is concerned. In fact, in some ways, this basis is more of a shortcoming than an advantage in that evolutionary psychology is prone to biological reductionism and, as all reductionisms are inclined, tends to collapse correlation and causation (a big no-no in experimental psychology).
3) One of the major problems with many of the claims of evolutionary psychologists is that they attempt to use natural selection, in a rather ad hoc speculative fashion, as an explanatory principle concerning the development of human behavior and consciousness. The problem is that this is not the context that Darwin's natural selection was intended for. Natural selection, rightly so, refers to the chances of particular genetic traits surviving and being passed onto future generations of a species.
Things like behavior, consciousness, and intelligence, however --- all things studied by psychologists --- are not completely attributable to genetic influence (although genetic predispositions clearly guide, to some degree, all such variables). Especially among our species, much of all this is learned behavior. Furthermore, in many cases, "nature" does not choose what skills are to be learned or what behavior is to be developed --- we do.
Learning to play a guitar may or may not add to the survival ability of our collective species, but its something a lot of us learn to do anyway.
4) In other words, there is an abundance of research and evidence that genetics and biology play an important role in learning and behavior. There is little if any evidence, however, that particular skills or behaviors are "naturally selected" (as opposed to more likely culprits such as "cultural selection" or "social selection" or even the much-feared "individual selection").
5) Garderner's domains (the term he more commonly uses), contrary to what you have claimed, are not "malleable". They refer to specific skills and competencies that manifest themselves in actual behavior. In addition, Gardner has collated neurological evidence in support of his theories.
6) What is accurate is that Gardner, as well as most other like-minded theorists, do not maintain there are "only 8" categories. What they do maintain is that these 8 domains do exist, but we are not limited to just these 8. Massive amounts of research and time would be required to determine just how many "intelligences" the human organism has at his or her disposal.
7) You clearly aren't too familiar with the literature on this subject if you don't think the claim that knowledge and cognitive development is domain-specific has a firm scientific founding. These things have been discussed since the time of Jean Piaget's cognitive constructivism, and were one of the enduring criticisms of his system (which, otherwise, has proven to be quite powerful and time-tested). In fact, the claim that development is domain-specific is pretty much universally accepted in developmental psychology at this point.
For that matter, Gardner's system is really just a revision of Piaget's.
8) It could quite easily be said that your dog, which you used as an example, was exhibiting competency in a particular developmental line or domain --- rather than some vaguely defined and nebulous "g" variable.
9) Personally, I don't have much regard for Chomsky or his work. But, that's just me.
10) The point I was making was not that mathematics and linguistics are unrelated to one another, but instead, that one can be highly skilled in mathematical logic but utterly lacking in linguistic ability. Or, vice-versa. Thus supporting Multiple Intelligence Theory.
11) I would be interested to hear how either evolutionary psychology or "g" theory can explain, say, Savant Syndrome.
Laterz.