Simpson’s paradox: Difference between revisions
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{{a|devil|}}[[Simpson's paradox]] is a statistical phenomenon where a trend that is apparent appears in several groups of related data, when viewed in isolation, disappears or reverses when the groups are combined. | {{a|devil|}}[[Simpson's paradox]] is a statistical phenomenon where a trend that is apparent appears in several groups of related data, when viewed in isolation, disappears or reverses when the groups are combined. | ||
It plays particular havoc with social scientists when they try to draw causal inferences — or moral imperatives — from data they have gathered with the careful intention of illustrating their own precious hypothesis. | It plays particular havoc with social scientists when they try to draw [[causation|causal]] inferences — or moral imperatives — from data they have gathered with the careful intention of illustrating their own precious hypothesis. | ||
This can upset, for example, eugenicists, craniometrists, and those who tend to the idea that a measure of “intelligence quotient” has any necessary bearing on practical intelligence, expected success in life<ref>The best measure of success in life, of course, is “being alive”, and on that dimension, those of us on whom the midwife ''has'' attended but the reaper has ''not'', are all equal. </ref> or personal value, let alone that it can be used to extrapolate into differences in intelligence between, say, races. | |||
But it is equally offensive to those upset by {{author|Jordan Peterson}} and his fondness for pointing out how hard it is to draw firm conclusions — let alone moral ones — from any data set on which [[multivariate|multiple, unrelated factors]] operate. | |||
{{Sa}} | |||
*[[Correlation does not imply causation]] | *[[Correlation does not imply causation]] | ||
*[[ | *[[Multivariate factors]] | ||
*[[Theory-dependence of observation]] | |||
{{Ref}} | |||
Revision as of 14:38, 30 October 2021
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Simpson's paradox is a statistical phenomenon where a trend that is apparent appears in several groups of related data, when viewed in isolation, disappears or reverses when the groups are combined.
It plays particular havoc with social scientists when they try to draw causal inferences — or moral imperatives — from data they have gathered with the careful intention of illustrating their own precious hypothesis.
This can upset, for example, eugenicists, craniometrists, and those who tend to the idea that a measure of “intelligence quotient” has any necessary bearing on practical intelligence, expected success in life[1] or personal value, let alone that it can be used to extrapolate into differences in intelligence between, say, races.
But it is equally offensive to those upset by Jordan Peterson and his fondness for pointing out how hard it is to draw firm conclusions — let alone moral ones — from any data set on which multiple, unrelated factors operate.
See also
References
- ↑ The best measure of success in life, of course, is “being alive”, and on that dimension, those of us on whom the midwife has attended but the reaper has not, are all equal.