Noteworthy families (modern science) : $b An index to kinships in near degrees between persons whose achievements are honourable, and have been publicly recordedGalton, Francis
Science
Noteworthy families (modern science) : $b An index to kinships in near degrees between persons whose achievements are honourable, and have been publicly recorded
Galton, Francis
Eugenics
In order to test the question, I marked each noteworthy person whose
name occurs in the list of sixty-six families at the end of this book
with 3, 2, or 1, according to what I considered his deserts, and soon
found that it was easy to mark them with fair consistency. It is not
necessary to give the rules which guided me, as they were very often
modified by considerations, each obvious enough in itself, but
difficult to summarize as a whole. Various provisional trials were
made; I then began afresh by rejecting a few names as undeserving any
mark at all, and, having marked the remainder individually, found
that a total of 657 marks had been awarded to 332 persons; 117 of
them had received 3 marks; 101, 2 marks; 104, 1 mark; so the three
subdivisions were approximately equal in number. The marks being too
few to justify detailed treatment, I have grouped the kinsmen into
first, second, and third degrees, and into first cousins, the latter
requiring a group to themselves. The first degree contains father and
brothers; the second, grandfathers and uncles; the third,
great-grandparents and great-uncles. The results are shown in Table
VI. The marks assigned to each of the groups are given in the first
line (total 657), and the number of the noteworthy persons in each
group who received any mark at all is shown in the third line (total
329). In order to compare the first and third lines of entries on
equal terms, those in the first were multiplied by 329 and divided by
657, and then entered in the second line. The closeness of
resemblance between the second and third lines emphatically answers
the question to be solved. There is no significant difference between
the results of the marked and the unmarked observations. The reason
probably is that the distribution of triple, double, and single marks
separately is much the same in each of the groups, and therefore
remains alike when the three sets of marks are in use at the same
time. It is thus made clear that trouble taken in carefully marking
names for different degrees of noteworthiness would be wasted in such
a rough inquiry as this.
Public-domain text, read in full here on John Shaqi.
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