Correction to: Four problems of the h-index for assessing the research productivity and impact of individual authors
Scientometrics
https://doi.org/10.1007/s11192-022-04455-x
CORRECTION
Correction to: Four problems of the h‑index for assessing
the research productivity and impact of individual authors
Henry H. Bi1
© Akadémiai Kiadó, Budapest, Hungary 2022
Correction to: Scientometrics
https://doi.org/10.1007/s11192-022-04323-8
The original version of the article was published with minor corrections in Table 4, references and in a sentence. These have been corrected with this Correction as below:
In page 6, subsection "Solving the four problems", the first sentence should read as "The
aforementioned four problems can be effectively addressed by using the hi-index: The hiindex prevents each author from taking full credit for a multiauthored publication’s all contributions (Problem #1)."
See Table 4 below.
The original article can be found online at https://doi.org/10.1007/s11192-022-04323-8.
* Henry H. Bi
1
Willamette University, 900 State Street, Salem, OR 97301, USA
13
Vol.:(0123456789)
13
Donna
Strickland
2018
2019
2021
P1
P2
P3
Syukuro
Manabe
Didier
Queloz
Name
Author No Year of
Nobel
Prize
4,256.96
6,727.33
17,124.58
https://schol 11,148
ar.google.
com/citat
ions?hl=
en&authu
ser=1&
user=C
v9dj
kcAAAAJ
54,386
37,185
https://schol
ar.google.
com/citat
ions?hl=
en&authu
ser=1&
user=
S5HCm
2oAAAAJ
https://schol
ar.google.
com/citat
ions?hl=
en&authu
ser=1&
user=
GPkBB-
YAAAAJ
(2) Author’s
fractional
number of
citations
Google
(1) Total
Scholar URL number of
citations
46.05
12.37
38.19
(3) Percentage of the
author’s
fractional
number of
citations (%)
85
118
22
65
32
13
(4) h-index (5)
Individual
hi-index
23.53
72.88
40.91
(6) Percentage decrease
from h-index
to hi-index
(%)
4.15
21.80
3.90
(7) Average
number of
authors per
cited publication
164,052
1,047,506
36,482
(8) Sum of all
authors’ total
numbers of
citations
Table 4 The Google Scholar data of 12 Nobel laureates (accessed December 18, 2021) P = Physics, C = Chemistry, M = Physiology or Medicine, E = Economic Sciences
Scientometrics
M. Stanley
Whittingham
2019
2020
C1
C2
Jennifer A.
Doudna
Name
Author No Year of
Nobel
Prize
Table 4 (continued)
https://schol
ar.google.
com/citat
ions?hl=
en&authu
ser=1&
user=
df-6g6kA
AAAJ
https://schol
ar.google.
com/citat
ions?hl=
en&authu
ser=1&
user=
YO5XS
XwAAA
AJ
21,195.63
21,610.81
88,579
(2) Author’s
fractional
number of
citations
38,110
Google
(1) Total
Scholar URL number of
citations
24.40
55.62
(3) Percentage of the
author’s
fractional
number of
citations (%)
137
80
66
49
(4) h-index (5)
Individual
hi-index
51.82
38.75
(6) Percentage decrease
from h-index
to hi-index
(%)
6.30
4.93
(7) Average
number of
authors per
cited publication
553,242
153,774
(8) Sum of all
authors’ total
numbers of
citations
Scientometrics
13
13
David MacMillan
2021
2019
2020
C3
M1
M2
Michael
Houghton
Gregg L.
Semenza
Name
Author No Year of
Nobel
Prize
Table 4 (continued)
https://schol
ar.google.
com/citat
ions?hl=
en&authu
ser=1&
user=
7x48v
OkAAAAJ
https://schol
ar.google.
com/citat
ions?hl=
en&authu
ser=1&
user=fX-_
IToAA
AAJ
https://schol
ar.google.
com/citat
ions?hl=
en&authu
ser=1&
user=litPc
pcAAAAJ
19,764.57
71,862.41
7,745.51
171,400
51,113
(2) Author’s
fractional
number of
citations
52,836
Google
(1) Total
Scholar URL number of
citations
15.15
41.93
37.41
(3) Percentage of the
author’s
fractional
number of
citations (%)
99
186
109
39
108
72
(4) h-index (5)
Individual
hi-index
60.61
41.94
33.94
(6) Percentage decrease
from h-index
to hi-index
(%)
7.88
12.07
3.83
(7) Average
number of
authors per
cited publication
472,677
31,520,958
172,666
(8) Sum of all
authors’ total
numbers of
citations
Scientometrics
Ardem
Patapoutian
2021
2019
M3
E1
Esther Duflo
Name
Author No Year of
Nobel
Prize
Table 4 (continued)
https://schol
ar.google.
com/citat
ions?hl=
en&authu
ser=1&
user=
2aSu2
9oAAAAJ
https://schol
ar.google.
com/citat
ions?hl=
en&authu
ser=1&
user=
yhDMl
8AAAAAJ
6,012.36
34,136.05
77,723
(2) Author’s
fractional
number of
citations
34,923
Google
(1) Total
Scholar URL number of
citations
43.92
17.22
(3) Percentage of the
author’s
fractional
number of
citations (%)
96
75
69
39
(4) h-index (5)
Individual
hi-index
28.13
48.00
(6) Percentage decrease
from h-index
to hi-index
(%)
3.52
8.18
(7) Average
number of
authors per
cited publication
228,807
297,929
(8) Sum of all
authors’ total
numbers of
citations
Scientometrics
13
13
Robert B.
Wilson
2020
2021
E2
E3
David Card
Name
Author No Year of
Nobel
Prize
Table 4 (continued)
https://schol
ar.google.
com/citat
ions?hl=
en&authu
ser=1&
user=2-
JLOBw
AAAAJ
https://schol
ar.google.
com/citat
ions?hl=
en&authu
ser=1&
user=
lqmGJ
IkAAAAJ
19,630.59
48,542.13
79,117
(2) Author’s
fractional
number of
citations
29,934
Google
(1) Total
Scholar URL number of
citations
61.35
65.58
(3) Percentage of the
author’s
fractional
number of
citations (%)
108
54
81
48
(4) h-index (5)
Individual
hi-index
25.00
11.11
(6) Percentage decrease
from h-index
to hi-index
(%)
2.75
1.88
(7) Average
number of
authors per
cited publication
160,881
58,367
(8) Sum of all
authors’ total
numbers of
citations
Scientometrics
Scientometrics
See Fig. 1 below.
Percentage decrease from the h-index to the hi-index
Percentage of the author's fractional number of citations
Average number of authors per cited publication
70% 65.6%
61.4%
Percentage
60%
48.0%
40%
30%
23.5%
43.9%
25.0%
37.4%
28.1%
38.8%
33.9%
40.9%
8.2
0%
51.8%
15
10
24.4%
7.9
20%
10%
20
41.9%
41.9%
12.1
38.2%
25
21.8
60.6%
55.6%
50%
46.1%
72.9%
11.1%
4.1
2.7
1.9
E2
P3
E3
3.5
3.8
E1
C3
4.9
C1
17.2%
15.2%
3.9
P1
M1
M3
5
6.3
C2
M2
12.4%
P2
0
Average number of authors per cited publication
Percentage decrease from the h-index to the h i-index
80%
Author
Fig. 1 The relationship between Table 4’s column (6) (in blue) and columns (3) (in green) and (7) (in red)
The original article has been corrected.
References
Harzing, AW (2021) Publish or Perish. https://harzing.com/resources/publish-or-perish. Downloaded July
6, 2021.
Hirsch, J. E. (2005). An index to quantify an individual’s scientific research output. Proceedings of the
National Academy of Sciences of the United States of America 102(46), 16569–16572. https://doi.org/
10.1073/pnas.0507655102
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