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Citation and bibliographic coupling between authors in the field of social network analysis Cover

Citation and bibliographic coupling between authors in the field of social network analysis

Open Access
|Nov 2024

Figures & Tables

Figure 1.

CiA: Indegree (number of citing works) distribution in double-logarithmic scale-frequency (left), and complementary cumulative (right).
CiA: Indegree (number of citing works) distribution in double-logarithmic scale-frequency (left), and complementary cumulative (right).

Figure 2.

Weighted indegree frequency distribution: CiA/total number of citations (left) and CiA″/fractional contribution of citations (right).
Weighted indegree frequency distribution: CiA/total number of citations (left) and CiA″/fractional contribution of citations (right).

Figure 3.

Authors’ average self-citation from ACiA″: density distribution.
Authors’ average self-citation from ACiA″: density distribution.

Figure 4.

TCiA: Temporal indegree (purple/dark: number of citing works) and weighted indegree (red/light: number of references).
TCiA: Temporal indegree (purple/dark: number of citing works) and weighted indegree (red/light: number of references).

Figure 5.

TCiA″: Works citing authors: temporal weighted fractional indegree.
TCiA″: Works citing authors: temporal weighted fractional indegree.

Figure 6.

TACiA: Authors referencing authors: temporal indegree (blue/dark) and weighted indegree (red/light), TACiA″: weighted indegree (purple/black). Note different y-scales.
TACiA: Authors referencing authors: temporal indegree (blue/dark) and weighted indegree (red/light), TACiA″: weighted indegree (purple/black). Note different y-scales.

Figure 7.

Self-citations in TACiA (blue/grey) and TACiA″ (purple/black). Note different y-scales.
Self-citations in TACiA (blue/grey) and TACiA″ (purple/black). Note different y-scales.

Figure 8.

ACiA: Citations between authors. Link cut at level 50. Subnetworks with largest arc weights.
ACiA: Citations between authors. Link cut at level 50. Subnetworks with largest arc weights.

Figure 9.

TACiA: Temporal distribution of citations for selected pairs of authors (First cites Second).
TACiA: Temporal distribution of citations for selected pairs of authors (First cites Second).

Figure 10.

ACiA″: Fractional citation between authors. Main island.
ACiA″: Fractional citation between authors. Main island.

Figure 11.

ACiA″: Fractional citation between authors. Selected islands.
ACiA″: Fractional citation between authors. Selected islands.

Figure 12.

Jaccard network ACoj: General islands.
Jaccard network ACoj: General islands.

CiA and CiA″: The most cited authors_

#CiA / CiA″ indegreeCiA weighted indegreeCiA″ weighted indegree
#ValueAuthorValueAuthorValueAuthor
17,166NEWMAN_M13,996NEWMAN_M1,143.9NEWMAN_M
26,257GRANOVET_M9,131BARABÁSI_A996.3GRANOVET_M
35,873WASSERMA_S7,762GRANOVET_M596.7BURT_R
45,653FAUST_K7,371BURT_R497.7FREEMAN_L
55,572BARABÁSI_A6,819WATTS_D490.9BARABÁSI_A
64,966WATTS_D6,656WASSERMA_S456.3WASSERMA_S
74,560BURT_R5,982FAUST_K452.2WATTS_D
84,131FREEMAN_L5,791BORGATTI_S435.7FAUST_K
94,047ALBERT_R5,649ALBERT_R309.4ALBERT_R
104,028BORGATTI_S5,077FREEMAN_L308.6BOYD_D
113,322STROGATZ_S4,562CHRISTAK_N299.9ELLISON_N
122,984ELLISON_N3,802FOWLER_J295.6KLEINBER_J
132,836KLEINBER_J3,747STROGATZ_S260.6BORGATTI_S
142,743BOYD_D3,581ELLISON_N252.1ROGERS_E
152,737CHRISTAK_N3,513SNIJDERS_T247.6CHRISTAK_N
162,615SMITH-LO_L3,431KLEINBER_J241.5STROGATZ_S
172,593MCPHERSO_M2,950BOYD_D232.2SCOTT_J
182,454COOK_J2,887BRASS_D210.7FOWLER_J
192,306FOWLER_J2,840GIRVAN_M174.4WELLMAN_B
202,297GIRVAN_M2,778PATTISON_P167.2STRAUSS_A
211,927SNIJDERS_T2,745SMITH-LO_L165.7FORTUNAT_S
221,922EVERETT_M2,713MCPHERSO_M162.6GOFFMAN_E
231,874JEONG_H2,534KRACKHAR_D161.1BOURDIEU_P
241,836BRASS_D2,490FORTUNAT_S151.3GIRVAN_M
251,815MARSDEN_P2,458COOK_J150.2PORTES_A
261,748KRACKHAR_D2,425JEONG_H149.5MARSDEN_P
271,734WELLMAN_B2,425WELLMAN_B140.3BANDURA_A
281,725LESKOVEC_J2,364EVERETT_M137.7GIDDENS_A
291,702FORTUNAT_S2,262MARSDEN_P137.2BERKMAN_L
301,512SCOTT_J2,124ROBINS_G130.6WENGER_E
311,480ROGERS_E2,114VALENTE_T124.4BONACICH_P
321,465VALENTE_T2,078LESKOVEC_J123.1DAVIS_F
331,371CROSS_R2,004CROSS_R122.8RADLOFF_L
341,340UZZI_B1,803BERKMAN_L119.0KRACKHAR_D
351,323VICSEK_T1,708UZZI_B118.5UZZI_B
361,314BERKMAN_L1,636HANDCOCK_M117.9SNIJDERS_T
371,305PATTISON_P1,629DUNBAR_R114.8ADOMAVIC_G
381,232CLAUSET_A1,592ROGERS_E114.3EVERETT_M
391,195BONACICH_P1,582KILDUFF_M112.3VALENTE_T
401,189TSAI_W1,565TSAI_W103.4SMITH-LO_L
411,183FALOUTSO_C1,540SCOTT_J101.4MCPHERSO_M
421,141ADAMIC_L1,529BONACICH_P100.0LESKOVEC_J
431,124ROBINS_G1,513JAMES_R99.7JENKINS_H
441,105LAMBIOTT_R1,502STEGLICH_C98.4LIN_N
451,081WANG_Y1,471VICSEK_T96.8KAPLAN_A
461,068MEHRA_A1,395LIN_N96.2HAENLEIN_M
471,060BARTHELE_M1,376CROFT_D95.5COOK_J
481,046LIN_N1,375FALOUTSO_C91.0CORBIN_J
491,039KILDUFF_M1,370WANG_Y90.0COHEN_S
501,035LAZER_D1,289DAVIS_F86.9FISCHER_C

Authors’ self-citation (ranked by average self-citation)_ Columns: # of works; average self-citation; # of all citations; # of self-citations; proportion (%) of self to all citations; fractional all citations; fractional self-citations; proportion (%) of fractional self to all citations_

NAuthorCitation values, ACiACitation fractional values, AciA″
# WorksAv. self-citeAllSelfSelf / all, %AllSelfSelf / all, %
1DUNBAR_R916.473,60258916.4399.825.2
2FARINE_D345.622,4471917.813.51.813.5
3SHELDON_B194.951,455946.54.90.47.4
4CROFT_D464.433,3672046.110.10.77.3
5ZENOU_Y354.171,07414613.6172.313.3
6KRAUSE_J344.151,9501417.26.50.46.8
7KILDUFF_M304.11,7111237.21218.6
8FARMER_T293.9787011513.27.10.912.5
9CHRISTAK_N743.952,85129210.220.93.416.1
10BULL_C173.941,057676.34.80.59.4
11HILARI_K103.93713910.53.60.411.8
12PATTISON_P583.862,4112249.318.41.68.5
13THURNER_S153.8857576.75.60.610.1
14BLUMSTEI_D153.8899576.35.60.610.3
15BURT_R713.771,68126815.950.217.334.4
16JAMES_R383.741,8771427.68.90.88.8
17STEGLICH_C303.731,4821127.68.40.55.8
18TUREL_O183.724176716.19.52.223
19FRANK_K283.6897410310.6101.211.9
20NORTHCOT_S93.67343339.63.20.410.9
21BRASS_D273.631,314987.511.20.98.3
22ROBINS_G643.633,291232719.11.26.2
23CAIRNS_B153.533595314.83.90.512
24MEYBODI_M283.431,229967.812.11.411.3
25FOWLER_J653.42,4352219.117.41.910.8
26SUEUR_C383.392,2381295.88.70.66.6
27DHIR_A153.33969505.25.10.24
28ROTHENBE_R323.311,1691069.110.219.5
29CHICLANA_F143.212764516.340.613.9
30NOWAK_M263.087858010.28.11.114.1
31NEWMAN_M813.062,39224810.448.79.319
32REZVANIA_A173.06781526.76.70.57.7
33POTTERAT_J203.05644619.54.40.48.2
34BARABÁSI_A6731,76920111.419.33.920.3
35RICE_E482.982,040143713.11.410.9
36LATKIN_C1302.984,4673878.731.639.4
DOI: https://doi.org/10.2478/jdis-2024-0028 | Journal eISSN: 2543-683X | Journal ISSN: 2096-157X
Language: English
Page range: 110 - 154
Submitted on: Jul 6, 2024
Accepted on: Aug 28, 2024
Published on: Nov 19, 2024
Published by: Chinese Academy of Sciences, National Science Library
In partnership with: Paradigm Publishing Services
Publication frequency: 4 issues per year

© 2024 Daria Maltseva, Vladimir Batagelj, published by Chinese Academy of Sciences, National Science Library
This work is licensed under the Creative Commons Attribution 4.0 License.