=Paper=
{{Paper
|id=Vol-2543/rpaper25
|storemode=property
|title=On the Publication Activity of Members of the Russian Academy of Education (10 Years Later)
|pdfUrl=https://ceur-ws.org/Vol-2543/rpaper25.pdf
|volume=Vol-2543
|authors=Yuri Polak
|dblpUrl=https://dblp.org/rec/conf/ssi/Polak19
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==On the Publication Activity of Members of the Russian Academy of Education (10 Years Later)==
https://ceur-ws.org/Vol-2543/rpaper25.pdf
On the Publication Activity of Members
of the Russian Academy of Education (10 years later)
Yuri E. Polak[0000-0001-8411-335X]
Central Economics and Mathematics Institute of the Russian Academy of Sciences,
47 Nakhimovski Pr., Moscow 117418 Russia
polak@cemi.rssi.ru
Abstract. Based on information from open sources, a table has been compiled
reflecting the performance of 128 full members of the Russian Academy of Ed-
ucation in the Russian Science Citation Index (RSCI). The main results are giv-
en in a condensed form and compared with the results of a similar study carried
out several years earlier. The conclusions and features of the RSCI as an analyt-
ical tool are discussed.
Keywords: Russian Academy of Education, Russian Science Citation Index,
publication activity
Introduction
One of the indicators of the effectiveness of researchers is their publication activity.
In 2009-2010 employees of the Webometrics laboratory of the Institute for Scientific
Information and Monitoring of the Russian Academy of Education (INIM RAE) and
the Ushinsky Scientific Pedagogical Library conducted research on the publication
activity of RAE members. The author took part in this project as a leading research
fellow of INIM. In 2019, on his own initiative, he performed a similar work using
data recorded by the Russian Science Citation Index (RSCI). The results of this work
allow us to trace the dynamics of changes in indicators over 10 years, as well as dis-
cuss the possibilities of the RSCI as a tool for measuring scientific productivity.
On Publication Activity of RAE Members 10 Years Back
Methodology and results of that study (2009-10) were described in detail and pub-
lished in 2011 [2]. The objects of the study were the papers by members of the Rus-
sian Academy of Education, who were at that time alive, both full members and cor-
responding members. A total of 279 persons were examined; their brief biographical
data are contained on the RAE website and in [9].
Scopus and Web of Science (Science Citation Index and Social Science Citation
Index) were taken as international sources of information. It turned out that interna-
tional databases quite sparingly reflect the publications of RAE members: the publica-
Copyright © 2020 for this paper by its authors.
Use permitted under Creative Commons License Attribution 4.0 International (CC BY 4.0).
296
tions of the majority of scientists are not reflected at all (152 persons did not register
works in Scopus, and 230 ones weren’t registered by WoS; only 40 and 22 people,
respectively had more than 10 publications). The reasons are obvious: the journals in
which these authors were published are not represented in the corresponding data-
bases, and the share of their English-language papers is insignificant. Approximately
the same situation was observed with the number of citations.
Normative documents for assessing the effectiveness of domestic researchers and
scientific organizations unequivocally require along with international databases to
use the Russian Science Citation Index. This will be discussed in detail below.
The authors of the study also found it useful to include in the survey of publication
activity some data from the Russian Internet sector: web pages dedicated to scientists,
their personal sites, and mentions in blogs. Internet publications and other forms of
communication via the Internet, if they do not supplant traditional scientific commu-
nications, then substantially complement them. The corresponding data are partially
described in [2]; they are presented in full in the study report.
As a professional source of information for assessing publication activity, the elec-
tronic catalog of the Ushinsky NPB was used. It is in the industry catalog that almost
all RAE members are represented (265 out of 279 people). It was assumed that such
studies would be repeated. There were all the prerequisites for this. However, life
decreed otherwise.
The scientific team of INIM was formed in 1969 on the basis of the laboratory of
the Research Institute of Educational Content and Methods in Chernogolovka (near
Moscow). In 1989, the Center for Comprehensive Identity Formation of the Academy
of Medical Sciences of the USSR was created, which in 2003 was renamed the Center
for Experimental Psychodidactics of the Russian Academy of Education (since 2008 -
the Institute for Scientific Information and Monitoring). In 2012, after the next renam-
ing, it was called the Institute of Scientific and Pedagogical Information (INIPI RAE).
In the institute, such information resources as the Open Archive on Pedagogy, Psy-
chology and Education; the Joint Fund of Electronic Resources for Science and Edu-
cation OFERNiO were created and had been supported. And then academic reform
began. According to the Register of Russian Organizations [13], ‘the activities of a
legal entity were terminated by reorganization in the form of accession from May 19,
2015’. The assignee became the Institute for Education Management (IUO RAE).
It is appropriate to recall here that the history of Russian Academy of Education
dates back to October 6, 1943, when the Council of People's Commissars of the
USSR, by decree No. 1092, approved the project on the organization of the Academy
of Pedagogical Sciences [14]. In 1967, the strength of Academy (USSR APN) was
established in the amount of 50 full members and 80 corresponding members. RAE
became the successor to the Union Academy in 1992
On September 27, 2013, Federal Law No. 253 ‘On the Russian Academy of Sci-
ences’, the reorganization of State Academies of Sciences, and amendments to certain
legislative acts of the Russian Federation was adopted. According to the decree No.
1290 of December 26, 2013, research institutes subordinate to RAE were assigned to
the Ministry of Education and Science of Russia [15]. In December 2014, the reorgan-
ization of the institutes included in the RAE system was carried out: instead of 22, 10
297
scientific organizations were created. In October 2015, the Ushinsky Scientific Peda-
gogical Library was attached to the Academy as a structural unit. But in October
2014, the leadership changed in the library, after which its scientific activity sharply
decreased.
Thus, from the above information it follows that to date, neither the laboratory staff
that performed mentioned research ten years earlier, nor the INIM Institute itself don’t
exist anymore. Ushinsky Library had lost interest in the project.
Therefore, having decided to repeat the study in 2019, the author, taking into ac-
count his own physical capabilities, limited himself to the indicators of the full mem-
bers of RAE as of early April 2019 and to the information from the RSCI.
On Publication Activity of RAE Members in 2019 (According to
the RSCI)
As known, the Russian Science Citation Index has been developed since 2005 by the
Scientific Electronic Library. The stated goal of the RSCI is to provide scientific re-
search with relevant reference and bibliographic information and evaluate the effec-
tiveness of the activities of research organizations, researchers, the level of scientific
journals, etc. To date, it has become a national-level information and analytical sys-
tem containing 12+ million publications by Russian scientists, as well as information
on citing these publications from 6,000+ journals. The RSCI allows to evaluate the
effectiveness of research and to study in detail the statistics of publication activity of
more than 600 thousand Russian scientists and 11 thousand scientific organizations
belonging to all fields of knowledge. In Russia, the RSCI database is one of the main
sources of information for evaluating the effectiveness of research organizations.
Thus, the Decree of Presidium of the Russian Academy of Sciences No. 201 dated
October 12, 2010 [16] prescribes the use of indicators such as the number of publica-
tions and the citation of employees of a scientific organization in the RSCI, relative to
the number of researchers, to evaluate the scientific potential and effectiveness of
scientific research.
According to open sources, primarily RAE and RSCI sites, as of April 2019, the
academy unites 128 full members, which account for 17,953 registered publications
(an average of 140.26 per person) and 397,230 citations (3103.36). The Appendix
contains information on the Hirsch index, the number of publications and the number
of citations for each academician. The 2011 publication considered materials from
123 academicians of the Russian Academy of Education. Since then, the Academy
has replenished with 49 new members, while 44 people dropped out due to natural
causes. Thus, 79 persons are present in both lists.
The RAE website contains information on the dates of birth of the Academy mem-
bers. Simple calculations show that the average age of academics is 75.5 years, while
97 people (75.8%) reached 70 years old and 10 (7.8%) – 90 years old.
Here are the results of a study of publication activity with a breakdown by age
groups. Table 1 in the first column shows the age range, N indicates the size of the
298
corresponding group, P is the average number of publications, C is the average num-
ber of citations, H is the average Hirsch index.
Table 1. Publication activity by age.
Age N P C H
49-59 9 103 938 13
60-69 22 158 3268 18
70-79 52 151 2744 15
80-89 35 131 4472 16
90+ 10 109 1771 10
Total 128 140 3103 15
As noted above, for 79 people there are RSCI data from both studies. It is of some
interest to compare their indicators before and now.
Table 2. Change of average indicators.
Year Persons Publ (average) Cit (average) H
2019 128 140 3103 15
2010 123 11 48 -
In both studies
2019 79 140 3472
2010 79 10 50
And a few more facts about the first study (the values of Hirsch index were not fixed
in it). Then 38 scientists did not have publications recorded in the RSCI, and 51 peo-
ple did not have citations. At the same time, 6 academicians had at least 50 publica-
tions, and 13 - at least 100 citations. Note that in 2019 only 3 members of the acade-
my had zeros in the corresponding columns.
The last indicators need some comments. It is noteworthy that, ceteris paribus, sci-
entists in recent years have 13 times more publications than in their entire previous
lives, and almost 70 times more citations. Let us offer the following considerations as
an explanation. First, as indicated above, the RSCI database began to be formed in
2005, and at first it was replenished rather slowly. But after Presidium of the Higher
Attestation Commission called the availability of scientific periodicals in the RSCI
system as a necessary condition for their inclusion in the Higher Attestation Commis-
sion list [4], the growth accelerated noticeably. Besides, the information base of the
RSCI expanded significantly after the inclusion of information on domestic journals
extracted from Scopus in the database.
Secondly, the mentioned Decree No. 201 on the methodology for evaluating the ef-
fectiveness of scientific organizations’ activities played a role. In this connection, we
will also name the governmental decree No. 312 of April 8, 2009 [17], which pre-
scribes to divide organizations into three categories depending on their achievements.
Institutions seeking to raise their position (and receive increased funding) try to im-
prove their performance. The RSCI meets them: by concluding a contract and paying
the appropriate fee, the organization gains access to databases and can correct errors
in job descriptions and bibliographies, add citations and publications absent from the
299
database, including monographs and proceedings of conferences, make other changes
and additions. After making additions or corrections, the publication is checked man-
ually by the RSCI staff and can be returned for revision or rejected. In 2011, scientists
and authors of publications got the opportunity to correct their entries at the RSCI.
Academicians of the Russian Academy of Education, who are mostly the heads of
scientific departments and organizations, have enough resources to increase their
‘scientific weight’.
The author (not being RAE academician) can illustrate the dynamics of the growth
of indicators in the RSCI using his own statistics as an example. In 2014, the system
recorded 34 publications with 70 citations and the Hirsch index H = 2 Now these
numbers look like this: 185, 749, 13 This growth was achieved mainly due to the
inclusion of publications from previous years that were not mentioned at the RSCI
before.
RSCI in the Eyes of Researchers
The RSCI is not free from internal defects and vulnerable to external manipulations.
In articles [5, 6], Professor N.E. Kalyonov gives numerous examples of incorrect
operation of the algorithms and software of the RSCI. Demonstrating screenshots, he
convincingly substantiates his claims to the completeness, relevance, and accuracy of
data processing algorithms in the RSCI. In particular, on the materials of his own
publications, he found out that with certain requests the system displays more papers
from himself than from his organization as a whole. As a result, the conclusion is
made: ‘In the form in which the RSCI is currently presented on the NEB website,
using the system as a tool to assess the efficiency of the activities of research organi-
zations, researches, the level of scientific journals, etc. is impossible’ [5, p.12].
A few years later, Professor A.L. Fradkov makes a similar judgment: ‘The RSCI
continues to distort scientometric data of scientists and does not try to correct them
systematically. It is impossible to use these data for evaluating scientists, journals and
organizations’ [10, p.5]. And he explains the reasons for this with both objective dif-
ficulties (‘the problem of namesakes is not easy, if solved without the help of the
authors’), and the conscious actions of the leadership (‘RSCI is ready to turn its sys-
tem into a garbage can and enter everything there just to pay’. We meet the same
assessments with Professor R.M. Khantemirov: ‘The RSCI only brings harm. This
harm is connected, firstly, with the fact that the base of the RSCI magazines resem-
bles a huge garbage dump in which it is not easy to find anything worthwhile. And,
secondly, with the fraudulentness of individual authors and journals that took on ram-
pant proportions when rising up their bibliometric indicators, while the RSCI leader-
ship indulges in its fundamental unwillingness to counteract’ [12, p.6]. So, according
to him, the Siberian Pedagogical Journal increased its impact factor with the help of
primitive fraud. The scheme is simple: ‘verified’ authors insert dozens of links to
relevant journals into texts of several pages. Note that similar proposals were received
by the author [18]. Poor quality papers, prepaid and not checked for plagiarism are
often used to artificially increase citation. Trash magazines make a profitable busi-
300
ness. This practice discredits not only the use of scientometric indicators, but also the
very scientific activity in Russia.
In fairness, it must be noted: the requirements of the Ministry of Education and
Science to increase the number and citation of publications put scientists in a situation
where the desire to comply with ethical standards conflicts with material interest.
‘Often, the bosses themselves, in the pursuit of ratings, force them to violate ethical
standards under the threat of demotion, job cuts, dismissal, dissolution of departments
and laboratories, etc. Therefore, ethical standards are actually violated under pressure
from above’ [11, p.5]. Correcting the situation requires the efforts of both the scien-
tific community, and journal editions, and the political will of the governing bodies.
Conclusion
As for the RSCI, recent positive changes have been evident. Responding to fair criti-
cism, RSCI experts began to monitor the publication activities of journals and ab-
stracts of conferences. In April 2017, Mr G.O.Eremenko, the General Director of
eLibrary.Ru, announced at the conference ‘Scientific publication of an international
level: the world practice of preparing and promoting publications’ about the exclusion
of 344 ‘junk’ magazines from the RSCI [3]. The materials of ‘correspondence’ multi-
disciplinary conferences are in queue for the next step.
It has been noted more than once that quantitative scientometric indicators should
not be used to evaluate the effectiveness of scientists [1,7,8]: they are vulnerable to
manipulation; they can be ambiguous. Perhaps the most distorted picture is formaliza-
tion in the humanities (we note that it is the humanities that prevail in RAE). As a
rule, they have low indices in the bibliometric databases WoS and Scopus. In the
humanities, it is customary to present the results of studies in the form of monographs
and articles in thematic collections that fall outside the scope of these databases. In
addition, the national specificity of the subject of study is often uninteresting to for-
eign audience, nd many leading journals do not have an English version.
However, the value of the RSCI should not be underestimated. It actually became a
national information-analytical system with data on publications and citation of these
publications. The created analytical apparatus provides a detailed and visual represen-
tation of information. It provides the aforementioned humanities with a more com-
plete and objective picture than WoS and Scopus. And it should be treated not as the
main criterion for the quality of scientific work, but as an analysis tool for researchers
and experts.
Materials of the report at the XXI All-Russian Scientific Conference ‘Scientific
Service on the Internet’ (September 2019) are used in the article.
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Appendix. Indicators of publication activity of RAE members
(P is the number of publications, C is the number of citations, H is the Hirsch index)
2019 2010
Name (in the order of Russian alphabet) H
P C P C
ABULKHANOVA Ksenia Alexandrovna 38 154 19877 6 45
ALASHKEVICH Yuri Davydovich 7 197 387
AMONASHVILI Shalva Alexandrovich 9 111 5596 4 0
ANTONOVA Irina Alexandrovna 0 1 0 0 0
ANTONOVA Lidiya Nikolaevna 9 73 369
ASMOLOV Alexander Grigorievich 32 336 19442 51 830
BAEVA Irina Alexandrovna 19 172 2470
BASHMAKOV Mark Ivanovich 8 199 754 1 6
BEZRUKIKH Maryam Moiseevna 21 215 4987 30 274
BELOUSOV Lev Sergeevich 8 143 183
BERULAVA Galina Alekseevna 21 67 2283
BERULAVA Mikhail Nikolaevich 17 98 2921 1 0
BESPALKO Vladimir Pavlovich 18 97 12069 18 7
BIM-BAD Boris Mikhailovich 17 152 3194 6 4
BOLOTOV Victor Alexandrovich 19 152 4979
BONDYREVA Svetlana Konstantinovna 20 95 2156 4 101
BORDOVSKAYA Nina Valentinovna 19 149 5500 0 0
BORDOVSKY Gennady Alekseevich 20 555 3458 63 221
BORISENKOV Vladimir Panteleimonovich 11 77 934 18 38
BUYEVA Lyudmila Panteleevna 9 69 2692 0 0
VERBITSKAYA Lyudmila Alekseevna 11 130 1597 5 21
VERBITSKY Andrey Alexandrovich 32 354 16869
GAYDAMASHKO Igor Vyacheslavovich 8 60 347
GALAZHINSKY Eduard Vladimirovich 16 103 1885
GARAJA Victor Ivanovich 7 28 1027 1 2
GAFUROV Ilshat Rafkatovich 13 87 688
GEVORKYAN Elena Nikolaevna 15 81 948
GLEYSER Grigory Davydovich 6 31 352 0 0
GRANIK Henrietta Grigoryevna 7 74 733 0 0
DARMODEKHIN Sergey Vladimirovich 9 62 476 9 23
DEDEGKAEV Victor Khasanbievich 3 27 31
DEMIN Vadim Petrovich 1 13 6
DERKACH Anatoly Alekseevich 25 162 9961 20 349
DZHURINSKY Alexander Naumovich 27 218 4391
DONTSOV Alexander Ivanovich 20 130 3324 1 0
DRONOV Victor Pavlovich 9 87 390
DUBROVINA Irina Vladimirovna 17 188 2480 0 0
ERMAKOV Pavel Nikolaevich 14 178 1204
ZHURAVLEV Anatoly Laktionovich 68 792 16298
ZHURAKOVSKY Vasily Maximilianovich 15 100 1271 5 5
ZAGVYAZINSKY Vladimir Ilyich 45 263 11625 33 142
ZAPESOTSKY Alexander Sergeevich 28 370 3925 29 62
ZAKHLEBNY Anatoly Nikiforovich 13 96 1501
ZIMNYAYA Irina Alekseevna 24 101 18378 42 482
ZINCHENKO Yuri Petrovich 23 208 2031
IVANNIKOV Vyacheslav Andreevich 13 61 1308
KANDYBOVICH Sergey Lvovich 8 68 566
303
KARAMURZOV Barasbi Suleymanovich 10 171 734
KEZINA Lyubov Petrovna 1 3 45 1 0
KINELEV Vladimir Georgievich 13 77 1556 2 6
KISELEV Alexander Fedotovich 12 119 580 31 9
KOROLKOV Alexander Arkadevich 10 177 1118 4 8
KOSTOMAROV Vitaliy Grigorievich 19 222 13176 4 1
KUZNETSOV Alexander Andreevich 23 221 2734 0 0
KUKUSHKINA Olga Ilinichna 12 99 1200
KURAKOV Lev Panteleimonovich 8 92 1684 5 15
KUTSEV Gennady Filippovich 17 122 1079
LAZAREV Valery Semenovich 29 143 4339 4 5
LAPTEV Vladimir Valentinovich 19 239 1195 10 58
LAPCHIK Mikhail Pavlovich 22 100 2297 1 18
LEBEDEV Yuri Alexandrovich 5 38 89 0 0
LEVITSKY Mikhail Lvovich 9 82 309 0 0
LECTORSKI Vladislav Alexandrovich 42 282 9966 4 14
LIFEROV Anatoly Petrovich 15 123 1127 5 5
LIKHANOV Albert Anatolyevich 2 22 68 1 0
LOMOV Stanislav Petrovich 2 66 582 0 0
MAKSIMOVICH Valentina Fedorovna 6 23 170 0 0
MALOFEEV Nikolay Nikolaevich 21 128 2836 29 83
MALYKH Sergey Borisovich 22 241 1937
MALYSHEV Vladimir Sergeevich 2 23 28
MANUSHIN Eduard Anatolevich 16 74 852 0 0
MARTIROSYAN Boris Pasterovich 7 22 530 0 0
MEDVEDEV Leonid Georgievich 9 23 248
MINDIASHVILI Dmitry Georgievich 11 21 571
MIKHAILOVA Evgenia Isaevna 6 41 173
MIKHAILOVA Natalya Ivanovna 3 20 90 0 0
MUKHINA Valeria Sergeevna 21 281 7814 26 66
MYASNIKOV Vladimir Afanasevich 8 81 463 7 6
NEVERKOVICH Sergey Dmitrievich 18 163 1940
NEMENSKY Boris Mikhailovich 5 26 676 0 0
NECHAEV Nikolay Nikolaevich 10 81 1715 3 13
NIKANDROV Nikolay Dmitrievich 18 220 4937 15 9
NIKITIN Alexander Alexandrovich 5 91 469 5 1
OMAROV Omar Alievich 7 155 532 26 23
ORLOV Alexander Andreevich 19 128 2179
PATOV Nikolay Alexandrovich 6 22 98
PODDYAKOV Nikolay Nikolaevich 9 32 748 0 0
PODUFALOV Nikolay Dmitrievich 4 43 181 7 9
PONOMARENKO Vladimir Alexandrovich 18 332 5345 9 18
POPKOV Vladimir Andreevich 23 306 3017 14 11
POTASHNIK Mark Matusovich 15 224 4021 0 0
REAN Arthur Alexandrovich 22 165 11794
ROBERT Irena Venyaminovna 24 208 7353 10 15
RUBTSOV Vitaliy Vladimirovich 25 223 3524 8 10
RYZHAKOV Mikhail Viktorovich 14 110 1095 38 77
SEYRANOV Sergey Germanovich 20 157 1419
SEMYONOV Alexey Lvovich 9 119 1037
SEN’KO Yuri Vasilievich 26 150 4346 25 59
SERGEEV Nikolay Konstantinovich 10 93 1174
304
SINENKO Vasily Yakovlevich 9 69 502
SLONIMSKY Sergey Mikhailovich 10 79 686 0 0
SMOLIN Oleg Nikolaevich 12 196 1223
SMOLYANINOVA Olga Georgievna 13 132 1239
SOBKIN Vladimir Samuilovich 26 413 4394 13 95
SOVETOV Boris Yakovlevich 15 110 2754 4 16
SOLOMIN Yuri Methodievich 0 0 0
STRIKHANOV Mikhail Nikolaevich 64 534 18346
TAYURSKY Anatoly Ivanovich 5 71 128 8 0
TIKTINSKY-SHKLOVSKY Victor Markovich 10 139 920 0 0
TRYAPITSYNA Alla Prokofievna 36 434 5058
THAKUSHINOV Aslancheriy Kitovich 7 37 206
USANOV Vladimir Evgenievich 9 71 356
USHAKOVA Tatyana Nikolaevna 22 129 3566 15 49
FARBER Deborah Aronovna 21 131 4513 46 476
FILIPPOV Vladimir Mikhailovich 16 166 1979 51 97
FOKHT-BABUSHKIN Yuri Ulrichovich 2 3 193 0 0
KHALEEVA Irina Ivanovna 7 26 2654 7 0
TSVETKOVA Larisa Alexandrovna 9 85 378
TSIRULNIKOV Anatoly Markovich 6 45 539
CHEBYSHEV Nikolay Vasilievich 6 83 636 4 22
CHISTYAKOVA Svetlana Nikolaevna 17 160 2986
SHADRIKOV Vladimir Dmitrievich 34 257 14528 21 59
SCHOLAR Lyudmila Valentinovna 6 95 665 1 0
SCHETININ Mikhail Petrovich 0 0 0 0 0
SCHUKIN Evgeny Dmitrievich 21 530 5172 0 0
ERDNIEV Pyurvya Muchkaevich 11 61 1227 0 0
ESKINDAROV Mukhadin Abdurakhmanovich 44 215 6350
YAMBURG Evgeny Sholomovich 9 74 979