Scientometrics is the quantitative study of science, communication in science, and science policy. It involves the analysis, evaluation, and visualization of science using quantitative methods. Some key points: - The term was coined in 1969 in Russia and gained recognition after the founding of the journal Scientometrics in 1978. - It applies bibliometric methods to measure the impact and quality of science by analyzing patterns of citation and publication. - Important indicators include the journal impact factor, h-index, and citation analysis which are used to evaluate scientific institutions, departments, and individual researchers. - Tools like CiteSpace and Authormap are used to map and visualize citation networks and trends within literature.

1. Scientometrics
MD AZIZUR RAHMAN
EMAIL-azizurmlis@gmail.com
Dept. of LIS
Pondicherry University

2. Unit 1: Evolution of the concept of Informetrics
:Librametry, Bibliometry, Scientometrics,
Webometrics.
Unit 2:Theory and Laws: Zipfs Law, Lotka’s Law
Bradford’s Law, Price Theory and circulation
theory

3.  The term Scientometrics originated as a Russian term for
the application of quantitative methods to the history of
science.
 In 1969, Vassily V. Nalimov & Z. M. Mulchenko coined the
Russian equivalent of the term ‘scientometrics’
(‘naukometriya’) (Nalimov & Mulchenko, 1969).
 As the name would imply, this term is mainly used for the
study of all aspects of the literature of science and
technology.
 The term had gained wide recognition after the
foundation of the journal Scientometrics by Tibor Braun
in 1978 .

4. 4
Professor V.V. Nalimov (1910-1997)

6.  The term Scientrometrics is a field which applies quantitative
methods to the study of science as an information process.
 It is the science of measuring the “quality “of science.
 It is often done using bibliometrics which is a measurement of
the impact of scientific publication.
 It includes all quantitative aspects of the science of science,
communication in science, and science policy.
 It deals with analysis, evaluation and graphic representation
of science and technology information. It tells “Who is doing
what and where?”
 Thus scientrometrics is a part of the sociology of science and
has application in science policy making.
What is Scientrometrics?

7. Nalimov and Mulchenko defined scientometrics as
“the application of quantitative methods which are
dealing with the analysis of science viewed as an
information process”.
Scientometrics is the science of measuring and
analyzing science ("Scientometrics," 2010).
Definitions

8.  According to Pouris (1989), ‘Scientrometrics is the
application of quantitative techniques(system
analysis, mathematical and statistical techniques
etc.) to scientific communication(science output,
science policy, science administration etc.) with the
objectives of;
 Developing science indicators;
 Measuring the impact of science on society; and
 Comparing the output as well as the impact of
science at national and international levels.

9. Thus Scientometrics involves studies in :
I. Sociology of science
II. History of science
III. Growth of science and scientific institutions
IV. Behaviour of science and scientists.
V. Science policy and decision- making

10. People ,
Institutions
Text, Journals
Content, Theories
Different perspectives in the study of Science and Technology

11. • Modern scientometrics is mostly based on the work
of Derek J. de Solla Price and Eugene Garfield. The
latter founded the Institute for Scientific Information,
which is heavily used for scientometric analysis.
Eugene Garfield Derek J. de Solla Price

12.  Studied the exponential growth of science and the
half-life of scientific literature; together with the
formulation of Price's Law.
 In his book entitled “Little Science – Big Science”
(1963), Derek J. de Solla Price analysed the recent
system of science communication and thus
presented the first systematic approach to the
structure of modern science applied to the science as
a whole.
Derek J. de Solla Price

13.  Scientometrics utilizes quantitative analysis and
science mapping to describe patterns of publication
within a given field or body of literature.
 There are two main procedures: performance analysis
and science mapping.
 Performance analysis aims at evaluating groups of
scientific actors (countries, universities, departments,
researches) and the impact of their activity on the
basis of bibliographic data.

14. • Science mapping aims at displaying the structural
and dynamic aspects of scientific research. A science
map is used to represent the cognitive structure of a
research field.

15. • Journal Impact Factor: Measure of the frequency with
which the "average article" in a journal has been cited
in a given period of time.
• H-index: impact of individual scientists rather than
journals: Measuring the number of an individual
Scientist's impact and citation record.
• Measuring the Level of Non-Citation: Uses the level of
non citation of articles within a journal as a measure of
quality.
• Page Rank Algorithm: (used in web-metrics (Google))
Used to provide greater weight to citations from
journals that have high impact than citations from
lower-impact journals.
Scientometric Indicators

16. The quantitative as well as qualitative analysis of any
Scientometrics study, such as citation mapping,
visualization, bibliographic coupling, co- authorship
network, co-words mapping etc. are carried out by using
Scientometrics tools. This tools are very much useful for
Scientrometricians for mapping their parameters in any
accept of their study.
Scientometrics tools

17. Tool Purpose Type
Authormap It is used for citation mapping
and visualization
Web tool
Bibcouple It is used for visualization of the
bibliographic coupling among
authors
Software
application
Citespace It is used for visualizing patterns
and trends in scientific literature
Map
Fulltext It is software for co-word
mapping of full texts
Software
application
HitCite Bibliographic analysis and
visualization software
Software

18. Authormap - citation mapping and visualization

19. Citespace visualizing patterns and trends in scientific literature

20. for co-word mapping using full texts

23. 23
What is Scientific Productivity ?
=
INPUT OUTPUT
Scientists
Buildings
Equipments
Communication Tools
Salary etc.
Publications
Patents
Books
Technology Transfers,
Instruments Designed,
Royalty earned etc.

24. 24
Factors that affect Productivity
Environment
Resources
Mentors
Age of Researchers
Experience
No. of Researchers
Mobility of Researchers in search of
better prospects
Avenues for individual growth

25. 25
Why Evaluation?
when Private or Govt. Bodies are asked to award
large sum to scientists for research activity.
Those in-charge of making such decisions
(Policy Makers) feel uneasy about having to base
their decisions only on guess and on the personal
experiences of previous science administrators.

26. 26
Who wants Evaluation?
Science Policy Makers
Science Fund Managers
Institutes for rewarding outstanding contributions
Awarding the scientific projects for conducting
research

27. 27
What can be Evaluated?
Country
Departments/Divisions
Institutes
Universities
Individuals

28. 28
Methods of Evaluations?
Quantitative Analysis Qualitative analysis
No. of scientific publications
No of Patents filed
No of Technology transfers etc.
Peer Review (Judges Rating)
Citation Analysis etc.

29. 29
Examples of Scientific Productivity
Publication productivity is one of the important
indicators to help us to know the scientific
standing of a country among other countries of the
world,Institutions among other institutions, Individual
scientists among other scientists.

30. Nuclear S & T : A Global Perspective
(INIS 1970-2002)
United-States
Japan
Germany
United-Kingdom
France
USSR
India
RussianFederation
Italy
China
Canada
Brazil
Switzerland
Poland
Netherlands
Australia
Sweden
Czechoslovakia
Austria
Mexico
0
50000
100000
150000
200000
250000
300000
350000
400000
Numberofpublications
Countries
India is at 7th position

31. 31
Romania
Korea
The Netherlands
Belgium
Sweden
Italy
Switzerland
Brazil
China
Austria
USSR
Australia
Russian Federation
Canada
United Kingdom
India
France
Japan
Germany
United State
0 200 400 600 800 1000 1200 1400 1600 1800 2000 2200 2400
Number of Publications
India’s Position in Mass Spectrometry Research in Nulear Science & Technology
Lists top 20 countries
81 countries actively engaged in research
Produced 10913 publications- USA is the top producing country with 2247
(18.11%), followed by, Germany with 1333 (10.74%), Japan with 820 (6.61%),
France with 525 (4.23%) India with 460 (3.71%), and United Kingdom 440
(3.55%) publications .
India is at 5th Position

32. 32
India’s Position in Electrochemistry
Research as per SCI (1982-2005)
India is at 11th position

33. 33
USA
JAPAN
GERMANY
FRANCE
PEOPLES-R-CHINA
ENGLAND
ITALY
RUSSIA
CANADA
SPAIN
INDIA
POLAND
0
2000
4000
6000
8000
10000
12000
Global View of Research
in Raman Spectroscopy
Numberofpublications
Country
India is at 11th position

34. 34
India’s Position in Vacuum Science & Technology In
Nuclear Science &Technology INIS (1982-2005)
 Lists top 20 countries
 110 countries actively engaged in research
 produced 12027 publications-USA is the top producing country with 1936,
followed by Japan with 1770 publications, France with 8929 (8.63%) publications,
Germany with 1147 publications, Russian Federation with 971, Peoples-R-China
with 808 publications, and England with 474. India ranked tenth among other
countries with 400 publications.
India is at 10th position
Sweden
Taiwan
Australia
Spain
Switzerland
Ukraine
Brazil
Poland
Canada
Korea
India
Austria
Italy
United Kingdom
France
China
Russian Federation
Germany
Japan
United State
0 200 400 600 800 1000 1200 1400 1600 1800 2000
Number of Publications

35. Questions ?

36. Thank You