Pattern of Collaboration in the Discipline of Japanese Encephalitis

Garg, K.C.; Dwivedi, Sandhya

doi:10.14429/djlit.34.7342

Cited by 7 publications

(4 citation statements)

References 6 publications

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“…Kwon et al 15 also examined the pattern of international collaboration in South Korea and found that the number of papers in international collaboration had increased considerably since late 1900s, while the share of national collaboration had steadily declined. Garg and Dwivedi 16 examined international scientific collaboration in Japanese encephalitis (JE) using papers indexed in Science Citation Index Expanded during 1991-2010. They found that JE was a highly collaborative discipline as about two-thirds of the papers were written in domestic and international collaboration.…”

Section: Review Of the Literaturementioning

confidence: 99%

Collaboration Patterns of Indian Scientists in Organic Chemistry

Garg¹,

Kumar²,

Bebi³

2018

Current Science

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An analysis of 17,344 papers published by Indian scientists and indexed by Web of Science in the discipline of organic chemistry during [2004][2005][2006][2007][2008][2009][2010][2011][2012][2013] indicates that collaborative coefficient has increased during the later years (2011)(2012)(2013). Of the total published papers, 6312 (36.4%) were due to domestic and international collaboration. The share of papers in domestic collaboration was 77.3% ( 4882) and international collaboration was 22.7% ( 1430). Among the international collaborating countries, India had published highest number of papers with the USA followed by Germany. Academic institutions followed by Council of Scientific and Industrial Research (CSIR) contributed the highest number of papers in domestic as well as in international collaboration. However, the value of domestic collaborative index and international collaborative index was less than 100 for both the sectors. The labs funded by CSIR also topped the list of institutions having domestic and international collaborative papers. The compound annual growth rate in domestic and international collaborative papers was 4.7 and 5.3 respectively. The value of domestic collaborative index was highest for CSIR-

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Section: Review Of the Literaturementioning

confidence: 99%

Collaboration Patterns of Indian Scientists in Organic Chemistry

Garg¹,

Kumar²,

Bebi³

2018

Current Science

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“…Significantly higher impact factor was associated with internationally coauthored papers in several disciplines. Garg and Dwivedi 12 analysed collaboration pattern for Japanese Encephalitis (JE) and found JE as a highly collaborative discipline judged by the value of co-authorship index and collaborative coefficient for different countries and different sub-disciplines. Gupta and Karisiddappa 13 studied collaboration patterns in population genetics and found that highly productive authors are also highly collaborative and the focus of collaboration is shifting from local to domestic to international.…”

Section: Review Of Literaturementioning

confidence: 99%

Collaboration Pattern in Male Breast Cancer Research

Dwivedi¹,

Garg²

2018

Current Science

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An analysis of 4168 research papers on male breast cancer (MBC) published by different countries and indexed by Science Citation Index Expanded during [2005][2006][2007][2008][2009][2010][2011][2012][2013][2014] indicates that only 15% of the papers were non-collaborative and the rest were published either in domestic or international collaboration. The sub-field of MBC had a high proportion of domestic collaboration. The number of papers written with domestic collaboration was almost three times the number of papers written with international collaboration. The value of co-authorship index (CAI) decreased in single-, twoand multi-authored papers in the second block 2010-2014 as compared to the first block (2005)(2006)(2007)(2008)(2009). Higher value of CAI for mega-authored papers reflects higher collaborative coefficient (CC) in 2010-2014. The highest value of CC is for the sub-field S9 (genetics and heredity). This is also indicated by the highest value of CAI for mega-authored papers in this subfield. Among 17 highly productive institutions, CC value is more or equal to the global value of CC for 10 prolific institutions.

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“…3. For calculating the value of CC author follow the procedure given by Price and Beaver 16 and Garg and Dwivedi 17 .…”

Section: Authorship Patternmentioning

confidence: 99%

Publications of Banaras Hindu University during 1989-2016: A Three-dimensional Bibliometric Study

Dwivedi

2017

DJLIT

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Research and Development Organisation with 280 publications. BHU's main collaborator country is USA with 607 publications, followed by Germany with 471 publications. Maximum consistency (0.40) in international collaboration is seen with Nepal, whereas minimum consistency observed with England. Maximum consistency of publications is seen 1995. Highest consistency (0.37) is seen in sub-field electrochemistry. Sepectrochimica acta Part A has highest consistency (0.53), while Astrophysics and Space Science has lowest (0.19) consistency.Keywords: Three-dimensional study; Banaras Hindu University; BHU; Collaboration Received : 09 August 2017, Revised : 03 September 2017 Accepted : 19 September 2017, Online published : 07 November 2017 DJLIT, VOL. 37, NO. 6, NOVEMBER 2017 404 indicated volume; the quality (or impact i), as measured by the ratio C/P, where C is the total number of citations received by P papers, indicated the velocity with which the ideas in P papers are communicated through citations C, and consistency ƞ indicated the variety (variability) in the quality of the individual papers in the publication set or, in other words, the shape of the distribution curve. By using all three components together, a z-index can be computed from an energy-like term (Z = ƞ X = ƞ 2E ) as z = Z 1/3 , which has the same dimensions as the number of publications. X is energy and E is energy [5][6] , so it is possible to imagine a phantom indicator named zynergy for Z = ƞ X = ƞ 2E . This phantom index combines quantity, quality, and consistency (or efficiency) in the true spirit of 3D evaluation. The accurate calculation of consistency (ƞ) requires the complete citation sequence, (i.e. the distribution curve) for country, organisation, author or journal. tHrEE-dIMEnSIonAL EVALuAtIon tooLSSeveral indicators have been used to express performance of scientific output of an individual, institution, or an entity. Scientific performance of individual or an entity can be measured by using different parameters. QuantityNumber of papers/articles 'P' published during a prescribed window will be called publication window (for this study the window is from 1989 to 2016). A five-year citation window is considered for each year. Quality and consistencyQuality denotes citation per paper, calculated as C/P where C is the number of citations during a prescribed citation window. The quality measurement needed two separate windows, the publication window and the citation window. In 3-D evaluation of performance measurement after computing quantity P and quality i parameters, it is possible to derive other indicators by following these sequences. P= i 0 P (zero th -order indicator), C= i 1 P (first-order indicator), X= i 2 P = iC (secondorder indicator), where C = Σc j , j = 1 to P.C is derived from complete citation sequence, c j of the citation of each paper in a publication portfolio of P papers as the total number of citations, C=∑c j , for j=1 to P. Both P and C serve as indicators of performance in their respective ways. If C=iP may be as...

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Pattern of Collaboration in the Discipline of Japanese Encephalitis

Cited by 7 publications

References 6 publications

Collaboration Patterns of Indian Scientists in Organic Chemistry

Collaboration Patterns of Indian Scientists in Organic Chemistry

Collaboration Pattern in Male Breast Cancer Research

Publications of Banaras Hindu University during 1989-2016: A Three-dimensional Bibliometric Study

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