Sumathi Thangaraj; Jeyshankar Ramalingam
Abstract
The study highlights the research collaboration and growth rate in multiple disabilities by utilizing social network analysis based on 27708 scholarly communications that appeared during 2006-2020. It analyses the types and trends of authorship patterns through various indices and by employing social ...
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The study highlights the research collaboration and growth rate in multiple disabilities by utilizing social network analysis based on 27708 scholarly communications that appeared during 2006-2020. It analyses the types and trends of authorship patterns through various indices and by employing social network analysis. The study aims to construct a coauthorship network at the micro and macro levels to disclose the intellectual structure of prolific authors. The study exemplifies the growth rate with mean average growth rate (0.09), relative growth rate (0.23) and doubling time (3.52) which specifies that there is no constant rate of augmentation found in the research field and authors tend to work collaboratively. While comparing the prolific authors' Scientometric measures with social network measures, the author Kappos L has secured the highest position in production (255), with the utmost H-Index (67), G-index (154), M-Index (3.914) and citation (24478). He is the best collaborator with the highest cluster level of 354, degree centrality (84) and close to other authors with (0.847).
K. Sudhakar; S. Thanuskodi
Volume 20, Issue 1 , January 2022
Abstract
The current study aims to analyze the scholarly publications of researchers in marine pollution for 30 years (from 1989 to 2018). This study intends to identify the list of core journal publications, growth rate, the productivity of authors and institutions, proportion of Indian contribution, and various ...
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The current study aims to analyze the scholarly publications of researchers in marine pollution for 30 years (from 1989 to 2018). This study intends to identify the list of core journal publications, growth rate, the productivity of authors and institutions, proportion of Indian contribution, and various similar aspects at national and international levels in the field of marine pollution. The retrieved data were analyzed using the Microsoft-Excel package as per the objectives of the study, and the data has been presented as tables and graphs. The study was designed to assess and know the growth rate of the research literature output, author productivity, quantitative and qualitative indices, collaborative trends, citation patterns, key journal’s list, and geographical distribution of publications at national and international levels in Marine pollution. The study shows an inconsistency in the Annual Growth Rate (AGR) of Marine pollution publications ranging from -35.63 to 23.69 between 1989 and 2018. The study also shows that the maximum Degree of Collaboration (DC) was identified in the years 2014 and 2018 (0.94) and the minimum DC identified in the year 1992 (0.60). The average of DC arrived as C=0.85, i.e., 85% of collaborative authors contributed. Collaboration Index (CI) of Marine pollution literature for the study period made clear that the number of authors per publication had increased from 3.32 (1989) to 5.40 (2018). The study results indicate that the overall growth rate calculated by various scientometric methods in marine pollution has been significantly growing in recent years at the international level. On the other hand, the growth rate of Marine pollution is moderate in India.https://dorl.net/dor/ 20.1001.1.20088302.2022.20.1.20.3
