Scientific communication UNISBA

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Dasapta Erwin Irawan

This material was presented in front of staffs from Faculty of Economy UNISBA Bandung. Revision will be posted shortly.

Education

Scientiﬁc communication
Dasapta Erwin Irawan
Institut Teknologi Bandung
FE-Unisba, 31/03/2016
0000-0002-1526-0863
1

lisensi CC-BY
• This slide can be copied, distributed, re-
used, for commercial and non-commercial
purposes as long as it is properly cited.
3

a glimpse about me
• Edu: S1 - S2 - S3:Teknik Geologi ITB
• Research interest:
• hydrogeology, hydrochemistry
• data analysis
• scientiﬁc proﬁle:
4

books
5
Hidrogeologi Umum
(2015), Penerbit Ombak
Yogyakarta
Menulis (ilmiah) itu
menyenangkan (2016),
Penerbit ITB, Bandung
Belajar statistika dengan R
(2016), Penerbit USU,
Medan

rapid growth of papers
Bornmann and
Mutz (2014), url
http://arxiv.org/
abs/1402.4578
7

publication delays
(time spent in editors + reviewers)
http://blog.dhimmel.com/plos-and-publishing-delays/
8

number of papers (in English):
language drawback?
www.carbonbrief.org
9

how scientists
communicate
• through scientiﬁc papers and seminars/
conferences
12

how scientists
communicate
• based on data and reproducible analyses
13

how scientists
communicate
• objectives
• based on facts
14

how scientists
communicate
• open and transparent
• peer-review
15

expected output
• formal:
• research reports
• papers:
• in journals
• in proceedings
17

problems with formal outputs
• research reports (closed distribution)
• papers in journals and proceedings (openly
distributed, but yet still for limited number
of people)
• in journals (no online version)
• in proceedings (limited circulation)
18

how we increase the impact
by increasing scientiﬁc communication
20

how we increase the impact
by increasing effort to engage with
community
21

how we increase the impact
by using as many tools to make our
work easily found
22

how we increase the impact
by exploiting scientiﬁc community, eg:
Researchgate, Mendeley, etc
23

expected output
• non-formal:
• blogs
• websites
• twitter, FB, G+
24

expected impact:
reduce citation delay
27

recommended efforts
• write in English
• international language leads to more
audience
• hire a translator if necessary
29

recommended efforts
• submit to open access journal
• conventional journal offers open access
option
30

recommended efforts
• use widely accepted index
• don’t use a single exclusive index (eg
Scopus)
• use other indexes endorsed by open
science community (Crossref,Altmetrics,
etc)
31

recommended efforts
• use social media
• promote your work
32

recommended efforts
• setup Google Scholar or ORCID proﬁle
• university should facilitate this to promote
its staffs
33

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Scientific communication UNISBA

1. Scientiﬁc communication Dasapta Erwin Irawan Institut Teknologi Bandung FE-Unisba, 31/03/2016 0000-0002-1526-0863 1

2. introduction 2

3. lisensi CC-BY • This slide can be copied, distributed, re- used, for commercial and non-commercial purposes as long as it is properly cited. 3

4. a glimpse about me • Edu: S1 - S2 - S3:Teknik Geologi ITB • Research interest: • hydrogeology, hydrochemistry • data analysis • scientiﬁc proﬁle: 4

5. books 5 Hidrogeologi Umum (2015), Penerbit Ombak Yogyakarta Menulis (ilmiah) itu menyenangkan (2016), Penerbit ITB, Bandung Belajar statistika dengan R (2016), Penerbit USU, Medan

6. paper written vs cited 6

7. rapid growth of papers Bornmann and Mutz (2014), url http://arxiv.org/ abs/1402.4578 7

8. publication delays (time spent in editors + reviewers) http://blog.dhimmel.com/plos-and-publishing-delays/ 8

9. number of papers (in English): language drawback? www.carbonbrief.org 9

10. scientiﬁc paper karma 10

11. scientiﬁc communication 11

12. how scientists communicate • through scientiﬁc papers and seminars/ conferences 12

13. how scientists communicate • based on data and reproducible analyses 13

14. how scientists communicate • objectives • based on facts 14

15. how scientists communicate • open and transparent • peer-review 15

16. academic cycle 16

17. expected output • formal: • research reports • papers: • in journals • in proceedings 17

18. problems with formal outputs • research reports (closed distribution) • papers in journals and proceedings (openly distributed, but yet still for limited number of people) • in journals (no online version) • in proceedings (limited circulation) 18

19. the impact is very low 19

20. how we increase the impact by increasing scientiﬁc communication 20

21. how we increase the impact by increasing effort to engage with community 21

22. how we increase the impact by using as many tools to make our work easily found 22

23. how we increase the impact by exploiting scientiﬁc community, eg: Researchgate, Mendeley, etc 23

24. expected output • non-formal: • blogs • websites • twitter, FB, G+ 24

25. expected impact: add more audience 25

26. expected impact: add more citation 26

27. expected impact: reduce citation delay 27

28. take home message 28

29. recommended efforts • write in English • international language leads to more audience • hire a translator if necessary 29

30. recommended efforts • submit to open access journal • conventional journal offers open access option 30

31. recommended efforts • use widely accepted index • don’t use a single exclusive index (eg Scopus) • use other indexes endorsed by open science community (Crossref,Altmetrics, etc) 31

32. recommended efforts • use social media • promote your work 32

33. recommended efforts • setup Google Scholar or ORCID proﬁle • university should facilitate this to promote its staffs 33

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