1. Science Communication & Social Media (part 2) Karen Lips @kwren88 Slides posted here:http://figshare.com/authors/Karen%20Lips/278233

2. SOCIAL MEDIA FOR RESEARCH

3. What’s the best thing about Social Media?

4. "Social Media has provided us with the opportunity to have our own National Geographic or Discovery Channels to reach the general public”

5. “It gives you exposure to a much bigger part of the world. Kids can interact with scientists and form a more accurate and broader picture of what science is and what scientists do.”

6. Social media is like the conversations in the hallways at meetings. It is the Campfire around which we can gather and converse. It is the Virtual Water Cooler where we trade stories

7. From Liz Neeley

9. From Ross Monce @Rmounce; Social Media: how it can help you do science

10. Why Use Social Media? Boost your professional profile Act as a public voice for science Online outreach can help you get funding Establish contact with reporters, media outlets Increase impact of your papers Open science & Collaboration #icanhazpdf Personalized news feed Ask questions of experts Live tweeting meetings (From Paige Brown, Russ Mounce)

12. What are your goals? What do you want out of your social media experience? – Increased citations for your papers? – Increased visibility of your research? – Outlet for opinions? – Collaboration? – Open data and sharing? – Translation of science for broad audience? (From titus brown, paige brown)

13. Suggestions Create & curate your Google Scholar page. Make sure you have a Web page somewhere. Create a Twitter account and follow people that work in your area When you publish, – Post data to figshare; – Write a guest blog post about paper – Add your Twitter handle to posts, talks, etc (From Titus Brown)

14. DIVERSITY & SOCIAL MEDIA

15. SciComm Resources focused on Puerto Rico

16. What is the problem? “Science is produced at research centers within a few select regions. This distribution contributes to “brain drain”—the cultural and geographical separation of researchers from their communities of origin… This precludes achieving a critical mass of scientific expertise and the development of science, technology, engineering, and mathematics (STEM)… Displaced scientists become disconnected from home communities and colleagues, challenges in maintaining research collaborations... Dispersion presents challenges to scientists who see themselves as underrepresented in the larger culture of science…”

17. Goals of CienciaPR (1) promoting scholarly interaction among self- identified members of an otherwise dispersed community; (2) providing visibility to diverse scientific role models; and (3) supporting research and science education through initiatives that culturally resonate with our community of origin.

18. Figure 1. CienciaPR website use and member characteristics.

19. More PR-specific Resources http://www.cienciapr.org http://biodiversidadpr.com http://caribbeanpaleobiology.blogspot.com http://biologiaboricua.com/ https://www.facebook.com/salvemosloscoquie s http://www.coquiguajon.org

20. How would you define Impact?

21. A Proposal to Evaluate a Scientist’s Impact on Society “If the ultimate goal is to evaluate a person’s true overall role as a scientist, I think we should be considering how they communicate with all people not just other scientists.” ~ Prosanta Chakrabarty (@LSU_Fish)

22. http://lsuichthyology.blogspot.com/2014/02/a-proposal-for-new- altmetric-influence.html Influence Score = (H-Index X 100) + (Press index/100) + (Social Media- Index/100)

23. H-index = citations of scientific publications H-index*100 The H-index can be easily calculated in Google Scholar. Google Scholar counts books and other non-traditional peer-reviewed publications, and it is free!Google Scholar

24. Press Index = visibility with the press PI= #articles/100 Using Google News, one simple puts the person’s name in the search box and counts the number of articles that are found, which Google also does for you

25. Social Media Index or SM-index SMI= #followers/100 For someone on Twitter you get 1pt for every follower. For someone not on Twitter but that has either a Facebook “Fan” Page or Facebook “followers,” you get 1pt per fan or follower.

26. http://lsuichthyology.blogspot.com/20 14/02/a-proposal-for-new-altmetric- influence.html

27. Quantifying your full Impact Altmetrics – a way of quantifying downloads, clicks, shares, likes of a particular scientific product (paper, posters, talks) ImpactStory – all the various kinds of impacts of your products

28. What reach do your papers have beyond citations in other scientific papers? Impactstory Blogs, shares, clicks, press coverage, etc For example: http://impactstory.org/user51076

29. Examples of paper reach: who, what, how

30. Details of how paper was shared and spread

31. What reach does any paper have? Altmetrics: Add this bookmarklet to your toolbar so you can measure the reach of any paper: http://www.altmetric.com/bookmarklet.php

32. For example: news coverage

33. For example: spread by Twitter

34. For example: How does this relate to other articles in this journal?

35. For example: who is reading my paper? What is my international reach?

36. USE OF TWITTER IN RESEARCH (& HOW TO QUANTIFY YOUR REACH)

37. What are your goals for using twitter? What do you want out of your social media experience? – Increased citations for your papers? – Increased visibility of your research? – Outlet for opinions? – Collaboration? – Open data and sharing? – Translation of science for broad audience? (From titus brown, paige brown)

38. Tweeting increases the reach of your science “Highly tweeted articles were 11 times more likely to be highly cited than less tweeted articles… Top-cited articles can be predicted from top-tweeted articles with 93% specificity an 73% sensitivity” Eysenback, 2011 J Med Internet Res; 13(4): e123

39. @Katie_PhD

40. Getting started on twitter Directory of scientists

41. Sample statistics

42. What is my geographic reach?

44. Example of my twitter network connections (people & #topics) for the past week

45. For the past week, how far did my tweets go?

48. Use of twitter by scientific societies by @Craken_MacCraic & @whysharksmatter & @emilysdarling

49. SOCIAL MEDIA FOR TEACHING "Social Media can serve as a great tool to inspire younger generations to follow careers in science"

50. Smartphone apps for field biologists http://brunalab.org/apps/

51. SOCIAL MEDIA FOR OUTREACH (TO THE MEDIA, POLICYMAKERS, THE PUBLIC) "Social Media helps scientists connect with the public in a neutral, non- intimidating setting"

52. INaturalist

53. How does this affect me?

54. Other Useful Apps Academic networking: Mendeley Academia.com LinkedIn Sharing talks, posters, code Figshare Slideshare Github Organizing Dropbox Evernote Pocket Feedly

55. General Social Media Resources It’s Time for Scientists to Tweet: http://theconversation.com/its- time-for-scientists-to-tweet-14658http://theconversation.com/its- time-for-scientists-to-tweet-14658 Social Networking for Scientists: The Wiki http://socialnetworkingforscientists.wikispaces.com/General http://socialnetworkingforscientists.wikispaces.com/General How to Build an Enduring Online Research Presence Using Social Networking and Open Science, SlideShare, Titus Brown http://www.slideshare.net/c.titus.brown/2013- beaconcongresssocialmedia http://www.slideshare.net/c.titus.brown/2013- beaconcongresssocialmedia Darling et al. (2013).The role of Twitter in the life cycle of a scientific publication. https://peerj.com/preprints/16v1/https://peerj.com/preprints/16v1/ Bik, H. M., & Goldstein, M. C. (2013). An Introduction to Social Media for Scientists. PLoS biology, 11(4), e1001535. Liz Neeley. 2014. A fresh look at social media for scicomm. Slideshare http://www.slideshare.net/LizNeeley/fresh-look-at- social-media-for-science-communication-decodesci From Paige Brown: Social Media for Scientists, with additions