Digital Scholarship Ecosystems for Open Science (Lightning Talk) Ray Uzwyshyn, Ph.D. MBA MLIS http://rayuzwyshyn.net Director, Collections and Digital Services Texas State University Libraries Presented for AIDR and Open Science Symposium, Carnegie Mellon University October 20, 2020 . ORCID D I SPLAY Identity Management Syst« epository Elect D SPACE Online Institutional Digital c:ollections
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Digital Scholarship Ecosystems
for Open Science(Lightning Talk)
Ray Uzwyshyn, Ph.D. MBA MLIShttp://rayuzwyshyn.netDirector, Collections and Digital ServicesTexas State University Libraries
Presented for AIDR and Open ScienceSymposium, Carnegie Mellon UniversityOctober 20, 2020
(Dspace)Organizes, centralizes and makes accessible research and knowledge generated by the institution’s research community (Research Faculty and Graduate Students):
I - , . -. I Secure Easy To Use All Formats Supported
A Vast Majority of Publishers Allow Digital Archiving
in some form. (82% from 2562 publishers)
March 2020 Sherpa/Romeo Copyright Polices & Self Archiving
Source:
www.sherpa.ac.uk/romeo/statistics.php?l
a=en&fIDnum=|&mode=simple
RoM;eo colour Archiving: policy Publlshel'$ %
green Can archive pre-print and post-print 1064 42
Can archive post'1)rint ('e snat draft post-refereeing) 844 33
Can archive pre print (ie pre .. efereeing) 183 7
whit Archiving not to mally supported 4711 18
Summary: 82% of pub~ishers on th:is Hst formally aUow some form of self-archiving.
o i s on l pol · i s
( 8 4 - 2%),
D (844 = l )
□ - 7%)
□ (◄71. 18X)
To 1 =
Primary Use Case ValueApplication of Structured Metadata Schema for Search Engine Optimization
:le de. iub
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~ '"'-= Scholarty articles ror athennal annealing or low-energy boron A1h.m11thnM1Ung.1troomltlfY'f>ll'"lf and ShilO 'r' 19 A1herm11lan,,.11llngoftow--.ntJgy bolonwnp&,ntsln Don~ C brftO Hydfogm passiv.:bn of alioon carbide by k,w...,..,gy ~ c.:I by S,J
Athermal annealing of low-energy boron bnplant• ... • Scltll ldltloll alporg,'con1et1t1 11 1159764? "' Ar, ken fl' v :'!I
byOWOGrm 200"1 Ciledby 10 Ritlat.d1ttic.Jt,s A1hltnnnl annt Ing of ao,.,_.,-gy boron impuntJ In .icon D W [)ori,,.~,I and 8 C Co"'tflVlon ~~of~.~tTexnSC..teUrlven,ty
Athermal ron bnplants in silicon -,yt yak, ..
silcon Donnely O.vidW Soui'JwrntT•11n St;rii.U~s,ty a.pt ofPtly'f'Cs Coyillgtan BC sl
'""'Bl annealing at room temperature and enhanced ... ---holt toffl' attt.rm .. •nneial~P91"i~r.-.nh
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Search Engi Optimization I
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Scholarty artldes for alhennal annealing of low-energy boron Am1n111h•no'""911-~-ind Shoo I Ad>tnnolonno,lirlgollow_gy......, ~ 0,,,,.,, I
Connally, O..vkl W a,d Comgton 8 C and Grun, J and Fischar AP ind P■chriu M and F. C
~rv,..,.r.igQI 11;,w~ boron mplan1$ in $ibnR{200 1) Applt,,dP11~ I.~
hllpi: Jkligita l libl'ary b:9tale. tdu"1aindlef1 Dl!IIT/4675
N."1111; Donnely- 2001 N>L si.., l2251(b
Fonn,t POF
This Item appears In the followlng Collection(!)
• Eaa11ty PubllcalbnrPbnlg;
https://digital.library.txstate.edu/
Athermal anneallng of low-energy boron implants In slllcon Donnelly, 0Jvid W., Southwest Tens S te University, Oep o Physics; Cov ngton, B. C., South st Texas State Un ver, ty ;
GNn, J., ~v I RtH ~h ~m ory, w ,hinijton, DC: Fischer, R.P., N val Rts ~,ch ~boratory:
Range = 36%-250% Increase in Citations over 2 Year period
(Data: Stevan Harnad and Heather Joseph, 2014)
0 50 100 150 200 250
Biology
Health Sci
Physics
% Increase in Citations with Open Access
t t ------
- l l :...:..:..:.. :...:..:..:.. :...:..:..:.. :...:..:..:.. :...:..:..:.. :...:..:..:.. :...:..:..:.. :...:..:..:.. ill}.:...:..:..:..:...:..:..:..:...:..:..:..:...:..:..:..:...:..:..:..:...:..:..:..
Percent Increase in Article Citations by Discipline with Open Access Online Availability Through Google
Range = 36%-250%
(Data: Stevan Harnad and Heather Joseph, 2014)
0 50 100 150 200 250
Biology
Economics
Political Sci
Health Sci
Business
Education
Management
Law
Psychology
Sociology
Physics
% Increase in Citations with Open Access
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Vireo
Electronic Thesis and Dissertation Management System
• Bridges Student Thesis/Dissertation Submission with Graduate School Review,
• Connects the Collections Repository And Data Repository so graduate students can publish and link their theses/dissertations, data and research
• Addresses Intermediary steps in the ETD Process
Researcher Identity Management System
• Gives Researchers Unique Number (ORCID ID) Connecting and Disambiguate Scholars names:
Maria Hernandez, BiochemistMaria Hernandez, M.D. or Astrophysicist
• Allows Papers in the collections repository and datasets in data repository to be associated with ORCID ID’s for aggregation of research profiles.
Orcid can act as a Network Hub aggregating from several sources and connecting to other internal and external networks
ORCID is a hub connecting the research landscape
Omeka and OJS3
Open Source User Interface Software Provides a front end gateway for more complex research projects - linking text, image media and datasets and acting as a front end for connecting components.
Open Access Academic Journal Software for refereed journal online publishing, workflow and connections with background research and datasets etc. through Dataverse/Dspace connections
OPEN JOURNAL SYSTEMS
The Digitization Lab• Expands Possibilities for
Faculty/Graduate Student Research Projects
• Possibilities range from OCR, scientific slides, image, manuscript & journal digitization to 3D objects, audiovisual material, GIS and visualization technologies
Together, These Research Ecosystem ComponentsOpen Amazing Possibilities For Digital Scholarship & Collaboration
Mak ng e ectron c resources access·b e rom my home or
o ·ce
■ Fe
Summary ReflectionsPlacing Open Science Research Cycle Components within an Ecosystem Paradigm Enables:
1) New Possibilities For Research accessiblity, retrieval and sharing
2) Better Roadmaps for Future Development of Digital Open Science Components
3) Evolutionary Guideposts for Research Systems Development
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Further References,Papers& Working Examples
Uzwyshyn, R. 2020 Developing an Open Source Digital Scholarship Ecosystem (Preprint). ICEIT2020. Oxford, UK. https://www.researchgate.net/publication/336923249_Developing_an_Open_Source_Digital_Scholarship_Ecosystem
Texas State University Libraries Website.https://www.library.txstate.edu/
Texas State Digital Collections Repository https://digital.library.txstate.edu/Texas State Data Research Repository https://dataverse.tdl.org/dataverse/txstateTexas State Online Research Identity Management System: https://guides.library.txstate.edu/researcherprofile/orcidTexas State Electronic Thesis and Dissertation Management (VIREO): https://www.tdl.org/etds/Texas State Digital & Web Services: https://www.library.txstate.edu/services/faculty-staff/digital-web-services.html
FuturePathwaysNetworked Global Scholarly Research Environment
Research Universities and Digital Research Ecosystems
• ~266-300 Research Institutions US & Canada Carnegie R1 & R2, Very High or High Research Activity
• ~1000-1250 Research Universities WorldwideQS Rankings and Times Higher Education Supplement. (40% Europe,
26.5% Asia Pacific, US/Canada 18%, Latin America 9% and Middle East/Africa.
• Enable Top 2-3% Research Institutions Globally, 1000 Institutions beyond the US and Canada. (This represents the other 90% of Research Libraries Globally)
Value For
User
The Systemic Value of
Compatibly communicating
components grows as the square of their number
increases.
umber of users
One Server Per Research Institution 2020-2025
• Empower 1000 Research University Institutions/Research Libraries Globally
• Gift each Research University One Configured Server Ecosystem with 6 Open Source Scholarly Research Software Components, < $1000.00 US/Server or set up Fractional Server Space with Mirror Sites Globally (SAAS)
• Set Up brief weeklong training over five continents
• Connect Networks
• Measure the EffectsIdentity Management System
VIREO / ~
Online Research Data Repository
□ □ o □
Electronic Theses and Dissertation (ETD) Management System