1. Making the most of research outputs
Susanna Mornati – 4Science
ORCiD
Basic Training Workshop/ 6-8 September 2017

2. Learning objectives Participants will learn how to:
define an OAI-PMH query;
look for an ORCiD profile and compare available information with the repository requirements;
go to a CRIS/RIMS page and detect what information can be exchanged;
investigate an external metadata source and illustrate what information can be useful as IR input;
examine a bibliometric source and define how this information can be represented in the IR

3. 1. The OAI-PMH: definition
The Open Archives Initiative Protocol for Metadata Harvesting (OAI-PMH) provides an application-independent interoperability framework based on metadata harvesting.
The Open Archives Initiative Protocol for Metadata Harvesting (OAI-PMH) Version 2.0, June 2002

4. 1. The OAI-PMH: architecture
There are two classes of participants in the OAI-PMH framework:
Data Providers administer systems
that support the OAI-PMH as
a means of exposing metadata;
Service Providers use metadata
harvested via the OAI-PMH
as a basis for building value-added
services.

5. 1. The OAI-PMH: resources and items
Repositories contain digital objects (resources) and their descriptions (items):

6. 1. The OAI-PMH: records
Each item contains one or more description formats (records): e.g. DC (Dublin Core), MARC (Machine-Readable Cataloging), etc.:

7. 1. The OAI-PMH: record structure
Each record contains:
Header (ID, date, set)
Metadata (description of the resource in a format)
About (metadata on metadata, e.g. provenance, rights):

8. 1. The OAI-PMH: sets Each item can belong to one or more sets.
Set configuration allows selective harvesting.

9. 1. The OAI-PMH: queries
Service Providers’ queries are carried via HTTP, through GET and POST methods, to Data Providers that answer in XML format XML.
The key of queries is “verb” with 6 possible values:
Identify, ListSets, ListMetadataFormats
ListIdentifiers, ListRecords, GetRecord
Examples of harvesting with OAI-PMH:
parameters:
repository
metadataPrefix oai_dc

10. 2. ORCiD: how to use member APIs

11. 2. ORCiD: DSpace-CRIS use cases

12. 2. ORCiD: compare available information
Available information on ORCiD profile, e.g.
Available information on repository (DSpace-CRIS):

13. 3. CRIS/RIMS vs. Institutional Repositories
A reference work to discuss CRIS/RIMS versus IRs:
However, DSpace-CRIS has made this discussion obsolete, combining IR and CRIS functionality in a single, free, open source choice:

14. 4. External metadata sources
What information can be useful as IR input?
Let’s go and see:
DOI: /j.jaut

15. 4. External metadata sources – Scopus BibTeX
@article{ISAILOVIC20151,
title = "Interleukin-17 and innate immunity in infections and chronic inflammation",
journal = "Journal of Autoimmunity",
volume = "60",
number = "",
pages = "1 - 11",
year = "2015",
note = "",
issn = " ",
doi = "
url = "
author = "Natasa Isailovic and Kenji Daigo and Alberto Mantovani and Carlo Selmi",
keywords = "Psoriasis",
keywords = "Psoriatic arthritis",
keywords = "Infection",
keywords = “…",
abstract = "Interleukin 17 (IL-17) includes several cytokines among which IL-17A is considered as one of the major pro-inflammatory cytokine …." }

16. 4. External metadata sources – Scopus XML
<entry key="url" value="url" />
<entry key="eid" value="eid" />
<entry key="doi" value="doi" />
<entry key="pmid" value="pubmedID" />
<entry key="title" value="title" />
<entry key="itemType" value="subtype" />
<entry key="scopusType" value="providerType" />
<entry key="sourceTitle" value="journal" />
<entry key="isbn" value="pisbn" />
<entry key="issn" value="jissn" />
<entry key="eissn" value="eissn" />
<entry key="issued" value="issued" />
<entry key="volume" value="volume" />
<entry key="issue" value="issue" />
<entry key="spage" value="firstpage" />
<entry key="epage" value="lastpage" />
<entry key="description" value="abstract" />
<entry key="scopusKeywords" value="keywords" />
<entry key="articlenumber" value="articlenumber" />
<entry key="authors" value="authors" />
<entry key="authorUrl" value="authorUrl" />
<entry key="authorScopusid" value="authorScopusID" />
<entry key="orcid" value="orcid" />

17. 4. External metadata sources – PubMed XML
PubmedArticle, PMID
Date Created, Completed, Revised
Journal, ISSN,Issue, Volume, PubDate, Title, ISO Abbrev
ArticleTitle, Pagination, ELocation (DOI, other IDs)
Abstract, CopyrightInformation
AuthorList, Author: Last Name, ForeName, Initials, AffiliationInfo,
Language
PublicationType (Journal Article, etc)
ChemicalList, RegistryNumber, NameOfSubstance,
MeshHeadingList, Keywords, MajorTopicYN
PubmedData, History (received, accepted, entrez)

18. 5. Bibliometric source – e.g. Scopus Citation Count

19. 5. Bibliometric source – e.g. Scopus Citation Count
It represents the interfaces to retrieve document citation counts (SCOPUS content) broken down by year:

20. 5. Bibliometric representation in IR (DSpace-CRIS)

21. Thank you for attention!