Managing Institutional Bibliographies using the ADS API: A new workflow using Google Sheets

Curating institutional bibliographies with the ADS web interface is currently a manual process that scales with the number of search terms. Long author lists and institutions with multiple sub-organizations or name variations increase the workload. Review work is monotonous and can take significant...

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Main Authors: Damon James, Henneken Edwin, Accomazzi Alberto
Format: Article
Language:English
Published: EDP Sciences 2018-01-01
Series:EPJ Web of Conferences
Online Access:https://doi.org/10.1051/epjconf/201818612003
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spelling doaj-cd7e3eabf66440b39a33e579c4c4c2542021-08-02T20:06:41ZengEDP SciencesEPJ Web of Conferences2100-014X2018-01-011861200310.1051/epjconf/201818612003epjconf_lisaviii2018_12003Managing Institutional Bibliographies using the ADS API: A new workflow using Google SheetsDamon JamesHenneken EdwinAccomazzi AlbertoCurating institutional bibliographies with the ADS web interface is currently a manual process that scales with the number of search terms. Long author lists and institutions with multiple sub-organizations or name variations increase the workload. Review work is monotonous and can take significant time depending on the size of the institution and the frequency of reviews. Consequently, bibliographies generated in this way are costly and may suffer from human error. We propose a semi-automated workflow that uses an iterative approach to discovery with ADS’s new search engine and a recently developed Google Sheets add on. First, affiliation strings from a user created spreadsheet are searched with the ADS API and for each result the matched affiliation and the paired author are retrieved. Next, each author name string is searched and items where that author is paired with an empty affiliation field are retrieved. The results from both queries are then compiled into output sheets with pertinent information for manual review. Finally, the selected items can be added to an ADS library from the Google Sheets interface. The tool can also use previously rejected affiliation strings to flag false positives in subsequent queries. Curators do not need to have extensive technical skills in order to use the workflow and they can help improve the ADS by opting to share ORCIDs, author synonyms, and affiliation synonyms.https://doi.org/10.1051/epjconf/201818612003
collection DOAJ
language English
format Article
sources DOAJ
author Damon James
Henneken Edwin
Accomazzi Alberto
spellingShingle Damon James
Henneken Edwin
Accomazzi Alberto
Managing Institutional Bibliographies using the ADS API: A new workflow using Google Sheets
EPJ Web of Conferences
author_facet Damon James
Henneken Edwin
Accomazzi Alberto
author_sort Damon James
title Managing Institutional Bibliographies using the ADS API: A new workflow using Google Sheets
title_short Managing Institutional Bibliographies using the ADS API: A new workflow using Google Sheets
title_full Managing Institutional Bibliographies using the ADS API: A new workflow using Google Sheets
title_fullStr Managing Institutional Bibliographies using the ADS API: A new workflow using Google Sheets
title_full_unstemmed Managing Institutional Bibliographies using the ADS API: A new workflow using Google Sheets
title_sort managing institutional bibliographies using the ads api: a new workflow using google sheets
publisher EDP Sciences
series EPJ Web of Conferences
issn 2100-014X
publishDate 2018-01-01
description Curating institutional bibliographies with the ADS web interface is currently a manual process that scales with the number of search terms. Long author lists and institutions with multiple sub-organizations or name variations increase the workload. Review work is monotonous and can take significant time depending on the size of the institution and the frequency of reviews. Consequently, bibliographies generated in this way are costly and may suffer from human error. We propose a semi-automated workflow that uses an iterative approach to discovery with ADS’s new search engine and a recently developed Google Sheets add on. First, affiliation strings from a user created spreadsheet are searched with the ADS API and for each result the matched affiliation and the paired author are retrieved. Next, each author name string is searched and items where that author is paired with an empty affiliation field are retrieved. The results from both queries are then compiled into output sheets with pertinent information for manual review. Finally, the selected items can be added to an ADS library from the Google Sheets interface. The tool can also use previously rejected affiliation strings to flag false positives in subsequent queries. Curators do not need to have extensive technical skills in order to use the workflow and they can help improve the ADS by opting to share ORCIDs, author synonyms, and affiliation synonyms.
url https://doi.org/10.1051/epjconf/201818612003
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