Editorial

This newsletter starts with the motto "common endeavour for 21st century content". To unpack that slogan somewhat, we are particularly interested in the new, post-Wikidata collection of techniques that are flourishing under the Wikimedia collaborative umbrella. To linked data, SPARQL queries and WikiCite, add gamified participation, text mining and new holding areas, with bots, tech and humans working harmoniously.

Scientists, librarians and Wikimedians are coming together and providing a more unified view of an emerging area. Further integration of both its community and its technical aspects can be anticipated.

While Wikipedia will remain the discursive heart of Wikimedia, data-rich and semantic content will support it. We'll aim to be both broad and selective in our coverage. This publication Facto Post (the very opposite of retroactive) and call to action are brought to you monthly by ContentMine.

Links

• Engaging with Data blogposts around WikiFactMine
• Carly Strasser talks to Open Science Radio
• Thoughtful WikiCite blogs including discussion of data models on Wikidata:
  • ((Hatnote)), Wikicite 2017, and the 7 features Wikidata needs most
  • Katie Mika, Ernst Mayr Library, The role of librarians in Wikidata and Wikicite
• Fact mining in the digital humanities: Andrew Gray, Introducing: Six Degrees on Wikidata
• A predecessor: Project X newsletter archive

Editorial: Core models and topics[edit]

Wikimedians interest themselves in everything under the sun — and then some. Discussion on "core topics" may, oddly, be a fringe activity, and was popular here a decade ago.

The situation on Wikidata today does resemble the halcyon days of 2006 of the English Wikipedia. The growth is there, and the reliability and stylistic issues are not yet pressing in on the project. Its Berlin conference at the end of October will have five years of achievement to celebrate. Think Wikimania Frankfurt 2005.

Progress must be made, however, on referencing "core facts". This has two parts: replacing "imported from Wikipedia" in referencing by external authorities; and picking out statements, such as dates and family relationships, that must not only be reliable but be seen to be reliable.

In addition, there are many properties on Wikidata lacking a clear data model. An emerging consensus may push to the front key sourcing and biomedical properties as requiring urgent attention. Wikidata's "manual of style" is currently distributed over thousands of discussions. To make it coalesce, work on such a core is needed.

Links[edit]

• WikiFactMine project pages on Wikidata, including a SPARQL library (in development).
• Fatameh tool for adding items on scientific papers to Wikidata, by User: T Arrow. It has made a big recent impact. Offline for maintenance as we go to press, it is expected back soon.
• As of July 2017, Zotero has a Wikidata translator. A personal Zotero library acts as an intermediary in managing and storing citation metadata.
• GLAM Newsletter June 2017, Wikidata report. This is a good monthly round-up to follow, and welcomes contributions.
• Exciting and Impressive! The Initiative for Open Citations (I4OC) was launched in April: Infodocket on the first three months.
• Olivia Solon in San Francisco, Why the net neutrality protest matters, opinion piece in The Guardian on 11 July.

Wikimania report[edit]

Interviewed by Facto Post at the hackathon, Lydia Pintscher of Wikidata said that the most significant recent development is that Wikidata now accounts for one third of Wikimedia edits. And the essential growth of human editing.

Impressive development work on Internet-in-a-Box featured in the WikiMedFoundation annual conference on Thursday. Hardware is Raspberry Pi, running Linux and the Kiwix browser. It can operate as a wifi hotspot and support a local intranet in parts of the world lacking phone signal. The medical use case is for those delivering care, who have smartphones but have to function in clinics in just such areas with few reference resources. Wikipedia medical content can be served to their phones, and power supplied by standard lithium battery packages.

Yesterday Katherine Maher unveiled the draft Wikimedia 2030 strategy, featuring a picturesque metaphor, "roads, bridges and villages". Here "bridges" could do with illustration. Perhaps it stands for engineering round or over the obstacles to progress down the obvious highways. Internet-in-a-Box would then do fine as an example.

"Bridging the gap" explains a take on that same metaphor, with its human component. If you are at Wikimania, come talk to WikiFactMine at its stall in the Community Village, just by the 3D-printed display for Bassel Khartabil; come hear T Arrow talk at 3 pm today in Drummond West, Level 3.

Link[edit]

• Plaudit for the Medical Wikipedia app, content that is loaded into Internet-In-A-Box with other material, such as per-country documentation.

Editorial: Conservation data[edit]

The IUCN Red List update of 14 September led with a threat to North American ash trees. The International Union for Conservation of Nature produces authoritative species listings that are peer-reviewed. Examples used as metonyms for loss of species and biodiversity, and discussion of extinction rates, are the usual topics covered in the media to inform us about this area. But actual data matters.

Clearly, conservation work depends on decisions about what should be done, and where. While animals, particularly mammals, are photogenic, species numbers run into millions. Plant species lie at the base of typical land-based food chains, and vegetation is key to the habitats of most animals.

ContentMine dictionaries, for example as tabulated at d:Wikidata:WikiFactMine/Dictionary list, enable detailed control of queries about endangered species, in their taxonomic context. To target conservation measures properly, species listings running into the thousands are not what is needed: range maps showing current distribution are. Between the will to act, and effective steps taken, the services of data handling are required. There is now no reason at all why Wikidata should not take up the burden.

Links[edit]

• What Makes a Good Collaborative Knowledge Graph: Group Composition and Quality in Wikidata (paywall)
• Wikimedia and the free knowledge ecosystem by Maria Cruz
• Another Year Again: 2017 this time (long), blog by Joe Wass of CrossRef
• Attack of the 50 Foot Blockchain, blog by User:David Gerard
• WikiTribune in beta

Editorial: Annotations[edit]

Annotation is nothing new. The glossators of medieval Europe annotated between the lines, or in the margins of legal manuscripts of texts going back to Roman times, and created a new discipline. In the form of web annotation, the idea is back, with texts being marked up inline, or with a stand-off system. Where could it lead?

ContentMine operates in the field of text and data mining (TDM), where annotation, simply put, can add value to mined text. It now sees annotation as a possible advance in semi-automation, the use of human judgement assisted by bot editing, which now plays a large part in Wikidata tools. While a human judgement call of yes/no, on the addition of a statement to Wikidata, is usually taken as decisive, it need not be. The human assent may be passed into an annotation system, and stored: this idea is standard on Wikisource, for example, where text is considered "validated" only when two different accounts have stated that the proof-reading is correct. A typical application would be to require more than one person to agree that what is said in the reference translates correctly into the formal Wikidata statement. Rejections are also potentially useful to record, for machine learning.

As a contribution to data integrity on Wikidata, annotation has much to offer. Some "hard cases" on importing data are much more difficult than average. There are for example biographical puzzles: whether person A in one context is really identical with person B, of the same name, in another context. In science, clinical medicine require special attention to sourcing (WP:MEDRS), and is challenging in terms of connecting findings with the methodology employed. Currently decisions in areas such as these, on Wikipedia and Wikidata, are often made ad hoc. In particular there may be no audit trail for those who want to check what is decided.

Annotations are subject to a World Wide Web Consortium standard, and behind the terminology constitute a simple JSON data structure. What WikiFactMine proposes to do with them is to implement the MEDRS guideline, as a formal algorithm, on bibliographical and methodological data. The structure will integrate with those inputs the human decisions on the interpretation of scientific papers that underlie claims on Wikidata. What is added to Wikidata will therefore be supported by a transparent and rigorous system that documents decisions.

An example of the possible future scope of annotation, for medical content, is in the first link below. That sort of detailed abstract of a publication can be a target for TDM, adds great value, and could be presented in machine-readable form. You are invited to discuss the detailed proposal on Wikidata, via its talk page.

Links[edit]

• Jon Udell, blogpost Annotating to extract findings from scientific papers, 15 December 2015
• TDM and Libraries, Virginia Tech report
• Magnus Manske, The Whelming: Scaling up Wikidata editing
• OCLC and Internet Archive collaborate to expand library access to digital collections, metadata and linking exchange
• GLOW week in November: Wikidata workshops on politician info

WikidataCon Berlin 28–9 October 2017[edit]

Under the heading rerum causas cognescere, the first ever Wikidata conference got under way in the Tagesspiegel building with two keynotes, One was on YAGO, about how a knowledge base conceived ten years ago if you assume automatic compilation from Wikipedia. The other was from manager Lydia Pintscher, on the "state of the data". Interesting rumours flourished: the mix'n'match tool and its 600+ datasets, mostly in digital humanities, to be taken off the hands of its author Magnus Manske by the WMF; a Wikibase incubator site is on its way. Announcements came in talks: structured data on Wikimedia Commons is scheduled to make substantive progress by 2019. The lexeme development on Wikidata is now not expected to make the Wiktionary sites redundant, but may facilitate automated compilation of dictionaries.

And so it went, with five strands of talks and workshops, through to 11 pm on Saturday. Wikidata applies to GLAM work via metadata. It may be used in education, raises issues such as author disambiguation, and lends itself to different types of graphical display and reuse. Many millions of SPARQL queries are run on the site every day. Over the summer a large open science bibliography has come into existence there.

Wikidata's fifth birthday party on the Sunday brought matters to a close. See a dozen and more reports by other hands.

Links[edit]

• Wikidata statistics
• I4OC progress in its first year, with 47% of scientific citation data now open (announced two days ago)
• The flowering ORCID, Magnus Manske blogpost on identifying authors of scientific papers
• @querybook, a Twitter feed devoted to SPARQL queries
• Massive progress on Wikidata coverage of the UK parliament
• Reminder: WikiFactMine pages on Wikidata are at WD:WFM

A new bibliographical landscape[edit]

At the beginning of December, Wikidata items on individual scientific articles passed the 10 million mark. This figure contrasts with the state of play in early summer, when there were around half a million. In the big picture, Wikidata is now documenting the scientific literature at a rate that is about eight times as fast as papers are published. As 2017 ends, progress is quite evident.

Behind this achievement are a technical advance (fatameh), and bots that do the lifting. Much more than dry migration of metadata is potentially involved, however. If paper A cites paper B, both papers having an item, a link can be created on Wikidata, and the information presented to both human readers, and machines. This cross-linking is one of the most significant aspects of the scientific literature, and now a long-sought open version is rapidly being built up.

The effort for the lifting of copyright restrictions on citation data of this kind has had real momentum behind it during 2017. WikiCite and the I4OC have been pushing hard, with the result that on CrossRef over 50% of the citation data is open. Now the holdout publishers are being lobbied to release rights on citations.

But all that is just the beginning. Topics of papers are identified, authors disambiguated, with significant progress on the use of the four million ORCID IDs for researchers, and proposals formulated to identify methodology in a machine-readable way. P4510 on Wikidata has been introduced so that methodology can sit comfortably on items about papers.

More is on the way. OABot applies the unpaywall principle to Wikipedia referencing. It has been proposed that Wikidata could assist WorldCat in compiling the global history of book translation. Watch this space.

And make promoting #1lib1ref one of your New Year's resolutions. Happy holidays, all!

Links[edit]

• WikidataCon: Giving more people more access to more knowledge, report by Peter Kraker of Open Knowledge Maps
• This is a story of my knowledge adventure in New Zealand moths via Wikicommons, Wikipedia and Wikidata, @SiobhanLeachman
• Wikidata and Arabic dialects, research paper, DOI: 10.1109/AICCSA.2017.115
• c:Commons:British Library/Mechanical Curator collection/georeferencing status, Mechanical Curator project on Commons hits 50K maps milestone
• Historical dataset on the provenance of Wikipedia text: Who wrote this?, by Tilman Bayer, WMF blogpost
• "Anyone can edit", not everyone does: Wikipedia and the gender gap (PDF), journal paper, Heather Ford and Judy Wajcman
• Alpha Zero’s "Alien" Chess Shows the Power, and the Peculiarity, of AI, MIT Technology Review, by Will Knight, December 8, 2017

Metadata on the March[edit]

From the days of hard-copy liner notes on music albums, metadata have stood outside a piece or file, while adding to understanding of where it comes from, and some of what needs to be appreciated about its content. In the GLAM sector, the accumulation of accurate metadata for objects is key to the mission of an institution, and its presentation in cataloguing.

Today Wikipedia turns 17, with worlds still to conquer. Zooming out from the individual GLAM object to the ontology in which it is set, one such world becomes apparent: GLAMs use custom ontologies, and those introduce massive incompatibilities. From a recent article by sadads, we quote the observation that "vocabularies needed for many collections, topics and intellectual spaces defy the expectations of the larger professional communities." A job for the encyclopedist, certainly. But the data-minded Wikimedian has the advantages of Wikidata, starting with its multilingual data, and facility with aliases. The controlled vocabulary — sometimes referred to as a "thesaurus" as term of art — simplifies search: if a "spade" must be called that, rather than "shovel", it is easier to find all spade references. That control comes at a cost.

Case studies in that article show what can lie ahead. The schema crosswalk, in jargon, is a potential answer to the GLAM Babel of proliferating and expanding vocabularies. Even if you have no interest in Wikidata as such, simply vocabularies V and W, if both V and W are matched to Wikidata, then a "crosswalk" arises from term v in V to w in W, whenever v and w both match to the same item d in Wikidata.

For metadata mobility, match to Wikidata. It's apparently that simple: infrastructure requirements have turned out, so far, to be challenges that can be met.

Links[edit]

• 1lib1ref campaign starts today, see m:The Wikipedia Library/1Lib1Ref: also #1lib1ref introductory video by Felix Nartey
• Funders should mandate open citations, article 9 January 2018 in Nature by David Shotton
• From snowflake to avalanche: Possibilities of using free citation data in libraries, translation from the German original of Annette Klein, Mannheim University Library
• outreach:GLAM/Newsletter/December 2017/Contents/WMF GLAM report
• Why Mickey Mouse’s 1998 copyright extension probably won't happen again: Copyrights from the 1920s will start expiring next year if Congress doesn't act, Timothy B. Lee, 8 January 2018, Arstechnica

Wikidata as Hub[edit]

One way of looking at Wikidata relates it to the semantic web concept, around for about as long as Wikipedia, and realised in dozens of distributed Web institutions. It sees Wikidata as supplying central, encyclopedic coverage of linked structured data, and looks ahead to greater support for "federated queries" that draw together information from all parts of the emerging network of websites.

Another perspective might be likened to a photographic negative of that one: Wikidata as an already-functioning Web hub. Over half of its properties are identifiers on other websites. These are Wikidata's "external links", to use Wikipedia terminology: one type for the DOI of a publication, another for the VIAF page of an author, with thousands more such. Wikidata links out to sites that are not nominally part of the semantic web, effectively drawing them into a larger system. The crosswalk possibilities of the systematic construction of these links was covered in Issue 8.

Wikipedia:External links speaks of them as kept "minimal, meritable, and directly relevant to the article." Here Wikidata finds more of a function. On viaf.org one can type a VIAF author identifier into the search box, and find the author page. The Wikidata Resolver tool, these days including Open Street Map, Scholia etc., allows this kind of lookup. The hub tool by maxlath takes a major step further, allowing both lookup and crosswalk to be encoded in a single URL.

Links[edit]

• What galleries, libraries, archives, and museums can teach us about multimedia metadata on Wikimedia Commons, Wikimedia Foundation blogpost, 29 January 2018, by Jonathan Morgan and Sandra Fauconnier
• m:The Wikipedia Library/1Lib1Ref/Connect, 2018 institutional participation in the #1lib1ref campaign
• Newspeak House queries, created at 3 February 2018 event in London led by Magnus Manske
• Cochrane–Wikipedia Initiative, Wikipedia Signpost special report 5 February 2018, by JenOttowa
• What is the Last Question?, 5 February 2018

Milestone for mix'n'match[edit]

Around the time in February when Wikidata clicked past item Q50000000, another milestone was reached: the mix'n'match tool uploaded its 1000th dataset. Concisely defined by its author, Magnus Manske, it works "to match entries in external catalogs to Wikidata". The total number of entries is now well into eight figures, and more are constantly being added: a couple of new catalogs each day is normal.

Since the end of 2013, mix'n'match has gradually come to play a significant part in adding statements to Wikidata. Particularly in areas with the flavour of digital humanities, but datasets can of course be about practically anything. There is a catalog on skyscrapers, and two on spiders.

These days mix'n'match can be used in numerous modes, from the relaxed gamified click through a catalog looking for matches, with prompts, to the fantastically useful and often demanding search across all catalogs. I'll type that again: you can search 1000+ datasets from the simple box at the top right. The drop-down menu top left offers "creation candidates", Magnus's personal favourite. m:Mix'n'match/Manual for more.

For the Wikidatan, a key point is that these matches, however carried out, add statements to Wikidata if, and naturally only if, there is a Wikidata property associated with the catalog. For everyone, however, the hands-on experience of deciding of what is a good match is an education, in a scholarly area, biographical catalogs being particularly fraught. Underpinning recent rapid progress is an open infrastructure for scraping and uploading.

Congratulations to Magnus, our data Stakhanovite!

Links[edit]

• Wikipedia goes 3D allowing users to upload .STLs for digital reference, Beau Jackson for 3dprintingindustry.com, February 22 2018
• WikiCite report (video)
• Formal publication and announcement of ISBN citation dataset, see Twitter post, February 23 2018
• Plotting the Course Through Charted Waters, workshop on data visualization literacy from Mikhail Popov, Wikimedia Foundation
• Using Wikidata to build an authority list of Holocaust-era ghettos, Nancy Cooey, United States Holocaust Memorial Museum, February 12 2018
• Why Should You Learn SPARQL? Wikidata! Mark Longair, blogpost November 29 2017
• Back to the future: Does graph database success hang on query language?, George Anadiotis for Big on Data, March 5 2018

The 100 Skins of the Onion[edit]

Open Citations Month, with its eminently guessable hashtag, is upon us. We should be utterly grateful that in the past 12 months, so much data on which papers cite which other papers has been made open, and that Wikidata is playing its part in hosting it as "cites" statements. At the time of writing, there are 15.3M Wikidata items that can do that.

Pulling back to look at open access papers in the large, though, there is is less reason for celebration. Access in theory does not yet equate to practical access. A recent LSE IMPACT blogpost puts that issue down to "heterogeneity". A useful euphemism to save us from thinking that the whole concept doesn't fall into the realm of the oxymoron.

Some home truths: aggregation is not content management, if it falls short on reusability. The PDF file format is wedded to how humans read documents, not how machines ingest them. The salami-slicer is our friend in the current downloading of open access papers, but for a better metaphor, think about skinning an onion, laboriously, 100 times with diminishing returns. There are of the order of 100 major publisher sites hosting open access papers, and the predominant offer there is still a PDF.

From the discoverability angle, Wikidata's bibliographic resources combined with the SPARQL query are superior in principle, by far, to existing keyword searches run over papers. Open access content should be managed into consistent HTML, something that is currently strenuous. The good news, such as it is, would be that much of it is already in XML. The organisational problem of removing further skins from the onion, with sensible prioritisation, is certainly not insuperable. The CORE group (the bloggers in the LSE posting) has some answers, but actually not all that is needed for the text and data mining purposes they highlight. The long tail, or in other words the onion heart when it has become fiddly beyond patience to skin, does call for a pis aller. But the real knack is to do more between the XML and the heart.

Links[edit]

• Crossref as a new source of citation data: A comparison with Web of Science and Scopus, CWTS blogpost 17 January 2018, Nees Jan van Eck, Ludo Waltman, Vincent Larivière, Cassidy Sugimoto
• Citations with identifiers in Wikipedia, figshare dataset
• Making women more visible online—with Wikidata tools!, Wikimedia blogpost 29 March 2018 by Sandra Fauconnier
• Village pump discussion, Turn on mapframe? We’re ready if you are reaches conclusions
• The Power of the Wikimedia Movement beyond Wikimedia, Forbes 28 March 2018, Michael Bernick
• Tracing stolen bitcoin, blogpost 26 March 2018 by Ross J. Anderson

ScienceSource funded[edit]

The Wikimedia Foundation announced full funding of the ScienceSource grant proposal from ContentMine on May 18. See the ScienceSource Twitter announcement and 60 second video.

A medical canon?

The proposal includes downloading 30,000 open access papers, aiming (roughly speaking) to create a baseline for medical referencing on Wikipedia. It leaves open the question of how these are to be chosen.

The basic criteria of WP:MEDRS include a concentration on secondary literature. Attention has to be given to the long tail of diseases that receive less current research. The MEDRS guideline supposes that edge cases will have to be handled, and the premature exclusion of publications that would be in those marginal positions would reduce the value of the collection. Prophylaxis misses the point that gate-keeping will be done by an algorithm.

Two well-known but rather different areas where such considerations apply are tropical diseases and alternative medicine. There are also a number of potential downloading troubles, and these were mentioned in Issue 11. There is likely to be a gap, even with the guideline, between conditions taken to be necessary but not sufficient, and conditions sufficient but not necessary, for candidate papers to be included. With around 10,000 recognised medical conditions in standard lists, being comprehensive is demanding. With all of these aspects of the task, ScienceSource will seek community help.

Links[edit]

• d:Wikidata:Lexicographical data, Wikidata's multi-lingual dictionary project gets going
• Ordia tool, a basic search interface for Wikidata lexemes and forms
• OpenRefine tool 3.0, May update allows wrangling of tabular information into Wikidata
• d:Wikidata:WikiProject British Politicians pushes ahead with data modelling and imports
• #1Lib1Ref Returns for a Second Time in 2018, IFLA blogpost 25 May 2018, second chance this year to participate in referencing Wikipedia

Respecting MEDRS

Facto Post enters its second year, with a Cambridge Blue (OK, Aquamarine) background, a new logo, but no Cambridge blues. On-topic for the ScienceSource project is a project page here. It contains some case studies on how the WP:MEDRS guideline, for the referencing of articles at all related to human health, is applied in typical discussions.

Close to home also, a template, called ((medrs)) for short, is used to express dissatisfaction with particular references. Technology can help with patrolling, and this Petscan query finds over 450 articles where there is at least one use of the template. Of course the template is merely suggesting there is a possible issue with the reliability of a reference. Deciding the truth of the allegation is another matter.

This maintenance issue is one example of where ScienceSource aims to help. Where the reference is to a scientific paper, its type of algorithm could give a pass/fail opinion on such references. It could assist patrollers of medical articles, therefore, with the templated references and more generally. There may be more to proper referencing than that, indeed: context, quite what the statement supported by the reference expresses, prominence and weight. For that kind of consideration, case studies can help. But an algorithm might help to clear the backlog.

Links

• World Cup scorers bubble chart, by the league in which they play, query run on Wikidata
• Timeline of discoveries of natural satellites in the solar system, query run on Wikidata
• 4800 Welsh portraits added to Wikimedia Commons and Wikidata, National Library of Wales blogpost 27 June 2018, by Jason.nlw
• The "deaditors" of Wikipedia, Hay Kranen blogpost, 15 June 2018
• Six dimensions of open access, polemical tweet, 17 June 2018

Plugging the gaps – Wikimania report

Officially it is "bridging the gaps in knowledge", with Wikimania 2018 in Cape Town paying tribute to the southern African concept of ubuntu to implement it. Besides face-to-face interactions, Wikimedians do need their power sources.

Facto Post interviewed Jdforrester, who has attended every Wikimania, and now works as Senior Product Manager for the Wikimedia Foundation. His take on tackling the gaps in the Wikimedia movement is that "if we were an army, we could march in a column and close up all the gaps". In his view though, that is a faulty metaphor, and it leads to a completely false misunderstanding of the movement, its diversity and different aspirations, and the nature of the work as "fighting" to be done in the open sector. There are many fronts, and as an eventualist he feels the gaps experienced both by editors and by users of Wikimedia content are inevitable. He would like to see a greater emphasis on reuse of content, not simply its volume.

If that may not sound like radicalism, the Decolonizing the Internet conference here organized jointly with Whose Knowledge? can redress the picture. It comes with the claim to be "the first ever conference about centering marginalized knowledge online".

Links

• ScienceSource focus list (shortcut WD:SSFL on Wikidata), project to tag a first-pass open access medical bibliography on Wikidata, and also overcome the systematic biases in the medical literature by curation.
• Wikimedia Foundation and Kiwix partner to grow offline access to Wikipedia, Wikimedia Foundation blogpost 18 July 2018.
• Wikipedia's upcoming Cape Town conference will tackle the issue of diversity, Jamie Matroos, 2 July 2018.
• VideoWiki, a video version of Wikipedia.
• Search Full-Text within 4M+ Books, by MEK, The Open Library Blog, 14 July 2018
• More than 5,000 German scientists have published papers in pseudo-scientific journals, NDR, 19 July 2018.

Neglected diseases

To grasp the nettle, there are rare diseases, there are tropical diseases and then there are "neglected diseases". Evidently a rare enough disease is likely to be neglected, but neglected disease these days means a disease not rare, but tropical, and most often infectious or parasitic. Rare diseases as a group are dominated, in contrast, by genetic diseases.

A major aspect of neglect is found in tracking drug discovery. Orphan drugs are those developed to treat rare diseases (rare enough not to have market-driven research), but there is some overlap in practice with the WHO's neglected diseases, where snakebite, a "neglected public health issue", is on the list.

From an encyclopedic point of view, lack of research also may mean lack of high-quality references: the core medical literature differs from primary research, since it operates by aggregating trials. This bibliographic deficit clearly hinders Wikipedia's mission. The ScienceSource project is currently addressing this issue, on Wikidata. Its Wikidata focus list at WD:SSFL is trying to ensure that neglect does not turn into bias in its selection of science papers.

Links

• Wikipedia, Wikidata, and citations, a census, August 2 2018, blogpost by Magnus Manske
• The rise of Wikidata as a linked data source August 6, 2018, by Karen Smith-Yoshimura on OCLC Research blog
• Where do Mayors Come From: Querying Wikidata with Python and SPARQL, August 1 2018, Parametric Thoughts blog
• Newspapers On Wikipedia Update: Initial Wikidata Pass 9 August 2018, Mike Caulfield
• Google Scholar, Web of Science, and Scopus: a systematic comparison of citations in 252 subject categories Alberto Martín-Martín, Enrique Orduna-Malea, Mike Thelwall, Emilio Delgado López-Cózar, arxiv.org, submitted on 15 August 2018

The science publishing landscape

In an ideal world ... no, bear with your editor for just a minute ... there would be a format for scientific publishing online that was as much a standard as SI units are for the content. Likewise cataloguing publications would not be onerous, because part of the process would be to generate uniform metadata. Without claiming it could be the mythical free lunch, it might be reasonably be argued that sandwiches can be packaged much alike and have barcodes, whatever the fillings.

The best on offer, to stretch the metaphor, is the meal kit option, in the form of XML. Where scientific papers are delivered as XML downloads, you get all the ingredients ready to cook. But have to prepare the actual meal of slow food yourself. See Scholarly HTML for a recent pass at heading off XML with HTML, in other words in the native language of the Web.

The argument from real life is a traditional mixture of frictional forces, vested interests, and the classic irony of the principle of unripe time. On the other hand, discoverability actually diminishes with the prolific progress of science publishing. No, it really doesn't scale. Wikimedia as movement can do something in such cases. We know from open access, we grok the Web, we have our own horse in the HTML race, we have Wikidata and WikiJournal, and we have the chops to act.

Links

• ImageGrid SPARQL query for the Art+Feminism focus list on Wikidata. Run and then scroll ...
• The TABernacle tool for Wikidata editing, by Magnus Manske, has been upgraded. Demo with the ScienceSource focus list and main subjects: with a WiDar login you can edit directly in the table cells.
• Enslaved: People of the Historic Slave Trade, Michigan State University project for a linked open data platform. Quote: "Disambiguating and merging individuals across multiple datasets is nearly impossible given their current, siloed nature."
• As the Linked Data for Production (LD4P) project finishes its initial two-year cycle and moves into LD4P2, a list of its BIBFRAME and other RDF tools.
• Machine Learning with and for Semantic Web Knowledge Graphs, detailed slide pack by Heiko Paulheim, University of Mannheim.
• In Europe, Scientists Need to Share Their Research for Free if They Want Government Funding, Futurism, by Kristin House, 5 September 2018.

Wikidata imaged

Around 2.7 million Wikidata items have an illustrative image. These files, you might say, are Wikimedia's stock images, and if the number is large, it is still only 5% or so of items that have one. All such images are taken from Wikimedia Commons, which has 50 million media files. One key issue is how to expand the stock.

Indeed, there is a tool. WD-FIST exploits the fact that each Wikipedia is differently illustrated, mostly with images from Commons but also with fair use images. An item that has sitelinks but no illustrative image can be tested to see if the linked wikis have a suitable one. This works well for a volunteer who wants to add images at a reasonable scale, and a small amount of SPARQL knowledge goes a long way in producing checklists.

It should be noted, though, that there are currently 53 Wikidata properties that link to Commons, of which P18 for the basic image is just one. WD-FIST prompts the user to add signatures, plaques, pictures of graves and so on. There are a couple of hundred monograms, mostly of historical figures, and this query allows you to view all of them. commons:Category:Monograms and its subcategories provide rich scope for adding more.

And so it is generally. The list of properties linking to Commons does contain a few that concern video and audio files, and rather more for maps. But it contains gems such as P3451 for "nighttime view". Over 1000 of those on Wikidata, but as for so much else, there could be yet more.

Go on. Today is Wikidata's birthday. An illustrative image is always an acceptable gift, so why not add one? You can follow these easy steps: (i) log in at https://tools.wmflabs.org/widar/, (ii) paste the Petscan ID 6263583 into https://tools.wmflabs.org/fist/wdfist/ and click run, and (iii) just add cake.

Links

• Now Wikidata is six, Signpost Special Report
• Find out how @TheContentMine are attempting to mine scientific and medical literature to improve the accuracy of Wikipedia., Wikimedia UK tweet and video ScienceSource and the Semantic Web
• sciencesource-pmc-licenses tool by Oravrattas to extract Creative Commons license information from PubMed Central pages, created at the Cambridge Wikidata Workshop
• Whizzy use of SPARQL to map the London Underground system, whizzed past on Twitter.
• Wikidata birthday events mapped by SPARQL, too
• d:Wikidata:Sixth Birthday/Message from dev team

WikiCite issue

GLAM ♥ data — what is a gallery, library, archive or museum without a catalogue? It follows that Wikidata must love librarians. Bibliography supports students and researchers in any topic, but open and machine-readable bibliographic data even more so, outside the silo. Cue the WikiCite initiative, which was meeting in conference this week, in the Bay Area of California.

In fact there is a broad scope: "Open Knowledge Maps via SPARQL" and the "Sum of All Welsh Literature", identification of research outputs, Library.Link Network and Bibframe 2.0, OSCAR and LUCINDA (who they?), OCLC and Scholia, all these co-exist on the agenda. Certainly more library science is coming Wikidata's way. That poses the question about the other direction: is more Wikimedia technology advancing on libraries? Good point.

Wikimedians generally are not aware of the tech background that can be assumed, unless they are close to current training for librarians. A baseline definition is useful here: "bash, git and OpenRefine". Compare and contrast with pywikibot, GitHub and mix'n'match. Translation: scripting for automation, version control, data set matching and wrangling in the large, are on the agenda also for contemporary library work. Certainly there is some possible common ground here. Time to understand rather more about the motivations that operate in the library sector.

Links

• Wikidata and Libraries: Facilitating Open Knowledge, book chapter by Mairelys Lemus-Rojas, metadata librarian and Lydia Pintscher, Wikidata Product Manager, from Leveraging Wikipedia: Connecting Communities of Knowledge (2018)
• LD4P and WikiCite: Opportunities for collaboration, WikiCite 2018 program abstract, Christine Fernsebner Eslao of Harvard Library Information and Technical Services and Michelle Futornick, Linked Data for Production Program Manager at Stanford University
• Shell Lessons for Librarians, Library Carpentry lesson
• At-risk content on Flickr, blogpost 3 November 2018, Andrew Gray
• Toward an Abstract Wikipedia, recent white paper by Wikidata founder Denny Vrandečić (Google)

Learning from Zotero

Zotero is free software for reference management by the Center for History and New Media: see Wikipedia:Citing sources with Zotero. It is also an active user community, and has broad-based language support.

Besides the handiness of Zotero's warehousing of personal citation collections, the Zotero translator underlies the citoid service, at work behind the VisualEditor. Metadata from Wikidata can be imported into Zotero; and in the other direction the zotkat tool from the University of Mannheim allows Zotero bibliographies to be exported to Wikidata, by item creation. With an extra feature to add statements, that route could lead to much development of the focus list (P5008) tagging on Wikidata, by WikiProjects.

There is also a large-scale encyclopedic dimension here. The construction of Zotero translators is one facet of Web scraping that has a strong community and open source basis. In that it resembles the less formal mix'n'match import community, and growing networks around other approaches that can integrate datasets into Wikidata, such as the use of OpenRefine.

Looking ahead, the thirtieth birthday of the World Wide Web falls in 2019, and yet the ambition to make webpages routinely readable by machines can still seem an ever-retreating mirage. Wikidata should not only be helping Wikimedia integrate its projects, an ongoing process represented by Structured Data on Commons and lexemes. It should also be acting as a catalyst to bring scraping in from the cold, with institutional strengths as well as resourceful code.

Links

• Zotero Comes to Google Docs, Zotero blogpost by Dan Stillman, 19 October 2018.
• Category:Wikipedians who use Zotero
• T115158 Write a Zotero translator and document process for creating new Zotero translator and getting it live in production, long Phabricator thread 2015–17.
• Zotero Translators, documentation from zotero.org.
• Home page on GitHub for Zotero translator Javascript
• Example translator, for Wikisource.
• m:Structured Data on Commons/Newsletter/2018-12-07

Everything flows (and certainly data does)

Recently Jimmy Wales has made the point that computer home assistants take much of their data from Wikipedia, one way or another. So as well as getting Spotify to play Frosty the Snowman for you, they may be able to answer the question "is the Pope Catholic?" Possibly by asking for disambiguation (Coptic?).

Headlines about data breaches are now familiar, but the unannounced circulation of information raises other issues. One of those is Gresham's law stated as "bad data drives out good". Wikipedia and now Wikidata have been criticised on related grounds: what if their content, unattributed, is taken to have a higher standing than Wikimedians themselves would grant it? See Wikiquote on a misattribution to Bismarck for the usual quip about "law and sausages", and why one shouldn't watch them in the making.

Wikipedia has now turned 18, so should act like as adult, as well as being treated like one. The Web itself turns 30 some time between March and November this year, per Tim Berners-Lee. If the Knowledge Graph by Google exemplifies Heraclitean Web technology gaining authority, contra GIGO, Wikimedians still have a role in its critique. But not just with the teenage skill of detecting phoniness.

There is more to beating Gresham than exposing the factoid and urban myth, where WP:V does do a great job. Placeholders must be detected, and working with Wikidata is a good way to understand how having one statement as data can blind us to replacing it by a more accurate one. An example that is important to open access is that, firstly, the term itself needs considerable unpacking, because just being able to read material online is a poor relation of "open"; and secondly, trying to get Creative Commons license information into Wikidata shows up issues with classes of license (such as CC-BY) standing for the actual license in major repositories. Detailed investigation shows that "everything flows" exacerbates the issue. But Wikidata can solve it.

Links

• Wikipedia:Wikipedia Day for 18th birthday celebrations
• WMUK video page, with "fake news", Jimmy Wales, Wikidata and more (health warning for those with tune allergy)
• Why Wikipedia’s Medical Content Is Superior, Stephen Harrison, 28 January 2019, Slate
• Olivia Colman reveals struggle with Wikipedia over age, Naomi Gordon, 28 January 2019, harpersbazaar.com
• Making Wikidata visible, Martin Poulter blogpost, 24 January 2019, Bodleian Digital Library
• Inventory, Magnus Manske blogpost, 24 January 2019, on Wikidata tech support for an image donation by Cleveland Museum of Art

What is a systematic review?

Systematic reviews are basic building blocks of evidence-based medicine, surveys of existing literature devoted typically to a definite question that aim to bring out scientific conclusions. They are principled in a way Wikipedians can appreciate, taking a critical view of their sources.

Ben Goldacre in 2014 wrote (link below) "[...] : the "information architecture" of evidence based medicine (if you can tolerate such a phrase) is a chaotic, ad hoc, poorly connected ecosystem of legacy projects. In some respects the whole show is still run on paper, like it's the 19th century." Is there a Wikidatan in the house? Wouldn't some machine-readable content that is structured data help?

Most likely it would, but the arcana of systematic reviews and how they add value would still need formal handling. The PRISMA standard dates from 2009, with an update started in 2018. The concerns there include the corpus of papers used: how selected and filtered? Now that Wikidata has a 20.9 million item bibliography, one can at least pose questions. Each systematic review is a tagging opportunity for a bibliography. Could that tagging be reproduced by a query, in principle? Can it even be second-guessed by a query (i.e. simulated by a protocol which translates into SPARQL)? Homing in on the arcana, do the inclusion and filtering criteria translate into metadata? At some level they must, but are these metadata explicitly expressed in the articles themselves? The answer to that is surely "no" at this point, but can TDM find them? Again "no", right now. Automatic identification doesn't just happen.

Actually these questions lack originality. It should be noted though that WP:MEDRS, the reliable sources guideline used here for health information, hinges on the assumption that the usefully systematic reviews of biomedical literature can be recognised. Its nutshell summary, normally the part of a guideline with the highest density of common sense, allows literature reviews in general validity, but WP:MEDASSESS qualifies that indication heavily. Process wonkery about systematic reviews definitely has merit.

Links

• Evidence-Based Practice: Appraise, resources page from Duke University Medical Library & Archives.
• What should Cochrane do next?, Bad Science blogpost 5 November 2014, Ben Goldacre.
• Cambridge (UK) Science Festival event, How do scientific discoveries become clinical medicine?, ScienceSource workshop for ContentMine 23 March 2019, with systematic review process diagram. Also on Eventbrite for tickets, taking place in Makespace, 16 Mill Lane.
• PROSPERO database of PRISMA, for registration of systematic review protocols.
• Process wonkery thread, wikien-l mailing list, September 2006.
• Meta-Analysis, xkcd cartoon.

When in the cloud, do as the APIs do

Half a century ago, it was the era of the mainframe computer, with its air-conditioned room, twitching tape-drives, and appearance in the title of a spy novel Billion-Dollar Brain then made into a Hollywood film. Now we have the cloud, with server farms and the client–server model as quotidian: this text is being typed on a Chromebook.

The term Applications Programming Interface or API is 50 years old, and refers to a type of software library as well as the interface to its use. While a compiler is what you need to get high-level code executed by a mainframe, an API out in the cloud somewhere offers a chance to perform operations on a remote server. For example, the multifarious bots active on Wikipedia have owners who exploit the MediaWiki API.

APIs (called RESTful) that allow for the GET HTTP request are fundamental for what could colloquially be called "moving data around the Web"; from which Wikidata benefits 24/7. So the fact that the Wikidata SPARQL endpoint at query.wikidata.org has a RESTful API means that, in lay terms, Wikidata content can be GOT from it. The programming involved, besides the SPARQL language, could be in Python, younger by a few months than the Web.

Magic words, such as occur in fantasy stories, are wishful (rather than RESTful) solutions to gaining access. You may need to be a linguist to enter Ali Baba's cave or the western door of Moria (French in the case of "Open Sesame", in fact, and Sindarin being the respective languages). Talking to an API requires a bigger toolkit, which first means you have to recognise the tools in terms of what they can do. On the way to the wikt:impactful or polymathic modern handling of facts, one must perhaps take only tactful notice of tech's endemic problem with documentation, and absorb the insightful point that the code in APIs does articulate the customary procedures now in place on the cloud for getting information. As Owl explained to Winnie-the-Pooh, it tells you The Thing to Do.

Links

• Wikidata as a semantic framework for the Gene Wiki initiative, 2016 paper by Andrawaag and others, commenting inter alia on the role of the API on Wikidata
• Working With Wikibase From Go, Digital Flapjack blogpost 26 November 2018, Michael Dales, developer for ScienceSource using golang, with a software engineer's view on Wikibase and the MediaWiki API
• Dealing with the Rust, Magnus Manske blogpost 12 March 2019, on the Rust language and the MediaWiki API
• mw:API:RecentChanges, mediawiki.org page on the API for access to "recent changes" on a wiki
• wikitech:Analytics/AQS/Pageviews, wikitech.wikimedia.org for the Pageview API, giving Wikimedia traffic information
• xkcd cartoon, API Guide

Completely clouded?

Talk of cloud computing draws a veil over hardware, but also, less obviously but more importantly, obscures such intellectual distinction as matters most in its use. Wikidata begins to allow tasks to be undertaken that were out of easy reach. The facility should not be taken as the real point.

Coming in from another angle, the "executive decision" is more glamorous; but the "administrative decision" should be admired for its command of facts. Think of the attitudes ad fontes, so prevalent here on Wikipedia as "can you give me a source for that?", and being prepared to deal with complicated analyses into specified subcases. Impatience expressed as a disdain for such pedantry is quite understandable, but neither dirty data nor false dichotomies are at all good to have around.

Issue 13 and Issue 21, respectively on WP:MEDRS and systematic reviews, talk about biomedical literature and computing tasks that would be of higher quality if they could be made more "administrative". For example, it is desirable that the decisions involved be consistent, explicable, and reproducible by non-experts from specified inputs.

What gets clouded out is not impossibly hard to understand. You do need to put together the insights of functional programming, which is a doctrinaire and purist but clearcut approach, with the practicality of office software. Loopless computation can be conceived of as a seamless forward march of spreadsheet columns, each determined by the content of previous ones. Very well: to do a backward audit, when now we are talking about Wikidata, we rely on integrity of data and its scrupulous sourcing: and clearcut case analyses. The MEDRS example forces attention on purge attempts such as Beall's list.

Links

• Wikipedia:Wikipedia_Signpost/2019-03-31/In focus#The_Wikipedia_SourceWatch by Headbomb.
• Wikipedia:WikiProject Academic Journals/Journals cited by Wikipedia/Questionable1
• d:Wikidata:ScienceSource project/Beall's list: Beall's list, final version, matched into Wikidata.
• SPARQL query for Quackwatch: query to find items on Wikidata for articles subject to the Quackwatch blacklist of "Nonrecommended Periodicals", under "Journals (Fundamentally Flawed)".
• SPARQL query to find retracted articles on Wikidata.
• d:Wikidata:ScienceSource project/NCBI2wikidata dashboard, metadata for biomedical articles being built up, sourced from PubMed and PubMed Central.

Semantic Web and TDM – a ContentMine view

Two dozen issues, and this may be the last, a valediction at least for a while.

It's time for a two-year summation of ContentMine projects involving TDM (text and data mining).

Wikidata and now Structured Data on Commons represent the overlap of Wikimedia with the Semantic Web. This common ground is helping to convert an engineering concept into a movement. TDM generally has little enough connection with the Semantic Web, being instead in the orbit of machine learning which is no respecter of the semantic. Don't break a taboo by asking bots "and what do you mean by that?"

The ScienceSource project innovates in TDM, by storing its text mining results in a Wikibase site. It strives for compliance of its fact mining, on drug treatments of diseases, with an automated form of the relevant Wikipedia referencing guideline MEDRS. Where WikiFactMine set up an API for reuse of its results, ScienceSource has a SPARQL query service, with look-and-feel exactly that of Wikidata's at query.wikidata.org. It also now has a custom front end, and its content can be federated, in other words used in data mashups: it is one of over 50 sites that can federate with Wikidata.

The human factor comes to bear through the front end, which combines a link to the HTML version of a paper, text mining results organised in drug and disease columns, and a SPARQL display of nearby drug and disease terms. Much software to develop and explain, so little time! Rather than telling the tale, Facto Post brings you ScienceSource links, starting from the how-to video, lower right.

Links for participation

• http://sciencesource-review.wmflabs.org/, review tool link in the left-hand sidebar at http://sciencesource.wmflabs.org/wiki/Main_Page

The review tool requires a log in on sciencesource.wmflabs.org, and an OAuth permission (bottom of a review page) to operate. It can be used in simple and more advanced workflows. Examples of queries for the latter are at d:Wikidata_talk:ScienceSource project/Queries#SS_disease_list and d:Wikidata_talk:ScienceSource_project/Queries#NDF-RT issue.

Please be aware that this is a research project in development, and may have outages for planned maintenance. That will apply for the next few days, at least. The ScienceSource wiki main page carries information on practical matters. Email is not enabled on the wiki: use site mail here to Charles Matthews in case of difficulty, or if you need support. Further explanatory videos will be put into commons:Category:ContentMine videos.