WikiFactMine was a 12 month project to extract facts from the scientific literature. It did it by an advanced search mechanism, using sets of search terms called "dictionaries", allowing massively parallel thematic search. Dictionaries can be built up from queries on Wikidata, and that procedure was made much slicker over the course of the project. WikiFactMine also played a part in the WikiCite initiative, to build up bibliographical content within Wikimedia, by providing a software component that was then applied millions of times on Wikidata.
Please copy and paste the project goals from your proposal page. Under each goal, write at least three sentences about how you met that goal over the course of the project. Alternatively, if your goals changed, you may describe the change, list your new goals and explain how you met them, instead.
Promote Wikidata to the world as the first place to go to or use for reliable identification and re-use of scientific concepts.
The overarching goal of the project is to enhance the bioscientific coverage in Wikidata so it becomes a visible and used resource both for Wikipedians and in general scientific research and discourse.
Specific goals for the 12 months funding requested are:
Goal A: Use dictionaries derived from Wikidata to index the daily literature
Dictionaries were in use throughout the project. "Legacy" dictionaries were used initially, compiled by various methods. In summer 2017 more methodical use was made of Wikidata SPARQL queries, and the main focus of dictionaries moved over to flowering plant species.
Goal B: Create a feed of scientific facts in context with associated citations for Wikipedia and Wikidata editors
The feed was set up via the WikiFactMine API. Facts were offered to Wikidata editors via Javascript that could be installed in the sidebar. The emphasis was on Wikidata, rather than Wikipedia.
Goal C: Promote a combination of the scientific literature, Wikidata and Wikipedia as powerful resources for the scientific community, build and support the community of editors who facilitate interlinking between these three resources.
The Fatameh tool developed by WikiFactMine in early summer 2017 played a key role in the WikiCite initiative, in terms of the creation of millions of Wikidata items on individual scientific papers. In turn, those items began to host citation data, at scale, realising the broader goals of the w:Initiative for Open Citations. These advances fed into other projects, such as scholia.org.
The following WikiProjects were nominated as of interest to WikiFactMine: WikiProject Biology, WikiProject Chemistry, WikiProject Genetics, WikiProject Molecular and Cell Biology, WikiProject Medicine, WikiProject Neuroscience, WikiProject Psychology, WikiProject Taxonomy, WikiProject Tree of Life (includes WikiProject Species).
Planned measure of success (include numeric target, if applicable)
Actual result
Explanation
Dictionaries 4-8 dictionaries successfully deployed creating an index of facts from up to 10k papers on a daily basis.
Over 200 deployed
Creation of dictionaries via SPARQL and the aaraa tool simplified the process of creation.
Facts We anticipate reliably indexing around 200k terms, generating upwards of 10k facts per day by M10.
4.5 million extracted
Despite ongoing difficulties with the Euro PMC API, and some downtime, the fact extraction pipeline was productive and robust enough for the intended purpose.
Use of feeds Feeds actively used on a weekly basis by at least 10 Wikipedia and Wikidata editors by M12 Contributions to 1000 Wikidata entries by M12 Contribution to 100 Wikipedia entries by M12
Fell short of targets
Feedback suggests that it was a mistake not to develop a user-friendly interface and route for adding facts to Wikidata. The technical demands were too high for most of the science WikiProjects in the scope to become deeply involved. The initial proposal under-estimated this "software readiness" issue as a dimension of project planning.
Outreach 1-2 members of each active WikiProject actively contributing to feedback on dictionaries and tools. 250 people attending in-person or online events relating to linking the scientific literature, Wikidata and Wikipedia
Active approach reached multiple broad audiences
See Activities section below. By early summer it became clearer that the proposed networking to librarians and scientists in Cambridge was not finding the required traction. The Facto Post newsletter was started, to inform Wikipedian editors and WikiProjects. The emphasis was on putting Wikidata in a broad context. The mailing list has seen steady growth.
In the end the dictionaries were SPARQLy. That is not how things started, and it is not the whole story.
Text mining that goes on inside a virtual machine, hosted on Wikimedia Labs, is not the easiest activity to visualise; or indeed in this case to set up. The ElasticSearch technology is essentially the same as you would use by typing into Wikipedia's search box. The WikiFactMine application, however, stops short of ranking search results: that is not the goal. The compensation is to use thousands of terms in parallel (say a list of known carcinogens) and identify each occurrence in thousands of scientific papers. Daily.
That list would be an example of a dictionary, in the project's sense. Compiling a good list is a more encyclopedic activity, one that most Wikimedians can follow with greater understanding. A search with a custom dictionary reflects a personal take on what might be interesting in the vast, apparently trackless scientific literature.
The WikiFactMine team of two headed for Montreal and Wikimania in August 2017, looking out for those who might adopt the outputs of the core technology. At the 75% point of the project, the pipeline for papers was running relatively smoothly, after a period when the tech onus had been elsewhere (the creation of Wikidata items on papers, enabling referencing by link). At the hackathon, a concrete topic was brought up by a gardening and plant fan: soil types.
By July the construction of dictionaries had switched over from ad hoc methods, to SPARQL. That's a slick solution, based on Wikidata content, and can often enough provide a good dictionary in a matter of minutes, applying a WikiFactMine tool. To begin with, Wikidata's coverage of soil types was not of the required standard. What was actually involved was looking through the category systems of Wikipedias, particularly in German, Polish and Russian, for soil types (reflecting geography). And that, checking out articles illustrated in an unexpected way. With photographs of holes in the ground.
Wikipedia is a marvel. Numerous states in the USA have their official state soil type! There can hardly be a better way to get your feet back on the ground, from the cloud, than working with all the different types of clay you can find, worldwide. There was a question after the conference talk, about the possible impact of this type of text mining on school work. An appropriate answer seemed to be, yes, a search for something like soil types mentioned in literature could potentially set off project work for school students. Yes, with caveats of course: enough open literature, slick dictionary creation for a broader range of topics, and this technology as a commodity.
Towards the end of the conference, the classic type of application of WikiFactMine technology was requested by a molecular biologist: cell lines. They are both a standard experimental tool in life sciences, and the source of unreliable science when the line is corrupt. A dictionary of cell lines wasn't hard to produce. Through a later Wikidata debate, a new property allowing items on papers to have statements about experimental methodology was created. A home for hard-to-find scientific information was assured by that, an instance to support the original "project idea".
Later in August, there occurred a highlight for the latter part of the project. About midday on a Saturday, as we were gathered for the first day of a ContentMine strategy weekend, the number of scientific paper items on Wikidata passed 5 million. Six months before, this development could not have been foreseen, and WikiFactMine had played a part in pushing along science bibliography on Wikidata.
The main software effort was to construct the pipeline in Wikimedia Labs, involving a number of virtual machines and tools, chained together (see diagram, right). They implemented the download and conversion of recent open access papers in XML format. The fact mining itself was an implementation of w:Elasticsearch. Further software allowed the results to be exposed in an API.
The secondary software activity was the dictionary side, involving in the end a combination of SPARQL queries, and the aaraa conversion tool.
A third strand was software to create Wikidata items for scientific papers. This [[d:Wikidata:WikiProject Source MetaData/fatameh fatameh tool] was enthusiastically adopted by other developers. Its maintenance required significant developer time.
ContentMine networks across open science, academic research groups, and the tech industry, particularly from our base in Cambridge. For the WikiFactMine project, the main Wikimedia outreach events are covered by the project documentation section, with some videos of presentations. Other examples included:
Personal contact with Wikidata developers, in Berlin and elsewhere
On the WikiCite front, there are a number of opportunities, such as identifying authors of papers, and building up other metadata (e.g. topics) essential to a better understanding of the scientific literature.
This wonderful grant came at just the right time for us (and Wikimedia) to show that Wikidata was a world-class resource. There was a lot of innovation and besides following the plan we originally set out, we also were able to develop Wikidata as a bibliographic resource. The Fatameh tool which Tom Arrow developed is now run on WMFLabs (thanks to the cooperation of all involved). It's now got over 10 million Wikidata entries and I and others have been able to blog and tweet this new resource. We enjoyed going to WikiCite and Wikimania and being able to feel part of a world community. We had a Wikimedian in Residence, Charles Matthews, as part of the team; and important support and encouragement from WMF staff.
We are completely sold on Wikidata as the central point for structured resource discovery and use. The SPARQL endpoint is the most convincing advert anywhere for the value of SPARQL and as Wikidata continues to grow - both in entry number and numbers per entry - it will start to convince the world that there is a new exciting tool that we, the community, own and develop and we can base new community knowledge engines on it.
We are now promoting Wikidata in all our projects and grant applications. The dictionary structure we developed in WikiFactMine turns out to be ideal for use by many communities and we are working closely with Thomas Shafee in WikiJournal. We have applied for another project grants, Science Source, to create a central resource of high quality annotated biomedical articles and we are also building WikiFactMine into our own (Open) products.
This project is funded by a Project Grant
wikimedia.org, according to the guidelines here?