Following up from my post last week (https://martinfenner.ghost.io/2012/12/13/a-call-for-scholarly-markdown/?), below is a suggested list of features that should be supported in documents written in scholarly markdown. Please provide feedback via the comments, or by editing the Wiki version I have set up here (https://github.com/mfenner/scholarly-markdown/wiki?). Listed are features that go beyond the standard markdown syntax (http://daringfireball.net/projects/markdown/syntax?).
The goals of scholarly markdown are
In practice this means that scholarly markdown should support most, but not all scholarly texts – documents that are heavy in math formulas, have complicated tables, etc. may be better written with LaTeX or Microsoft Word. It also means that scholarly markdown will probably contain only limited semantic markup, as this is difficult to do with a lightweight markup language and much easier with XML or a binary file format.
Optional metadata about a document. Typically used for title, authors (including affiliation), and publication date, but should be flexible enough to handle any kind of metadata (keywords, copyright, etc.).
--- layout: post title: "Additional Markdown we need in Scholarly Texts" tags: [markdown] authors: - name: Martin Fenner orcid: 0000-0003-1419-2405 copyright: http://creativecommons.org/licenses/by/3.0/deed.en ---
Scholarly markdown should support superscript and subscript text, and should provide an easy way to enter greek ζ letters.
Tables should work as anchors (i.e. you can link to them) and table captions should support styled text. Unless the table is very simple, tables are probably better written as CSV files with another tool, and then imported into the scholarly markdown document similar to figures.
|Centered Header||Right Aligned||Left Aligned|
|First||12.0||Example of a row that spans multiple lines.|
|Second||5.0||Here’s another one. Note the blank line between rows.|
Figures in scholarly works are separated from the text, and have a figure caption (which can contain styled text). Figures should work as anchors (i.e. you can link to them). Figures can be in different file formats, including TIFF and PDF, and those formats have to be converted into web-friendly formats when exporting to HTML (e.g. PNG and SVG).
Scholarly articles typically don’t have inline links, but rather citations. The external links (both scholarly identifiers such as DOIs and regular web URLs) are collected in a bibliography at the end of the document, and the citations in the text link to this bibliography. This functionality is similar to footnotes.
Citations should include a citation key in the text, e.g.
[@kowalczyk2011], parsed as (Kowalczyk & Shankar, 2011), and a separate bibliography file in BibTeX (or RIS) format that contains references for all citations. Inserting citations and creating the bibliography can best be done with a reference manager.
Cross-links – i.e. links within a document – are important for scholarly texts. It should be possible to link to section headers (e.g. the beginning of the discussion section), figures and tables.
Complicated math is probably best done in a different authoring environment, but simple formulas, both inline 2‾√x and block elements
should be supported by scholarly markdown.
Comments are important for multi-author documents and if reviewer feedback should be included. Comments should be linked to a particular part of a document to provide context, or attached at the end of a document for general comments. It would also be helpful to “comment out” parts of a document, e.g. to indicate parts that are incomplete and need more work. Revisions of a markdown document are best handled using a version control system such as git.
Kowalczyk, S., & Shankar, K. (2011). Data sharing in the sciences. Annual Review of Information Science and Technology, 45(1), 247–294. Retrieved from http://doi.org/10.1002/aris.2011.1440450113 (http://doi.org/10.1002/aris.2011.1440450113?)