The reviewing process
A submission takes the form of an issue. If you’re unfamiliar with GitHub, do not hesitate to ask advices and informations to the editor in charge of editing the submission. Reviewers unfamiliar with git should have a look at http://git-lectures.github.io.
To review a submission, you’ll first have to clone the author’s repository onto
your desktop environment and each time an author update the manuscript or code
to get reviewer’s comment into account, you’ll have to update your local copy
git pull command.
Most articles in ReScience C report a successful replication of the results (figures, tables, …) of previously published research work. A full replication covers all the results of the original work, whereas a partial replication covers only a subset of the results.
The main criteria for acceptance of a successful replication are
The actual replication of the research. The reviewer must evaluate the authors’ claims about a successful replication, applying the standards of the field.
Reproducibility of the replication. The reviewers must be able to run the proposed implementation on their computer, and obtain the same results as the authors with the limits of the state of the art of the field.
Clarity of the code and the instructions for running it. Uncommented or obfuscated code is as bad as no code at all.
Clarity and completeness of the accompanying article, in which the authors should clearly state why they think they have replicated the paper (same figures, same graphics, same behavior, etc.) and explain any obstacles they have encountered during the replication work.
The primary goal of the review is not to decide whether to accept or reject a submission, but to help the authors improve their work until it meets the ReScience C quality standards. Since ReScience C targets replication of already published research, there is no need to judge the relevance or novelty of the work. Every replication that meets the criteria listed above is welcome in ReScience C. Rejection remains of course a possiblity, in the case that the authors are not able or willing to improve their submission as deemed necessary by the reviewers.
When evaluating the criteria for acceptance, reviewers need to apply the standards of their field of research. There are no absolute criteria for two results/figures being equal, so both the success and the reproducibility of the replication must be judged according to the degree of equality that can be achieved given the state of the art of the field. The clarity of the code and instructions must also be judged in the light of the conventions of the field. As a general goal, any competent researcher in the field should understand the paper and be able to understand and run the code. The use of software packages that are mainstream in the field is encouraged, but not strictly required. The less well-known a software package is, the more explanation authors should provide concerning its capabilities and use.
A replication attempt can lead to the finding that the results of the original paper cannot be reproduced, suggesting a critical mistake or ommission in the original work that cannot be fixed. The failure can concern some or all of the results. ReScience C accepts reports on replication failures, but requires a particularly careful examination by the reviewers. The authors must describe in detail why they believe that the original work is mistaken, and the reviewers must be convinced by the reasoning offered by the authors.
Authors who are confronted with replication failure are strongly encouraged to contact the authors of the original work and try to explore the causes of the replication failure in collaboration with them. This is, however, not a requirement for publication in ReScience C.
The editing process
The role of a scientific editor is to manage a submission from start to end, i.e. from the initial acknowledgment request by the editor-in-chief to the final publication. As an editor, your goal is to help authors improve their submission in order to meet the journal’s quality standards and to ensure that anyone can re-use the published code. Depending on the specific domain, an editor might request the article to follow best practices of the domain.
- When a new submission is made (i.e. a new issue has been opened), you can assign yourself in order to be the editor or you can accept an invitation to edit the submission.
- Once you’ve accepted, you can either reject the submission and close the issue (you’ll have to motivate such decision) or accept the submission. You’ll then need to find and invite at least two reviewers (from within the same issue)
- Once you’ve found the two reviewers, you can start the review.
- During the review, reviewers are free to interact with the authors to ask for clarification or change in any file that is part of the submission.
- The main criterion for acceptance is either:
- Replication of the original research with a clear statement by the authors explaining why they think they have replicated the paper (same figures, same graphics, same behavior, etc.).
- Non-replication of the original research with a clear statement by the authors explaining why they believe that it cannot be replicated .
- Source code without any accompanying article is also a criterion for rejection since we’re not human compilers (well not all of us at least).
- Don’t forget to check that there is a license in the code repository. Authors can choose whatever open license they prefer (see the Debian Free Software Guidelines) but they need to choose one.
- If both reviewers agree, the paper can be accepted.
The publication process
The publication is now almost automatic but still requires some manual steps that are given in the README of the articles repository.
After publication, you can try to contact the editor and the authors of the original article to tell them about the successful (or unsuccessful) replication of their work.
You can also tweet about the new paper, with CC to @ReScienceEds.
Finally, you can close the issue.