The scientific publishing system is broken. Bring in peer-review 2.0
Zurich, Switzerland, 19th November 2017
In the last years, data from replication experiments have pointed towards a systemic reproducibility crisis of peer-reviewed research[1, 2]. The problem spans across all fields, from social to biological and hard sciences, albeit to different degrees. Additionally, the rising issues regarding fraudulence  demonstrate that the current peer-review system, put in place to ensure the quality of scientific publications, has proven to be insufficient and requires an update.
Scientific publishing currently relies on a peer-review system where papers are evaluated by academics from the same field considered equipped to make decisions on the value of the proposed research. The process consists of evaluating the soundness of the manuscript but it relies on an honor system that assumes that the results presented are correct to the best of the authors’ knowledge. Therefore the peer-review process does not aim to validate the results presented in a paper making the system susceptible to erroneous results being published accidentally or due to fraud . Non-reproducible, and often fraudulent, published research can have impact within but also far beyond the academic community, despite the scientific consensus on a topic [4-10]. Published research that condemns vaccines[11-14] and GMO’s [15, 16], supports climate change denial [17, 18] or downplays the effects of cigarette smoking [19, 20] can lend undue credibility to questionable science, especially amongst the general public, harming the progress and well being of our society.
It is unfeasible for the current peer-reviewing system to ensure the reproducibility of studies and not surprisingly, depending on the field, an estimated 60-92% of published studies cannot be reproduced [1, 2]. Given these percentages, the average of 32 billion dollars invested in research every year by the NIH alone  represents, an excessive loss of tax-paying money. Such numbers are bound to raise skepticism amongst the general public regarding their return on the investments in science. This lack of public support encourages governmental policies to reduce research budgets . However, progress in the world depends on good research, and simply cutting resources will not stimulate progress but rather further halt it. To change this, the scientific community needs to start by earning back public trust.
To assist in repairing the current peer-review system, we created a post-publication online reviewing platform called Bare-Science. This academically driven resource provides publicly available crowd-sourced information, from scientists around the world, about publications such as data reproducibility and availability. Bare-Science’s main goal is to shift the current incentives in academic publishing from producing high numbers of flashy articles, towards fewer, higher quality publications by providing a different dimension of information with which to judge papers.
The current pressure on researchers to publish high numbers of articles leading to fraudulent and subpar publications, make these trying times to restore trust in science. With Bare-Science, we extend the peer-review system post publication to shift away from the wrong incentives to reward researchers who focus on publishing high quality research. We created Bare-Science as an effort to update the peer-review system and highlight that real research should not simply be innovatively sexy albeit short-lived, but rather transparent, reproducible and ultimately, trustworthy.
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