Zenodo

See the following -

7 Rules of Thumb for Your Open Science Project

Tips for creating and maintaining open source software for science. Read More »

Analyze, Collaborate, and Share Research with Open Source Tools

The most powerful free and open source (FOSS) statistics program, though, is R. Originally a FOSS version of the statistics language S, R has shown explosive growth over the last few years, with some 7,000 add-on packages available to handle nearly any statistical requirement and an increasing number of books, courses, and blogs (e.g. R-bloggers) focusing on practical usage. Some websites concentrate specifically on how to use R for psychological research—an example is William Revelle's Personality Project, which also offers an R package called psych, a toolbox for personality, psychometrics, and experimental psychology...

Help Us Integrate GitLab and the Open Science Framework

For years, the benefits of open source code development have been self-evident to the software development community: Transparency leads to collaboration, and collaboration leads to better and more secure code. The scientific community is just starting to understand these benefits. The growing open science movement is using these same lessons to make the scientific process more transparent, so that research findings will be more reproducible. In order to realize the benefits of open science, we must use a wide set of research tools to enable transparency, which will lead to increased discoverability, reuse, and collaboration...

How to Use Libraries.io Data from Millions of Open Source Projects

What if we applied the techniques Google applied to index the internet back in 1998 to the world of open source software? That's exactly the thought Andrew Nesbitt had in 2014 which lead to the creation of Libraries.io, an open source project for indexing other open source projects. This month Libraries.io released metadata on over 25 million open source projects. You can download it right now from Zenodo, but what can you do with it? To understand what is contained within this dataset, I'll take a quick look at how it's collected. Everything in Libraries.io begins with package managers. We index project metadata from 33 package managers, filling in gaps from their source repositories where we can. We parse project manifests—a gemfile, package.json, or similar—that includes code from other projects and stores the links between them...

Mozilla's Science Lab Is a Hub for the Open Research Community

Since the launch last June of Mozilla Science Lab, we’ve been working to unpack what science on the web and like the web means, and what Mozilla can do to support it. The Science Lab was created to serve as a neutral broker and hub for the open science community—a means of bridging the gap between the early adopters and the many scientists who understand the value of open science, but who have not yet (for a number of reasons) mapped that understanding onto their day-to-day workflow...

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OpenAIRE2020: A New Horizon for Open Science

Press Release | OpenAIRE | December 2, 2014

The wealth of the European Union's scientific research is to be made open to all. A year after the start of the EC's Horizon 2020 framework programme, OpenAIRE enters a new phase of funding with a continuation project: OpenAIRE2020, starting in January 2015. The initiative will implement the H2020 Open Access policies and mandates for publications and will be one of the key European infrastructures supporting the EC's Research Data Pilot.

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