“We’re working on a pilot service to allow researchers and institutions to meet their policy requirements for the deposit and curation of research data….”
“The inexorable rise of data driven methods, and the parallel rise of open research practice, mean that accessing and sharing huge amounts of data is inevitably going to be a major part of research in the future. In one sense this is a huge opportunity to lower the cost and raise the quality of research – more accessible data means that much more can be learned from a single experiment, and the ready availability of data from peers around the world means that findings can be cross-checked and replicated without having to generate new results.
More and more historical source materials are being digitised and shared through global and regional initiatives – more archives are emerging from library stacks and storage boxes to online databases and image galleries.
But resource storage and archival is a huge expense – both in terms of the raw cost of many terabytes of server and hard-disk space, and the expense of maintaining and updating records to aid discovery (there’ll be a continued marketing and awareness cost too). Current infrastructure provision is piecemeal and variable by discipline. …”
“Unlocking the data contained within both structured and unstructured components of electronic health records (EHRs) has the potential to provide a step change in data available for secondary research use, generation of actionable medical insights, hospital management, and trial recruitment. To achieve this, we implemented SemEHR, an open source semantic search and analytics tool for EHRs….”
“Brian Nosek, PhD, co-founder and director of the Center for Open Science, welcomed the new standards. “Achieving the ideals of transparency in science requires knowing what one needs to be transparent about,” he said. “These updated standards will improve readers’ understanding of what happened in the research. This will improve both the accuracy of interpretation of the existing evidence, and the ability to replicate and extend the findings to improve understanding.” APA has partnered with the Center for Open Science to advance open science practices in psychological research through open science badges on articles, a data repository for APA published articles and designating the COS’ PsyArXiv as the preferred preprint server for APA titles….”
“SR [Sandhya Ramesh]: What do you think about open science and open data?
SB [Sanghamitra Bandyopadhyay]: That’s where the world is heading. All research done with taxpayer funds are open, and this is essentially how biology works already. A lot of biological data is available online free of cost, which helps researchers from countries like ours who cannot buy data. Same with software, too. The open source movement is prevalent, important and will continue. Healthcare especially can’t grow unless it’s global and open. But I’m curious to see how businesses will work around this….”
“New product from Digital Science, a major corporate player, will make information about scholarly research life cycle available free to individual scientists.
Recent months have brought much agitation among academic researchers over the role of for-profit companies in the scholarly workflow. There is growing mistrust of how scholarly networking sites Academia.edu and ResearchGate are handling researchers’ data. And major companies such as Elsevier have expanded their footprint into all stages of the research process, raising questions over whether it is wise for researchers and institutions to become reliant on one company’s services amid fears of future fee hikes….”
“Gideon Greenspan, the founder of Coin Science, another London-based blockchain technology company, says Scienceroot and Pluto are both elements of the same “universe.”. The company is planning to provide an open-source, decentralized platform dubbed Multichain. Researchers could use the platform to upload data to the publicly shared digital ledger which won’t be controlled by any individual or group.
Greenspan opposes blockchain projects of Scienceroot and Pluto as it can get very costly to record and maintain all data in the long run. According to Greenspan, recording research data can be even more expensive than cryptocurrencies as it produces more data than virtual currencies….”
“Open Access has rapidly gained popularity in Europe and the USA, but by comparison its growth in Asia has been very slow.
The situation in Asia is explored in a report published by Asia OA, a forum hosted by the Confederation of Open Access Repositories (COAR). This report analysed the status of Open Access publishing in sixteen countries in Asia. The major finding was that all countries studied are already adopting Open Access policies, but that they lack the organised efforts and support to make Open Access successful in each country.
As an ambassador of DOAJ in India, and living in the Asian continent, I have decided to do research on Open Access development in Asia. Just a simple Google search (country name + open access) gave me the following indication about the state of Open Access in each country….”
“Geospatial data capture and maintenance is in the process of being dramatically reshaped by ubiquitous sensing technologies, and the nature of geospatial data is radically changing also. Traditionally there have been barriers to accessing geospatial data, which have curbed the potential of innovation. However, in recent times open data movements and advances in managing large datasets such as satellite imagery and distribution have made it feasible for organizations to look for opportunities to leverage geospatial data and push the boundaries….”
“The release of the “Higher Education Student Statistics: UK, 2016/2017” (Statistical First Release 247) by HESA was accompanied around the sector by a series of sudden sharp intakes of breath in institutional data offices. It represents a brave and bold move into new ways of presenting and sharing data, and showed off a new format that will delight some and disappoint others. In this article I look at what has changed, and why.
The dash for designation. In applying for Designated Data Body status in England, HESA has made a move towards offering “open data”, suggesting that “From 2021 all of our publications will be available in open data format, allowing additional access to the information we enrich.” The Open Data Institute defines open data as “data that anyone can access, use or share,” which sounds like a pretty good thing. In many cases, though, open data has simply meant data that is available under an open (usually Creative Commons) licence – good to have legal clarity, but not at all the same as providing easily usable data.. HESA should be lauded for making this move for SFR248, but it is only a starting point….”