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Todd Suomela

The Realities of Research Data Management - 0 views

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    "The Realities of Research Data Management is a four-part series that explores how research universities are addressing the challenge of managing research data throughout the research lifecycle. Research data management (RDM) has emerged as an area of keen interest in higher education, leading to considerable investment in services, resources and infrastructure to support researchers' data management needs. In this series, we examine the context, influences and choices higher education institutions face in building or acquiring RDM capacity-in other words, the infrastructure, services and other resources needed to support emerging data management practices. Our findings are based on case studies of four institutions: University of Edinburgh (UK), the University of Illinois at Urbana-Champaign (US), Monash University (Australia) and Wageningen University & Research (the Netherlands), in four very different national contexts. "
Todd Suomela

Data, a first-class research output - 0 views

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    " The Make Data Count (MDC) project is funded by the Alfred P. Sloan Foundation to develop and deploy the social and technical infrastructure necessary to elevate data to a first-class research output alongside more traditional products, such as publications. It will run between May 2017 and April 2019. The project will address the significant social as well as technical barriers to widespread incorporation of data-level metrics in the research data management ecosystem through consultation, recommendation, new technical capability, and community outreach. Project work will build upon long-standing partner initiatives supporting research data management and DLM, leverage prior Sloan investments in key technologies such as Lagotto, and enlist the cooperation of the research, library, funder, and publishing stakeholder communities."
Todd Suomela

Author Carpentry - 0 views

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    "Welcome to the master repository for Author Carpentry , a researcher-to-researcher training and outreach program in open authoring and publishing. AuthorCarpentry was initiated at the Caltech Library to enhance scientific authorship and publishing in the digital age. Its aim is to promote and support best practices in open science and research communication. AuthorCarpentry lessons cover tools, workflows, practices, and skills that help researchers prepare, submit, and publish contributions that add value to an open scholarly record and invite others to adapt and build upon their work."
Todd Suomela

The Data Curation Network - A shared staffing model for digital data repositories - 0 views

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    "We are the Data Curation Network As professional data curators, research data librarians, academic library administrators, directors of international data repositories, disciplinary subject experts, and scholars we represent academic institutions and non-profit societies that make research data available to the public. What we do Data curators prepare and enrich research data to make them findable, accessible, interoperable and reusable (FAIR). Sharing our data curation staff across DCN partner institutions enables data repositories to collectively, and more effectively, curate a wider variety of data types (e.g., discipline, file format, etc.) that expands beyond what any single institution might offer alone."
Todd Suomela

From Good Intentions to Real Outcomes - Connected Learning Alliance - 0 views

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    "The growth of online communication, media, and gaming is driving dramatic changes in how we learn. Responding to these shifts, new forms of technology-enhanced learning and instruction, such as personalized learning, open online courses, educational games and apps, and tools for learning analytics, are garnering significant public attention and private investment. These technologies hold tremendous promise for improving learning experiences and outcomes. Despite this promise, however, evidence is mounting that these new technologies tend to be used and accessed in unequal ways, and they may even exacerbate inequity. In February and May 2017, leading researchers, educators, and technologists convened for in-depth working sessions to share challenges and solutions for how learning technologies can provide the greatest benefits for our most vulnerable learners.The aim was to develop guiding principles and a shared agenda for how educational platforms and funders can best serve diverse and disadvantaged learners. These principles include inclusive design processes, ways of addressing barriers, and meth- ods to effectively measure impact. This report synthesizes the research, learnings, and recommendations that participants offered at the two workshops. After framing the nature of the challenge, the report then describes promising strategies and examples, and it ends with recommendations for next steps in research and coalition building."
Jennifer Parrott

Study shows gap between research use, classroom adoption of technology | Inside Higher Ed - 1 views

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    Discusses use of technology in faculty research vs. teaching. Argues that a high level of interest in flipping the classroom translates to a low number of faculty who actually implement this practice due to, among other factors, lack of structural support. 
Todd Suomela

DSHR's Blog: Ithaka's Perspective on Digital Preservation - 0 views

  • Second, there is very little coverage of Web archiving, which is clearly by far the largest and most important digital preservation initiative both for current and future readers. The Internet Archive rates only two mentions, in the middle of a list of activities and in a footnote. This is despite the fact that archive.org is currently the 211th most visited site in the US (272nd globally) with over 5.5M registered users, adding over 500 per day, and serving nearly 4M unique IPs per day. For comparison, the Library of Congress currently ranks 1439th in the US (5441st globally). The Internet Archive's Web collection alone probably dwarfs all other digital preservation efforts combined both in size and in usage. Not to mention their vast collections of software, digitized books, audio, video and TV news.. Rieger writes: There is a lack of understanding about how archived websites are discovered, used, and referenced. “Researchers prefer to cite the original live-web as it is easier and shorter,” pointed out one of the experts. “There is limited awareness of the existence of web archives and lack of community consensus on how to treat them in scholarly work. The problems are not about technology any more, it is about usability, awareness, and scholarly practices.” The interviewee referred to a recent CRL study based on an analysis of referrals to archived content from papers that concluded that the citations were mainly to articles about web archiving projects. It is surprising that the report doesn't point out that the responsibility for educating scholars in the use of resources lies with the "experts and thought leaders" from institutions such as the University of California, Michigan State, Cornell, MIT, NYU and Virginia Tech. That these "experts and thought leaders" don't consider the Internet Archive to be a resource worth mentioning might have something to do with the fact that their scholars don't know that they should be using it. A report whose first major section, entitled "What's Working Well", totally fails to acknowledge the single most important digital preservation effort of the last two decades clearly lacks credibility
  • Finally, there is no acknowledgement that the most serious challenge facing the field is economic. Except for a few corner cases, we know how to do digital preservation, we just don't want to pay enough to have it done. Thus the key challenge is to achieve some mixture of significant increase in funding for, and significant cost reduction in the processes of, digital preservation. Information technology processes naturally have very strong economies of scale, which result in winner-take-all markets (as W. Brian Arthur pointed out in 1985). It is notable that the report doesn't mention the winners we already have, in Web and source code archiving, and in emulation. All are at the point where a competitor is unlikely to be viable. To be affordable, digital preservation needs to be done at scale. The report's orientation is very much "let a thousand flowers bloom", which in IT markets only happens at a very early stage. This is likely the result of talking only to people nurturing a small-scale flower, not to people who have already dominated their market niche. It is certainly a risk that each area will have a single point of failure, but trying to fight against the inherent economics of IT pretty much guarantees ineffectiveness.
  • 1) The big successes in the field haven't come from consensus building around a roadmap, they have come from idiosyncratic individuals such as Brewster Kahle, Roberto di Cosmo and Jason Scott identifying a need and building a system to address it no matter what "the community" thinks. We have a couple of decades of experience showing that "the community" is incapable of coming to a coherent consensus that leads to action on a scale appropriate to the problem. In any case, describing road-mapping as "research" is a stretch. 2) Under severe funding pressure, almost all libraries have de-emphasized their custodial role of building collections in favor of responding to immediate client needs. Rieger writes: As one interviewee stated, library leaders have “shifted their attention from seeing preservation as a moral imperative to catering to the university’s immediate needs.” Regrettably, but inevitably given the economics of IT markets, this provides a market opportunity for outsourcing. Ithaka has exploited one such opportunity with Portico. This bullet does describe "research" in the sense of "market research".  Success is, however, much more likely to come from the success of an individual effort than from a consensus about what should be done among people who can't actually do it. 3) In the current climate, increased funding for libraries and archives simply isn't going to happen. These institutions have shown a marked reluctance to divert their shrinking funds from legacy to digital media. Thus the research topic with the greatest leverage in turning funds into preserved digital content is into increasing the cost-effectiveness of the tools, processes and infrastructure of digital preservation.
jatolbert

Scholarly, digital, open: an impossible triangle? | Goodfellow | Research in Learning T... - 1 views

  • Scholarship is discussed below from both institutional and individual perspectives. The view I am starting from is that ‘scholarship’ refers to a set of epistemological and ethical practices that underpin the social construction of an enduring record of objectively validated knowledge. By this definition teaching and learning is not scholarship, although it may draw on scholarship and be done by scholars.
    • jatolbert
       
      Hugely disagree. The first part may be reasonable enough, although I disagree with the notion of "objectively validated knowledge" as a necessary component of scholarship (how is it "objective"? how can it be "validated"?). But to claim that teaching is separate from scholarship is problematic.
  • Research in this area always runs the risk of collapsing into reflexivity, as digital scholars turn the lens of enquiry onto themselves, but grounded and critical research into situated practice in areas of research, teaching and public engagement where both scholarship in all its forms and digitality in all its manifestations are prominent is possible and should be pursued.
    • jatolbert
       
      Is reflexivity a bad thing? In the social sciences it's a sine qua non.
  • There is an inherent tension between practices that aim to open up the social construction of knowledge to universal participation, and those which aim to deepen the understanding of specialist communities and establish a stable and enduring record. Nevertheless, it is the role of many scholars to be involved in both. To bring scholarship, teaching and public engagement closer together must surely be the aim, but first we need to understand the ways in which practice makes them different.
    • jatolbert
       
      I mostly agree with this bit, although I prefer the proper reading of Boyer's model, i.e., that research, teaching, and "public engagement" (which falls into Boyer's category of Application) are -all- forms of scholarship.
Todd Suomela

The State of Open Data Report 2017 - 0 views

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    "Figshare's annual report, The State of Open Data 2017, looks at global attitudes towards open data. It includes survey results of 2,300 respondents and a collection of articles from industry experts, as well as a foreword from Jean-Claude Burgelman, Head of Unit Open Data Policies and Science Cloud at the European Commission. Its key finding is that open data has become more embedded in the research community - 82% of survey respondents are aware of open data sets and more researchers are curating their data for sharing."
Todd Suomela

DSHR's Blog: Researcher Privacy - 0 views

  • There is a real lack of understanding, even among students and researchers, as to the extent to which their on-line activities are tracked. Libraries could do much more to educate the campus community as to the importance of ad-blockers, VPNs, and tools such as Tor and Tails.
jatolbert

Boyer- Enlarging the Perspective.pdf - 2 views

shared by jatolbert on 24 Mar 17 - No Cached
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    Boyer outlines four types of scholarship, with implications for DP&S' work. Boyer notes that scholarship is often equated with research, and argues here for a more flexible, open-minded approach to definitions of scholarship, reminding us that "scholarship in earlier times referred to a variety of creative work carried on in a variety of places, and its integrity was measured by the ability to think, communicate, and learn." The crux of his argument is what he sees as the relationship between theory and practice, which enable and reinforce one another. Outlining four types of scholarship-discovery, integration, application, and teaching-Boyer makes it clear that scholarship is more than siloed, disciplinary research. It also includes those activities which make the findings of scholarship comprehensible to others, and the application of those findings to specific problems beyond the Ivory Tower. In Boyer's four-part model, discovery is essentially research, i.e., the creation of new knowledge. Integration involves drawing connections between existing knowledges, and making those knowledges intelligible to audiences outside the academy. Application is the use of scholarly understanding to answer questions and solve problems. It overlaps to some extent with the notion of service, though not all service is scholarship: "To be considered scholarship, service activities must be tied directly to one's special field of knowledge and relate to, and flow directly out of, this professional activity. Such service is serious, demanding work, requiting the rigor-and the accountability-traditionally associated with research activities." Teaching, the final component of Boyer's model, is self-evident, and for him "teaching, at its best, means not only transmitting knowledge, but transforming and extending it as well."
Leslie Harris

Research: The Proof is In! Multi-Tasking in Class Reduces Test Scores -- Campus Technology - 1 views

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    The study itself involved student self-reporting of Internet use during lecture, and the researchers used ACT scores as an indicator of academic ability, but the results are not surprising: students who surfed the Internet during lecture did worse on course exams. Duh!
Leslie Harris

When the Archive Won't Yield Its Secrets - Research - The Chronicle of Higher Education - 0 views

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    Interesting article about the difficulty of working with archives, especially when their contents or structures don't match research questions. This applies mostly to paper archives, although the issue of digital archives is discussed at the end as well. The article is primarily a summary of presentations at a conference.
Todd Suomela

Guest Post: Is the Research Article Immune to Innovation? - The Scholarly Kitchen - 0 views

  • The real argument, then, is not about when and how traditional formats like the PDF will be replaced; it’s about accepting that the familiar (and perhaps boring) research article still has its purpose, while at the same time thinking ambitiously and creatively about how the humble document can be supplemented with the modern features and functions that the digital environment offers.
jatolbert

Trends in Digital Scholarship Centers | EDUCAUSE - 2 views

  • Although sometimes confused with digital scholarship centers, digital humanities centers are often specialized research centers led by a group of faculty and serving only select disciplines rather than a broad campus community. Also, libraries often play only a peripheral role in digital humanities centers.1 In contrast, libraries or IT organizations have a key role in digital scholarship centers.
    • jatolbert
       
      This is important.
  • Digital scholarship centers can build institutional capacity to address emerging and future scholarship needs.
  • Considering options for presenting or publishing completed projects
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  • A key attribute that distinguishes digital scholarship centers from more traditional research institutes (such as digital humanities centers) is that they are service organizations, staffed by individuals with specialized skills, who support work in the digital environment.
  • Whether a digital scholarship center needs a dedicated facility or can be a distributed set of physical spaces and services — or even a virtual service — are open questions. A physical center that brings together specialized equipment and services in one convenient place has the advantage of visibility and provides a venue for an array of programming, including workshops, guest lectures, and displays of completed projects. In other cases, an office or set of offices might serve as the hub for center staff, while equipment and services are dispersed in physically separate media production areas, GIS facilities, data visualization labs, and makerspaces.
  • The case studies also illustrate the importance of tailoring a digital scholarship program to the needs of the institution; there is no "one size fits all."
  • The Sherman Centre has taken a "design-build" approach: Spaces were rendered with maximum flexibility in mind — with minimal enclosed spaces and with a strong focus on moveable furniture and adaptable technology. Design work has continued long after the center was officially opened: Key service and space components have been added as the needs of the campus community have become more clear.
  • Thus, the Sherman Centre was not serving an established collection of self-identified digital scholars — it was growing its own.
  • First, we have learned the critical importance of clearly defining the Sherman Centre's scope and purpose for the campus community.
  • We often find ourselves having to turn people away when their work is not advancing the digital scholarship agenda. Saying no is not easy, but it must be done to protect the center's integrity.
  • Digital scholarship centers represent a model of engagement for libraries and information technology units. They both support and encourage new directions in research, teaching, and learning and provide the infrastructure (technical and human) to encourage experimentation in new areas of scholarship.
  • Experiences gained from existing digital scholarship centers can help uninitiated institutions better launch their own efforts and thereby increase support for the research, teaching, and learning needs of their campus communities.
  • Digital scholarship centers focus on relationships, extending the ways in which librarians and academic computing professionals relate to and work with faculty (and often students) and their scholarly practices.
  • Here, we examine centers that go by a variety of names — including digital scholarship center, digital scholarship lab, and scholars' lab — but that nonetheless share common features. These centers are generally administered by a central unit, such as the library or IT organization; serve the entire campus community (including undergraduates, graduate students, and faculty); and address the needs of a range of academic departments and programs.
Todd Suomela

fatcat! - 1 views

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    "Fatcat is a versioned, user-editable catalog of research publications: journal articles, conference proceedings, pre-prints, etc. Features include archival file-level metadata (verified digests and long-term copies, in addition to URLs), a documented API, and work/release indexing (aka, linking together of pre-prints and final copies)."
Todd Suomela

Home - OpenMinTeD - 0 views

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    "OpenMinted sets out to create an open, service-oriented ep-Infrastructure for Text and Data Mining (TDM) of scientific and scholarly content. Researchers can collaboratively create, discover, share and re-use Knowledge from a wide range of text-based scientific related sources in a seamless way."
jatolbert

The "Digital" Scholarship Disconnect | EDUCAUSE - 0 views

  • Digital scholarship is an incredibly awkward term that people have come up with to describe a complex group of developments. The phrase is really, at some basic level, nonsensical. After all, scholarship is scholarship. Doing science is doing science. We don't find the Department of Digital Physics arguing with the Department of Non–Digital Physics about who's doing "real" physics.
  • Soon, people wanted to start talking more broadly about newly technology-enabled scholarly work, not just in science; in part this was because of some very dramatic and high-visibility developments in using digital technology in various humanistic investigations. To do so, they came up with the neologisms we enjoy today—awful phrases like e-scholarship and digital scholarship.Having said that, I do view the term digital scholarship basically as shorthand for the entire body of changing scholarly practice, a reminder and recognition of the fact that most areas of scholarly work today have been transformed, to a lesser or greater extent, by a series of information technologies: High-performance computing, which allows us to build simulation models and to conduct very-large-scale data analysis Visualization technologies, including interactive visualizations Technologies for creating, curating, and sharing large databases and large collections of data High-performance networking, which allows us to share resources across the network and to gain access to experimental or observational equipment and which allows geographically dispersed individuals to communicate and collaborate; implicit here are ideas such as the rise of lightweight challenge-focused virtual organizations
  • We now have enormous curated databases serving various disciplines: GenBank for gene sequences; the Worldwide Protein Data Bank for protein structures; and the Sloan Digital Sky Survey and planned successors for (synoptic) astronomical observations. All of these are relied upon by large numbers of working scientists. Yet the people who compiled these databases are often not regarded by their colleagues as "real" scientists but, rather, as "once-scientists" who got off-track and started doing resource-building for the community. And it's true: many resource-builders don't have the time to be actively doing science (i.e., analysis and discovery); instead, they are building and enabling the tools that will advance the collective scientific enterprise in other, less traditional ways. The academic and research community faces a fundamental challenge in developing norms and practices that recognize and reward these essential contributions.This idea—of people not doing "real" research, even though they are building up resources that can enable others to do research—has played out as well in the humanities. The humanists have often tried to make a careful distinction between the work of building a base of evidence and the work of interpreting that evidence to support some particular analysis, thesis, and/or set of conclusions; this is a little easier in the humanities because the scale of collaboration surrounding emerging digital resources and their exploitation for scholarship is smaller (contrast this to the literal "cast of thousands" at CERN) and it's common here to see the leading participants play both roles: resource-builder and "working" scholar.
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  • Still, in all of these examples of digital scholarship, a key challenge remains: How can we curate and manage data now that so much of it is being produced and collected in digital form? How can we ensure that it will be discovered, shared, and reused to advance scholarship?
  • On a final note, I have talked above mostly about changes in the practice of scholarship. But changes in the practice of scholarship need to go hand-in-hand with changes in the communication and documentation of scholarship.
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    Interesting short piece on challenges of digital scholarship
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