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Todd Suomela

Preservation of Electronic Government Information (PEGI) | CRL - 0 views

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    "Librarians, technologists, and other information professionals from the Center for Research Libraries, the Government Publishing Office (GPO), the University of North Texas, the University of California at Santa Barbara, the University of Missouri, University of North Carolina at Greensboro and Stanford University are undertaking a two year project to address national concerns regarding the preservation of electronic government information (PEGI) by cultural memory organizations for long term use by the citizens of the United States. The PEGI project has been informed by a series of meetings between university librarians, information professionals, and representatives of federal agencies, including the Government Publishing Office and the National Archives and Records Administration. The focus of the PEGI proposal is at-risk government digital information of long term historical significance."
Todd Suomela

Home - State Agency Databases Project - LibGuides at GODORT - 0 views

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    "In every US State and the District of Columbia, agencies are creating databases of useful information - information on businesses, licensed professionals, plots of land, even dates of fish stocking. Some of this content is available on search engines, but much of it is part of the invisible web. Since July 2007, librarians and other government information specialists have been working on identifying and annotating these databases in one place. We've chased across fifty state web sites so you don't have to! ALA RUSA named this site one of its Best Free Reference Web Sites of 2012."
Todd Suomela

Say goodbye to the information age: it's all about reputation now | Aeon Ideas - 0 views

  • The paradigm shift from the age of information to the age of reputation must be taken into account when we try to defend ourselves from ‘fake news’ and other misinformation and disinformation techniques that are proliferating through contemporary societies. What a mature citizen of the digital age should be competent at is not spotting and confirming the veracity of the news. Rather, she should be competent at reconstructing the reputational path of the piece of information in question, evaluating the intentions of those who circulated it, and figuring out the agendas of those authorities that leant it credibility.
Todd Suomela

For Google, Everything Is a Popularity Contest - The Atlantic - 0 views

  • PageRank and Classic Papers reveal Google’s theory of knowledge: What is worth knowing is what best relates to what is already known to be worth knowing. Given a system that construes value by something’s visibility, be it academic paper or web page, the valuable resources are always the ones closest to those that already proved their value.Google enjoys the benefits of this reasoning as much as anyone. When Google tells people that it has found the most lasting scholarly articles on a subject, for example, the public is likely believe that story because they also believe Google tends to find the right answers.
  • It’s as if Google, the company that promised to organize and make accessible the world’s information, has done the opposite. Almost anything can be posted, published, or sold online today, but most of it cannot be seen. Instead, information remains hidden, penalized for having failed to be sufficiently connected to other, more popular information. But to think differently is so uncommon, the idea of doing so might not even arise—for shoppers and citizens as much as for scholars. All information is universally accessible, but some information is more universally accessible than others.
Jennifer Parrott

Survey: Online learners are starting to resemble on-campus learners | Inside Higher Ed - 0 views

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    Information about who is taking online courses and why
Todd Suomela

Fluent in Social Media, Failing in Fake News: Generation Z, Online - Pacific Standard - 0 views

  • Instead of burrowing into a silo or vertical on a single webpage, as our Gen Z digital natives do, fact checkers tended to read laterally, a strategy that sent them zipping off a site to open new tabs across the horizontal axis of their screens. And their first stop was often the site we tell kids they should avoid: Wikipedia. But checkers used Wikipedia differently than the rest of us often do, skipping the main article to dive straight into the references, where more established sources can be found. They knew that the more controversial the topic, the more likely the entry was to be "protected," through the various locks Wikipedia applies to prevent changes by anyone except high-ranking editors. Further, the fact checkers knew how to use a Wikipedia article's "Talk" page, the tab hiding in plain sight right next to the article—a feature few students even know about, still less consult. It's the "Talk" page where an article's claims are established, disputed, and, when the evidence merits it, altered.
  • In the short term, we can do a few useful things. First, let's make sure that kids (and their teachers) possess some basic skills for evaluating digital claims. Some quick advice: When you land on an unfamiliar website, don't get taken in by official-looking logos or snazzy graphics. Open a new tab (better yet, several) and Google the group that's trying to persuade you. Second, don't click on the first result. Take a tip from fact checkers and practice click restraint: Scan the snippets (the brief sentence accompanying each search result) and make a smart first choice.
  • What if the answer isn't more media literacy, but a different kind of media literacy?
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  • We call them "digital natives." Digitally naive might be more accurate.Between January of 2015 and June of 2016, my colleagues and I at the Stanford History Education Group surveyed 7,804 students across 12 states. Our goal was to take the pulse of civic online reasoning: students' ability to judge the information that affects them as citizens. What we found was a stunning and dismaying consistency. Young people's ability to navigate the Internet can be summed up in one word: bleak.
Todd Suomela

the social-rhetorical challenges of information technology - digital digs - 0 views

  • This is why a survey coming from IT asking me about the usefulness of the technology in the classroom seems tone deaf to me. The problem isn’t the technology or if there are problems with the technology then they are obscured by the limits of the physical space. I would like for students to have enough space to bring their laptops, move around, work in groups, share their screens (even if only by all moving around in front of a laptop), and have conversations without getting in each others way.  I’d also like to be able to move among those groups without worrying about pulling a muscle.
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    For Matt to make his points about the interaction between physical space and technology.
Deb Balducci

Haiku Deck - 0 views

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    Great app for the iPad for simple image presentations. Grabs and embeds the attribution information on CC-icensed Flikr images.
Todd Suomela

Trump Is President. Now Encrypt Your Email. - The New York Times - 2 views

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    Trying out CryptUp: https://cryptup.org/. So far I like it. Chrome plugin for Gmail, end-to-end, gives option to make one-off email password if recipient doesn't use CryptUp.
jatolbert

Digital Scholarship Considered: How New Technologies Could Transform Academic Work | Pe... - 1 views

    • jatolbert
       
      The existence of an office like DP&S mitigates this.
  • The variable pace of technological adoption and change within higher education can be seen as the result of several factors: education has more components than a pure content industry, such as assessment and accreditation; that higher education qualifications such as the undergraduate degree have a social capital that is not easily changed; that there is a fundamental conservatism in and around higher education.
  • These studies demonstrate some evidence for the existence of disciplinary differences in technology adoption, which suggests that there is not a homogeneous form of “scholarship” within academia.
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    • jatolbert
       
      Digital tools facilitate collaboration
  • These kinds of figures far exceed the sales of scholarly books and journal article access; so we can see that new technologies are facilitating access to a new audience that is disintermediating many of the conventional channels. Key to realizing a personal brand online is an attitude of openness. This involves sharing aspects of personal life on social network sites, blogging ideas rather than completed articles, and engaging in experiments with new media.
  • From the individual scholar’s point of view using open educational resources allows access to high quality materials although this might require a new skill set in re-appropriating these tools to meet local and course specific contexts. There is also the question of recognising and valuing the creation and recreation of these learning resources as academic outputs, in a way that is analogous to the value of producing physical textbooks previously.
  • It is clear from the foregoing discussion that new technologies hold out very real possibilities for change across all facets of scholarship. In each case these afford the possibility for new more open ways of working. Academic work has always contained a significant element of collaboration within academia but now it is increasingly easy to collaborate with more colleagues within but also beyond the academy and for the varied products of these collaborations to be available to the widest possible audience.
  • These new web based technologies are then a necessary, but not sufficient, condition for a radical opening up of scholarly practice. In this sense digital scholarship is more than just using information and communication technologies to research, teach and collaborate, but it is embracing the open values, ideology and potential of technologies born of peer-to-peer networking and wiki ways of working in order to benefit both the academy and society. Digital scholarship can only have meaning if it marks a radical break in scholarship practices brought about through the possibilities enabled in new technologies. This break would encompass a more open form of scholarship.
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    Makes the important argument that "digital scholarship" as a term is only meaningful if it denotes something radically different from other types of scholarship. Their argument is that what should distinguish DS is its openness, as digital tools enable open processes, collaboration, etc.
Deb Balducci

Multimedia Assignments: Not Just for Film Majors Anymore - 0 views

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    Millennials are often called "digital natives" because their familiarity with new technology seems to be in their DNA. Whether we like it or not, the "screen age" is here to stay-and with it has come a much more media-rich information ecosystem. Students are exposed to thousands of images a day.
Leslie Harris

Map of 73 Years of Lynchings - NYTimes.com - 0 views

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    An effective but somewhat disheartening use of GIS to map the frequency of lynchings in the Southern U.S. by county from 1877 to 1950.
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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