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Vicki Davis

Your face gives clues to your name, suggesting your name has affected your appearance - Research Digest - 1 views

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    This is kind of crazy. Name your child well, because they'll begin to look like it. Wow. This would be interesting to discuss with kids and you could even teach some about the scientific method -- about control groups, etc.
Ed Webb

Liberal Education after the Pandemic | AAUP - 1 views

  • The current massive and unanticipated experiment in online education could transform higher education as we know it. We should begin these difficult conversations about the future of the liberal arts now, in cyberspace, before the new normal takes shape—whenever that may be. Even if we feel trapped in our own homes and beset with anxiety and cabin fever, we also have an opportunity to reconsider the aims of higher education not in the abstract but in this concrete historical moment, with attention to specific institutional needs, public policy proposals, ideological pressures, and the overarching economic crisis.
  • A genuine commitment to ethical, historically aware, egalitarian, or democratic principles can land an individual in a world of trouble. I am thinking, for example, of the basic scientific literacy, historical awareness, and ethical commitment that equip an individual citizen to recognize the expertise of infectious disease specialists and reject the common sense of neighbors or the priorities and demands of an employer—or to spot the bogus claims, fundamental incompetence, or ethical depravity of some elected leaders. Such scientific literacy and basic familiarity with statistical analysis allow nonexperts to understand the arguments of climatologists and reject the sophistry of coworkers or talk show hosts or governors who point out, for example, that “the climate has always been changing.”
  • The reason that individual institutions cannot pitch such potential outcomes under ordinary circumstances is that these intellectual faculties serve the public good but do not necessarily advance the economic interests or career objectives of individual prospective or current students, especially those incurring significant debt. Being a whistleblower, for example, is generally a costly, painful career move—but the public needs to know nonetheless if the US military is shooting civilians in the streets of Baghdad; or the pharmaceutical industry is engineering a profitable opioid epidemic; or the health insurance industry is denying legitimate claims.
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  • just as the current crisis represents an opportunity for the people who have been working hard to privatize everything imaginable, dismantle public education, sink net neutrality, and align higher education with the demands of prospective employers and industry moguls (think here of the interventions of the Koch brothers in higher education, for example), it also represents an opportunity to push for the basic conditions under which a liberal education might properly serve its public functions. We should use these months to advocate for the kinds of public policies, such as tuition-free higher education, that recognize liberal education as a common good. We must articulate the reasons why a liberal education is in fact a common good and why a liberal education is disfigured if it is made to promote the demands of prospective employers.
  • We need a society capable of devising new and more humane social contracts, new political economies, new food and energy grids, and sustainable use of resources—whether or not these projects produce financial dividends for individual graduates or for their employers. An accessible, publicly funded liberal education decoupled from the demands of industry and prospective employers is the best way to prepare people to do these things.
  • we should use these months of confinement to strategize about a long-term case for liberal education and for public investment in an educated citizenry. Now is the time to invest some of our intellectual capital in education advocacy that ultimately makes a difference not only in the lives of students but also for the collective well-being of our nation and the world
Ed Webb

Hamlet and the Power of Beliefs to Shape Reality | Literally Psyched, Scientific American Blog Network - 9 views

  • the more someone believes in improvement, the larger the amplitude of a brain signal that reflects a conscious allocation of attention to mistakes. And the larger that neural signal, the better subsequent performance. That mediation suggests that individuals with an incremental theory of intelligence may actually have better self-monitoring and control systems on a very basic neural level: their brains are better at monitoring their own, self-generated errors and at adjusting their behavior accordingly. It’s a story of improved on-line error awareness—of noticing mistakes as they happen, and correcting for them immediately.
  • If we think of ourselves as able to learn, learn we will—and if we think we are doomed to fail, we doom ourselves to do precisely that, not just behaviorally, but at the most fundamental level of the neuron.
David Wetzel

5 Ways to Integrate Science Process Skills in Lessons - 16 views

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    Integrating the science process skills within your teaching does not require drastic changes. It simply involves making the process of science more explicit in lessons, investigations, and activities you are already using in your curriculum. The science process skills are the methods used for helping our students understand how we know what we know about the world in which they live. This often means going beyond a science textbook and supplementing the core-content within textbooks. It also means using your course content as a means for exposing students to the real process of science.
Nelly Cardinale

CiteSeerX: Beta - 3 views

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    Digital Library and search Engine. A collaborative effort by Univ. of Arkansas, King Saud Univ and National University of Singapore
Mireille Jansma

Daniel Willingham: Brain Based Education, Fad or Breakthrough? - 21 views

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    I really liked this discussion. Every educator being exposed to the latest "scientifically based learning strategy" should watch this first.
David Wetzel

Investigating the Impact of Artificial Reefs: Problem-Based Learning Study of Human Influence on Marine Ecosystems - 4 views

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    Students make connections with many science concepts and communicate their recommendations to officials and organizations regarding the future of artificial reefs.
David Wetzel

Modeling the Composition of Earth's Atmosphere: The Layer of Gases Surrounding Planet Earth Retained by Gravity - 6 views

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    This is a hands-on, minds-on approach to provide students with a concrete model of the earth's atmosphere to visualize the gases which comprise the air they breath.
Eloise Pasteur

Doing Digital Scholarship: Presentation at Digital Humanities 2008 « Digital Scholarship in the Humanities - 0 views

  • My session, which explored the meaning and significance of “digital humanities,” also featured rich, engaging presentations by Edward Vanhoutte on the history of humanities computing and John Walsh on comparing alchemy and digital humanities.
  • I wondered: What is digital scholarship, anyway?  What does it take to produce digital scholarship? What kind of digital resources and tools are available to support it? To what extent do these resources and tools enable us to do research more productively and creatively? What new questions do these tools and resources enable us to ask? What’s challenging about producing digital scholarship? What happens when scholars share research openly through blogs, institutional repositories, & other means?
  • I decided to investigate these questions by remixing my 2002 dissertation as a work of digital scholarship.  Now I’ll acknowledge that my study is not exactly scientific—there is a rather subjective sample of one.  However, I figured, somewhat pragmatically, that the best way for me to understand what digital scholars face was to do the work myself. 
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  • The ACLS Commission on Cyberinfrastructure’s report points to five manifestations of digital scholarship: collection building, tools to support collection building, tools to support analysis, using tools and collections to produce “new intellectual products,” and authoring tools. 
  • Tara McPherson, the editor of Vectors, offered her own “Typology of Digital Humanities”: •    The Computing Humanities: focused on building tools, infrastructure, standards and collections, e.g. The Blake Archive •    The Blogging Humanities: networked, peer-to-peer, e.g. crooked timber •    The Multimodal Humanities: “bring together databases, scholarly tools, networked writing, and peer-to-peer commentary while also leveraging the potential of the visual and aural media that so dominate contemporary life,” e.g. Vectors
  • My initial diagram of digital scholarship pictured single-headed arrows linking different approaches to digital scholarship; my revised diagram looks more like spaghetti, with arrows going all over the place.  Theories inform collection building; the process of blogging helps to shape an argument; how a scholar wants to communicate an idea influences what tools are selected and how they are used.
  • I looked at 5 categories: archival resources as well as primary and secondary books and journals.   I found that with the exception of archival materials, over 90% of the materials I cited in my bibliography are in a digital format.  However, only about 83% of primary resources and 37% of the secondary materials are available as full text.  If you want to do use text analysis tools on 19th century American novels or 20th century articles from major humanities journals, you’re in luck, but the other stuff is trickier because of copyright constraints.
  • I found that there were some scanning errors with Google Books, but not as many as I expected. I wished that Google Books provided full text rather than PDF files of its public domain content, as do Open Content Alliance and Making of America (and EAF, if you just download the HTML).  I had to convert Google’s PDF files to Adobe Tagged Text XML and got disappointing results.  The OCR quality for Open Content Alliance was better, but words were not joined across line breaks, reducing accuracy.  With multi-volume works, neither Open Content Alliance nor Google Books provided very good metadata.
  • To make it easier for researchers to discover relevant tools, I teamed up with 5 other librarians to launch the Digital Research Tools, or DiRT, wiki at the end of May.
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    Review of digital humanities scholarship tools
Marisa P

John Dewey: School and Society: Chapter 4: The Psychology of Elementary Education - 0 views

  • To refuse to try, to stick (97) blindly to tradition, because the search for the truth involves experimentation in the region of the unknown, is to refuse the only step which can introduce rational conviction into education.
    • Marisa P
       
      great quote
  • It should also be stated that practically it has not as yet been possible, in many cases, to act adequately upon the best ideas obtained, because of administrative difficulties, due to lack of funds —difficulties centering in the lack of a proper building and appliances, and in inability to pay the amounts necessary to secure the complete time of teachers in some important lines. Indeed, with the growth of the school in numbers, and in the age and maturity of pupils, it is becoming a grave question how long it is fair to the experiment to carry it on without more adequate facilities.
  • The aim, then, is not for the child to go to school as a place apart, but rather in the school so to recapitulate typical phases of his experience outside of school, as to enlarge, enrich, and gradually formulate it.
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  • Since the aim is not "covering the ground," but knowledge of social processes used to secure social results, no attempt is made to go over the entire history, in chronological order, of America
  • His experiments are modes of active doing—almost as much so as his play and games. Later he tries to find out how various materials or agencies are manipulated in order to give certain results. It is thus clearly distinguished from experimentation in the scientific sense—such as is appropriate to the secondary period —where the aim is the discovery of facts and verification of principles.
  • means to ends
  • These subjects are social in a double sense. They represent the tools which society has evolved in the past as the instruments of its intellectual pursuits. They represent the keys which will unlock to the child the wealth of social capital which lies beyond the possible range of his limited individual experience. While these two points of view must always give these arts a highly important place in education, they also make it necessary that certain conditions should be observed in their introduction and use. In a wholesale and direct application of the studies no account is taken of these conditions. The chief problem at present relating to the three R's is recognition of these conditions and the adaptation of work to them.
  • 1) The need that the child shall have in his own personal (105) and vital experience a varied background of contact and acquaintance with realities, social and physical. This is necessary to prevent symbols from becoming a purely second-hand and conventional substitute for reality.
  • The need that the more ordinary, direct, and personal experience of the child shall furnish problems, motives, and interests that necessitate recourse to books for their solution, satisfaction, and pursuit. Otherwise, the child approaches the book without intellectual hunger, without alertness, without a questioning attitude, and the result is the one so deplorably common: such abject dependence upon books as weakens and cripples vigor of thought and inquiry, combined with reading for mere random stimulation of fancy, emotional indulgence, and flight from the world of reality into a make-belief land.
  • The final use of the symbols, whether in reading, calculation, or composition, is more intelligent, less mechanical; more active, less passively receptive; more an increase of power, less a mere mode of enjoyment.
  • third period of elementary education
  • the second period
Lisa Johnson, Ph.D.

Clark's "10 facts about learning that are scientifically proven and interesting for teachers" - 0 views

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    Donald Clark Plan B blog post... dare we call them "facts". Why not. Serves as a useful reminder when creating new designs or revising tired ones.
nate stearns

The End of Theory: The Data Deluge Makes the Scientific Method Obsolete - 0 views

  • This is a world where massive amounts of data and applied mathematics replace every other tool that might be brought to bear. Out with every theory of human behavior, from linguistics to sociology. Forget taxonomy, ontology, and psychology. Who knows why people do what they do? The point is they do it, and we can track and measure it with unprecedented fidelity. With enough data, the numbers speak for themselves.
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    This is a world where massive amounts of data and applied mathematics replace every other tool that might be brought to bear. Out with every theory of human behavior, from linguistics to sociology. Forget taxonomy, ontology, and psychology. Who knows why people do what they do? The point is they do it, and we can track and measure it with unprecedented fidelity. With enough data, the numbers speak for themselves.
Ted Sakshaug

Scientific Data - 8 views

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    Earthquake data
David Wetzel

Project Based Learning - Physical Science or Chemistry - 14 views

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    In project-based learning, preparation and planning are the most critical factors for success. The critical aspect of this formula for success is developing a clear understanding of what students are to achieve when they work on a project.
David Wetzel

Science Experiments with Rocks that Absorb Water: An Investigation into the Porosity and Permeability Levels of Rocks - 5 views

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    Students conduct an experiment to determine the ability of rocks to absorb and retain water, making connections with the concepts of porosity and permeability in rocks.
David Wetzel

Modeling the Composition of Earth's Atmosphere: The Layer of Gases Surrounding Planet Earth Retained by Gravity - 8 views

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    This is a hands-on, minds-on approach to providing students with a concrete model of the earth's atmosphere to visualize the gases that comprise the atmosphere.
David Warlick

Commentary - 10 views

  • it is a powerful teaching and learning methodology.
    • David Warlick
       
      A link to an interview with a teacher who has used service learning would be good here.
  • thoughtfully organized service experiences
  • structured time to reflect
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  • clear connections to academic curriculum
  • a great deal of time and learning takes place before the service even happens
  • National Youth Leadership Council
    • David Warlick
       
      It can be found here -- http://www.nylc.org/
  • Essential Elements of Service Learning
    • David Warlick
  • Practitioners that utilize service-learning understand that the process of identifying community needs, giving students an active role in designing, implementing, and evaluating the project and encouraging students to reflect on their learning allows young people to develop new understandings and applications beyond what they would gain from typical classroom instruction.
  • Cleaning up a river is service.Sitting in a science classroom, looking at water samples under a microscope is learning.Students taking samples from local water sources, analyzing the samples, documenting the results and presenting scientific findings to a local pollution control agency is service-learning.
    • David Warlick
       
      This is important and it should be formatted appropriately...
    • David Warlick
       
      It might be interesting to stop here, and as reader to write down, from this brief explanation, what they think are the essential elements of "service-learning."
David Hilton

AFT - Publications - American Educator - Spring 2006 - How Knowledge Helps - 0 views

  • The more you know, the easier it will be for you to learn new things.
    • David Hilton
       
      Recent neurological and psychological research (using scientific methodolgy as a basis, not theories e.g. Gardner's Multiple Intelligences, Bloom's Taxonomy, etc) is indicating that the constructivist models of learning, where 'process' is valued far more than 'content', are incorrect. Knowledge and thinking are interdependent and to think well, students must have knowledge.
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