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Mark Morton

EcoMUVE: Virtual learning environment - 0 views

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    An understanding of complex causality is a necessary foundational skill for advanced science and mathematics. Ecosystems science, an important strand of the life science content standards, requires an understanding of complex causal relationships. However, even after instruction, students often retain inaccurate interpretations about ecosystems' structural patterns and systemic causality. To address this issue, we are developing a Multi-User Virtual Environment (MUVE)-based ecosystems science curriculum called EcoMUVE, based on middle school life science standards.
Mark Morton

Neuro Education Initiative - 1 views

shared by Mark Morton on 16 Apr 12 - Cached
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    The School of Education's Neuro-Education Initiative furthers the understanding of how research findings from the cognitive and neurosciences has the potential to inform teaching and learning through research, collaboration, and advocacy. In partnership with the School of Medicine, Kennedy-Krieger Institute, and the Brain Science Institute, this Initiative fosters dialog among educators and brain science researchers to develop joint research projects and magnifies the potential for current findings to enrich educational practice.
Trevor Holmes

How To Understand a Painting Video | Painting Appreciation Videos | Howcast.com - 0 views

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    useful for people encountering art for the first time
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    Maybe some things, such as art, are better un-understood?
Mark Morton

http://visuallearningresearch.wiki.educ.msu.edu/file/view/Harp+%26+Mayer+%281998%29.pdf - 2 views

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    Impact of details on cognitive understanding
Jane Holbrook

5 stage model of interaction by Gilly Salmon - 0 views

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    Individual access and the ability of participants to use CMC are essential prerequisites for conference participation (stage one, at the base of the flights of steps). Stage two involves individual participants establishing their online identities and then finding others with whom to interact. At stage three, participants give information relevant to the course to each other. Up to and including stage three, a form of co-operation occurs, i.e. support for each person's goals. At stage four, course-related group discussions occur and the interaction becomes more collaborative. The communication depends on the establishment of common understandings. At stage five, participants look for more benefits from the system to help them achieve personal goals, explore how to integrate CMC into other forms of learning and reflect on the learning processes.
Alan Kirker

visualcomplexity.com | A visual exploration on mapping complex networks - 2 views

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    from the site: "VisualComplexity.com intends to be a unified resource space for anyone interested in the visualization of complex networks. The project's main goal is to leverage a critical understanding of different visualization methods, across a series of disciplines, as diverse as Biology, Social Networks or the World Wide Web. I truly hope this space can inspire, motivate and enlighten any person doing research on this field."
Mark Morton

The Pitfalls of Academic Mentorships - The Chronicle Review - The Chronicle of Higher E... - 0 views

  • At the height of Plumb's career through the 1960s and early 1970s, the word "mentor" was used only occasionally in academe or the corporate world.
  • The era of the mentor began in earnest only in the mid-1970s. The Yale psychologist Daniel J. Levinson, best known for his studies of middle age, had a precise definition quoted in The Christian Science Monitor on February 14, 1977: a person 8 to 15 years older than the "mentee," a "peer or older brother" rather than a "distant father." Levinson continued: "He takes the younger man under his wing, ... imparts his wisdom, cares, sponsors, criticizes, and bestows his blessing."
  • Corporate mentoring took center stage in 1978 and 1979 with two articles in the Harvard Business Review. The title of the first, an interview with a group of senior executives from the Jewel Companies, echoes to this day: "Everyone Who Makes It Has a Mentor."
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  • Harriet Zuckerman's 1977 book on the scientific elite and American Nobel laureates had shown how crucial the system of graduate supervision had been; more than half of America's Nobel laureates by the year 1972 had been students, postdoctoral fellows, or junior collaborators with older laureates, and many others had worked with major nonlaureates.
  • For all my gratitude for such support, I remain skeptical about the mentor-protégé bond and see the "Much Ado about Mentors," to quote the title of Roche's late 1970s Harvard Business Review article, as the start of a disturbing trend.
  • Yet the search for a mentor, for a safe initiation into academic or corporate mysteries, can overshadow the entrepreneurial spirit. Roche himself pointed out that mentored executives "do not consider having a mentor an important ingredient in their own success." They credited their aptitudes, hard work, and even luck ahead of mentoring.
  • The current trend toward overvaluing mentors is understandable but mistaken.
Mark Morton

How First-Year Faculty Members Can Help Their Chairmen - Advice - The Chronicle of High... - 0 views

  • Ask for multiple mentors so you can get the benefit of experts in more than one topic. Many professors are overworked and overassigned, so getting a single, good mentor can be a pretty tall order. Instead, work with your chairman to determine four or five topics on which you would like to receive guidance from several mentors.
  • Some suggestions: Find out who the whizzes are at teaching the various kinds of courses in your department and ask to meet with them. Believe me, most good teachers will find time to talk about their own approaches to teaching; it's quite flattering. Ask to be linked with someone who can help you to understand how to balance scholarship and good teaching, or how to make the service expectations of the institution jibe with the teaching expectations. After you meet with your colleagues, talk about these things with your chairman.
Mark Morton

The Catalytic Mentor - Faculty - The Chronicle of Higher Education - 0 views

  • = Premium Content Log In | Create a Free Account | Subscribe Now Wednesday, November 25, 2009 Subscribe Today! Home News Opinion & Ideas Facts & Figures Topics Jobs Advice Forums $('#navbarbtnForums').attr("href", "/forums/"); Events Faculty Administration Technology Community Colleges International Special Reports People The Ticker Current Issue Faculty Home News Faculty function check() { if (document.getElementById("searchInput").value == '' ) { alert('Please enter search terms'); return false; } else return true; } $().ready(function() { $('#email-popup').jqm({trigger: 'a.show-email', modal: 'true'}); $('#share-popup').jqm({trigger: 'a.show-share', modal: 'true'}); }); E-mail function printPage() { window.print(); } $(document).ready(function(){ $('.print-btn').click(printPage); }); Print Share August 1, 2003 The Catalytic Mentor By PIPER FOGG An award-winning chemist at Rutgers U. takes students under her wingHere on the main campus of Rutgers University, Martha Greenblatt often passes buildings that were once part of Camp Kilmer, a military base that received European refugees in the 1950s. An internationally known chemist, the Rutgers professor remembers the camp from her days as a teenager from Hungary, alone and unsure of what lay ahead. Now her lab is filled with smart young graduate students from China, Russia, Turkey, and the United States. Over the years, she has had 27 graduate students and 25 postdoctoral students in her lab. Because of her own personal and professional experiences, she understands what they are going through, and she goes out of her way to guide them. That means pushing them in their research, encouraging them to make outside contacts, even coaching some in English, all to develop in them the skills to become independent thinkers and successful scientists. In the spring, Ms. Greenblatt, 62, received the Francis P. Garvan-John M. Olin Medal, given annually in recognition of significant achievements by a female chemist in America. The American Chemical Society honored her as "a leading solid-state chemist and scholar, teacher, science advocate, and outstanding role model." The award is particularly satisfying to her because it celebrates her serving as a mentor to young scientists. In addition, the university has made her a Board of Governors professor, the highest rank a Rutgers faculty member can hold. In any field, a great mentor can make a big difference. But, in the sciences, such a figure can mean the difference between a lackluster dissertation and a mediocre job offer, on the one hand, and a publication that is a catalys
  • In any field, a great mentor can make a big difference. But, in the sciences, such a figure can mean the difference between a lackluster dissertation and a mediocre job offer, on the one hand, and a publication that is a catalyst for a promising career in academe or industry, on the other. An effective mentor acts as an advocate, a role model, and a guide to academic and professional development.
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