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in title, tags, annotations or urlGeni - Free Online Family Trees - 0 views
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COVERITLIVE.COM - Home - 0 views
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Whether it's Live Blogging, hosting a weekly Question & Answer session or simply reporting on Breaking News, all readers agree: Live is Better
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Our 'one-click' publishing lets you drop polls, videos, pictures, ads and audio clips as soon as they come to mind. Comments and questions from your readers instantly appear but you control what gets published.
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shared by Carlos Quintero on 11 Sep 08
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Innovate: Future Learning Landscapes: Transforming Pedagogy through Social Software - 0 views
innovateonline.info/index.php
article artículo education innovate learning pedagogia2.0 pedagogy teaching
shared by Carlos Quintero on 11 Sep 08
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Web 2.0 has inspired intense and growing interest, particularly as wikis, weblogs (blogs), really simple syndication (RSS) feeds, social networking sites, tag-based folksonomies, and peer-to-peer media-sharing applications have gained traction in all sectors of the education industry (Allen 2004; Alexander 2006)
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Web 2.0 allows customization, personalization, and rich opportunities for networking and collaboration, all of which offer considerable potential for addressing the needs of today's diverse student body (Bryant 2006).
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In contrast to earlier e-learning approaches that simply replicated traditional models, the Web 2.0 movement with its associated array of social software tools offers opportunities to move away from the last century's highly centralized, industrial model of learning and toward individual learner empowerment through designs that focus on collaborative, networked interaction (Rogers et al. 2007; Sims 2006; Sheely 2006)
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learning management systems (Exhibit 1).
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The reality, however, is that today's students demand greater control of their own learning and the inclusion of technologies in ways that meet their needs and preferences (Prensky 2005)
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Tools like blogs, wikis, media-sharing applications, and social networking sites can support and encourage informal conversation, dialogue, collaborative content generation, and knowledge sharing, giving learners access to a wide range of ideas and representations. Used appropriately, they promise to make truly learner-centered education a reality by promoting learner agency, autonomy, and engagement in social networks that straddle multiple real and virtual communities by reaching across physical, geographic, institutional, and organizational boundaries.
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"I have always imagined the information space as something to which everyone has immediate and intuitive access, and not just to browse, but to create” (2000, 216). Social software tools make it easy to contribute ideas and content, placing the power of media creation and distribution into the hands of "the people formerly known as the audience" (Rosen 2006).
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the most promising settings for a pedagogy that capitalizes on the capabilities of these tools are fully online or blended so that students can engage with peers, instructors, and the community in creating and sharing ideas. In this model, some learners engage in creative authorship, producing and manipulating digital images and video clips, tagging them with chosen keywords, and making this content available to peers worldwide through Flickr, MySpace, and YouTube
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Student-centered tasks designed by constructivist teachers reach toward this ideal, but they too often lack the dimension of real-world interactivity and community engagement that social software can contribute.
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Pedagogy 2.0: Teaching and Learning for the Knowledge Age In striving to achieve these goals, educators need to revisit their conceptualization of teaching and learning (Exhibit 2).
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Pedagogy 2.0: Teaching and Learning for the Knowledge Age In striving to achieve these goals, educators need to revisit their conceptualization of teaching and learning
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Pedagogy 2.0 is defined by: Content: Microunits that augment thinking and cognition by offering diverse perspectives and representations to learners and learner-generated resources that accrue from students creating, sharing, and revising ideas; Curriculum: Syllabi that are not fixed but dynamic, open to negotiation and learner input, consisting of bite-sized modules that are interdisciplinary in focus and that blend formal and informal learning;Communication: Open, peer-to-peer, multifaceted communication using multiple media types to achieve relevance and clarity;Process: Situated, reflective, integrated thinking processes that are iterative, dynamic, and performance and inquiry based;Resources: Multiple informal and formal sources that are rich in media and global in reach;Scaffolds: Support for students from a network of peers, teachers, experts, and communities; andLearning tasks: Authentic, personalized, learner-driven and learner-designed, experiential tasks that enable learners to create content.
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Instructors implementing Pedagogy 2.0 principles will need to work collaboratively with learners to review, edit, and apply quality assurance mechanisms to student work while also drawing on input from the wider community outside the classroom or institution (making use of the "wisdom of crowds” [Surowiecki 2004]).
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A small portion of student performance content—if it is new knowledge—will be useful to keep. Most of the student performance content will be generated, then used, and will become stored in places that will never again see the light of day. Yet . . . it is still important to understand that the role of this student content in learning is critical.
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This understanding of student-generated content is also consistent with the constructivist view that acknowledges the learner as the chief architect of knowledge building. From this perspective, learners build or negotiate meaning for a concept by being exposed to, analyzing, and critiquing multiple perspectives and by interpreting these perspectives in one or more observed or experienced contexts
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This understanding of student-generated content is also consistent with the constructivist view that acknowledges the learner as the chief architect of knowledge building. From this perspective, learners build or negotiate meaning for a concept by being exposed to, analyzing, and critiquing multiple perspectives and by interpreting these perspectives in one or more observed or experienced contexts. In so doing, learners generate their own personal rules and knowledge structures, using them to make sense of their experiences and refining them through interaction and dialogue with others.
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Other divides are evident. For example, the social networking site Facebook is now the most heavily trafficked Web site in the United States with over 8 million university students connected across academic communities and institutions worldwide. The majority of Facebook participants are students, and teachers may not feel welcome in these communities. Moreover, recent research has shown that many students perceive teaching staff who use Facebook as lacking credibility as they may present different self-images online than they do in face-to-face situations (Mazer, Murphy, and Simonds 2007). Further, students may perceive instructors' attempts to coopt such social technologies for educational purposes as intrusions into their space. Innovative teachers who wish to adopt social software tools must do so with these attitudes in mind.
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"students want to be able to take content from other people. They want to mix it, in new creative ways—to produce it, to publish it, and to distribute it"
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Furthermore, although the advent of Web 2.0 and the open-content movement significantly increase the volume of information available to students, many higher education students lack the competencies necessary to navigate and use the overabundance of information available, including the skills required to locate quality sources and assess them for objectivity, reliability, and currency
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In combination with appropriate learning strategies, Pedagogy 2.0 can assist students in developing such critical thinking and metacognitive skills (Sener 2007; McLoughlin, Lee, and Chan 2006).
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We envision that social technologies coupled with a paradigm of learning focused on knowledge creation and community participation offer the potential for radical and transformational shifts in teaching and learning practices, allowing learners to access peers, experts, and the wider community in ways that enable reflective, self-directed learning.
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. By capitalizing on personalization, participation, and content creation, existing and future Pedagogy 2.0 practices can result in educational experiences that are productive, engaging, and community based and that extend the learning landscape far beyond the boundaries of classrooms and educational institutions.
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Future Learning Landscapes: Transforming Pedagogy through Social Software Catherine McLoughlin and Mark J. W. Lee
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Master of Our Online Universe: Progression to Web 3.0 | cyberCulture - 0 views
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In my opinion, Web 2.0 started with the introduction of the Social Networking Site (SNS) to the Web.
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We can look back to 2002 and the launch of Friendster to see Web 2.0 in its infancy.
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“Friendster was the first explicit social networking site in terms of the way we think about it today.”
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With the introduction of Friendster the user can now create a digital persona without having any programming knowledge.
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First was MySpace, which gave users access to their profiles HTML and CSS.
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This feature to the SNS provided the user the ability to personalize their digital persona, and allowed them to express their individuality.
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The next step in user control was given by Facebook, when the site allowed users develop and incorporate widgets into their profiles. The SNS Ning goes one step further by combining both the ideas of MySpace and Facebook, Ashlock says, “Giving users the power to construct an authentic identity while providing access to a rich array of Web 2.0 content.”
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It is my conclusion that it is this focus on fluidly intertwining the Internet with the daily lives of its users that will progress Web 2.0 to Web 3.0. Just take a look at the latest advancements in mobile technology and you will see that the user’s ability to be connected has progressed away from the desktop computer.
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Progress from Web 2.0 to Web 3.0 is user's ability to be connected away from the desktop computer.
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Master of Our Online Universe: Progression to Web 3.0 It is my conclusion that it is this focus on fluidly intertwining the Internet with the daily lives of its users that will progress Web 2.0 to Web 3.0. Just take a look at the latest advancements in mobile technology and you will see that the user's ability to be connected has progressed away from the desktop computer.
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shared by Ruth Howard on 23 Mar 09
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DJEEO in 5 minutes - 0 views
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learning education djeeo teamwork mlearning educational technology GPS live tracking orienteering
shared by Ruth Howard on 23 Mar 09
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We call DJEEO an outdoors computer game for children. DJEEO combines advanced IT technology with outdoors activities in a multimedia treasure hunt/orientation run. DJEEO is designed to: Facilitate learning through physical activity and play. Strengthen cooperation and communication. Increase intensity and activity for all participants. How do you win? To win a mission a team needs to score the most points. A team scores points by solving problems and finding posts in the field. The game can only be completed through close cooperation between the agents in the field and the control center. DJEEO in Education The problems that need to be solved can be tailored to the subject being taught in class. In other words DJEEO can be used as an educational tool in almost any subject at primary school. After a session where 20 teachers participated we asked them which subjects they thought DJEEO could be used in. Their answer: Mathematics, social studies, geography, language, physical education, etc. We then discussed DJEEOs usefulness as an educational tool. All agreed that the ability to adjust the level of difficulty and the tailoring of questions to subject matter, allowed by the flexible project module, makes DJEEO a valuable tool for almost any subject.
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That's Not Cool - 5 views
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This is a really well done site that addresses text harassment and use of technology in violent/controlling relationships. An incredibly excellent approach recommended by Nancy Willard -
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Versatile, Immersive, Creative and Dynamic Virtual 3-D Healthcare Learning Environments... - 0 views
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Virtual 3-D Healthcare Learning Environments
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The author provides a critical overview of three-dimensional (3-D) virtual worlds and “serious gaming” that are currently being developed and used in healthcare professional education and medicine.
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Roger’s Diffusion of Innovations Theory
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Siemens’ Connectivism Theory
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accelerating momentum
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there are some fundamental questions which remain unanswered.
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it is beneficial to address while the race to adopt and implement highly engaging Web 3-D virtual worlds is watched in healthcare professional education
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Therefore, Roger’s Diffusion of Innovations Theory [5] and Siemens’ Connectivism Theory [6] for today’s learners will serve as theoretical frameworks for this paper.
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A 3-D virtual world, also known as a Massively Multiplayer Virtual World (MMVW), is an example of a Web 2.0/Web 3-D dynamic computer-based application.
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applications that enable social publishing, such as blogs and wikis
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the most popular virtual world used by the general public is Linden Lab’s Second Life (SL)
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Who would imagine attending medical school in a virtual world?
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US agencies, such as the Centers for Disease Control and the National Institutes of Health conduct meetings in SL to discuss the educational potential of SL
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virtual medical universities exist all over the world
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The term “avatar” is an old Sanskrit word portraying a deity which takes on a human shape
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Trauma Center
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Virtual worlds are currently being used as educational spaces [1] and continue to grow in popularity on campuses and businesses worldwide. Furthermore, access to versions of virtual worlds on the Web, such as “Croquet,” “Uni-Verse,” and “Multiverse” are predicted within two to three years to be mainstream in education
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there are reported advantages to having students engage in these emerging technologies
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By allowing students time to interact with other avatars (eg, patients, staff members, and other healthcare professionals) in a safe, simulated environment, a decrease in student anxiety, an increase in competency in learning a new skill, and encouragement to cooperate and collaborate, as well as resolve conflicts, is possible.
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High quality 3-D entertainment that is freely accessible via Web browsing facilitates engagement opportunities with individuals or groups of people in an authentic manner that illustrates collective intelligence
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Advanced Learning and Immersive Virtual Environment (ALIVE) at the University of Southern Queensland
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health information island
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Problem-based learning groups enrolled in a clinical management course at Coventry University meet in SL and are employed to build learning facilities for the next semester of SL students. This management course teaches students to manage healthcare facilities and is reported to be the first healthcare-related class to use SL as a learning environment.
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Another example of a medical school using SL is St. George’s Medical School in London.
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Stanford University medical school
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Another virtual world project developed by staff at the Imperial College in London, in collaboration with the National Physical Lab in the United Kingdom, is the Second Health Project
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Mesko [35] presents the top 10 virtual medical sites in SL.
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The development and use of 3-D virtual worlds in nursing education is increasing.
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Some educators may balk at adopting this technology because there is a learning curve associated with the use of 3-D virtual worlds.
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Let’s have fun, explore these fascinating worlds and games, and network with others while respecting diverse ways of life-long learning and current researchers’ findings.
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there is an underlying push in higher education to adopt these collaborative tools and shift the paradigm from a traditional Socratic method of education to one possessing a more active and interactive nature
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One may view online virtual worlds and serious gaming as a threat to the adoption and purchase of high-fidelity computerized patient-simulation mannequins that are currently purchased for healthcare-profession training. For example, nurses may login into SL and learn Advanced Cardiac Life Support at their convenience, and it costs virtually nothing for the nurse and perhaps a nominal fee for the developer.
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The educational opportunity in SL may not be a replacement for the doctor- or nurse-patient interaction or relationship, but SL may serve as an adjunct or pre- or post-learning tool.
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one recalls when critics questioned the validity and reliability of the stethoscope invented by Laennec in 1816 and how today it is second nature to use this assessment tool.
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2006 health fair
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Big Ideas for Education - 0 views
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Shift teaching away from teacher as lecturer toward constructivism where students are construction their own knowledge (id 272)
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What a great idea. It would mean teachers would have to give up control, but would invigorate students.
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Keeping powerful Web 2.0 tools out of students' reach during the school day doesn't prepare them for life. Internet filtering is detrimental (id 234)
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Combining ideas from educators everywhere, they will eventually be combined and prioritized into action statements in order of importance.
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Welcome to BetterLesson - 1 views
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(Beta) BetterLesson is a free organizational tool and curriculum development community that helps educators connect and share high-quality resources, best practices, and ideas. Use BetterLesson to: * Organize and share your complete, 180-day curriculum * Connect and collaborate with innovative educators in your field * Tag and search lessons using state standards * Access your files and instructional content from anywhere * Control who sees your curriculum
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Educational Leadership:Literacy 2.0:Orchestrating the Media Collage - 1 views
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New media demand new literacies. Because of inexpensive, easy-to-use, widely distributed new media tools, being literate now means being able to read and write a number of new media forms, including sound, graphics, and moving images in addition to text.
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New media coalesce into a collage. Being literate also means being able to integrate emerging new media forms into a single narrative or "media collage," such as a Web page, blog, or digital story.
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New media are largely participatory, social media. Digital literacy requires that students have command of the media collage within the context of a social Web, often referred to as Web 2.0. The social Web provides venues for individual and collaborative narrative construction and publication through blogs and such services as MySpace, Google Docs, and YouTube. As student participation goes public, the pressure to produce high-quality work increases.
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Historically, new media first appear to the vast majority of us in read-only form because they are controlled by a relatively few technicians, developers, and distributors who can understand or afford them. The rest of us only evolve into writers once the new media tools become easy to use, affordable, and widely available, whether these tools are cheap pencils and paper or inexpensive digital tools and shareware.
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Thus, a new dimension of literacy is now in play—namely, the ability to adapt to new media forms and fit them into the overall media collage quickly and effectively.
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n the mid 1960s, Marshall McLuhan explained that conventional literacy caused us to trade an ear for an eye, and in so doing, trade the social context of the oral tradition for the private point of view of reading and writing. To him, television was the first step in our "retribalization," providing a common social experience that could serve as the basis for dialogue in the global village.2 However, television told someone else's story, not ours. It was not until Web 2.0 that we had the tools to come full circle and produce and consume social narrative in equal measure. Much of the emerging nature of literacy is a result of inexpensive, widely available, flexible Web 2.0 tools that enable anyone, regardless of technical skill, to play some part in reinventing literacy.
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What is new is that the tools of literacy, as well as their effects, are now a topic of literacy itself.
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Students need to be media literate to understand how media technique influences perception and thinking. They also need to understand larger social issues that are inextricably linked to digital citizenship, such as security, environmental degradation, digital equity, and living in a multicultural, networked world. We want our students to use technology not only effectively and creatively, but also wisely, to be concerned with not just how to use digital tools, but also when to use them and why.
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The fluent will lead, the literate will follow, and the rest will get left behind.
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They need to be the guide on the side rather than the technician magician.
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Music and the Brain - 0 views
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A little known fact about Einstein is that when he was young he did extremely poor in school. His grade school teachers told his parents to take him out of school because he was "too stupid to learn" and it would be a waste of resources for the school to invest time and energy in his education. The school suggested that his parents get Albert an easy, manual labor job as soon as they could.
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Instead of following the school's advice, Albert's parents bought him a violin. Albert became good at the violin. Music was the key that helped Albert Einstein become one of the smartest men who has ever lived. Einstein himself says that the reason he was so smart is because he played the violin. He loved the music of Mozart and Bach the most. A friend of Einstein, G.J. Withrow, said that the way Einstein figured out his problems and equations was by improvising on the violin.
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Another example of how rhythm orders movement is an autistic boy who could not tie his shoes. He learned how on the second try when the task of tying his shoes was put to a song. The rhythm helped organize his physical movements in time.
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Classical music from the baroque period causes the heart beat and pulse rate to relax to the beat of the music. As the body becomes relaxed and alert, the mind is able to concentrate more easily. Furthermore, baroque music decreases blood pressure and enhances the ability to learn. Music affects the amplitude and frequency of brain waves, which can be measured by an electro-encephalogram. Music also affects breathing rate and electrical resistance of the skin. It has been observed to cause the pupils to dilate, increase blood pressure, and increase the heart rate.
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Mozart's music and baroque music, with a 60 beats per minute beat pattern, activate the left and right brain. The simultaneous left and right brain action maximizes learning and retention of information. The information being studied activates the left brain while the music activates the right brain. Also, activities which engage both sides of the brain at the same time, such as playing an instrument or singing, causes the brain to be more capable of processing information.
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According to The Center for New Discoveries in Learning, learning potential can be increased a minimum of five times by using this 60 beats per minute music.
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Dr. Lozanov's system involved using certain classical music pieces from the baroque period which have around a 60 beats per minute pattern. He has proven that foreign languages can be learned with 85-100% efficiency in only thirty days by using these baroque pieces. His students had a recall accuracy rate of almost 100% even after not reviewing the material for four years.
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Group 1 was read the words with Handel's Water Music in the background. They were also asked to imagine the words. Group 2 was read the same words also with Handel's Water Music in the background. Group 2 was not asked to imagine the words. Group 3 was only read the words, was not given any background music, and was also not asked to imagine the words. The results from the first two tests showed that groups 1 and 2 had much better scores than group 3. The results from the third test, a week later, showed that group 1 performed much better than groups 2 or 3.
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One simple way students can improve test scores is by listening to certain types of music such as Mozart's Sonata for Two Piano's in D Major before taking a test. This type of music releases neurons in the brain which help the body to relax.
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William Balach, Kelly Bowman, and Lauri Mohler, all from Pennsylvania State University, studied the effects of music genre and tempo on memory retention. They had four groups learn vocabulary words using one of four instrumental pieces - slow classical, slow jazz, fast classical, and fast jazz.
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Surprisingly, the results showed that changing the genre had no effect on recall but changing the tempo decreased recall.
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One key ingredient to the order of music from the baroque and classical periods is math. This is realized by the body and the human mind performs better when listening to this ordered music.
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George recognized that Saul overcame his problems by using special music. With this story in mind King George asked George Frederick Handel to write some special music for him that would help him in the same way that music helped Saul. Handel wrote his Water Music for this purpose.
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Dr. Ballam goes on to say that, "The human mind shuts down after three or four repetitions of a rhythm, or a melody, or a harmonic progression."
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Bob Larson, a Christian minister and former rock musician, remembers that in the 70's teens would bring raw eggs to a rock concert and put them on the front of the stage. The eggs would be hard boiled by the music before the end of the concert and could be eaten. Dr. Earl W. Flosdorf and Dr. Leslie A. Chambers showed that proteins in a liquid medium were coagulated when subjected to piercing high-pitched sounds
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Rock music was played in one of the boxes while Bach's music was played in the other box. The rats could choose to switch boxes through a tunnel that connected both boxes. Almost all of the rats chose to go into the box with the Bach music even after the type of music was switched from one box to the other.
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She found that the plants grew well for almost every type of music except rock and acid rock. Jazz, classical, and Ravi Shankar turned out to be the most helpful to the plants. However, the plants tested with the rock music withered and died. The acid rock music also had negative effects on the plant growth.
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One cannot deny the power of music. High school students who study music have higher grade point averages that those who don't. These students also develop faster physically. Student listening skills are also improved through music education. The top three schools in America all place a great emphasis on music and the arts. Hungary, Japan, and the Netherlands, the top three academic countries in the world, all place a great emphasis on music education and participation in music. The top engineers from Silicon Valley are all musicians. Napoleon understood the enormous power of music. He summed it up by saying, "Give me control over he who shapes the music of a nation, and I care not who makes the laws" .
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Mozart's music and baroque music, with a 60 beats per minute beat pattern, activate the left and right brain. The simultaneous left and right brain action maximizes learning and retention of information. The information being studied activates the left brain while the music activates the right brain. Also, activities which engage both sides of the brain at the same time, such as playing an instrument or singing, causes the brain to be more capable of processing information.
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Prezi - Virtual Community/Social Media Course - 1 views
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I created this for someone to use as an online course and to show off Prezi. Rec'd comments (from non-technical people) that if someone doesn't know how to use computers or Prezi, it is confusing. I will be labeling the "steps" in the course in a few days. After clicking, use the controls buttons o nthe bottom right. Some links need to be fixed. If you can't find it, go to the left tab "Showcase" and then go to the right search and enter "Social Network System. Would love comments.
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Critical Issue: Using Technology to Improve Student Achievement - 0 views
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Technologies available in classrooms today range from simple tool-based applications (such as word processors) to online repositories of scientific data and primary historical documents, to handheld computers, closed-circuit television channels, and two-way distance learning classrooms. Even the cell phones that many students now carry with them can be used to learn (Prensky, 2005).
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Bruce and Levin (1997), for example, look at ways in which the tools, techniques, and applications of technology can support integrated, inquiry-based learning to "engage children in exploring, thinking, reading, writing, researching, inventing, problem-solving, and experiencing the world." They developed the idea of technology as media with four different focuses: media for inquiry (such as data modeling, spreadsheets, access to online databases, access to online observatories and microscopes, and hypertext), media for communication (such as word processing, e-mail, synchronous conferencing, graphics software, simulations, and tutorials), media for construction (such as robotics, computer-aided design, and control systems), and media for expression (such as interactive video, animation software, and music composition). In a review of existing evidence of technology's impact on learning, Marshall (2002) found strong evidence that educational technology "complements what a great teacher does naturally," extending their reach and broadening their students' experience beyond the classroom. "With ever-expanding content and technology choices, from video to multimedia to the Internet," Marshall suggests "there's an unprecedented need to understand the recipe for success, which involves the learner, the teacher, the content, and the environment in which technology is used."
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In examining large-scale state and national studies, as well as some innovative smaller studies on newer educational technologies, Schacter (1999) found that students with access to any of a number of technologies (such as computer assisted instruction, integrated learning systems, simulations and software that teaches higher order thinking, collaborative networked technologies, or design and programming technologies) show positive gains in achievement on researcher constructed tests, standardized tests, and national tests.
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Boster, Meyer, Roberto, & Inge (2002) examined the integration of standards-based video clips into lessons developed by classroom teachers and found increases student achievement. The study of more than 1,400 elementary and middle school students in three Virginia school districts showed an average increase in learning for students exposed to the video clip application compared to students who received traditional instruction alone.
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Wenglinsky (1998) noted that for fourth- and eighth-graders technology has "positive benefits" on achievement as measured in NAEP's mathematics test. Interestingly, Wenglinsky found that using computers to teach low order thinking skills, such as drill and practice, had a negative impact on academic achievement, while using computers to solve simulations saw their students' math scores increase significantly. Hiebert (1999) raised a similar point. When students over-practice procedures before they understand them, they have more difficulty making sense of them later; however, they can learn new concepts and skills while they are solving problems. In a study that examined relationship between computer use and students' science achievement based on data from a standardized assessment, Papanastasiou, Zemblyas, & Vrasidas (2003) found it is not the computer use itself that has a positive or negative effect on achievement of students, but the way in which computers are used.
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Another factor influencing the impact of technology on student achievement is that changes in classroom technologies correlate to changes in other educational factors as well. Originally the determination of student achievement was based on traditional methods of social scientific investigation: it asked whether there was a specific, causal relationship between one thing—technology—and another—student achievement. Because schools are complex social environments, however, it is impossible to change just one thing at a time (Glennan & Melmed, 1996; Hawkins, Panush, & Spielvogel, 1996; Newman, 1990). If a new technology is introduced into a classroom, other things also change. For example, teachers' perceptions of their students' capabilities can shift dramatically when technology is integrated into the classroom (Honey, Chang, Light, Moeller, in press). Also, teachers frequently find themselves acting more as coaches and less as lecturers (Henriquez & Riconscente, 1998). Another example is that use of technology tends to foster collaboration among students, which in turn may have a positive effect on student achievement (Tinzmann, 1998). Because the technology becomes part of a complex network of changes, its impact cannot be reduced to a simple cause-and-effect model that would provide a definitive answer to how it has improved student achievement.
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When new technologies are adopted, learning how to use the technology may take precedence over learning through the technology. "The technology learning curve tends to eclipse content learning temporarily; both kids and teachers seem to orient to technology until they become comfortable," note Goldman, Cole, and Syer (1999). Effective content integration takes time, and new technologies may have glitches. As a result, "teachers' first technology projects generate excitement but often little content learning. Often it takes a few years until teachers can use technology effectively in core subject areas" (Goldman, Cole, & Syer, 1999). Educators may find impediments to evaluating the impact of technology. Such impediments include lack of measures to assess higher-order thinking skills, difficulty in separating technology from the entire instructional process, and the outdating of technologies used by the school. To address these impediments, educators may need to develop new strategies for student assessment, ensure that all aspects of the instructional process—including technology, instructional design, content, teaching strategies, and classroom environment—are conducive to student learning, and conduct ongoing evaluation studies to determine the effectiveness of learning with technology (Kosakowski, 1998).
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shared by Paul Beaufait on 17 Feb 11
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Report: Blended learning could hit or miss | Policy | eSchoolNews.com - 16 views
www.eschoolnews.com/...ded-learning-could-hit-or-miss
blended learning education K-12 learning reports technology
shared by Paul Beaufait on 17 Feb 11
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According to the report, blended learning, which it defines as “any time a student learns at least in part at a supervised brick-and-mortar location away from home and at least in part through online delivery with some element of student control over time, place, path, and/or pace,” has grown exponentially over the past decade.
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Covers "'The Rise of K-12 Blended Learning,' by Michael B. Horn, co-founder and executive director of education at the Innosight Institute, and Heather Clayton Staker, a senior research fellow for education practice at the institute, [which] describes how blended learning can affect education, but why it also could fall short of its potential" (¶3).
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shared by sania malik on 14 Aug 11
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Prince Albert and Princess Charlene Wedding Celebration - 0 views
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Activity Benefits Better Control Breaking News Company Computer Device Favorite Followers Informations Microblogging Mobile Network New Tabs Offials On Users Organizes Owner Publications Put Up Renew Retuitea Retuits Service Tweets Twitter Upload Images W
shared by sania malik on 14 Aug 11
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The couple were formally wed on Friday in a civil service and said "I do" for a second time on Saturday in front of 800 royal and celebrity guests in a lavish ceremony rounded off by fireworks and a ball for 200 friends.A wedding brunch followed yesterday in the private gardens of the tiny principality's royal palace, prepared by French chef and creator of the main wedding feast.
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Getting It Wrong: Surprising Tips on How to Learn: Scientific American - 37 views
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research by Nate Kornell, Matthew Hays and Robert Bjork at U.C.L.A. that recently appeared in the Journal of Experimental Psychology: Learning, Memory and Cognition reveals that this worry is misplaced. In fact, they found, learning becomes better if conditions are arranged so that students make errors.
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People remember things better, longer, if they are given very challenging tests on the material, tests at which they are bound to fail. In a series of experiments, they showed that if students make an unsuccessful attempt to retrieve information before receiving an answer, they remember the information better than in a control condition in which they simply study the information. Trying and failing to retrieve the answer is actually helpful to learning. It’s an idea that has obvious applications for education, but could be useful for anyone who is trying to learn new material of any kind.
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Research by Nate Kornell, Matthew Hays and Robert Bjork at U.C.L.A. that recently appeared in the Journal of Experimental Psychology: Learning, Memory and Cognition reveals that this worry is misplaced. In fact, they found, learning becomes better if conditions are arranged so that students make errors.