10 Guidelines for Integrating Social Media Tools into the Classroom

In a recent Edutopia blog, professor Toddy Finley offers 10 Guidelines for Integrating Social Media Tools and Spaces into the Classroom. First, to understand the skill many students have in social media, on average, kids can fit eight hours of media exposure into five hours of non-school time by media multitasking. Many teachers are aware of the media-culture their students live in and attempt to  incorporate social media into the classroom with the sole purpose of engaging students. Finley argues,  “the trick is for instructors to avoid ‘teaching’ new media tools with old media practices in their desire to engage students and teach 21st century skills.” He suggests educators to use the following guidelines, based off his own experience and extensive research, as they plan the integration of social media:

  1. “Imagination is heightened by rules.” Social media should be directive, but not restrictive.
  2. Read Michael Zimmer’s Ultimate Guide to Social Media, OnlineUniversities.com’s 100 Inspiring Ways to Use Social Media in the Classroom, and for a theoretical and practical angle, read Kristen Taylor’s How to Build an Online Community.
  3. Pair digital novices with digital natives to learn the how, why and when of social media.
  4. Glogster, Diigo, and Ning are all platforms championed originally by educators. Use these to steer clear of students’ social media territory.
  5. Watch social-media researcher Danah Boyd’s insightful lectures.
  6. Set clear distinctions between when conversational and formal writing should occur.
  7. Don’t require students to write “correctly” in discussion form.
  8. Great online discussions thrive when students and instructors trust the community.
  9. Don’t introduce too many different social media channels in one semester.
  10. Check out Quora, an online platform created and maintained by former Facebook and Google employees.

Do you have any social media guidelines you would add to the list? Share in the comment box below.

Read the full article, “Siphoning the Fumes of Teen Culture: How to Co-opt Students’ Favorite Social Media Tools.”

 

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Were you one of over 10 million viewers watching the Decorah Eagle-Cam this week?

Cameras from the Raptor Resource Project made it possible for over 10 million viewers to witness three Decorah Eagles hatch in a nest 80 feet in the air all from the comfort of their computer chair. The videostream continues as the mother and father eagle care for their young and the fragile newborns get precariously close to the edge of the 1.5 ton nest.

The parents of these newborn birds have been together since the winter of 2007. They hatched 2 eaglets in 2008, 3 in 2009, and 3 more in 2010. If you you’re interested in knowing which is the male and which is the female, it’s easiest to decipher when they are in the nest together. The female is larger than the male, has a ridge around her eyes that runs further down her nose, and her eyes have a greyish shadow surrounding them.

The first hatch of 2011 was on April 2, the second on April 3, and the third on April 6. Click on the dates to watch the abridged videos of the hatching eaglets.

The Raptor Resource Project is a non-profit that specializes in preserving falcons, eagles, ospreys, hawks, and owls. You can catch the live stream 24/7 on www.ustream/tv/decoraheagles and participate in their live chat from 8am – 8pm daily.

Are you teaching your students about spring, birds of prey, family, wildlife or just need something different to show the class? Check out these videos and join in the live chat to ask experts your questions.

For more information on The Raptor Resource Project, visit www.raptorresource.org

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Obesity may have negative effects on the brain

Obesity is widely recognized as being a health issue that can lead to fatal health concerns like heart disease, Type 2 diabetes, depression, osteoarthritis, sleep disorders and certain cancers. But new research by The BODY Project (Banishing Obesity and Diabetes in Youth) shows obesity has a negative effect on brain functioning, as well.

Results from studies performed by The BODY Project show obese youth have problems with reading, arithmetic, memory, attention, and decision-making. In U.S. schools, 40 percent of students in public high schools are obese. Dr. Lloyd Sederer, Medical Director of New York State Office of Mental Health, believes there is an obvious correlation between an increase in overweight youth and declining standardized test scores.

The BODY Project is working with a selection of New York City high schools to help students understand the responsibility they have for their health and education. The students have their height and weight measured to determine their body mass index (BMI), and those with high BMIs are selected for the program to learn about the dangers of obesity and practical ways to get them healthy. The report gives the students their results on a scale that is represented by three colors: green for good, amber as a warning, and red for bad. If the student lands in the amber or red, their entire family will be contacted and instructed on simple lifestyle changes they can make to improve the family’s health.

To read the entire article go to www.huffingtonpost.com where you can also watch a short video of The BODY Project in action.

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Non-school Activities to Increase Understanding in Science

Much attention has been given to finding more effective ways to increase student proficiency in science over the last few years. A common belief has been to make improvements in this area through teacher training and science curriculum, but budget cuts along with new research are having educators and parents looking to science programs offered outside of the classroom to increase students’ understanding of science.

In a recent EdWeek article, “Role of Science Learning Outside of School Grows,” writer Erik Robelen discusses how the study “Learning Science in Informal Environments” by the National Research Council is paving the way by discovering the value of students getting involved in non-school programs. Most of students’ time is spent outside of school which lends a great opportunity for more learning to take place and in an environment free from grades and testing.

It’s popular for Americans to think of learning in terms of how well students did on a standardized test. Advocates for non-school learning are supporting these recent studies by arguing the learning students receive outside the classroom gauges scientific skills and understanding in ways that are more appropriate to a variety of settings and gives the learner more confidence in identifying themselves as someone who is knowledgable about science.

“If we allow the things that are easy to measure in school districts as the only definitions of learning we’re going to consider, we are leaving off the table an awful lot of things,” said Kevin J. Crowley, the director of the University of Pittsburgh’s Center for Learning in Out-of-School Environments and an associate professor of education and psychology. “We need to have compelling, theory-based, reliable measures, and we’re just beginning to chip away at that right now.”

Some examples of non-school activities that you and your student can get involved in to boost scientific understanding are:

  • the zoo
  • the aquarium
  • museums
  • watching scientific television shows
  • after-school programs
  • science magazines
  • astronomy and robotics clubs
  • the internet

Getting students involved in and excited about educational programs outside of the classroom establishes the behavior for them to become lifelong learners. What resources do you use to get your students involved in science? Do you have a student that seeks out scientific information independently? Share in the comment box below.

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Getting middle schoolers ready to transition to high school

There are two critical developmental stages during middle school. One is emotional development, or the “people smarts” to read people, situations, and manage one’s own emotions. A recent study involving over 20,000 students from all walks of life, found students made significant academic improvement when involved in a school-based social and emotional learning program compared to those who were not.

The other stage is finding your passions and interests. When students don’t develop a strong sense of something they are good at by middle school, it’s harder for them to persevere when confronted with weaknesses. Students who identify their strengths and weaknesses at an early age have an easier time connecting their gifts and talents to future decisions, like what extracurricular high school activities to be involved in, which college to attend, and which career path to take.

Parents and teachers can expose middle schoolers to the high school environment in a variety of ways before their first day of freshman year. Show your students what’s happening in the community and inspire them to be active in high school by introducing them to the events and activities put on in your school district. The following is a list of some of the many events high schools host that middle school students can attend :

  • Band/orchestra/choir concert
  • Theater production
  • Talent show
  • Speech and debate tournament
  • Sports events
  • Mentor program

Giving students a sense of community and exposing them to all their choices can motivate them to take advantage of these choices they might not have ever known about. If you’d like to learn more about getting middle school students prepared for high school, LifeBound’s books PEOPLE SMARTS FOR TEENAGERS and GIFTS AND TALENTS FOR TEENAGERS can help students get the self-knowledge and self-management skills they need for a successful transition to high school and beyond.

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American Mathematician John Milnor Wins Abel Prize

American mathematician John Milnor was recently the recipient of the 2011 Abel Prize in mathematics. The Niels Henrik Abel Memorial Fund was established on January 1, 2002 with the object of creating an “international award for outstanding scientific work in the field of mathematics.” The recipient is rewarded almost $1 million from the Norwegian Academy of Science and Letters which is presented to them by the king of Norway.  Some mathematicians compare the magnitude of this award to something short of winning a Nobel Peace Prize.

The Abel Prize writes, “John Milnor’s profound ideas and fundamental discoveries have largely shaped the mathematical landscape of the second half of the 20th century. All of Milnor’s work display features of great research: profound insights, vivid imagination, striking surprises and supreme beauty.”  Among his achievements are the many influential books he’s written and the numerous mathematical concepts that have been named after him, such as Milnor fibration and Milnor exotic spheres to name a few.

NPR reporter Robert Siegel recently spoke to math and science writer Julie Rehmeyer on John Milnor’s award and for her help to explain one of Milnor’s most well-known works: the exotic seven-dimensional sphere. Listen below –

http://www.npr.org/2011/03/24/134832727/American-Mathematician-Wins-Abel-Prize

(Resources: The Abel Prize, NPR: American Mathematician Wins Abel Prize)

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OMG! New initialisms make it into the Oxford English Dictionary

 

The Oxford English Dictionary’s most recent revision was published on March 24 with 19,000 new entries, among which were the initialisms OMG, LOL, IMHO, BFF, and more. Most people probably associate these initialisms as a form of digital communication for a younger generation in the last 10-20 years, says the OED. But research found that the first use of OMG in the written language was in a personal letter written in 1917.

With the increased amount of devices and number of children using them at younger ages has come the issue of students bringing text language in the classroom. Younger generations of students are being raised on the fast and efficient use of initialisms and abbreviations to relay messages that arrive and get responded to as fast as speech. Some teachers deal with this “problem” by banning the use of initialisms in their classroom while others invite initialisms in their lessons to teach about the difference between formal and informal writing, audiences, and appropriateness of a message.

Share the inclusion of initialisms in the OED with your class to inspire a discussion on elements that influence the English language. Get the discussion going with the following questions:

  • What is the definition of a “word”?
  • Do you think initialisms should be included in the dictionary?
  • How does popular culture influence the future?
  • Do you predict these initialisms will be around for the next 10, 20, 30 years?

Do you allow the use of initialisms or other forms of “textlish” in your classroom? Why or why not? Share your experience with the English language and a new generation in the comment box below.

(Resources: New Initialisms in the OED [http://www.oed.com/public/latest/latest-update/#new])

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New Study: Social and Emotional Learning Improves Academic Achievement

“At a time when pressures on educators to improve students’ academic achievement seem to have reached a boiling point, one program category, social and emotional learning, has produced academic gains that equal the results of many programs focused exclusively on academics,” writes Dr. Joseph Durlak, lead author of the recent study, “The Impact of Enhancing Students – Social and Emotional Learning: A Meta-Analysis of School-Based Universal Interventions.”

Researchers and psychologists recently released the results of their multi-year study on the outcomes of 213 social and emotional learning programs involving 20,034 students from all walks of life. Social and emotional skills were defined by a process in which students gain skills to:

  • recognize and manage emotions
  • set and achieve positive goals
  • appreciate the perspectives of others
  • establish and maintain positive relationships
  • make responsible decisions
  • handle interpersonal situations effectively

When comparing students who were involved in a school-based social and emotional learning program to those who were not, researchers found significant improvement in those who were involved in a program. Students improved:

  1. Achievement test scores and school grades, including an 11-percentile-point gain in academic achievement
  2. Social and emotional skills
  3. Positive social and classroom behavior
  4. Conduct problems such as classroom misbehavior and aggression
  5. Attitudes about themselves, others, and school
  6. Emotional distress such as stress and depression

Another noted benefit was that students who were involved in a social and emotional learning program had equal gains in their academic achievement as those who were involved in an academically focused program.

LifeBound books and curricula arm students from fifth-grade through college with social and emotional skills to help them succeed in the classroom and their career. We believe successful students and citizens need to think critically and creatively, earn and give respect, communicate clearly, live ethically, be self-aware, listen, motivate, and manage. LifeBound books that are specific to gaining social and emotional skills include:

To find out more about LifeBound Academic Coaches Training, programs in your district, books, and curricula, click here. You can also call our toll-free number 1-877-737-8510.

- To read the full article, “Study: Promoting Students’ Personal and Social Development Boosts Academic Outcomes,” click here.

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Friday Profile: Mother Nature and Mathematics

Spring is here. The birds are chirping, the grass is green, and mathematics just revealed to researchers how the ruffled edges of an asiatic lily help it bloom.

Click on the picture to read the full article and watch videos by the research team: "How the Lily Blooms: A Mathematical Perspective

Researchers used observation and experimentation to measure growth and find what growth was imperative for the flower to bloom. Through using a mathematical process they were able to characterize their findings by quantifying, generalizing, and synthesizing their observations. Until recently, it was popular belief that the midrib in each petal caused the flower to bloom, but math revealed the growth and ruffling of the petal edges is what allows the bud to burst into the elegant, curvy flower. Principal investigator L. Mahadevan of Harvard’s School of Engineering and Applied Sciences (SEAS) says, the question of how the lily blooms “is just one more small instance of being inspired by and curious about the natural world around us, a subject that fascinates us all, child and adult alike.”

The fascination and the math doesn’t end with the lily. Mathematicians use fractals to make sense out of seemingly chaotic designs we find in rivers, mountains, clouds, and more. You might have wondered how tiny leaves know where to line-up on the stem of a fern or why a river bends to the right and not the left. The simple answer is nature always takes the most simple and efficient paths. Today many things that were once thought to be chaotic or undefined are now known to have very subtle but present patterns.

 

Click on the picture to read the full article and see more amazing fractals in nature

But why does it matter that we identify math in nature? According to experts, when we experience something, like the peaks of Mt. Everest, our brains use pattern recognition to let us know what we are seeing. So, what that means is you can leave your calculator at home and let your geometric framework do all the work for you!

 

Click the video to watch Understanding: Math and Nature

 

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