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30 May 2008

Twitter & NASA: Meet the Martians

This has been a big week for Twitter. And no, I'm not talking about this weeks multiple outages stemming from its stratospheric growth spurt. I'm talking about the NASA Phoenix Lander and its Tweets from the Red Planet. NASA, using the Twitter handle MarsPhoenix, has been sending updates and findings from the Mars mission.

According to a NYT article, NASA's Jet Propulsion Laboratory is using Twitter along with other Web 2.0 technologies like Facebook, blogging and YouTube as a way to get Americans interested in science and space exploration.

"Most twitterers use the service to send up-to-the-second news about the minutiae of their lives to friends, but Rhea Borja, a member of Ms. McGregor’s team, sees it as a way to spread NASA news to twentysomethings. “To reach a new generation of folks,” said Ms. Borja, a thirtysomething." (via NYT)

Utilizing technologies that appeal to Gen Y students is a great way to introduce them to STEM careers and tap into their digital learning styles. The MarsPhoenix "tweets" are facinating, humorous and thrilling.

All the tweeting aside, if you stop and think about the technology behind this mission and how far away Mars really is ---it's just downright mind blowing.

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14 May 2008

Across the Universe: Microsoft & WorldWide Telescope

Earlier this week Microsoft Research Labs released "WorldWide Telescope (WWT) -- a technology that combines feeds from satellites and telescopes all over the world and the heavens, and builds a comprehensive view of our universe (via)."

You can get a peek at the WorldWide Telescope in this video demo from TED. You can download WWT here and get busy touring the starry, starry skies above us. This is a great digital astronomy resource for science teachers and students alike and one that will get them engaged in science.

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29 April 2008

Yale University: Embracing Open Education

Yale University has joined the OpenCourseWare (OCW) movement and is now offering free courses through Open Yale Courses that anyone in the world is free to participate.

Seven departments (astronomy, English, philosophy, physics, political science, psychology and religious studies) at Yale are among the first at the university to offer classes via the Open Yale Courses program.

The Open Yale site describes the program as follows:

"Open Yale Courses provides free and open access to seven introductory courses taught by distinguished teachers and scholars at Yale University. The aim of the project is to expand access to educational materials for all who wish to learn.

Open Yale Courses reflects the values of a liberal arts education. Yale's philosophy of teaching and learning begins with the aim of training a broadly based, highly disciplined intellect without specifying in advance how that intellect will be used.

This approach goes beyond the acquisition of facts and concepts to cultivate skills and habits of rigorous, independent thought: the ability to analyze, to ask the next question, and to begin the search for an answer.

We hope these courses will be a resource for critical thinking, creative imagination, and intellectual exploration."

The Open Yale Courses have been funded and supported through grants from the William and Flora Hewitt Foundation, as well as the Yale Center for Media and Instruction. Open Yale Courses have also integrated Creative Commons licensing into their course materials.

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05 April 2008

Dale Basler, Science Guru

Dale Basler has been a teacher of science in Appleton, Wisconsin since 1998. He currently teaches physics and physical science at Appleton East High School.

In 2004, Dale was elected President-Elect of Wisconsin Society of Science Teachers (WSST) and served for four years on the WSST Board of Directors. For two of those years, Dale served as President of WSST.

Q: What types of digital tools or social media are you using in your classroom?

A: Nothing affects my classroom more than RSS feeds. I follow a variety of sites and podcasts that I share with my students. My news reader allows me to share information with the class and keep up with current topics without spending valuable time searching for it– the news comes to us.

I’ve also been trying to get my students to create more videos. I just cannot see a future where my students won’t be asked to create multimedia presentations in their careers. I want to push their creativity and help them become comfortable using new tools– all while learning physics too!

Creativity requires feedback and encouragement. I’ve had my students post their projects to a variety of online video sharing communities. The teacher can comment on a student’s work but nothing motivates students more than feedback from their peers.

I require my students to comment on their classmates’ work. Students learn from both the comments their video receives and through the process of critiquing others.

Last, but not least, is Twitter. This seems to be the perfect tool for a teacher. It’s quick and easy to use. I’ve used it to network with other teachers and as a way for my students to journal (via their cellphone) during a field trip back to the students in the classroom who couldn’t join us. Now that I’ve convinced my school district to stop filtering it, I plan to use Twitter even more with my students.

Q: How have your students responded to the integration of technology into your curriculum?

A: Over the past two years I have been doing a podcast for my students as a way for them to review and reinforce what we’ve been learning in the classroom. However, not a lot of my students are big podcast listeners. This was new to them. I started putting tips for quizzes in the podcasts to get them into it. The reaction has gone from, “What are you doing?” to kids coming in on Monday and asking, “Hey, where’s the podcast?”

Q: Why is Science Technology Engineering Mathematics (STEM) important?

A: There are many reasons to promote and encourage STEM education. We can talk about the future competitiveness of our country if we slip behind in STEM fields. Yet, I argue that STEM education is important for all students– not just the ones who are heading toward a career in this field.

A solid STEM education helps all students become better citizens. It helps us become more aware of our surroundings, what our political leaders are saying and what our stores are selling. I shriek when I overhear customers at big box stores being bamboozled by the store clerk because they are not technologically literate. Or when they’re duped by fuzzy mathematics at checkout time.

What really gets me is when science is misused and misrepresented. Magnetic bracelets, crystal therapy and all sorts of other quackery take advantage of people daily. We need to improve STEM education for all of our students so they cannot fall victim to such dubious claims.

Q: You and your colleague Brian Bartel co-host NSTA’s Lab Out Loud, a bi-weekly podcast on science education, news and technology. Who has been your favorite guest so far and why?

Lab Out Loud has been an absolute blast. We’ve had so many wonderful guests. One of my colleagues put it best, “Even if nobody listens, you’ve gotten to talk to some extraordinary people in science.” Fortunately people are listening too.

If I had to pick a favorite, it would be our most recent interview with Phil Plait, otherwise known as The Bad Astronomer. Plait’s website, badastronomy.com, often discuss topics that are close to my content area so it was easy for me to make a connection to what he was saying. He pointed out the need for us to teach our students to be skeptical– a point I also agree with tremendously. Plait was also quite funny which makes our job as interviewers a breeze.

Q: Dark chocolate or milk?

A: As a proud resident of “The Dairy State” I have to say milk.

Q: Favorite Quote?

A: “There are all kinds of interesting questions that come from a knowledge of science, which only adds to the excitement and mystery and awe of a flower. It only adds. I don’t understand how it subtracts.
” -Richard Feynman

Thanks Dale!

Related Resources

19 March 2008

PBS & WIRED Science Student Video Contest

WIRED Science and PBS are sponsoring a "WIRED Science Student Video Contest" that is open to all students in grades 9-12 (contest is also open to home school students).

This is an opportunity for students to work with their teachers to create a video explaining a science concept, ideas on the future of science, or--well, anything else you think will help you snag the prize. Yes, there are prizes.

You can learn more about the contest, find the application form, along with all the details over on the WIRED Science Education page.

Don't forget that Jumpcut has free, easy-to-use video editing tools. And if you need a refresher on copyright, be sure to check out CreativeCommons or the Microsoft MyBytes for more information.

But hurry. Application and videos are due by April 1st, 2008. So hurry--get those creative juices flowing!


Related Resources

04 March 2008

Encyclopedia of Life

Released last week to much fanfare, the Encyclopedia of Life (EOL) is a "comprehensive, collaborative, ever-growing...ecosystem of websites that makes all key information about all life on Earth accessible to anyone, anywhere in the world."

While anyone will be able to contribute and share their knowledge with the EOL community, each species has it's own "curator" (knowledge expert or authenticator) who will validate the information contained on that species page. Most of the content in the EOL is available for re-use under a Creative Commons license.

The EOL is an incredible resource for students, teachers and educators. You can join the EOL project by volunteering to be a species curator, contributing species-related content (photos, drawings, text, video, etc.), or supporting the EOL as a financial contributor.

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03 March 2008

Beyond Polar Bears & Penguins

Beyond Penguins and Polar Bears is a new online professional development resource for elementary teachers which focuses on preparing teachers to teach polar science concepts by integrating inquiry-based science with literacy teaching.

Research has shown that this integrated approach can increase students' science knowledge,academic language, reading comprehension, and written and oral discourse abilities.

This program is funded by the National Science Foundation Research on Learning in Formal and Informal Settings (DRL). Kimberly Lightle, Principal Investigator for the NSDL Middle School Portal, is the lead specialist on the project and is adapting and contextualizing existing content from the NSDL repository.

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