I just read about this cool initiative in Maine called the Maine Learning Technology Initiative that provides use of laptops to 7th and 8th graders in public schools, and is now expanding to include high school students.
They just ordered 64,000 Macbooks for this reason!
I think it is awesome that they are so serious about helping young students keep up with new technology. They said in a report that having laptops has helped students with learning, especially with writing. Also, knowing how to use the Internet and providing support with computer use is probably huge for families. That makes sense to me.
It doesn’t seem like a program exactly like this would work everywhere, mostly because most other states are more populous, but it is a great example of what direction education can go in to support this up and coming generation.
That might sound like a strange idea, but it is possible! The Science Barge is a floating farm museum, currently docked in Yonkers, NY, that aims to bring awareness about urban farming. They claim to grow tomatoes, lettuce, and cucumbers with zero carbon emissions, zero pesticides, and zero runoff. Thousands of schoolchildren, adults, and press people have visited the barge since it opened in 2007.
They use hydroponics to grow their vegetables, which is also a large component of vertical farming. When I spoke to Dickson Despommier, he implied that large scale urban or indoor farming is not possible without hydroponic technology. Considering the lack of space or soil in New York City, I tend to agree with him, though I am not an expert on hydroponics.
The barge presents an interesting way to get the public interested in urban farming. Though it is just a museum, it is a great step in the right direction to getting people to think about getting their food through low-impact methods. If hydroponic farming could be done on a larger scale, either through more barges or vertical farming, the barge has the important role of easing this idea into the public eye. Education is key!
For more pictures of the Science Barge, check out this New York Times slideshow or Flickr slideshow.
(On a side note, a friend recently gave me a copy of the book The Lorax signed by Dickson Despommier as a graduation gift!)
Image credit: NYSunworks.org
“Can you explain stem cell research to me?”
This is not what you would normally hear on the car ride back to campus, after a week of on Spring Break. You might think we’d be talking about the Ultimate Frisbee tournament we just played at, the nice beach that we stayed near, or anything on the crazy list of happenings.
So, as any good shotty should, I entertained my driver with a brief account of stem cell research. Considering how much stem cell research has been in the news lately, it may not be all that surprising that this conversation actually happened.
But if you didn’t have someone science-y handy, how many people would care enough to take the time to actually find out the details?
With issues like stem cell research frequently appearing in the headlines of most news outlets in the country, it is becoming more and more important for the average citizen to understand scientific concepts in order to form their own opinions on the subjects. Not unlike other areas of interest, level of education seems to play a large role in the depth at which they can understand a scientific concept.
My companion at the wheel, Joe, is a graduate student at Teacher’s College, hoping to get a gig teaching English in high school next year. Joe is a non-science major, but he finds value in understanding science-related current issues. So what is the current status of science and scientific literacy among young adults?
To get a general feel for the situation, I set out to make a rough study of my peers. I created an online survey to assess the level of interest in and understanding of science among current college students, as well as some people who have been out of school for a number of years. Respondents were mostly people that I reached through social networking sites and word of mouth. I also set up 8 interviews with current and recent Columbia University students to get a better sense of how Columbia’s Core Curriculum fares in all of this, specifically the course “Frontiers of Science” – FoS. Many of the respondents and interviewees were friends or acquaintances so this exercise is nowhere near rigorous enough to compare with full scientific study. However, I am confident that the responses are honest and can give some indication of the general situation.
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Adam Bly on science education and scientific literacy [Updated with my response]
August 25, 2010
Commentary, Features, Science, Society
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[Originally posted May, 15, 2009]
(This semester our class had the opportunity to have Adam Bly of Seed Media Group as a guest speaker. I asked him his opinion on the role of education in scientific literacy, specifically for the piece I wrote and posted here earlier. The following is the response he sent me. Thanks Adam!)
At the heart of how I feel about science education is the idea that science should be used as a lens through which to look at the world, not just a subject to be taught. And further; science education goes on forever and should be available to everyone.
We live in a world where we now produce more information in a year than in all prior human history combined. Graduating college no longer means you know the essentials of your field. Fields merge and change with new data. Walls between scientific disciplines are torn down. Education must run parallel with any successful pursuit of a profession. We now see universities cater to this new reality. Many universities offer their course material for free. It’s a great model. What the universities can still offer exclusively to their paying students, is valuable access to professors and a network of other students.
But the bigger picture in my view of science education is a scientifically literate nation. That’s the goal. To have a population that understands scientific concepts and processes is more crucial to the progress of our country, than churning out a certain number of scientists and engineers.
In order to translate this ideal to the classrooms, teachers and anyone else in charge of shaping curriculums, must acknowledge science as a prime driving force in society. The teaching of natural sciences should be as actively connected to and engaged in current events and advancements as the social sciences are. Science education needs to be connected to science news.
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