Group items tagged

I tried out Diigo educator and was REALLY impressed. This let me very quickly (and with no email addresses needed) set up accounts for 30 students. I then created a group for all 3 classes to use and added all the students to the group. In this case, since I only have one more day with the kids and am not sure if they'll be using Diigo after this, I just used the 30 accounts for multiple classes, but if this were for my actual students, I would have created an account for each student. Anyway, once all the students were added to the group, I just instructed them to make sure to share every bookmark for this project with the group. All of the students will then be able to view all of the bookmarks. Again, we couldn't install even the diigolet, but saving right from Diigo worked fine for our purposes. They used the same technique of tagging with last name, class hour, and other appropriate tags. I taught both of these methods in a 45 minute class period and the actual explanation of the bookmarking technique took only 7-10 min. of each class period. The kids (7th graders) picked up on it EXTREMELY fast.

for long term use and for individual projects I strongly recommend using Diigo educator, especially since I use Diigo so heavily in my personal and professional web research.

I highly recommend Diigo Educator to any teacher!

the online portfolios of who we are, what we do, and by association, what we know—are becoming increasingly woven into the fabric of almost every aspect of our lives

They're creating all sorts of content—some, as we all know, doing so very badly—and they're doing all sorts of things with online tools that, for the most part, we're not teaching them anything about. In the process, they're becoming Googleable without us. By and large, they do all this creating, publishing, and learning on their own, outside school, because when they enter the classroom, they typically "turn off the lights"

these shifts demand that we move our concept of learning from a "supply-push" model of "building up an inventory of knowledge in the students' heads" (p. 30) to a "demand-pull" approach that requires students to own their learning processes and pursue learning, based on their needs of the moment, in social and possibly global communities of practice.

At speeds about 10,000 times faster than a typical broadband connection,

the grid could also provide the kind of power needed to transmit holographic images; allow instant online gaming with hundreds of thousands of players; and offer high-definition video telephony for the price of a local call.

“With this kind of computing power, future generations will have the ability to collaborate and communicate in ways older people like me cannot even imagine,”