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Verbalization of how we personally make decisions is a very powerful teaching tool, but it’s useless to lecture about safe and appropriate use when we ourselves might not follow our own rules.

If you're not making mistakes, then you're not doing anything

9. Create environments that help students avoid temptations

Assess children’s understanding of ethical concepts. Do not give technology-use privileges until a student has demonstrated that he or she knows and can apply school policies. Test appropriate use prior to students gaining online access.

Privacy - I will protect my privacy and respect the privacy of others. Property - I will protect my property and respect the property of others. a(P)propriate Use - I will use technology in constructive ways and in ways which do not break the rules of my family, church, school, or government.

About 60 percent said it hindered students’ ability to write and communicate face to face, and almost half said it hurt critical thinking and their ability to do homework.

Other teachers said technology was as much a solution as a problem.

See The Webquest Page or WebQuest.org for endless materials.)

The students that make it into help desk are those who not only enjoy working with technology in an educational context, but have a desire to serve, support and possibly solve problems in the school on a daily basis.

. Aside from simply troubleshooting, our students help their former teachers at the middle and elementary levels as well as create how-to scripts and videos for students, faculty and the Burlington community. Our students have not only helped within the BPS community, but have helped our Tech Team organize two major conferences in the past year:

You can have the most precisely calculated plan in place before you launch, but if you don't have the right support in place, your launch may stumble. I regard our IT department as one of the best I have ever worked with. I say this in all sincerity because I do "work with" this team. These guys not only manage a robust infrastructure, but they take part in the educational conversation and give our staff the best tools to create dynamic, engaging classrooms.

However, we must work to incorporate information and digital literacy standards into the K-12 curriculum as early as possible. Students in Kindergarten should understand what it means to be nice to someone and how that will translate to writing and living on the Web. As students grow up through the educational pathways, they must be exposed to new and emerging technologies as early as possible in a safe, responsible manner. By doing so, we are preparing them for a global economy that requires these skills.

Petabytes allow us to say: "Correlation is enough."

There's no reason to cling to our old ways. It's time to ask: What can science learn from Google?

It's time to ask: What can science learn from Google?

Archaeologists are still excavating Göbekli Tepe and debating its meaning. What they do know is that the site is the most significant in a volley of unexpected findings that have overturned earlier ideas about our species' deep past. Just 20 years ago most researchers believed they knew the time, place, and rough sequence of the Neolithic Revolution—the critical transition that resulted in the birth of agriculture, taking Homo sapiens from scattered groups of hunter-gatherers to farming villages and from there to technologically sophisticated societies with great temples and towers and kings and priests who directed the labor of their subjects and recorded their feats in written form. But in recent years multiple new discoveries, Göbekli Tepe preeminent among them, have begun forcing archaeologists to reconsider. At first the Neolithic Revolution was viewed as a single event—a sudden flash of genius—that occurred in a single location, Mesopotamia, between the Tigris and Euphrates Rivers in what is now southern Iraq, then spread to India, Europe, and beyond. Most archaeologists believed this sudden blossoming of civilization was driven largely by environmental changes: a gradual warming as the Ice Age ended that allowed some people to begin cultivating plants and herding animals in abundance. The new research suggests that the "revolution" was actually carried out by many hands across a huge area and over thousands of years. And it may have been driven not by the environment but by something else entirely.

Most of the world's great religious centers, past and present, have been destinations for pilgrimages

Göbekli Tepe may be the first of all of them, the beginning of a pattern. What it suggests, at least to the archaeologists working there, is that the human sense of the sacred—and the human love of a good spectacle—may have given rise to civilization itself.

n the 1960s archaeologists from the University of Chicago had surveyed the region and concluded that Göbekli Tepe was of little interest. Disturbance was evident at the top of the hill, but they attributed it to the activities of a Byzantine-era military outpo

To Schmidt, the T-shaped pillars are stylized human beings, an idea bolstered by the carved arms that angle from the "shoulders" of some pillars, hands reaching toward their loincloth-draped bellies. The stones face the center of the circle—as at "a meeting or dance," Schmidt says—a representation, perhaps, of a religious ritual. As for the prancing, leaping animals on the figures, he noted that they are mostly deadly creatures: stinging scorpions, charging boars, ferocious lions. The figures represented by the pillars may be guarded by them, or appeasing them, or incorporating them as totems.

nches below the surface the team struck an elaborately fashioned stone. Then another, and another—a ring of standing pillars.

Geomagnetic surveys in 2003 revealed at least 20 rings piled together, higgledy-piggledy, under the earth.

he pillars were big—the tallest are 18 feet in height and weigh 16 tons. Swarming over their surfaces was a menagerie of animal bas-reliefs, each in a different style, some roughly rendered, a few as refined and symbolic as Byzantine art.

The circles follow a common design. All are made from limestone pillars shaped like giant spikes or capital T's.

They hadn't yet mastered engineering." Knoll speculated that the pillars may have been propped up, perhaps by wooden posts.

Within minutes of getting there," Schmidt says, he realized that he was looking at a place where scores or even hundreds of people had worked in millennia past.

Puzzle piled upon puzzle as the excavation continued. For reasons yet unknown, the rings at Göbekli Tepe seem to have regularly lost their power, or at least their charm. Every few decades people buried the pillars and put up new stones—a second, smaller ring, inside the first.

he site may have been built, filled in, and built again for centuries.

Bewilderingly, the people at Göbekli Tepe got steadily worse at temple building.

Finally the effort seems to have petered out altogether by 8200 B.C. Göbekli Tepe was all fall and no rise.