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Showing posts with label technology. Show all posts
Showing posts with label technology. Show all posts

Wednesday, September 30, 2026

The End of Science? Agnosis and American Fascism, by Paul Edwards, Ph.D., September 2026 issue, Science, Technology, & Human Values

Friends,

I urge you to read this deeply concerning and important essay by Dr. Paul N. Edwards, Professor Emeritus of Information, History, and Science and Technology Studies:

Edwards, P. N. (2026). The end of science? Agnosis and American fascism. Science, Technology, & Human Values. https://doi.org/10.1177/01622439261474980 [posted below]

A key term in the title is agnosis, which Edwards uses to describe the deliberate production of ignorance, nonknowledge, or antiknowledge. Just as important is his idea of knowledge infrastructures: the institutions, people, methods, archives, and professional norms that allow societies to produce reliable knowledge over time.

This is what makes the essay so relevant to higher education. Edwards asks us to see attacks on research funding, federal data, scientific expertise, universities, and academic freedom not as isolated developments, but as threats to the very infrastructure through which a democratic society comes to know itself.

That argument resonates strongly with something I have been emphasizing on this blog: academic freedom is part of the infrastructure of civil rights. If we weaken the institutions that produce knowledge about inequality, discrimination, public health, environmental harm, and governmental action, we also weaken our capacity to document injustice and demand accountability.

For good measure, I am cutting and pasting Science and Technology Studies courses offered currently at UT as I fear, based solely on Edwards' essay, that these courses could be at risk of getting cut largely because of their interdisciplinarity and criticality:

STS Coursework at UT Austin
UT Austin features a formal "STS" course designation within its academic catalogs, bridging the liberal arts, social sciences, and technical innovation. Notable options include: [1]
  • STS 318: How We Shape Discoveries and How They Shape Us (examining the cultural and technical complexities of energy, biomedicine, and nanoscience). [1]
  • STS 319: Information Technology and Social Life (analyzing how digital tech mediates work, home, and social structures). [1]
  • STS 332: Nanotechnology and the Science Revolution. [1]
  • STS 380: Proseminar: Current Issues in the Societal Impact of Science and Technology (a graduate-level overview examining science as a human enterprise). [1]

There may be others, but this is what a quick Google search turned up.

The essay is sobering, but Edwards does not end in despair. His call is for scholars and citizens to defend evidence, preserve knowledge, protect institutions, and act.

I couldn't agree more. And it's what we've been doing—and consistently so—here in Texas.

It is a long read, but a very important one.

-Angela Valenzuela


The End of Science? Agnosis and American Fascism by Paul N. Edwards, September 2026 issue, 

Abstract

The Society for Social Studies of Science (4S) annually awards the John Desmond Bernal Prize to one or more individuals who have made distinguished contributions to the field of Science and Technology Studies. Past winners have included founders of the field, along with outstanding scholars who have devoted their careers to understanding the social dimensions of science and technology. This article is the revised text of the 2025 Bernal Lecture by Paul Edwards.

In January 2025, fascists led by Donald Trump took over the United States federal government for the second time. Following the Heritage Foundation blueprint Project 2025, these far-right authoritarians colluded with mega-corporations, billionaires, and white-nationalist Christian evangelicals to disrupt the government, nullify democratic processes, and execute Trump's every whim as “policy.” His regime has successfully (if not entirely) evaded Constitutional checks and balances; manipulated corporate affairs, the US economy, foreign allies, and the entire rules-based world order by means of tariffs, executive orders, extrajudicial killings, threats of force, and war; created a huge, militarized secret police force (Immigration and Customs Enforcement); brought false charges against political opponents to neutralize and punish them; and, resuscitated the 19th-century colonial Monroe Doctrine to license renewed US imperialism. The Trump autocracy has brought major American institutions to their knees, singling out federally funded scientific enterprises and research universities for ideological assault via budget cuts. Incredibly, even as I write, leaders at the highest levels of our government are discussing how to suspend the 2026 elections by declaring a trumped-up national emergency.

These actions and characteristics are hallmarks of fascism, “a system of government marked by centralization of authority under a dictator, a capitalist economy subject to stringent governmental controls, violent suppression of the opposition, and typically a policy of belligerent nationalism and racism” (American Heritage Dictionary, 5th edition). Like many of you, I never imagined the United States would come to this. Naïf that I was, I believed that democratic norms and institutional guardrails would hold. I imagined, even more naively, that science and reason would ultimately prevail. Even as I feared the worst, I secretly hoped that US science and democracy would help steer the world away from a future of dangerous climate change, deadly pandemics, out-of-control artificial intelligence (AI), and ever more destructive wars.

Dear reader, I could not have been more wrong. As I receive with great humility this highest of prizes from the Society for the Social Studies of Science (4S), I can only plead that its namesake J.D. Bernal suffered from the same delusion. In 1939 (of all years), Bernal wrote that “we have in the practice of science the prototype for all human common action. The task which the scientists have undertaken—the understanding and control of nature and of man himself [sic]—is merely the conscious expression of the task of human society….In science men have learned consciously to subordinate themselves to a common purpose” (Bernal 1939). How I wish it were so.

Both that delusion and my fear of its failure arrived early in my life and simultaneously. I spent my teenage years in Staunton, Virginia, a small town of 18,000 in the Shenandoah Valley. It was a differently mediated world then, a world of books, magazines, newspapers, and three television channels. No email, no Internet, no online anything—and not a lot for a young person to do. So, I read, and read, and read. On the stairway landing just outside my bedroom, my parents positioned a bookshelf containing encyclopedias for children and young adults (the Britannica had pride of place in our living room, but that was reserved for school projects). I sat on that landing many nights, paging through the twenty-volume Book of Knowledge and The World Book encyclopedia.

My other love was the science fiction section of the Staunton Public Library. I read nearly every book. Those stories told of technological wonders “indistinguishable from magic,” as Arthur C. Clarke put it in 1962, some of them becoming reality before my bright young eyes. My childhood was the Atomic Age, promising nuclear energy “too cheap to meter,” along with nuclear submarines. Nuclear airplanes! Nuclear refrigerators! And nuclear weapons, too dangerous to use, but too powerful to abandon. I watched the first moon landing on TV at a summer camp in upstate New York. My daydreams were rockets to the stars, but my nightmares were of mushroom clouds rising over distant cities as I desperately sought escape. Computers, robots, and AI abounded in those novels. Miracle machines that could save the world. Or take it over. Or destroy it.

My political coming of age happened around the first Earth Day in 1970. I read my copy of The Environmental Handbook (Bell 1970) until it fell apart. By eighth grade, I had organized a school “Ecology Club” and led my first protest march to a construction site near the school where workers were struggling to ignite downed trees with motor oil, covering the school area with thick smoke.

And there you have my entire career in a nutshell. I became a “professor of world disaster,” as a student affectionately (?) called me. I’ll take the title, thanks.

Thursday, January 15, 2015

A New Kind of Social Anxiety in the Classroom

All of this sounds important.  Based on my own experiences with my own children, family, and friends of family, I can only imagine what the unintended consequences are of technology for children.

Here is another word of caution: Constantly Staring At Your Phone Is Bad For The Spine, Says Study

-Angela

A New Kind of Social Anxiety in the Classroom

Kids who constantly use phones and computers tend to be more nervous in face-to-face conversations. What can teachers do to help?

Giuseppe Milo/Flickr
Stress about a meeting that is still a week away, handwringing before talking to the cashier in the grocery line, worrying about seeing an acquaintance on the street—for people with social anxiety disorder, even the simplest task can prove challenging. The symptoms of social anxiety often set in around adolescence, when people place a new emphasis on social interactions and their place in their peer groups. But some academics fear that greater access to technology could exacerbate social anxiety among teens, particularly as smartphones, tablets, and computers become omnipresent in and out of the classroom. And even though teachers are increasingly exploiting the devices as learning tools, they also play an integral role in stemming the tide of social anxiety.
“If we are glued to technology 24/7, it’s going to have an effect on social skills—it’s just natural,” said Tamyra Pierce, a journalism professor at California State University, Fresno. The clear link between technology and social behavior makes it all the more important that teachers who embrace these devices need to keep students’ social skills in mind.

Continue reading here.

Sunday, June 21, 2009

Castle Statement: Hearing on "The Future of Learning: How Technology Is Transforming Public Schools"

Giving students access to technology is a great thing. What needs to be avoided though is using technology as a solution to ignore capacity issues rather than it being value-added.

-Patricia


Also check out the written testimony.

Education & Labor Republican Press
Tuesday, June 16, 2009

FOR IMMEDIATE RELEASE
June 16, 2009

CONTACT: Alexa Marrero
(202) 225-4527

Opening Statement
of Rep. Mike Castle (R-DE)
Full Committee
Hearing on “The Future of Learning: How Technology Is Transforming
Public Schools”

Good morning and thank you, Chairman
Miller, for holding today’s hearing. I am pleased the Committee is exploring the timely issue of how technology is transforming our nation’s public schools.

More often, people are using different technologies to gather and disseminate information. I believe that in today’s technologically-driven world, states and school districts throughout the country have the opportunity to use these new technologies to improve academic achievement and help America’s children compete in a world where new technology is the norm, not a novelty.

In many instances, this is already happening in schools today. The International Society for Technology in Education and the Consortium for School Networking have studied the impact of technology in schools.

They have found that technology can help students improve in reading, writing, and math.

Technology also can improve a student’s critical thinking, problem solving, and communication skills.

Technology can help children with disabilities interact with their peers and better understand the subject matter. Adaptive technology can also provide accommodations for the assessment process, giving these children the opportunity to learn and achieve – and demonstrate their success – just like anyone else in the class.

Children in remote and rural areas benefit from technology, too. They are no longer limited to the few books available down the road at the county library. Through technology, they now have access to all the libraries in the world, right from their homes.


And for children in rural communities whose schools are not making adequate yearly progress, technology opens up a new world of tutoring options that were not available before the era of the Internet and interactive online learning.

Technology makes more parental options available through Supplemental Educational Services under NCLB to students who might not otherwise have access to them simply because of geography.

But technology helps more than the students.

Studies have shown that administrators can use technology to improve efficiency, productivity, and decision making at their schools.

Technology also helps teachers meet professional requirements so they are qualified in their subjects. They also can use networks to learn and share the latest teaching techniques.

Even parents can benefit. Through Internet-based programs, they can monitor their children’s attendance, homework, and performance.

Technology is a wonderful and necessary addition to schools – but it hasn’t come for free.

Over the years, Congress has provided hundreds of millions of dollars to schools to acquire and use technology. And that’s before the additional funding provided in the recent American Recovery and Reinvestment Act. In fact, in Fiscal Year 2009, the Education Technology State Grant Program received approximately $270 million.

Technology can be a transformative force in our classrooms, and I am a strong supporter of innovation and creativity.

However, as we examine new technologies and hear from this distinguished panel of witnesses on how new technologies may be incorporated into the classroom to improve student achievement, we must remain mindful of these trying economic times and ensure all federal funds for education technology serve a purpose, and improve opportunities for students.

I look forward to learning about what’s happening in classrooms at the cutting edge and hopefully exposing other educators to the types of tools and resources that are
available.

With that, I welcome our witnesses today.
I look forward to hearing your testimony.

Thank you, Chairman Miller. I yield back.

Saturday, January 03, 2009

Texas in danger of losing global race

State must invest now in science and math education

By WILLIAM BRINKLEY, ROBERT CURL and KURT SWOGGER | Houston Chronicle
Dec. 20, 2008

American demand for scientists and engineers is expected to grow four times faster than all other professions over the next decade, according to the U.S. Bureau of Labor Statistics. Yet today, only 5 percent of U.S. college undergraduates earn degrees in science and engineering, whereas in China, 42 percent of students do. In Texas, we rank second in total population of the 50 states, but 29th in the number of scientists and engineers in our work force, and first in the number of high-tech jobs lost between 2000 and 2005.

If Texas is to lead the next frontier — an increasingly technologically advanced, global marketplace — then we must produce a work force prepared to compete, and that begins with world-class math and science education in our state's public schools.

Our first priority must be recruiting, retaining and rewarding teachers, who make the single biggest difference in academic achievement. Not only are highly qualified Texas science and math teachers in short supply today, but we're losing literally thousands each year. In 2007 alone, approximately 4,000 math and science teachers left Texas classrooms, costing our state an estimated $27 million to replace them.

Fortunately, there are programs already proven successful in preventing the loss of highly qualified math and science teachers, such as UTeach (http://uteach.utexas.edu), a teacher training and support program launched at The University of Texas at Austin in 1997. UTeach employs master teachers from around the state to provide real-life experience, guidance and inspiration for science and math majors on the road to becoming teachers both while they're in and once they're out of college.

UTeach is making a quantifiable difference: almost half of UTeach graduates teach in high-need schools, and 80 percent — compared with only 50 percent nationally — are still teaching after five years.

Successful teachers mean successful students, and fortunately, the University of Houston is among three Texas universities preparing to replicate this exceptional program. But Texas should implement proven programs like UTeach — recommended in a 2005 National Academies report for nationwide adoption — at the statewide level, to give our math and science teachers the training and support they need to succeed and stay with teaching.

Secondly, well-designed, effective curricula are necessary to pique and hold students' interest in science and math. Today, not quite one in four Texas high-school graduates is ready for college-level science. Curricula must be relevant and rigorous enough to adequately prepare and inspire students for college. Incentive programs, such as Advanced Placement (AP) Strategies (http://www.apstrategies.org), are also preparing high-school students to enter college and earn a degree by reinforcing strong student and teacher performance with monetary stipends.

The program's success has been dramatic: Here in Houston, participating high schools — with minority enrollment of 93 percent — have experienced a 97 percent increase in passing AP math, science and English scores since the program began two years ago, with passing scores by minority students almost doubling. Texas should expand funding to deliver AP Strategies to all school districts, and to provide the tools needed to help make math and science real for our children.

Third, accountability is key to improving Texas' public education. Our current accountability system is frustratingly complex, using 36 academic measures — many of which don't align with state education goals — to rank districts and schools. A poor use of time for beleaguered school administrators, the current system should be modified so it is not punitive but rather rewards student and school growth and improvement. Texas' accountability system should also recognize schools with students who advance to magnet schools, as well as students who earn commended status — the state's most accurate measure of college-readiness.

Additionally, making educational information systems more transparent will help create a higher level of accountability and, ultimately, better-performing schools.

Finally, implementing a few improvements and then regarding the problem as solved won't do. We need an entity at the state level charged with continuing the process of improving math and science education. A statewide science, technology, engineering and math (STEM) advisory council made up of classroom teachers, school officials, higher-education representatives and industry and governmental leaders from across Texas would continue the work by guiding the implementation of these recommendations, by proposing further improvements, and by advising policymakers and education agencies. Creating a statewide council would not only demonstrate Texas' real commitment to bettering math and science education, but also help coordinate such efforts and produce measurable results.

Texas' public education system has helped develop engineers, scientists and other technology professionals who today help lead highly successful companies here in Texas. In the Houston region, engineering-based corporations such as Dow Chemical understand their future depends upon Texas' next generation of innovators. They continue to be committed to improving science and math education in Texas, and consistently partner with the nonprofit and public sectors to support effective science and math programs. But for public-private collaborations to continue to make a difference, our public schools' math and science education must stay strong, too. The issue is bigger than just business — increasing engineering degrees alone by only 25 percent would add $6 billion to the Texas economy within 15 years.

Next month, Texas legislators will begin deliberating and determining our state's priorities for future funding and support. Our state's success in the next frontier — global competition — centers on world-class math and science education. We urge Texas lawmakers to take this opportunity to raise the bar high in these critical areas. We must invest now, or later pay the price of being left behind.

The Academy of Medicine, Engineering and Science of Texas — made up of Texas' Nobel Laureates and National Academies members — has proposed four practical, actionable recommendations for state leaders to adopt, putting Texas on the path to world-class math and science education for our children, and a prosperous future for our state. For more information, visit www.tamest.org/education.

Brinkley is senior vice president for graduate sciences/dean, Graduate School of Biomedical Science, Baylor College of Medicine; Curl is the Kenneth S. Pitzer-Schlumberger Professor of Natural Sciences, university professor emeritus, Rice University; and Swogger is executive vice president, Planned Innovation Institute.

Thursday, September 11, 2008

At School, Technology Starts to Turn a Corner

This is pretty cool. Even better would be to provide students and families accessibility to computers outside of school, too.
-Patricia


By STEVE LOHR | NY Times
Published: August 16, 2008

COUNT me a technological optimist, but I have always thought that the people who advocate putting computers in classrooms as a way to transform education were well intentioned but wide of the mark. It’s not the problem, and it’s not the answer.

Yet as a new school year begins, the time may have come to reconsider how large a role technology can play in changing education. There are promising examples, both in the United States and abroad, and they share some characteristics. The ratio of computers to pupils is one to one. Technology isn’t off in a computer lab. Computing is an integral tool in all disciplines, always at the ready.

Web-based education software has matured in the last few years, so that students, teachers and families can be linked through networks. Until recently, computing in the classroom amounted to students doing Internet searches, sending e-mail and mastering word processing, presentation programs and spreadsheets. That’s useful stuff, to be sure, but not something that alters how schools work.

The new Web education networks can open the door to broader changes. Parents become more engaged because they can monitor their children’s attendance, punctuality, homework and performance, and can get tips for helping them at home. Teachers can share methods, lesson plans and online curriculum materials.

In the classroom, the emphasis can shift to project-based learning, a real break with the textbook-and-lecture model of education. In a high school class, a project might begin with a hypothetical letter from the White House that says oil prices are spiking, the economy is faltering and the president’s poll numbers are falling. The assignment would be to devise a new energy policy in two weeks. The shared Web space for the project, for example, would include the White House letter, the sources the students must consult, their work plan and timetable, assignments for each student, the assessment criteria for their grades and, eventually, the paper the team delivers. Oral presentations would be required.

The project-based approach, some educators say, encourages active learning and produces better performance in class and on standardized tests.

The educational bottom line, it seems, is that while computer technology has matured and become more affordable, the most significant development has been a deeper understanding of how to use the technology.

“Unless you change how you teach and how kids work, new technology is not really going to make a difference,” said Bob Pearlman, a former teacher who is the director of strategic planning for the New Technology Foundation, a nonprofit organization.

The foundation, based in Napa, Calif., has developed a model for project-based teaching and is at the forefront of the drive for technology-enabled reform of education. Forty-two schools in nine states are trying the foundation’s model, and their numbers are growing rapidly.

Behind the efforts, of course, are concerns that K-12 public schools are falling short in preparing students for the twin challenges of globalization and technological change. Worries about the nation’s future competitiveness led to the creation in 2002 of the Partnership for 21st Century Skills, a coalition whose members include the Department of Education and technology companies like Apple, Cisco Systems, Dell and Microsoft.

The government-industry partnership identifies a set of skills that mirror those that the New Technology Foundation model is meant to nurture. Those skills include collaboration, systems thinking, self-direction and communication, both online and in person.

State officials in Indiana took a look at the foundation’s model and offered travel grants for local teachers and administrators to visit its schools in California. Sally Nichols, an English teacher, came away impressed and signed up for the new project-based teaching program at her school, Decatur Central High School in Indianapolis.

Last year, Ms. Nichols and another teacher taught a biology and literature class for freshmen. (Cross-disciplinary courses are common in the New Technology model.) Typically, half of freshmen fail biology, but under the project-based model the failure rate was cut in half.

“There’s a lot of ownership by the kids in their work instead of teachers lecturing and being the givers of all knowledge,” Ms. Nichols explained. “The classes are just much more alive. They don’t sleep in class.”

IN Indiana, the number of schools using the foundation model will increase to six this year, and an additional dozen communities have signed up for the next year, said David Shane, a member of the state board of education. “It’s caught fire in Indiana, and we’ve got to have this kind of education to prepare our young people for the future in a global economy that is immersed in technology.”

The extra cost for schools that have adopted the New Technology model is about $1,000 per student a year, once a school is set up, says Mr. Pearlman of the foundation. After the first three years, the extra cost should decline considerably, he said.

In England, where the government has promoted technology in schools for a decade, the experiment with technology-driven change in education is further along.

Five years ago, the government gave computers to students at two schools in high-crime neighborhoods in Birmingham. For the students, a Web-based portal is the virtual doorway for assignments, school social activities, online mentoring, discussion groups and e-mail. Even students who are suspended from school for a few days beg not to lose their access to the portal, says Sir Mark Grundy, 49, the executive principal of Shireland Collegiate Academy and the George Salter Collegiate Academy. Today, the schools are among the top in the nation in yearly improvements in students’ performance in reading and math tests.

Sir Mark says he is convinced that advances in computing, combined with improved understanding of how to tailor the technology to different students, can help transform education.

“This is the best Trojan horse for causing change in schools that I have ever seen,” he said.

Saturday, August 09, 2008

Ariz. educators embrace trend of technology in their curriculum

by Megan Gordon - Aug. 6, 2008 12:00 AM
The Arizona Republic

Just two decades ago, many schools had only a few computers and taught lessons about typing. But Monday marked a drastic change for Arizona schools as one of the first K-5 technology academies opened its doors to students.

Scales Technology Academy in Tempe boasts a 1-1 ratio of students to laptop computers. The school's principal, David Diokno, said it is the first Arizona elementary school to do so. The Arizona Department of Education does not track such information.

"We saw that there was a need that was expressed by parents in our district," Diokno said. "We did a lot of research, and now we're opening a brand-new school with close to 600 students."

The academy is part of a growing trend within state districts to incorporate technology into classrooms. Almost every school district has some ban on tech toys that many say interfere with classroom discipline, such as cellphones and iPods. Recently, many of these districts are using some of the banned technology as a way to educate students in the classroom.

"A lot of our classrooms use Smart Boards," said Kristen Landry, Madison Elementary School District marketing and communication director. "The computer image is projected onto a screen. The students can go up to the screen and touch it. It's almost like the iPhone."

Smart Board is a product many districts around the Valley have integrated into classrooms. This interactive white board combines the uses of overheads, scanners, projectors and the Internet into one system. It can cost upwards of $5,000 to install one Smart Board.

"I truly believe Smart Boards can be used in every single classroom subject," said Diokno, whose school has the board in every class. "Almost any subject you can think of can be enhanced through the power of the interactive white board."

Other tech toys that districts use are Nintendo Wii for fitness and education games, podcasts and Internet resources such as YouTube and Google Earth. VoiceThread is a Web site that allows teachers to upload classroom videos for students to comment on.

"I can put a picture or a video of something that is going on in our class on (the site) and after, kids can plug a microphone into the computer and add comments or thoughts verbally," said John Enright, a second-grade teacher at Madison Rose Lane Elementary School in Phoenix. "It's kind of like graffiti or message board. It's one way that I can assess kids who have trouble learning in the written form."

With all the new technology, some parents are worried that it has become a "convenient curriculum."

"It's made things way too easy for assignments. It's too cosmetic and too easy," said Chandler resident David Harbster, a parent of two grown children. "To me, the computer is just a very big fancy filing cabinet. I think we need to slow this baby down. It's a two-dimensional space on a computer, but we live in a three-dimensional world."

Harbster said he agrees that technology is a good learning tool but believes that many schools are overusing it.

"It's almost become a video drug," he said. "I think it's becoming, "How much we can do?' rather than asking what the real benefits of this technology are. It's very seductive, and it's designed to be that way. And schools are trying to stay ahead as best they can, but it's too much."

Diokno said Scales Technology Academy stresses Tempe Elementary School District's curriculum standards but uses technology to enhance the learning process.

"We're not going to be only about technology. We're going to infuse it into the curriculum," he said. "Our kids are in the digital age. So now we are enhancing our curriculum through the infusion of technology. It's an added resource."

Many teachers and districts are at different stages of the implementation of technology in the classroom. Although it may be challenging and time-consuming to keep up with new technology uses, Madison teacher Enright said it is how children learn.

"I think the imagery we use with technology is really a more effective way to teach kids than simply telling them something," he said. "The bonus is a lot of those materials are interactive, which is a better model of teaching."

Tuesday, August 05, 2008

Literacy Debate: Online, R U Really Reading?

By MOTOKO RICH | NY Times
July 27, 2008
By MOTOKO RICH

BEREA, Ohio — Books are not Nadia Konyk’s thing. Her mother, hoping to entice her, brings them home from the library, but Nadia rarely shows an interest.

Instead, like so many other teenagers, Nadia, 15, is addicted to the Internet. She regularly spends at least six hours a day in front of the computer here in this suburb southwest of Cleveland.

A slender, chatty blonde who wears black-framed plastic glasses, Nadia checks her e-mail and peruses myyearbook.com, a social networking site, reading messages or posting updates on her mood. She searches for music videos on YouTube and logs onto Gaia Online, a role-playing site where members fashion alternate identities as cutesy cartoon characters. But she spends most of her time on quizilla.com or fanfiction.net, reading and commenting on stories written by other users and based on books, television shows or movies.

Her mother, Deborah Konyk, would prefer that Nadia, who gets A’s and B’s at school, read books for a change. But at this point, Ms. Konyk said, “I’m just pleased that she reads something anymore.”

Children like Nadia lie at the heart of a passionate debate about just what it means to read in the digital age. The discussion is playing out among educational policy makers and reading experts around the world, and within groups like the National Council of Teachers of English and the International Reading Association.

As teenagers’ scores on standardized reading tests have declined or stagnated, some argue that the hours spent prowling the Internet are the enemy of reading — diminishing literacy, wrecking attention spans and destroying a precious common culture that exists only through the reading of books.

But others say the Internet has created a new kind of reading, one that schools and society should not discount. The Web inspires a teenager like Nadia, who might otherwise spend most of her leisure time watching television, to read and write.

Even accomplished book readers like Zachary Sims, 18, of Old Greenwich, Conn., crave the ability to quickly find different points of view on a subject and converse with others online. Some children with dyslexia or other learning difficulties, like Hunter Gaudet, 16, of Somers, Conn., have found it far more comfortable to search and read online.

At least since the invention of television, critics have warned that electronic media would destroy reading. What is different now, some literacy experts say, is that spending time on the Web, whether it is looking up something on Google or even britneyspears.org, entails some engagement with text.

Setting Expectations

Few who believe in the potential of the Web deny the value of books. But they argue that it is unrealistic to expect all children to read “To Kill a Mockingbird” or “Pride and Prejudice” for fun. And those who prefer staring at a television or mashing buttons on a game console, they say, can still benefit from reading on the Internet. In fact, some literacy experts say that online reading skills will help children fare better when they begin looking for digital-age jobs.

Some Web evangelists say children should be evaluated for their proficiency on the Internet just as they are tested on their print reading comprehension. Starting next year, some countries will participate in new international assessments of digital literacy, but the United States, for now, will not.

Clearly, reading in print and on the Internet are different. On paper, text has a predetermined beginning, middle and end, where readers focus for a sustained period on one author’s vision. On the Internet, readers skate through cyberspace at will and, in effect, compose their own beginnings, middles and ends.

Young people “aren’t as troubled as some of us older folks are by reading that doesn’t go in a line,” said Rand J. Spiro, a professor of educational psychology at Michigan State University who is studying reading practices on the Internet. “That’s a good thing because the world doesn’t go in a line, and the world isn’t organized into separate compartments or chapters.”

Some traditionalists warn that digital reading is the intellectual equivalent of empty calories. Often, they argue, writers on the Internet employ a cryptic argot that vexes teachers and parents. Zigzagging through a cornucopia of words, pictures, video and sounds, they say, distracts more than strengthens readers. And many youths spend most of their time on the Internet playing games or sending instant messages, activities that involve minimal reading at best.

Last fall the National Endowment for the Arts issued a sobering report linking flat or declining national reading test scores among teenagers with the slump in the proportion of adolescents who said they read for fun.

According to Department of Education data cited in the report, just over a fifth of 17-year-olds said they read almost every day for fun in 2004, down from nearly a third in 1984. Nineteen percent of 17-year-olds said they never or hardly ever read for fun in 2004, up from 9 percent in 1984. (It was unclear whether they thought of what they did on the Internet as “reading.”)

“Whatever the benefits of newer electronic media,” Dana Gioia, the chairman of the N.E.A., wrote in the report’s introduction, “they provide no measurable substitute for the intellectual and personal development initiated and sustained by frequent reading.”

Children are clearly spending more time on the Internet. In a study of 2,032 representative 8- to 18-year-olds, the Kaiser Family Foundation found that nearly half used the Internet on a typical day in 2004, up from just under a quarter in 1999. The average time these children spent online on a typical day rose to one hour and 41 minutes in 2004, from 46 minutes in 1999.

The question of how to value different kinds of reading is complicated because people read for many reasons. There is the level required of daily life — to follow the instructions in a manual or to analyze a mortgage contract. Then there is a more sophisticated level that opens the doors to elite education and professions. And, of course, people read for entertainment, as well as for intellectual or emotional rewards.

It is perhaps that final purpose that book champions emphasize the most.

“Learning is not to be found on a printout,” David McCullough, the Pulitzer Prize-winning biographer, said in a commencement address at Boston College in May. “It’s not on call at the touch of the finger. Learning is acquired mainly from books, and most readily from great books.”

What’s Best for Nadia?

Deborah Konyk always believed it was essential for Nadia and her 8-year-old sister, Yashca, to read books. She regularly read aloud to the girls and took them to library story hours.

“Reading opens up doors to places that you probably will never get to visit in your lifetime, to cultures, to worlds, to people,” Ms. Konyk said.

Ms. Konyk, who took a part-time job at a dollar store chain a year and a half ago, said she did not have much time to read books herself. There are few books in the house. But after Yashca was born, Ms. Konyk spent the baby’s nap time reading the Harry Potter novels to Nadia, and she regularly brought home new titles from the library.

Despite these efforts, Nadia never became a big reader. Instead, she became obsessed with Japanese anime cartoons on television and comics like “Sailor Moon.” Then, when she was in the sixth grade, the family bought its first computer. When a friend introduced Nadia to fanfiction.net, she turned off the television and started reading online.

Now she regularly reads stories that run as long as 45 Web pages. Many of them have elliptical plots and are sprinkled with spelling and grammatical errors. One of her recent favorites was “My absolutely, perfect normal life ... ARE YOU CRAZY? NOT!,” a story based on the anime series “Beyblade.”

In one scene the narrator, Aries, hitches a ride with some masked men and one of them pulls a knife on her. “Just then I notice (Like finally) something sharp right in front of me,” Aries writes. “I gladly took it just like that until something terrible happen ....”

Nadia said she preferred reading stories online because “you could add your own character and twist it the way you want it to be.”

“So like in the book somebody could die,” she continued, “but you could make it so that person doesn’t die or make it so like somebody else dies who you don’t like.”

Nadia also writes her own stories. She posted “Dieing Isn’t Always Bad,” about a girl who comes back to life as half cat, half human, on both fanfiction.net and quizilla.com.

Nadia said she wanted to major in English at college and someday hopes to be published. She does not see a problem with reading few books. “No one’s ever said you should read more books to get into college,” she said.

The simplest argument for why children should read in their leisure time is that it makes them better readers. According to federal statistics, students who say they read for fun once a day score significantly higher on reading tests than those who say they never do.

Reading skills are also valued by employers. A 2006 survey by the Conference Board, which conducts research for business leaders, found that nearly 90 percent of employers rated “reading comprehension” as “very important” for workers with bachelor’s degrees. Department of Education statistics also show that those who score higher on reading tests tend to earn higher incomes.

Critics of reading on the Internet say they see no evidence that increased Web activity improves reading achievement. “What we are losing in this country and presumably around the world is the sustained, focused, linear attention developed by reading,” said Mr. Gioia of the N.E.A. “I would believe people who tell me that the Internet develops reading if I did not see such a universal decline in reading ability and reading comprehension on virtually all tests.”

Nicholas Carr sounded a similar note in “Is Google Making Us Stupid?” in the current issue of the Atlantic magazine. Warning that the Web was changing the way he — and others — think, he suggested that the effects of Internet reading extended beyond the falling test scores of adolescence. “What the Net seems to be doing is chipping away my capacity for concentration and contemplation,” he wrote, confessing that he now found it difficult to read long books.

Literacy specialists are just beginning to investigate how reading on the Internet affects reading skills. A recent study of more than 700 low-income, mostly Hispanic and black sixth through 10th graders in Detroit found that those students read more on the Web than in any other medium, though they also read books. The only kind of reading that related to higher academic performance was frequent novel reading, which predicted better grades in English class and higher overall grade point averages.

Elizabeth Birr Moje, a professor at the University of Michigan who led the study, said novel reading was similar to what schools demand already. But on the Internet, she said, students are developing new reading skills that are neither taught nor evaluated in school.

One early study showed that giving home Internet access to low-income students appeared to improve standardized reading test scores and school grades. “These were kids who would typically not be reading in their free time,” said Linda A. Jackson, a psychology professor at Michigan State who led the research. “Once they’re on the Internet, they’re reading.”

Neurological studies show that learning to read changes the brain’s circuitry. Scientists speculate that reading on the Internet may also affect the brain’s hard wiring in a way that is different from book reading.

“The question is, does it change your brain in some beneficial way?” said Guinevere F. Eden, director of the Center for the Study of Learning at Georgetown University. “The brain is malleable and adapts to its environment. Whatever the pressures are on us to succeed, our brain will try and deal with it.”

Some scientists worry that the fractured experience typical of the Internet could rob developing readers of crucial skills. “Reading a book, and taking the time to ruminate and make inferences and engage the imaginational processing, is more cognitively enriching, without doubt, than the short little bits that you might get if you’re into the 30-second digital mode,” said Ken Pugh, a cognitive neuroscientist at Yale who has studied brain scans of children reading.

But This Is Reading Too

Web proponents believe that strong readers on the Web may eventually surpass those who rely on books. Reading five Web sites, an op-ed article and a blog post or two, experts say, can be more enriching than reading one book.

“It takes a long time to read a 400-page book,” said Mr. Spiro of Michigan State. “In a tenth of the time,” he said, the Internet allows a reader to “cover a lot more of the topic from different points of view.”

Zachary Sims, the Old Greenwich, Conn., teenager, often stays awake until 2 or 3 in the morning reading articles about technology or politics — his current passions — on up to 100 Web sites.

“On the Internet, you can hear from a bunch of people,” said Zachary, who will attend Columbia University this fall. “They may not be pedigreed academics. They may be someone in their shed with a conspiracy theory. But you would weigh that.”

Though he also likes to read books (earlier this year he finished, and loved, “The Fountainhead” by Ayn Rand), Zachary craves interaction with fellow readers on the Internet. “The Web is more about a conversation,” he said. “Books are more one-way.”

The kinds of skills Zachary has developed — locating information quickly and accurately, corroborating findings on multiple sites — may seem obvious to heavy Web users. But the skills can be cognitively demanding.

Web readers are persistently weak at judging whether information is trustworthy. In one study, Donald J. Leu, who researches literacy and technology at the University of Connecticut, asked 48 students to look at a spoof Web site (http://zapatopi.net/treeoctopus/) about a mythical species known as the “Pacific Northwest tree octopus.” Nearly 90 percent of them missed the joke and deemed the site a reliable source.

Some literacy experts say that reading itself should be redefined. Interpreting videos or pictures, they say, may be as important a skill as analyzing a novel or a poem.

“Kids are using sound and images so they have a world of ideas to put together that aren’t necessarily language oriented,” said Donna E. Alvermann, a professor of language and literacy education at the University of Georgia. “Books aren’t out of the picture, but they’re only one way of experiencing information in the world today.”

A Lifelong Struggle

In the case of Hunter Gaudet, the Internet has helped him feel more comfortable with a new kind of reading. A varsity lacrosse player in Somers, Conn., Hunter has struggled most of his life to read. After learning he was dyslexic in the second grade, he was placed in special education classes and a tutor came to his home three hours a week. When he entered high school, he dropped the special education classes, but he still reads books only when forced, he said.

In a book, “they go through a lot of details that aren’t really needed,” Hunter said. “Online just gives you what you need, nothing more or less.”

When researching the 19th-century Chief Justice Roger B. Taney for one class, he typed Taney’s name into Google and scanned the Wikipedia entry and other biographical sites. Instead of reading an entire page, he would type in a search word like “college” to find Taney’s alma mater, assembling his information nugget by nugget.

Experts on reading difficulties suggest that for struggling readers, the Web may be a better way to glean information. “When you read online there are always graphics,” said Sally Shaywitz, the author of “Overcoming Dyslexia” and a Yale professor. “I think it’s just more comfortable and — I hate to say easier — but it more meets the needs of somebody who might not be a fluent reader.”

Karen Gaudet, Hunter’s mother, a regional manager for a retail chain who said she read two or three business books a week, hopes Hunter will eventually discover a love for books. But she is confident that he has the reading skills he needs to succeed.

“Based on where technology is going and the world is going,” she said, “he’s going to be able to leverage it.”

When he was in seventh grade, Hunter was one of 89 students who participated in a study comparing performance on traditional state reading tests with a specially designed Internet reading test. Hunter, who scored in the lowest 10 percent on the traditional test, spent 12 weeks learning how to use the Web for a science class before taking the Internet test. It was composed of three sets of directions asking the students to search for information online, determine which sites were reliable and explain their reasoning.

Hunter scored in the top quartile. In fact, about a third of the students in the study, led by Professor Leu, scored below average on traditional reading tests but did well on the Internet assessment.

The Testing Debate

To date, there have been few large-scale appraisals of Web skills. The Educational Testing Service, which administers the SAT, has developed a digital literacy test known as iSkills that requires students to solve informational problems by searching for answers on the Web. About 80 colleges and a handful of high schools have administered the test so far.

But according to Stephen Denis, product manager at ETS, of the more than 20,000 students who have taken the iSkills test since 2006, only 39 percent of four-year college freshmen achieved a score that represented “core functional levels” in Internet literacy.

Now some literacy experts want the federal tests known as the nation’s report card to include a digital reading component. So far, the traditionalists have held sway: The next round, to be administered to fourth and eighth graders in 2009, will test only print reading comprehension.

Mary Crovo of the National Assessment Governing Board, which creates policies for the national tests, said several members of a committee that sets guidelines for the reading tests believed large numbers of low-income and rural students might not have regular Internet access, rendering measurements of their online skills unfair.

Some simply argue that reading on the Internet is not something that needs to be tested — or taught.

“Nobody has taught a single kid to text message,” said Carol Jago of the National Council of Teachers of English and a member of the testing guidelines committee. “Kids are smart. When they want to do something, schools don’t have to get involved.”

Michael L. Kamil, a professor of education at Stanford who lobbied for an Internet component as chairman of the reading test guidelines committee, disagreed. Students “are going to grow up having to be highly competent on the Internet,” he said. “There’s no reason to make them discover how to be highly competent if we can teach them.”

The United States is diverging from the policies of some other countries. Next year, for the first time, the Organization for Economic Cooperation and Development, which administers reading, math and science tests to a sample of 15-year-old students in more than 50 countries, will add an electronic reading component. The United States, among other countries, will not participate. A spokeswoman for the Institute of Education Sciences, the research arm of the Department of Education, said an additional test would overburden schools.

Even those who are most concerned about the preservation of books acknowledge that children need a range of reading experiences. “Some of it is the informal reading they get in e-mails or on Web sites,” said Gay Ivey, a professor at James Madison University who focuses on adolescent literacy. “I think they need it all.”

Web junkies can occasionally be swept up in a book. After Nadia read Elie Wiesel’s Holocaust memoir “Night” in her freshman English class, Ms. Konyk brought home another Holocaust memoir, “I Have Lived a Thousand Years,” by Livia Bitton-Jackson.

Nadia was riveted by heartbreaking details of life in the concentration camps. “I was trying to imagine this and I was like, I can’t do this,” she said. “It was just so — wow.”

Hoping to keep up the momentum, Ms. Konyk brought home another book, “Silverboy,” a fantasy novel. Nadia made it through one chapter before she got engrossed in the Internet fan fiction again.

Sunday, July 27, 2008

More Shop, Get News Online -- Yet Digital Divide Widens

Check out the full report: PPIC Statewide Survey: Californians and Information Technology

-Patricia


As Californians Broaden Use of Web, Latino and Low-income Residents Left Behind

SAN FRANCISCO, California, June 25, 2008 — At least half of Californians go online to get news, make purchases, look for health information, or visit government websites. But as the state’s residents integrate the Internet into their daily lives, there are signs that the digital divide is widening for some groups, particularly Latino and low-income residents. These are among the key findings in a statewide survey released today by the Public Policy Institute of California (PPIC) in collaboration with the California Emerging Technology Fund.

Californians value access to the web: Nearly all Internet users (92%) say it is at least somewhat important in everyday life, and even 56 percent of those who don’t go online agree. But disparities in Californians’ use of technology reveal a digital divide: Residents who are white, black, or over age 55 have significantly increased their use of computers and the Internet since 2000, while Latinos, Asians, and low-income residents have not.

“Many Californians go online to research the decisions they make as voters, taxpayers, and consumers,” says Mark Baldassare, PPIC president and CEO. “Yet there are tremendous differences in access to critical information that put many at a disadvantage in their everyday lives. At a time when technology’s role is growing and in a state that has led the way, this poses a major policy challenge.”

Computer Use Similar in California and Nation

Three in four Californians (75%) use a computer at home, school, or work, a statistic that has held steady since 2000. A 2008 survey by the Pew Internet & American Life Project found similar results (74%) nationwide. The percentage of Californians who use the Internet has increased since 2000, from 65 percent to 70 percent. Today, Californians and adults across the nation are equally likely to have Internet access at home (63% vs. 62% in the 2008 Pew survey) and a broadband connection (55% each).

White, Black, Older Californians Increase Use

Differences emerge in the way demographic groups use technology.

* Race/ethnicity: Since 2000, computer use has grown among whites (79% to 85%) and blacks (76% to 83%), as has Internet use (70% to 81% for whites, 60% to 82% for blacks). Among Latinos, computer use has declined (64% to 58%) and Internet use is unchanged (47% to 48%). Asians have seen declines in both their use of computers (91% to 81%) and the Internet (84% to 80%).
* Age and income: Internet use has grown sharply among those age 55 and older (42% to 58%), but not among adults with household incomes less than $40,000 (47% to 49%). Adults under age 35 are more likely to use the Internet (78%) than older adults. Almost all adults with household incomes of $80,000 or more use computers (94%) and the Internet (92%).

Fewer Latinos Have Computers, Web Access at Home

A digital divide is also apparent among ethnic/racial groups, income levels, and regions when comparing rates of computer ownership, Internet access, and broadband connections at home.

* Race/ethnicity: Less than half of Latinos (48%) have a home computer compared to about eight in 10 or more for whites (86%), Asians (84%), and blacks (79%). Just four in 10 Latinos (40%) have Internet access and a third (34%) broadband connection at home. In contrast, majorities in other racial or ethnic groups have both Internet access and broadband.
* Income: Among households with incomes under $40,000, half have home computers, but only four in 10 (40%) have home Internet access and just a third (33%) have broadband. At higher income levels, overwhelming majorities of Californians have home computers, Internet access, and broadband.
* Region: Majorities in each region of the state say they have home computers and Internet access, but Los Angeles residents report lower rates of broadband connection (48%) than residents in the San Francisco Bay Area (65%), Orange County/San Diego (58%), Inland Empire (56%), and Central Valley (53%). Rural residents are somewhat less likely than urban residents to have a computer (65% vs. 73%), Internet connection (58% vs. 63%), or broadband (51% vs. 56%).

What Are Californians Doing Online?

Californians are far more likely than they were in 1999 (PPIC Statewide Survey: Californians and Their Government, September 1999) to report that they go online to shop (52% vs. 30% in 1999) or get news about current events (55% vs. 43% in 1999), and slightly more likely to seek information about their work or jobs (49% vs. 45% in 1999). Half of Californians (50%) look for health information online or visit government websites. Less than half (47%) bank or manage finances online or look for community events and activities (47%). Fewer go online to use government resources, such as downloading forms (43%); get housing or real estate information (40%); engage in education activities, such as taking a class (27%); or use social networking sites (26%), such as Facebook, MySpace, or LinkedIn.

Stark differences emerge in the way demographic groups use the Internet. Latinos are more likely than they were in 1999 to go online for news (35% vs. 28%), but far less likely to do so than whites (67%), blacks (62%), and Asians (61%). Comparing age groups, most people under age 35 (62%) and between ages 35 and 54 (61%) get news online, compared to 41 percent of residents age 55 and older.

While more Latinos report shopping on the web today (29% vs. 16% in 1999), they are far less likely than whites (67%), blacks (63%), or Asians (58%) to research or make purchases online. Among other differences:

* Health information: While half of Californians say they get health information online, lower income adults (30%) and Latinos (31%) are the least likely to do so.
* Social networking: Half of residents under age 35 use social networking sites, compared to 20 percent in the 35-54 age group and 8 percent of adults over age 55.
* School websites: More than half of parents (56%) visit their children’s school websites. However, only 30 percent of those with household incomes under $40,000 do so, compared to 84 percent of those with incomes of $80,000 or more.

Who’s Texting?
Some experts have suggested that mobile devices may be the platform to bridge the digital divide because a phone and service plan costs less than a computer and Internet connection. In California, 75 percent of all adults and solid majorities in all demographic categories have cell phones. Whites (83%) and blacks (78%) are more likely than Asians (72%) and Latinos (63%) to have cell phones.



Nearly six in 10 use their cell phones to send or receive text messages, and younger residents (87%) are the most likely to do so. They are also most likely to use their cell phones for email or to access the Internet. Overall, one in four Californians uses cell phones for email (26%) or to go online (25%).

More Key Findings:

* More have DSL connections – Page 12
To access the Internet, 29 percent have DSL, 19 percent have cable modems, 5 percent have wireless, and 2 percent have fiber optic or T-1 connections. Just 7 percent have dial-up connections.
* Most say cities should provide free wireless – Page 19
As local governments consider the benefits and difficulties of providing free wireless Internet access, 67 percent of Californians say it is a good idea and 26 percent say it is a bad one.
* Comfort with technology, worries about security – Pages 20, 21
Internet users are comfortable using technology but less confident that they can keep viruses and spyware out of their computers. They’re even less confident about the security and privacy of financial transactions online.
* Californians concerned about digital divide – Page 22
Two-thirds (65%) think Californians in lower-income areas are less likely to have broadband Internet access, and nearly as many (62%) are at least somewhat concerned about the disparities.

About the Survey

This is the first survey in a series on public opinion and information technology conducted with funding from the California Emerging Technology Fund (CETF) and ZeroDivide. The report is based on a telephone survey of 2,503 California adult residents, including 2,253 interviewed on landline telephones and 250 on cell phones, conducted between June 3 and June 17, 2008. Interviews were conducted in English, Spanish, Chinese (Mandarin or Cantonese), Vietnamese, and Korean. The sampling error for the 2,503 adults is +/- 2%. The sampling error for subgroups is larger. For more information on methodology, see page 25.

Mark Baldassare is president and CEO of PPIC, where he holds the Arjay and Frances Fearing Miller Chair in Public Policy. He is founder of the PPIC Statewide Survey which he has directed since 1998. This is the 87th PPIC Statewide Survey in a series that has generated a database that includes the responses of more than 185,000 Californians.

PPIC is a private, nonprofit organization dedicated to informing and improving public policy in California through independent, objective, nonpartisan research on major economic, social, and political issues. The institute was established in 1994 with an endowment from William R. Hewlett. PPIC does not take or support positions on any ballot measure or on any local, state, or federal legislation, nor does it endorse, support, or oppose any political parties or candidates for public office.

Saturday, July 19, 2008

Educators wrestle with digital-equity challenges

An important mention of the "essential conditions" for digital inclusion by UT's Paul Resta:

(1) basic literacy skills
(2) access to information and communications technology (ICT) devices, software, and connectivity
(3) access to culturally relevant content in the student's local language
(4) the ability to create, share, and exchange digital content
(5) access to educators who know how to use digital tools and resources in pedagogically sound ways
(6) access to effective leadership in policy and planning.

-Patricia



By Dennis Pierce, Managing Editor, eSchool News
July 7, 2008

Summit addresses key question: How to ensure access to digital learning opportunities for all students


Despite gains in the number of households that are online and the number of computing devices in the hands of students, making sure all learners have equitable access to technology resources continues to be a challenge in the United States and worldwide, said panelists at a recent summit.

"We've made a lot of progress, but we've got a lot more work to do," said Link Hoewing, vice president of internet and technology policy for Verizon Communications.

Hoewing was speaking at a Digital Equity Summit held July 1 at the National Educational Computing Conference in San Antonio, Texas, where participants discussed ways to close the gaps between those who have easy access to digital tools and resources and those who don't.

Students who lack this access to technology are at a disadvantage, ed-tech advocates say, because they are missing out on opportunities to learn and to become participants in an increasingly digital workforce and society.

At the summit, panelists shared the latest research on digital inequities in the United States and abroad, as well as possible solutions. One thing they agreed on was that the nature of the problem appears to be changing--and policy makers and education leaders must expand how they view and respond to this challenge in turn.

Thanks to a program in Brazil through which the government offers special-finance loans for people to buy computers, an estimated 36 million Brazilian children reportedly will be using Linux-based machines by the end of this year. Low-cost laptops such as Intel's Classmate PC and the One Laptop Per Child Foundation's XO computer have reached nearly a million students worldwide. And cell-phone use in Africa has exploded in the last few years; coupled with the convergence in wireless devices, this trend has important implications for students in developing countries.

Yet, while there are many more digital devices now available to students, there seems to be a narrowing of the content they can use, said Joyce Pittman, director of the Center for Learning and Teaching with Technology at United Arab Emirates University.

Paul E. Resta, director of the University of Texas at Austin's Learning Technology Center, framed the digital-equity challenge as one of providing not just technologies, but "digital opportunities," for students.

"The digital divide is traditionally defined in terms of internet access," he said, "but it is really part of a broader divide that contributes to the social and economic exclusion of people."

Resta listed six things that he called "essential conditions" for digital inclusion: (1) basic literacy skills; (2) access to information and communications technology (ICT) devices, software, and connectivity; (3) access to culturally relevant content in the student's local language; (4) the ability to create, share, and exchange digital content; (5) access to educators who know how to use digital tools and resources in pedagogically sound ways; and (6) access to effective leadership in policy and planning.

n other words, closing the so-called digital divide is about much more than providing access to computers and the internet, he said; it's about providing all the opportunities for learning that technology affords.

"The digital divide helps widen an even more alarming problem," Resta said--"the knowledge divide."

There are significant efforts under way to provide access not just to digital tools and devices, but also to digital content. The emergence of open educational resources, such as the Massachusetts Institute of Technology's OpenCourseWare project, and the rapid growth of digital libraries such as Google's book-scanning project are a few examples.

Yet, the amount of digital content that is available only in English is still overwhelming. Eighty percent of the web sites on the internet are in English, but only 10 percent of the world's population understands English, said Laura Sujo de Montes, educational technology program coordinator for New Mexico State University.

Besides needing content that is easily accessible, students and families on the wrong side of the digital divide also need training in how to use technology tools and resources.

Ashanti Jefferson, technology integration senior analyst for the Chicago Public Schools (CPS), talked about a program in her district that addresses this need. CPS has teamed up with Intel Corp. to offer free technology literacy tutorials that are available online in multiple languages through a low-bandwidth internet connection. These free tutorials work on multiple computing platforms and include resources for parents as well as students, Jefferson said.

‘Thrashing around'

Even though a growing number of students now have access to computers, software, and the internet both in the United States and abroad, there is still a great deal of work to be done in this area, too, panelists said.

Computer refurbishing programs are helping to reduce digital inequities worldwide, Resta said--the top 1,000 companies in the world have an estimated 70 million machines they are trying to dispose of--and so is the open-source software movement.

Any company that develops proprietary software that works only on a single platform "is serving the platform, not the student," said David Thornburg, founder and director of the Thornburg Center, which helps schools deliver inquiry-driven, project-based instruction in science, math, and technology.

The United Nations Educational, Scientific, and Cultural Organization (UNESCO) has a goal of connecting villages, schools, hospitals, and libraries to the internet, ensuring than at least half of the world's population has access to modern technology by 2015, Resta said. But one of the key challenges to this effort is the cost of broadband services.

Resta showed a graphic that indicated the average annual cost of broadband service is only 2 percent of the total income for high-income populations--yet it's more than 900 percent of the annual income for low-income populations.

And though the average per-capita income of families in the United States far exceeds that of families in developing nations, the challenge of bringing broadband internet access into homes isn't limited to the rest of the world.

Sujo de Montes showed a slide listing the characteristics of those affected by the global digital divide: they typically live in rural areas, are uneducated, and many are unskilled laborers. "Don't these criteria apply to the poor in America?" she asked, to great applause.

Resta noted that the United States has fallen to 15th in broadband penetration among industrialized nations, according to rankings compiled by the Organization for Economic Cooperation and Development--down from fourth in 2001.

He said most countries have set a goal of universal broadband service, much like electricity, telephone service, or any other utility. But in the United States, "we really don't have much of a [national] policy--we're thrashing around," Resta said, and it's incumbent on educators to help push for a national broadband strategy.

Verizon's Hoewing described the efforts his company is making to ensure that all students have equitable access to high-speed internet service.

New developments in fiber-optic technology now give internet providers the ability to bend fiber lines into an "L" shape without interfering with how light waves travel along the lines, Hoewing said--which has important implications for delivering fiber-optic service to city apartments and other hard-to-wire places.

Verizon also aims to reach traditionally underserved populations by offering broadband wireless to people's cell phones. The company's EV-DO service now reaches an estimated 228 million people, Hoewing said.

He noted that 82 percent of Americans now own a cell phone, and there is not much of a gap in cell-phone use among racial demographics: 74 percent of white Americans, 71 percent of African-Americans, and 84 percent of Hispanics reportedly own phones. And even faster "4G" wireless service should be available by 2010, he said.

Still, new research from the Pew Internet & American Life Project suggests that attitude, rather than availability, might be the main reason more Americans don't have high-speed internet access. (See accompanying story: "Study: Many dial-up users don't want broadband.")

Hoewing acknowledged that convincing some families to subscribe to broadband service is a key challenge. He said he's heard from some parents that they're not online because they're afraid of the dangers lurking on the web. In response to these concerns, he said, Verizon now offers free online protection tools for families.

He also agreed that cost is still an issue for many families, even in the United States.

Technology Reshapes America's Classrooms

By REUTERS
Published: July 7, 2008

By Jason Szep

BOSTON, Massachusetts (Reuters) - From online courses to kid-friendly laptops and virtual teachers, technology is spreading in America's classrooms, reducing the need for textbooks, notepads, paper and in some cases even the schools themselves.

Just ask 11-year-old Jemella Chambers.

She is one of 650 students who receive an Apple Inc laptop each day at a state-funded school in Boston. From the second row of her classroom, she taps out math assignments on animated education software that she likens to a video game.

"It's comfortable," she said of Scholastic Corp's FASTT Math software in which she and other students compete for high scores by completing mathematical equations. "This makes me learn better. It's like playing a game," she said.

Education experts say her school, the Lilla G. Frederick Pilot Middle School in Boston, offers a glimpse into the future.

It has no textbooks. Students receive laptops at the start of each day, returning them at the end. Teachers and students maintain blogs. Staff and parents chat on instant messaging software. Assignments are submitted through electronic "drop boxes" on the school's Web site.

"The dog ate my homework" is no excuse here.

The experiment at Frederick began two years ago at cost of about $2 million, but last year was the first in which all 7th and 8th grade students received laptops. Classwork is done in Google Inc's free applications like Google Docs, or Apple's iMovie and specialized educational software like FASTT Math.

"Why would we ever buy a book when we can buy a computer? Textbooks are often obsolete before they are even printed," said Debra Socia, principal of the school in Dorchester, a tough Boston district prone to crime and poor schools.

There is, however, one concession to the past: a library stocked with novels.

"It's a powerful, powerful experience," added Socia. Average attendance climbed to 94 percent from 92 percent; discipline referrals fell 30 percent. And parents are more engaged, she said. "Any family can chat online with teacher and say 'hey, we're having this problem'."

Unlike traditional schools, Frederick's students work at vastly different levels in the same classroom. Children with special needs rub shoulders with high performers. Computers track a range of aptitude levels, allowing teachers to tailor their teaching to their students' weakest areas, Socia said.

SURGE IN ONLINE COURSES

The Internet is also a catalyst for change. U.S. enrollment in online virtual classes reached the 1 million mark last year, 22 times the level seen in 2000, according to the North American Council for Online Learning, an industry body.

That's only the beginning, said Michael Horn, co-author of "Disrupting Class: How Disruptive Innovation Will Change the Way the World Learns."

"Our projections show that 50 percent of high school courses will be taught online by 2019. It's about one percent right now," said Horn, executive director of education at Innosight Institute, a nonprofit think tank in Massachusetts.

K12 Inc , which provides online curriculum and educational services in 17 U.S. states, has seen student enrollment rise 57 percent from last year to 41,000 full-time students, said its chief executive, Ron Packard.

Much of the growth is in publicly funded virtual charter schools.

"Because it is a public school, the state funds the education similar to what they would in a brick and mortar school, but we get on average about 70 percent of the dollars," Packard told Reuters.

"We don't usually get capital dollars, or bond issue dollars. Sometimes we don't get local dollars. So on average it works out 70 percent of the per pupil spending that an average school in the state would receive," he said.

"We're getting the kids who the local school is not working for. And the spectrum goes from extreme special education to extremely gifted kids," he said.

U.S. investment bank Morgan Stanley says K12 and similar companies look set to capture an increasing share of the $550 billion publicly funded U.S. education market for children aged from about 5 to 18 as more U.S. states adopt virtual schools.

Virginia-based K12 recently opened an office in Dubai to expand overseas. Packard says he expects strong offshore demand for American primary and secondary education tailored for foreign nationals who want to enter U.S. universities.

Apex Learning Inc, based in Bellevue, Washington, is seeing a similar surge in demand. It started in 1997 by offering online advanced-placement courses to parents and individual schools but now sells an array of online classes for entire school districts and state departments of education.

"Over the last two years in particular we have seen very, very significant growth in the interest and demand for our type of digital curriculum," Apex chief executive Cheryl Vedoe said in a telephone interview.

Apex enrollments rose 50 percent to 300,000 in 2006-2007, and likely grew at the same pace last year, she said.

"Where we see the greatest growth today is actually in brick and mortar high schools for programs for students who are not succeeding in the existing programs," she added.

Online tutoring is also expanding rapidly. Bangalore-based TutorVista, which launched online U.S. services in 2005, estimates its average global growth in active students at 22 percent a month -- all taught by "e-tutors" mostly in India.

Horn expects demand for teachers to fall and virtual schools to boost achievement in a U.S. education system where only two-thirds of teenagers graduate from high school -- a proportion that slides to 50 percent for black Americans and Hispanics, according to government statistics.

"You deliver education at lower cost, but you will actually improve the amount of time that a teacher can spend with each student because they are no longer delivering one-size-fits-all lesson plans," he said. "They can actually roam around."