There was a time, not long ago, when the so-called digital divide was perceived and illustrated as a huge canyon or a miles-wide river. On the one side stood the technology-rich, happy because they had access to computers at school and home. On the other stood the technology-poor, unhappy because they had no access at all.
But using such metaphors to illustrate the digital divide in the 21st century would be largely inaccurate. To be sure, inequities in the availability of computer technology and Internet access still exist. But rather than one single, gaping divide, what the nation鈥檚 schools are grappling with is more a set of divides, cutting in different directions like the tributaries of a river. And, increasingly, those inequities involve not so much access to computers, but the way computers are used to educate children.
鈥淓verybody is still struggling鈥� with the complexity of the problem, says Christopher J. Dede, co-director of the Technology in 91制片厂视频 Program at Harvard University. 鈥淵ou鈥檙e not going to find any district that says, 鈥榃e鈥檝e solved this.鈥� 鈥�
What has improved rapidly is the deployment of computers in schools, even in poor communities. Student-to-computer ratios for students attending the country鈥檚 poorest schools are not far from the national average. Internet access鈥攁lthough far from ubiquitous鈥攊s no longer reserved just for schools in middle-class or wealthy communities.
Beyond that, more than 20,000 digital-divide services are spread across the nation, providing everything from special computer training for school- age children to low-interest loans to help some financially strapped families of public school students buy home computers.
With evidence of so much progress, some public policy officials are questioning whether the digital divide is really as serious as some say it is. At a press conference this past winter, the new chairman of the Federal Communications Commission, Michael K. Powell, suggested that the digital divide is more of a 鈥淢ercedes divide.鈥� In other words, everyone would like to have one, but you can still get to where you need to go with a less expensive machine.
Others鈥攅specially those who are questioning the large sums of money schools are investing in technology鈥攁rgue that the digital divide is capturing too much attention and stealing limited resources from more important priorities: improving teachers鈥� salaries, lowering pupil-teacher ratios, and repairing or replacing aging school buildings.
But advocates of a central role for technology in learning counter that the problems of the digital divide are far from solved.
They say many questions remain to be answered. How often are students using the Internet and other computer resources to learn, and for what purposes? Are youngsters using school computers that can handle large amounts of data and employ sophisticated communication tools? Or are they working with obsolete machines that belong in a junkyard rather than a 21st-century classroom?
Other questions add to the complexity of the issue: Do some schools have the technical support necessary to keep machines running while others do not? Are teachers in one district getting better training to understand how to use technology to enhance learning, while teachers in another district are left to themselves to figure it out?
And, lastly, do all kinds of students鈥攍ow achievers and high achievers, minority and white children, girls and boys, well-to-do and poor youngsters鈥� benefit equally from the technology available in schools?
Margaret Honey, the director of the Center for Children and Technology in New York City, says the answers to those questions depend, in large part, on how much thought schools have put into the role technology should play in learning. Unfortunately, she says, many schools鈥攁lthough they have plenty of computers available鈥攁re using them in ways that will do little to close the digital divide or enhance student learning.
Says Honey: 鈥淭he bottom line is, you don鈥檛 just put technology into schools or into homes and expect miracles to happen. The technology is only as good as the program that surrounds it.鈥�
To help educators better understand the complexities of the digital divide and establish programs to help close the gaps that exist, Technology Counts 2001 examines the issue from several angles, beginning with a section titled 鈥淒ividing Lines,鈥� which identifies the kinds of students who appear to be losing out when it comes to technology. For a variety of reasons, those students include poor children, minority students, girls, low achievers, students learning to speak English, children with disabilities, and youngsters who live in rural areas.
To show how district-level decisions are closely linked to closing the digital divide, the realities of one urban district鈥檚 technology efforts are illustrated in 鈥淏eyond Machines,鈥� a story about the Pittsburgh city schools鈥� growing awareness that it is human factors, as much as hardware and software improvements, that will enhance the use of technology for all students. As one district technology expert puts it: 鈥淲ithout focusing on human beings, we鈥檝e lost some ground.鈥�
Still, there is a growing consensus that closing the digital divide in any community will require efforts that go beyond school programs. Technology experts say businesses, local government agencies, and community organizations must also pitch in. 鈥淐losing the Digital Divide鈥� is a comprehensive look at the nation鈥檚 efforts to put technology into the hands of those who are least likely to have access to it鈥攁nd to help them learn to use it in ways that will enable them to improve their lives. A Web site that links to a directory of more than 20,000 digital-divide services is included in the story, which is followed by six snapshots of such programs.
This year鈥檚 Technology Counts also includes results from a new survey of 500 middle and high school students. 91制片厂视频 Week sponsored the poll in partnership with Harris Interactive and Market Data Retrieval. Among other findings, the results suggest that schools may not be harnessing the powers of technology as effectively as they could. For instance, 92 percent of the students surveyed said they believed that having good computer skills improves the quality of a person鈥檚 life 鈥渁 great deal鈥� or 鈥� somewhat,鈥� but only 40 percent said they believed that knowing about computers is 鈥渆xtremely鈥� or 鈥渧ery鈥� important to how well they perform in school.
Indeed, technology experts say that schools still have much work to do. To understand better the breadth and depth of what lies ahead, 鈥淣ew Challenges鈥� presents a host of statistics and analyses about technological access, capacity, and use. Some of the numbers and conclusions are heartening; others are not.
鈥淲e鈥檝e definitely seen evidence that the digital divide exists, but [we鈥檝e also seen] trends that it is improving,鈥� says Kathleen Brantley, the director of product development at Market Data Retrieval, a Shelton, Conn., market research firm that tracks technology trends in schools.
As with other equity issues in education, state legislatures and departments of education are leading players because they make funding and policy decisions that can help bridge whatever divides exist between local districts. 鈥淎cross the Nation鈥� takes a look at the progress states are making on this front. When viewed collectively, state-by-state approaches to equalizing access to technological resources鈥攁nd the results gained from those efforts鈥攁re far from uniform.
Brief analyses of what each state has done, or failed to do, to try to close the digital divide are also included, as are data tables with state- by-state statistics on technology use in schools.
The goal of Technology Counts 2001 is to advance understanding of just what the digital divide means for America鈥檚 schools and communities. The editors of Technology Counts hope you鈥檒l find information here that will help you improve student achievement and meet the challenges of the digital age.
