June 2009 Archives

June 30, 2009

Teaching and Testing in the Education Superpowers

I sat in on an enlightening forum on international education yesterday over at the National Press Club. Two of the featured speakers were from academic superpowers: Ms. Low Khah Gek, the director of curriculum, planning, and development for the Ministry of Education in Singapore; and Timo Lankinen, director general of the National Board of Education in Finland. They spoke to a crowd of state officials and corporate leaders, who were curious about what we could learn from these high-flying nations.

Ms. Gek and Mr. Lankinen offered interesting details and thoughts about finding, keeping, and rewarding high-quality teachers, and about high-stakes testing. Some aspects of these two systems were already familiar to me, but it was worth hearing these two speakers' firsthand accounts, which you can read more about in my EdWeek story.

June 30, 2009

Parents' Group Wants to Shape Math Standards

Count a parents' coalition as one of the interest groups asking for a say in the ongoing, multi-state effort to draft common standards, which is being led by the National Governors Association and the Council of Chief State School Officers.

The organization, which calls itself the United States Coalition for World Class Math, is a group of parents, mathematicians, and other interested parties from across the country. You can read more about their principles on their Web site. Generally speaking, they believe mathematicians should have a strong role in shaping math standards; that the math standards of states like Massachusetts should serve as a model for the new, multi-state effort; and that the principles of the National Mathematics Advisory Panel should guide the Common Core.

The National Math Panel, which released its final report last year, won praise from many quarters, but also criticism from those who said it advocated too narrow an approach to teaching that subject. In general, many of the coalition's guiding principles present what some might consider a "back to basics" position, as staked out in the various math wars: the limited use of calculators in elementary school, an emphasis on standard algorithms, and so on. Yet many of the coalition's views, if you read through their positions, are not so easy to pigeonhole. The coalition's press release comes a few weeks after the influential National Council of Teachers of Mathematics, among other organizations, asked for a greater role in Common Core.


June 30, 2009

Boys Go for Reading Emotional Stuff, Too

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Boys like to read about trucks, boys being bad, sports, and war. They like humor. They like action. I'm picking all of this up from well-acclaimed children's authors who are presenting at a conference I'm attending here at Shenandoah University in Winchester, Va., on how to get boys hooked on reading.

But here's a thought from the conference that may not exactly be intuitive: Boys also like to read books that grab them emotionally, according to Jack Gantos, the author of the Rotten Ralph series and Joey Pigza books, which are about boys who are bad. Gantos said that when he writes a book, half the material is about what happens on the outside of a character, which includes a lot of action, but half the content is also about what's going on inside the character. The message of his books about kids who are bad, he says, is that the children are loved unconditionally despite the fact that they mess up a lot, which children can identify with. His books are popular among boys.

Boys, Gantos contends, "like the emotional stuff as much as the physical stuff." He says that when kids read about characters with feelings, it helps them to recognize the feelings they have themselves.

To give an example of how his books contain both action and a "human foundation," Gantos read from his book, Joey Pigza Swallowed the Key. In the story, Joey, the narrator tells how after lunch at school, his medicine has worn off and he is "wired." He annoys his teacher until she puts him out in the hallway. He then spins in the hallway in imitation of a Tasmanian devil. The teacher tells him to stop and stay in one place in the hallway. Joey seems to be unable to keep from being extremely annoying, and he knows he is extremely annoying. His actions are funny, but the reader also begins to wonder where all this is going to end up on an emotional level.

I draw attention to Gantos' point here because I was inclined to think that the more that a book focuses on a character's feelings, the less a boy would want to read it.

Donna Wasserbach, a teacher at Baltimore's RICA school, which is for students with special needs, mentioned to me in a lunch conversation an experience that confirmed for her the importance of not putting boys in a box in predicting what kinds of books will engage them. She said that she had an 8th grade male who read the Anne of Green Gables series, which is about a girl who is adopted out of an orphanage by a man and his sister who run a farm together. The series is generally well-loved by girls, but not by boys.

"He was in foster care and knew what it was like not to be wanted," she said. "He could identify with Anne of Green Gables." She said the boy, who was usually a reluctant reader, read the series several times because Anne's feelings matched many of his own.

Wasserbach concluded, "You can't think that just because they're a boy, they're going to want to read action-packed novels."

written by Mary Ann Zehr

June 30, 2009

Science, Geography, and 21st-Century Skills

The 21st- century skills movement is making a push into the world of science and geography, with two organizations that support teaching in those subjects unveiling curriculum "maps" aimed at blending academic content knowledge in those subjects with practical skills.

The maps seek to give teachers examples of how 21st Century skills—which emphasize problem-solving and communication skills—can be meshed with specific lessons. The maps provide a desired "outcome" for students by topic and grade level, then an example of how teachers could work toward that outcome in the classroom.

For example, at the 12th grade level, the science curriculum map says that students, as an outcome, should be able to "explain why mathematical equations and formulae are used as representations of scientific phenomena and as a means of communicating scientific ideas." As an example, it says a teacher should ask students to design an observational or experimental investigation to "explore mathematical relationships commonly applied in science" at an appropriate difficulty level by collecting and analyzing data to support an evidence-based description of a mathematical relationship. In an algebra lesson, students might explore change over time by measuring the initial circumferences of several balloons filled with helium and several filled by air exhaled from their lungs, make additional measurements at intervals, plot the changes in size versus time, discuss the different rates of change for the two types of balloons, and determine the mathematical equations describing the results.

The maps are the product of a collaboration between the Partnership for 21st Century Skills, the National Science Teachers Association, and the National Council for Geographic Education. Maps for social studies and English were released last year.

Once you've had a chance to explore the outcomes and skills described, give me your opinion. Should teachers be nurturing these skills in science and geography lessons? And are these documents going about it in the right way?

June 29, 2009

Tough Budget Choices in Math, Science

Few areas of education have proved as politically popular at the state level in recent years as efforts to improve math and science through teacher education and professional development, outreach activities to students, and other means. Governors, state legislators, and state boards of education in both Republican- and Democratic-dominated states, often at the urging of the business lobby, have taken up the cause.

Yet a story in the Lansing (Mich.) State Journal is a reminder that as budget pressures mount, legislators are facing increasing pressure to cut math and science programs, too.

State lawmakers in Michigan are considering chopping $2.5 million out of a program that has created 33 math and science centers to help students and teachers around the state, in communities from Detroit to the Upper Peninsula. As other states scour their budgets for cuts, will math and science programs be relatively insulated, or vulnerable?

Perhaps not suprisingly, amid states' woes, several philanthropies, as well as the federal government, seem to be holding firm with their commitments. Grants from Exxon Mobil, which has taken a major interest in math and science teacher training in recent years, and the U.S. Department of Education continue to flow to "STEM"-related programs in communities across the country.

June 26, 2009

Obama Moves to Nominate New Voc-Ed Secretary

President Obama has announced that he intends to nominate Brenda Dann-Messier, the leader of a Rhode Island nonprofit who has a background in adult education, workforce, and literacy issues, to serve as his assistant secretary for vocational and adult education.

Dann-Messier is currently the president of Dorcas Place, an adult literacy and learning center located in Providence, which advocates for creating education opportunities for low-income parents and adults. As assistant secretary for vocational education, she would oversee the U.S. Department of Education’s career-and-technical education program, which has a budget of more than $1 billion annually and funds vocational and job-training classes in areas ranging from automotive repair and construction to health care in high schools across the country.

Dann-Messier’s background is something of a departure from those who served in the vocational post under Obama’s predecessor, George W. Bush. The assistant voc-ed secretary when Bush left office was Troy Justesen, who moved to the post after serving as the Education Department’s deputy assistant secretary for special education and rehabilitative services. Prior to Justesen, the position was held by Susan K. Sclafani, who had an extensive background in K-12 schools. She had been a former adviser in the Houston school system to Rod Paige, who later became secretary of education under President Bush.

Bush repeatedly tried to eliminate funding for the federal vocational program, arguing that it has not been successful in raising academic achievement and setting high expectations for students. Career-oriented programs have proved popular in Congress, however, and federal lawmakers rebuffed Bush’s attempts. Supporters of career-and-technical education say they play a vital role in keeping some students interested in school and preventing dropouts, and that the best programs help supply industries with talented workers in specific trades.

As president of Dorcas Place, Dann-Messier has overseen a wide range of efforts— some of which received federal funding—to improve the skills of adults, according to the organization's Web site. Her organization worked on family literacy through the federal Even Start program—a $66.5 million literacy venture that Obama has proposed eliminating. It also received a Full Service Community Schools grant, federal money that supports cooperative efforts between schools and family and heath services. In addition, Dorcas Place established a program to help immigrants who were professionals secure jobs in their fields, according to the Web site.

Before joining Dorcas Place, Dann-Messier worked as a special projects manager at a regional education laboratory at Brown University, also located in Providence. From 1993 to 1996, she served as regional representative for New England for the U.S. Department of Education, according to biographical information from Dorcas Place.

UPDATE: Kim Green, who works on career-and-tech issues for a state voc-ed directors' organization, told me today that the selection seems consistent with the Obama administration's emphasis on "adult career pathways," and the connection between K-12, college and the workforce.

Green noted that Dann-Messier does not have an extensive career-and-tech background, though she also said that wasn't unusual, in terms of people who've filled the post in the past. She said she hoped that the Rhode Island official can help improve cooperation between K-12 and adult voc-ed programs, which has been lacking in the past.

Green, the executive director of the National Association of State Directors of Career and Technical Education Consortium, in Silver Spring, Md., said she hoped Dann-Messier would strengthen "programs of study" with the existing federal vocational law. Programs of study are education plans that grant recipients are required to create under the law, that map out academic plans for students interested in specific careers. Green believes those programs need to be strengthened and expanded to include clearer expectations for academics and job skills.

"There's a lot of interest in CTE right now," she said, referring to career-and-tech ed. "We have an opportunity to break a lot of the stereotypes out there."

June 25, 2009

National PTA Endorses Common Standards

We at EdWeek have written about various organizations lining up in support of the multi-state effort to create common academic standards, as well as about skeptics of that plan and how it's being carried out. Now backers of the standards can boast that another group has rallied to their cause: parents, or at least parents represented by the National Parent Teacher Association.

The organization, headquartered in Chicago, released a statement on the eve of its annual meeting in support of the "Common Core" effort to create uniform standards in reading and math. The PTA seeks to advocate for the welfare of children, and build ties between parents and schools, according to its official description on its website. Anybody who joins a local or state PTA becomes a member.

"America’s children haven’t been able to compete with students from around the globe for years when it comes to academic achievement," the PTA says in a statement. "That’s why the [the organization] is calling for the creation of a voluntary, internationally benchmarked common core of state standards in English language arts and mathematics for grades K-12."

I haven't seen an official estimate of the PTA's membership, but the group says it "comprises millions of families, students, teachers, administrators, and business and community leaders." The organization will become an "endorsing partner" of the Common Core effort, which is being led by the National Governors Association and the Council of Chief State School Officers.

“No longer should states have different expectations for what students should know," said Charles J. “Chuck” Saylors, the national PTA’s incoming president. “No longer should states have different expectations for what students should know. We should all be on the same page." Parents, he added, "need to be able to articulate to [their] children what they need to know and be able to do to be successful in college and in their career.”

In addition to making the oft-cited argument about the connection between common standards and foreign academic and economic competition, the PTA contends that the effort can help bring greater equity to the nation's schools, and increase academic expectations.

How powerful an ally is the PTA for Common Core? It's possible that having an organization that can reach parents in communities of all sizes across the country could help build support on the ground for the multi-state effort, as other factions weigh their options. What role might the PTA play in the months ahead?

June 25, 2009

The Census Count Is On

Workers from the 2010 U.S. Census are preparing to canvass neighborhoods and crunch numbers as part of the once-a-decade survey that gives us an official headcount of the nation’s population, not to mention that of cities, states, and other jurisdictions. It’s a process that determines how congressional districts are drawn and how billions of dollars of federal aid get allocated.

The Census Bureau, which orchestrates the count, is eager to promote public awareness of how it works. One way they’re doing it is through the creation of a series of lesson plans, student activities, and other online tools, available to teachers online. The “Census in Schools” site already has some features designed to help teachers explain the census and craft classroom activities around it, though many more are expected to be added in the months ahead. U.S. Census officials say their resources are aimed at not only introducing students to the survey itself, but also at encouraging educators to incorporate that data in social studies and history classes and independent research projects.

Some resources are already available online. On the teacher’s page, for instance, there are worksheets that ask students to use census tables to identify total populations and changes in population over time. There are “quick facts” students can get about the population and demographic breakdowns of their states and population growth or loss. For younger students, the site includes counting games and quizzes, based on census information. For teachers, there’s a guide on how to use the U.S. Census and interpret its data. The Census Bureau will be adding other resources in the months ahead, some of which will be developed by Scholastic, which alerted us to the site.

The site also includes a lot of information about the history of the census and why it matters. As with any process that determines congressional seats and billions of dollars in spending, of course, the U.S. Census provokes controversy. Recently, conservatives have accused the Obama administration of seeking to politicize the process by having the census director report to White House officials. Obama’s nominee, Robert Groves, has seen his confirmation held up by Republicans in the U.S. Senate, who fear he could use statistical methods that would result in population counts that are more favorable to Democrats. Could a teacher use these fights to help introduce students to the census, and explain why it’s important?

UPDATE:
An official from Scholastic just told me that the Census Bureau will be sending a series "kits" of supplementary materials, including teaching guides, maps, and other resources to school districts around the country in August and September, the start of the school year. Spanish-language materials will also be available online.

June 24, 2009

STEM Teachers: Are You Ready for the Country?

The idea of teaching in a rural school might seem appealing for many educators. In a profession where salaries are relatively modest, depending on the state and district, why not work someplace where the cost of living is low? It's also worth noting that, as educators often wish that parents were more involved in students' academic lives, small-town life has its advantages. There’s a good chance that teachers will get to know parents—running into them at the supermarket, at the movie theater, at the local football game. Whether they like it or not.

Unfortunately, many rural districts struggle to attract and keep teachers, particularly in areas like math and science. In some cases, teachers who come to small or remote districts find themselves pining for the attractions of a bigger city or professional opportunities they believe a larger district can provide. I’ve written about efforts by universities and federal officials to provide additional training to rural teachers in math and science, in the hope of persuading them to stick around.

An Indiana program, run by Purdue University and other institutions in Indiana, appears to have a similar mission. Fifty-eight teachers, out of 300 applicants, were chosen to take part in the rural educators’ program, which will provide them with $30,000 stipends and additional tuition assistance. They’ll also receive training, through efforts such as “STEM Goes Rural,” run by Purdue, according to a story in the Associated Press.

For college students and career-changers considering math or science teaching, how much a factor are geographic considerations? We’ve written about the long-standing struggle to staff urban schools with qualified teachers. Are the needs of rural districts being underplayed?

June 23, 2009

On International Benchmarking

From Guest Blogger Stephen Sawchuk

We had rather an interesting plenary at the CCSSO conference on student testing yesterday on international comparisons, and what the United States can learn from other countries' education systems using exams like the Program for International Student Assessment, or PISA.

Here's one way of slicing the PISA data that to me seems much more illuminating than the "rankings" of countries that seem to pop up everywhere in education debates these days: The PISA data can be broken down to show where a particular country's strengths in a given assessment area are.

So, for instance, French students are good at identifying science issues and using scientific evidence, but their content knowledge of earth and space science and physical systems isn't as strong. The Czech Republic is the exact opposite: Its students possess pretty good knowledge about science content, but they're not as good at identifying science issues or using knowledge about science. The United States wasn't particularly impressive at either.

"In every aspect, the challenge [for the U.S.] is getting deeper to the next level of knowledge," said Andreas Schleicher, the head of the indicators and analysis division of the OECD Directorate for Education, who was presenting.

There was a lot of chatter about Finland, which doesn't really use standardized tests for accountability, has an extremely strong teaching force, and experiences little variation between the best and the worst schools.

But one interesting thing happened when a woman named Sirkku Kupianinen, a researcher with the Center for Education Assessment at the University of Helsinki who was serving on the panel responding to Mr. Schleicher's comments, gave her remarks.

Ms. Kupianinen said she felt awkward at all the attention her country's been given, particularly since Finland's system runs almost entirely on trust and is nearly devoid of the external accountability benchmarks used in other countries "I feel like the whole country has been raised to a miracle based on the results of this one test," she said about PISA.

What's more, despite Finland's strong showing in math on the test, academics in her country have been raising some fairly strong concerns about the level of math education among students. "They say it's going down like the tail of a cow," she said. (Really, she did say that, and man, what a great expression. I'm officially appropriating it.) "Then PISA comes out, and math professors just stopped believing in PISA as ... a measure of what Finnish children can do," she said.

And her concern? That countries will start trying to encourage "teaching to the test" for PISA, by modifying curricula and so forth to resemble that test's tasks, which require students to synthesize knowledge. Publishers in Germany, she said, have already released books of "PISA-like" items.

Hmm, teaching to the test, fear of one test serving as the determinant of quality. Where have I heard this before?

Apparently international benchmarking carries its own set of challenges. Some food for thought for Education Secretary Arne Duncan and the folks working on the common core/common assessment.

June 22, 2009

Testing Science and Scientific Inquiry

From Guest Blogger Stephen Sawchuk

I went to a really interesting session yesterday about ways testing experts are using computer technology to measure science content in novel ways. Basically, the computer offers ways of testing students' knowledge of science and the scientific process, as well as ways of simulating content that can otherwise be dangerous (like chemistry experiments) or processes like erosion that occur over thousands of years. And, proponents say, it's a way of increasing cognitive demand in testing and getting at students' problem-solving capabilities.

Minnesota has a science test it's using for No Child Left Behind purposes that uses what its creators call "figural" items. They are built around a particular animated scenario, such as building an electromagnet or going for a bike ride, and go beyond multiple choice to ask students to apply higher-order critical-thinking skills. For instance, an item might ask students to "drag and drop" water molecules to demonstrate what happens when water evaporates, to record data points onto a graph, or to put the species of a food chain in order.

The National Assessment of Educational Progress, which is now conducting science testing, has a subset of students who will be assessed using "interactive computer tasks." These go even a bit further than the Minnesota test by requiring students to engage in the entire process of scientific inquiry, by conducting simulated experiments, recording data, and using it to arrive at an answer. The test also records some students' keystrokes, such as whether they were able to find and deploy the appropriate tools, how many "test runs" they performed in their experiments, and how they arrived at their answers.

On the face value of things, this seems like pretty cool stuff. The tests are much more interactive than multiple choice, closer to the interactive electronic devices kids use all the time these days. They allow for more sophisticated measurement than factual recall.

Now, with all of that, you may be wondering what the drawbacks are to this type of testing. Well, for one, these are complicated tasks, and they have to be capable of running on the equipment schools have, not all of which is cutting edge. About 185,000 students took the Minnesota science exam last year, for instance.

And then the scoring of these items can be difficult. When a question is open-ended, there have to be scoring guides and adjudication procedures for all the possible answers. The guides can go on for pages when there are hundreds of answers, rather than the typical four on a multiple-choice test.

For the NAEP test, it has meant constructing elaborate computer protocols for extracting the evidence of students' knowledge and skills from their keystrokes and rubrics for scoring the tasks.

There is also the technical challenge of designing these things without introducing "construct irrelevance"— that is, making sure that the interface, graphical elements, and help menus that make up these test items don't detract from the content, concept, or skill that's being tested. Or, as one person who presented put it more succinctly, "We can't use Guitar Hero [a popular video game] for measuring science."

What does this all mean? Well, as one of the panelists suggested, has our ability to develop clever science items gotten ahead of our capacity to generate meaningful data about student performance from those items?

I'll let you be the judge.

June 22, 2009

An Argument for Cultural Literacy

Not having cultural literacy, such as knowledge about key historical events, may cost young people some loss of respect in professional circles after they leave the world of school and enter the world of work, suggests Mark Bauerlein, a professor of English at Emory University, in a column in the Chronicle of Higher Education. He paints a scenario where a bright young man lands an interview with a leading law firm in Atlanta and isn't able to say anything intelligent about the Cold War during a lunch conversation with senior partners in the firm.

Cultural literacy "counts a lot more in professional spheres than academics and educators realize," Bauerlein writes.

He adds: "This is an outcome that educators should remember whenever they think about eliminating a U.S. history component to the general education requirements, or when they object to recommended reading lists in state content standards, or when they emphasize skills and critical thinking while saying nothing about content knowledge."

So, perhaps Bauerlein would say that Virginia did the right thing by keeping in place its 3rd grade history test, after it had proposed doing away with it.

June 22, 2009

Testing: Tidbits From Los Angeles

From Guest Blogger Stephen Sawchuk

As you may have read from my regular blog, Teacher Beat, I'm out in Los Angeles at the Council of Chief State School Officers' annual conference on student assessment.

This year, eschewing a formal keynote panel, the organizers decided to do something different—a parody of the TV program "Are You Smarter Than a Fifth Grader?" (You may recall that Georgia Superintendent Kathy Cox won gobs of cash on this program last year and donated the money to schools in her state.) This time, a testing official from Indiana was in the hot seat, helped by a panel of students from a local elementary school.

They did pretty well overall, but one of the harder questions elicited some interesting reactions from the people at my table. The question asked the participants to identify a pair of salad tongs as which simple machine—a lever, a pulley, or a wedge.

"That's a culturally biased item," said a woman next to me, only half joking. Another man wondered if the item was aligned to California science content standards.

That's what I find so fascinating about the issue of educational testing. At its core, it is concerned not just with the measurement of what a student knows and can do, but also with this tricky philosophical issue: How can you be sure that the construct you've created to compute that measurement is valid? In other words, how can you be sure that a test is really measuring what it's supposed to be measuring?

Testing, it turns out, is a thinking person's enterprise. I hope to bring you lots of interesting tidbits about student testing from the conference that will get you exercising your own little gray cells.

(The answer—which I would have gotten wrong, by the way—is a lever.)

June 22, 2009

U.S. History Textbooks' Omissions

Because of what is missing from U.S. history textbooks, history teachers should ensure that their students understand their textbook's interpretation of events is only one possible perspective on what happened, concludes Michael H. Romanowski in a study of how those texts present the topics of the terrorist attacks of 9/11 and the war on terror.

Romanowski is an associate professor in the college of education at Qatar University in Doha, Qatar. He conducted a content analysis of nine U.S. history textbooks by major U.S. publishers, including Pearson/Prentice Hall and Holt, Rinehart, and Winston.

Most textbooks that Romanowski studied did not provide clear information that would enable students to understand the complexities of the attacks of 9/11, according to his analysis.

He found, for instance, that only two of the nine textbooks provided a comprehensive explanation of why 9/11 might have happened, which he writes, "encourages teachers to raise questions that enable students to grasp not only 9/11 but also how American values, lifestyles, and policies are viewed by those outside Western culture."

Likewise, Romanowski found that most of the textbooks avoided providing a space for students to critique the U.S.-led invasion of Iraq in 2003. He writes that they simply stated "facts," or presented controversies as resolved.

He said that the key reason given for the invasion was that Saddam Hussein possessed weapons of mass destruction, though none was found. Here's an excerpt from Romanowski's study:

For several textbooks, the 'answer' to the lack of WMDs was that Bush overcame these criticisms to be re-elected, implying that the issue had been resolved or must be irrelevant.

In the conclusion of his textbook study, Romanowski writes:

History textbooks are imperfect educational tools that are still the dominant sources used to teach American history. However, textbooks should not be the final word because they are not written to present the 'truth,' but rather to put forth a politically acceptable position in order to gain approval from government agencies.

So what's a history teacher to do?

Romanowski urges teachers to support students in critiquing their textbooks and exploring perspectives beyond that of the texts. Teachers can ask their students, for example, to answer this question: "Whose viewpoint is presented, whose omitted, and whose interests are served?" Teachers can have them explore reactions of various Americans to a historical event, such as the attacks of 9/11, including that of the U.S. president, a member of Congress, a relative of a victim, and an Arab-American. Lastly, Romanowski recommends, teachers can use writing assignments to develop students' critical thinking.

It seems to me that these recommendations could apply to any lesson that teachers give using textbooks as a resource.

I read this study, by the way, in the spring edition of the American Secondary Education journal, which I found this week while cleaning off my desk.

June 19, 2009

The Arts, Test Scores, and the Media

When Capitol Hill lawmakers set out once again on the path to reauthorizing the No Child Left Behind Act, some of them are likely to be bringing along a couple reports released this week as reading material.

Two of the most persistent complaints about the law are that it has 1) narrowed the curriculum, pushing aside arts and humanities; and 2) neglected the needs of the highest- and lowest-performing students in the rush to help students reach “proficiency.” The studies released this week, while they’re hardly the final word on these issues, seem to counter those claims. As reported by my colleague Mary Ann Zehr, results from the National Assessment of Educational Progress showed that the amount of visual arts and music instruction being taught in schools had pretty much held steady from a decade ago, the pre-NCLB era. The federal government’s current ed statistics guru, Stuart Kerachsky, offered a caveat: that the study measures the number of school offerings, as reported by administrators, not actual student participation. Arts advocates are likely to make the same point. They'll also note that the percentage of schools offering visual arts and music classes (47 percent and 57 percent, respectively) aren’t exactly stellar. Just this week, the arts crowd descended on D.C. to ask that arts and music be made core subjects under NCLB, as Mary Ann explains.

Also this week, a Washington think tank, the Center on Education Policy, released a study showing that state scores at all three achievement levels—"basic," "proficient", and "advanced"—were rising in roughly three-quarters of cases. The most-discussed angle, in our story and elsewhere, was state test scores for students at the basic and advanced levels rose about as often as those of proficient students. Mike Petrilli of the Fordham Foundation interjects a few very good points of caution. First, he directs us to other analyses, by his organization and others, that say the performance of advanced students in the age of NCLB is more mixed. The CEP report is measuring gains in overall state test scores, not the size of those gains, which he says are modest or negligible. Also, he says states are most likely setting the advanced bar pretty low. In other words, students falling into the advanced category, in reality, may in fact be only above average.

On a different topic…Petrilli, in a separate post, questions why the various reports released this week (including Gary Phillips’ study of U.S. vs. international test scores) didn’t get more press coverage, and why the mainstream press seemed to prioritize them the way they did. Andy Rotherham raises a similar question. The NAEP/arts story, and the release of a report showing unimpressive charter school results, as Petrilli points out, received many column inches; the CEP report not as much. Petrilli says “bad news sells better than good news.” Maybe. But there are other, more obvious issues in play. The NAEP/arts report was an opportunity for the media to delve into a topic that tons of their readers are passionate about (judging from the reaction we get when we write about the arts), but which, in truth, the press doesn't get to cover that often. In other words, newspapers are much more likely to see the arts story as “news.” The visual arts and music community, moreover, has been fired up for years about the impact NCLB is supposedly having on their programs, and the NAEP report went right to the heart of that issue. The CEP report, on the other hand, may have lost out simply because No Child Left Behind is out of the spotlight now.

Another, more troubling factor: There just aren’t as many of us education reporters around anymore. Newspapers are laying people off left and right, leaving coverage of major reports and studies like these in the hands of…..well, who? Maybe nobody. A decade ago, many major metropolitan dailies had teams of ed reporters that were at least five, and in some cases, 10 staffers deep, Lori Crouch, the assistant director of the Education Writers Association, told me. Today, a few papers may have three or four staffers, but many of them have staffs that have withered down to only one or two ed reporters, who are supposed to cover everything—a steady stream of local school developments, state policies, and national news. Forced to choose between a local issue, like budget shortfalls, contact negotiations, a superintendent’s hiring, etc., (for most newspapers, these issues are their franchise) and a report issued from D.C. (even from a reputable source) many will go local. Many of the holdout reporters are juggling more duties than ever before, she noted—particularly online and in multimedia. Interestingly, a lot of small and mid-sized papers have kept the number of their ed staffers relatively stable, though most of them had only one or two to begin with, Crouch said. Given losses in the newspaper industry, perhaps other media can pick up some of the slack: I heard a lot of local radio and TV reporters from across the country during a conference call on the CEP’s report.

The loss of objective news coverage is, of course, an issue that goes well beyond education reporting. A lot of smart ed policy people, in D.C. and across the country, will be disheartened to know that newspapers aren’t covering what could be very important national studies and reports as often, and in as much depth. After all, many of these studies offer valuable insights, not to mention precious hard data, on the issues affecting students and parents in school districts around the nation. If reporters aren’t there to help the public interpret the documents, who will? And as education coverage declines, what can be done about it?

June 19, 2009

Duncan Is Handed Petitions for the Arts to Become a Required Core Subject

U.S. Secretary Arne Duncan stopped by a rally yesterday and received petitions from people who want federal lawmakers to provide the money needed for music and the arts to be required core subjects in public schools, according to the Associated Press and ed.gov blog.

Texas, by the way, will soon require middle school students to take one fine arts course, if the Texas Gov. Rick Perry, a Republican, signs a bill on Monday that will revamp the state's school accountability system. Folks at the Texas Coalition for Quality Arts Education are very happy about the arts provision in that bill. Already, the state requires students to take one fine arts credit to graduate. The requirement for middle school students to take a fine arts course will be new.

Flypaper also picked up on a blog entry over at USA Today about the rally. Making music a core subject in reauthorization of the No Child Left Behind Act is an "interesting proposal," Amy Fagan at Flypaper says, "though we're not entirely sure what that would look like."

June 19, 2009

Sound and Unsound Strategies in Science Instruction

Let’s say you’re a middle school science teacher tasked with improving the achievement of 8th graders through textbook lessons, lab experiments, tests, in-class demonstrations, or some combo of all of them. What lessons and techniques work best? A new study seeks to provide answers.

The study, produced by a Boston College scholar and researchers from the Educational Testing Service, identifies a number of strategies that the authors say are connected with higher test scores. They include having students read science textbooks, in which test scores were shown to increase with the frequency of reading texts. Other positive strategies included having students perform hands-on activities, write extended answers to science test questions, discuss measurements and results from lab activities, and work with other students on science activities or projects. Many of those activities are as standard as can be in classrooms, of course; others, maybe not.

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Several other approaches were also found to be effective in science, when used in moderation, the study found. These included having students watch teacher-led demonstrations, take science tests, prepare written science reports, and (journalists, rejoice!) discuss science in the news. Perhaps not surprisingly, students reported that reading science textbooks, doing hands-on experiments, and participating in teacher-led activities were common in their classes.

But what strategies are associated with lower average scores? Having students give oral reports on science did not produce results, the study found. Intriguingly, neither did having them use library resources in science. Are students given too little direction with these library assignments? Are they pushed to understand scientific facts, and think like scientists?

The authors were Henry Braun, of BC, and Richard Coley, Yue Jia, and Catherine Trapani of ETS. They used statistical analyses such as hierarchical linear modeling to probe students’ scores on the National Assessment of Educational Progress, or NAEP. They drew from federal data collected from students and teachers, including information about educators’ classroom techniques, in coming up with conclusions. While the authors acknowledge that information collected from student responses can be unreliable, the overall findings “cannot blithely be interpreted casually.” They also say that “the consistency across the different analyses…suggests these finding should be taken seriously” and serve as a foundation for more research.

The authors further note that their findings are consistent with some of those made in previous reports, such as the National Research Council’s “Taking Science to School.” That study called for students to master a relatively small number of science topics, but also become adept at the processes and approaches used by actual scientists—generating and judging scientific evidence, for instance.

What kinds of teachers were most effective in raising test scores? Those with standard teaching certificates did better, but only by a slight margin, the authors found. In addition, teachers whose total experience exceeds their science-teaching experience did slightly worse. I would assume that those educators would be middle school teachers who were generalists, perhaps brought into science teaching after they’d been in the profession a while.

The report is certain to prompt debate about the balance between teacher- and student-led classroom activities, hands-on experiments and textbook learning, and so on. If you’re a science teacher, do you find these conclusions surprising? Has it reinforced or contradicted your notions of what works?

Photo by Michael Dwyer for Education Week

June 18, 2009

WolframAlpha, the High-Powered Math Engine

A new Web site that performs very complex math calculations at breakneck speed is causing controversy among some math experts, who wonder if it will discourage students from being forced to work out problems the old-fashioned way.

As this nice story in the Chronicle of Higher Education rightly notes, it's a variation on the unceasing debate over the role of calculators in math classes, rewritten for the age of the math super-engine.

The online tool, called WolframAlpha, was created by Stephen Wolfram, the entrepreneur who invented Mathematica, one of the first computer math engines. It basically provides answers to questions that viewers type into a box. The site then uses a math engine, known as a “computer algebra system," to pump out an answer, the article explains. (There are other easy-to-use features unrelated to math, which I tested, such as a search tool which can spit out information for any given date—such as a birthday, or a location, or a publicly traded stock.)

These online math engines are not new, the story says, but they typically charge users a hefty fee, unlike WolframAlpha, which is free. "The goal of WolframAlpha is to bring high-level mathematics to the masses, by letting users type in problems in plain English and delivering instant results," the story says.

The story focuses mostly on the implications for higher education, rather than K-12, presumably because a lot more pretty advanced math goes on there. College faculty seem divided on whether to embrace the technology or ban it. For everybody who's coped with questions over calculators' place in classrooms, this will sound very familiar. For the math teachers and mathematicians out there: Do you think WolframAlpha has the potential to affect math teaching on any significant scale in high schools, or even earlier grades?

June 18, 2009

Counselors and Career Tech

We don’t write that often on this blog about career-and-technical education, or what used to be called voc-ed. And that’s probably an oversight.

After all, almost all students in this country take some sort of career-and-technical education class. The Perkins Act is the largest federally funded high school program in the nation. And high school students, on average, earn more credits in vocational education courses (4.01) than they do in math (3.68) and science (3.34). I’ve taken this information from the 2004 National Assessment of Vocational Education and other federal data on voc-ed.

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Advocates for voc-ed classes say they can play a vital role in keeping students who are otherwise bored in school interested in academics—and give them valuable job skills. There are critics, too, who say too many voc-ed classes amount to second-tier courses that aren’t preparing students for college and demanding work. That debate received a lot of attention during the Bush administration, as Congress began moving toward its eventual renewal of the Perkins Act.

One challenge for high schools is that counselors often don’t know much about what goes on in CTE courses, or how they should be organized during high school to prepare students for life afterward. That issue is explored in a recent issue brief, "Counselors as CTE Stakeholders," released by the National Association of State Directors of Career Technical Education Consortium. A whale of a name, I know; simply put, they represent state chiefs of voc-ed programs.

The brief discusses how counselors can work with teachers and employers and colleges to make sure courses meet standards. Counselors can help arrange career-themed classes around “career clusters,” or 16 different occupational groupings, it says.

I imagine that some counselors might be wary of directing students to certain tech courses—lest they be accused of steering them away from a more demanding academic path. But the brief argues that effective counseling will actually encourage students to take academic classes more seriously. Students may become “more likely to enroll in rigorous and relevant courses because they will better understand the necessary next steps,” whether that’s college or the job market.

The brief gives examples of states that have sought to connect counselors with CTE. Missouri, for instance, with state funding, is offering curriculum and professional development, among other resources, to CTE teachers and counselors.

What should counselors be telling students about career-and-technical ed? How much potential is there for school staff members to keep students who might otherwise be on the verge of dropping out of school on task, by directing them toward a health, technology, or auto course that excites them?

Photo by Tim Shaffer for Education Week.

June 18, 2009

The Teacher as Reader

Who wants to learn to read from a teacher who doesn't read much herself? It seems there's no danger of a child being in that situation if he or she has Donalyn Miller as a teacher. She's a 6th grade language arts and social studies teacher in Texas, who is otherwise known as "the book whisperer."

Now that school is out, Miller has set for herself a summer challenge of reading a book a day. In a blog entry this week, she reviews Tillmon County Fire, a novel by Pamela Ehrenberg, set in Appalachia. She also interviews Ehrenberg on the blog via a Q&A.

I'm sure this will all be fodder for her to recommend Tillmon County Fire to some kids this coming school year. But I hope she allows reading to be pleasure as well as work this summer.

For my summer reading list, I've been thinking of picking up a collection of "This I Believe" essays that NPR has produced in a book. I'm fascinated by what people articulate as their core values when answering such an open-ended question, "What do you believe?"

Readers, I welcome you to share the titles of books you have on your summer reading list and why those books intrigue you.

June 17, 2009

California, Here We Come!

Like the gold miners of yesteryear, the nation's publishers appear to be setting out for California, hoping to stake their claims in a new online textbook market.

Well, maybe the interest was not quite that intense. But Since Gov. Arnold Schwarzenegger announced plans to give districts access to free, online math and science textbooks, beginning at the high school level, the state has received interest from nine publishers, large and small. I've heard of some of them. Others were unfamiliar. The list includes Connexions, the Wellesley-Cambridge Press, Curriki, and what appear to be offers from individuals with experience in the biz. Schwarzenegger seems to have been particularly enthused about the interest of one major publisher, Pearson Education, going so far as to single out their participation in a statement. The governor and other state officials argue the digital movement will save the cash-bereft state money, and reinforce students' tech skills. Others have their doubts. Should we be surprised that even more publishers haven't expressed interest in California's plans for online high school texts?

The governor had established a June 15 deadline for publishers to put forward their proposals. He's also set an ambitious target for having the state review their materials and create an approved list, saying he wants it done by this fall. Other states (and publishers) are bound to be watching developments in the Golden State very closely.

June 17, 2009

Revisiting Reading First

MDRC has just put out a policy brief summarizing the impact of Reading First, the flagship reading program under the No Child Left Behind Act for which funding was eliminated in fiscal 2009.

Since I'm new to the curriculum beat, I walked past two rows of office cubicles to the desk of my colleague Kathleen Kennedy Manzo, who covered reading for Education Week for 12 years. I asked if the policy brief had any new information. The short answer from her is "no."

It summarizes how the federal impact study for Reading First (see Kathleen's article about that research here) found that students in Reading First schools did not have higher reading comprehension scores on average than students in schools that didn't participate in the program.

But the brief makes a couple of points that I hadn't picked up on earlier about the impact of Reading First. It says that the federal program led to schools' having more reading coaches and more professional development and more support for struggling readers in participating schools than had previously been the case. The brief also says that the program "did appear" to increase reading comprehension for students in schools that bumped up reading instruction time beyond what was average for participating schools. The average, the impact study showed, was for schools to increase reading instruction by 7 to 10 minutes per day on top of the 50 minutes already committed to teaching reading according to "scientifically based" ways.

June 16, 2009

The Teacher-Recruiting Trail

States have a message for career-changers thinking of math and science teaching careers: We want you!

A number of states have launched or are planning initiatives aimed at loosening state certification requirements and drawing people who haven’t gone through the traditional teacher-college route into the profession. In Pennsylvania, Gov. Ed Rendell says he will ask state lawmakers to establish a “residency teaching certificate” in subject areas where the state’s education secretary determines there’s a state or regional shortage.

To get that certification, candidates must have either a bachelor’s degree with five years of relevant work experience, a master's with two years’ relevant experience, or a doctoral degree in a subject field. They would also have to complete a four-month training program that covers areas ranging from instructional strategies to using tests to child development.

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The residency certificate would be good for three years under Rendell’s plan. The governor argues that the proposal would not only put more math and science teachers in schools; it would also potentially make Pennsylvania eligible for more federal “Race to the Top” funding, the pool of money the feds have set aside for school innovation.

At the risk of stoking border-state antipathy, I have to wonder if the Pennsylvanians were motivated at least in part by what's going on in neighboring New Jersey. Last month, state lawmakers in Trenton approved an 18-month pilot program to allow individuals with bachelor’s degrees in math and science to become certified as teachers. In an economy where a lot of qualified people are out of work, what state leader would want to see math and science talent migrate to classrooms out of state? New Jersey's program would require candidates to pass a state subject-matter test, among other steps, for eligibility, according to the Philadelphia Business Journal.

But these kinds of fast-track programs for teachers sometimes draw objections from teacher colleges, and that’s what appears to be happening in Michigan. A proposal from the Michigan Department of Education aims to give out-of-work professionals the opportunity to get into the classroom within 15 months, according to this story in the Detroit Free Press.

In a state with lots of out-of-work engineers and others with tech skills, guiding them into the classroom would seem to make sense. The Michigan plan comes not long after the state's adoption of tougher math and science graduation requirements, which many predicted would create the need for new teachers. Yet the story quotes a number of teacher college officials who worry about a dilution of quality in math and science classrooms. One of the skeptics even questions whether the state has a math and science teacher shortage, given the numbers of educators being churned out in the state. One ed college dean says a more targeted program, focused on cultivating teachers for high-need districts, would be a better way to go.

Even so, the momentum for these fast-track efforts clearly has grown. State and business leaders are fixated on math and science education, believing it will drive the future economy (and improve test scores).

What I’m less clear about is this: Will the dour economy lead more math-and-science- oriented career-changers into the classroom? Will the flow of federal stimulus money create a more stable job market for them? And perhaps most importantly: Will these people sink or swim in the classroom, and will students benefit?

Image of Uncle Sam courtesy of Library of Congress.

June 16, 2009

How Does Your State Stack Up?

The American Institutes for Research have released a study that allows for the comparison of U.S. states and cities with foreign nations, using a standard, and very familiar measure: letter grades. We've published a story about the study, authored by Gary Phillips, on our web site and in this week's print issue. Phillips uses statistical methodology to link state and city scores on a prominent domestic test, the National Assessment of Educational Progress, NAEP, with an international exam, the Trends in International Mathematics and Science Study, or TIMSS. The report will be discussed at a forum in Washington today.

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One particularly-easy-to-use Web tool is worth an additional mention, however. On its Web site, the AIR has a feature that allows readers to get a quick comparison of where their states stack up in 4th and 8th grade math. You're curious how well Iowa does? Its 4th graders score a C+ grade, statistically at the same level as England, Latvia, and Lithuania, but well below high-flying Singapore (B+) and not as well as Japan (B). What about New Mexico in 8th grade? A straight C, according to the scale, statistically on par with Scotland, Serbia, and Italy, among others.

(Photo courtesy of NASA)


June 16, 2009

Draft Literacy Bill Would Increase Funding for Grades 4-12

This summer, some members of the U.S. Congress hope to introduce a comprehensive literacy bill, which I wrote about in this week's pages of Education Week. The bill would authorize $2.4 billion for reading and writing programs serving children along a continuum of birth to grade 12. It would increase funding considerably for literacy programs in grades 4-12. It would replace the federal Early Reading First, Reading First, and Striving Readers programs.

June 15, 2009

Proportion of Schools Offering the Arts Stays About the Same

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It's been more than a decade since the National Assessment of Educational Progress tested 8th graders in what they know and can do in the arts. In that amount of time, the proportion of schools offering the arts at least several times a week has stayed about the same, according to the NAEP arts report released today. In 2008, 57 percent of 8th graders attended schools where music instruction was provided at least three or four times a week, while 47 percent went to schools where visual-arts instruction was offered at least as often. See my story on the report, which was just posted at edweek.org.

U.S. Secretary of Education Arne Duncan released a statement this morning saying the report "should challenge all of us to make K-12 arts programs more available to America’s children and youth." He added: "Such programs not only engage students’ creativity and academic commitment today, but they uniquely equip them for future success and fulfillment. We can and should do better for America’s students."

Duncan didn't mention any ways that the federal government is or could be helping schools increase offerings in the arts. NAEP itself, of course, is a federal effort.

June 15, 2009

Odds and Ends: A TFA Grant, a "STEM" Bill, and Tech Inequity

A couple items worth catching up on today:

The medical-technology corporation Medtronic Inc., will provide a $1.4 million grant to support Teach For America’s efforts to find, keep, and train math and science teachers. The award follows an earlier amount of money given by Medtronic in 2007. The latest amount will support additional training for TFA educators through online resources and other means, according to a statement from Medtronic. The money will also pay for the possible expansion of TFA’s program in Minnesota this year and to enhance ongoing efforts in Memphis, Tenn., and Jacksonville, Fla., where Medtronic, which is headquartered in Minneapolis, also has facilities. Teach For America, for those not familiar with the program, prepares top graduates of colleges to work in disadvantaged schools for at least two years. The program has seen a surge in the number of applicants recently.

Last week, the U.S. House of Representatives, by a wide margin, approved a bill designed to improve coordination among federal agencies that support work on science, technology, engineering, and math, or “STEM” education. The “STEM Education Coordination Act of 2009,” was approved by a vote of 353-39. Several federal lawmakers, and President Obama, have said the government should do more to figure out what STEM programs are doing what, by agency, to avoid duplication and increase their effectiveness.

A federal report released a couple years ago said that the federal governments spends about $3 billion annually on STEM education programs, with roughly $570 million devoted specifically to K-12 STEM. Yet little is known about the impact of those programs, the report said.

And finally, Rice University mathematician Richard Tapia argues in an essay that computer-technology programs are not only failing to close achievement gaps, they may be widening them. Tapia's essay, published in Computerworld, is excerpted from an afterword he's written for a book by Jane Margolis, Stuck in the Shallow End: Education, Race, and Computing. Tapia describes his sometimes difficult journey from the Los Angeles Unified School District through undergraduate and graduate studies in math, and, as I interpret it, says that students need the math and science grounding to use technology effectively. Here's a taste from Tapia's essay:

"Highly touted technology and computer education programs, billed as closing the minority-majority education gap, are not only failing, they are actually widening the gap in a dangerous manner. ...

"A clear message of [Margolis'] book is that better computer science, indeed science, will not come from being stuck in the shallow end, no matter how good the technology is at that end of the pool, because the tools are not being used properly. Minority students in high school are in danger of being made technologically rich but cognitively poor. In the shallow end they are not encouraged to be innovative or to pursue paths leading to high-end technology jobs. Yet this is what the nation so desperately needs. Better technology comes from better science and better science comes from the proper use of better technology. It is a cycle, to be sure, but it need not be a vicious one. Students simply need clearer pathways into it and support once they arrive."

A few sample chapters from Margolis' book are also available online. After you've given both Margolis' and Tapia's arguments a look, let me know what you make of their arguments.

June 12, 2009

Today Would Have Been Anne Frank's 80th Birthday

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The Anne Frank Elementary School in the Philadelphia School District is having an event today to honor the school's namesake: Anne Frank. Starting on her 13th birthday, 67 years ago, Anne began writing a diary, which was published as The Diary of Anne Frank following her death in a Nazi concentration camp. As you all know, the book is widely read by school children, and the play based on the book is often put on by high school students.

Today would have been Anne Frank's 80th birthday.

The elementary school was scheduled to have a Holocaust survivor, Kurt Herman, speak to the students this morning because, according to a press release, "The faculty feels that it is important for the students to meet real people who have experienced some of the things the children have read about in books." In addition, the press release says that this week's shooting at the Holocaust Memorial Museum in Washington, D.C., is "further testimony that the Holocaust cannot be denied."

The house where Anne hid from the Nazis is now a museum, which provides some educational materials for schools.

The fact that Anne Frank would have turned 80 today struck a chord with me because I realized today that she was born in the same month as my father, who is alive and well. I'll celebrate his 80th birthday with him and my family at the end of this month.

It's sobering to think about what doesn't happen when a life is snuffed out at a young age, as was the case with Anne Frank.

June 12, 2009

Top of the World, in Science

The organization that runs the PISA test released a report recently that compares the performance of the highest-scoring students in science, by country. As with many of these international studies, the conclusions you'll draw will depend on your beliefs and expectations—what standard should we expect from U.S. students, compared with, say, their peers in Finland or Japan? And what can these tests really tell us?

The report, titled “Top of the Class,” shows American schools meeting the average for developed nations in the percentage of 15-year-olds reaching the top two levels of performance (levels 5 and 6) in science—about 9 percent. (See Figure 1.1, and Table A1.1). Many nations top us in that category, however, particularly traditional high-performers Finland (21 percent) and Japan (15 percent), as well as New Zealand (17.6 percent), Canada (14 percent) and Germany (12 percent), among others.

The report also points out that countries' ability to churn out top-tier science students is only “weakly related” to those nations' average performance. In other words, some nations show large proportions of 15-year-olds reaching the highest levels on PISA and relatively few poor-performers, while other nations produce a lot of the cream of the cream, with large numbers of students lagging far behind. In addition, the authors say, the makeup of high-performers in different countries are all over the map. Some nations produce large numbers of high-performers regardless of gender, ethnic origin, language barriers or socioeconomic status. Others do not.

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“It is particularly encouraging that in some education systems significant proportions of students with disadvantaged backgrounds achieve high levels of excellence, which suggests that there is no inevitable trade-off between excellence and equity in education,” the authors say.

A lot of people will no doubt be troubled by the United States’ relatively small proportion of top-performers. Others, like Gerald Bracey, have another take. In an e-mail, the education researcher notes that when you look at the raw numbers of top-performing students produced by countries, the United States dominates, producing 25 percent of the pie, mostly because of its large population. Japan is our closet competitor, at 13 percent. The Finns, by contrast, produce only about 1 percent. (See Figure 1.2) I've heard other researchers make the same point.

A couple other findings: Top-performers tend to spend more time on in-school lessons than out-of-school science activities. The authors note, however, that this info is difficult to interpret, because the quality and purpose of out-of-school lessons vary a lot by country, such as between South Korea and the United States.

The report also includes a lot of interesting data looking at the connection of science performance to other things—such as student motivation. It found a “strong and direct relationship between science performance and frequency of participation in student-initiated science activities.” (Pages 58-59). The report also concludes that top-performers reported a much stronger degree of enjoyment in science than those at lower levels. More than 80 percent of the top performers "reported that they enjoy acquiring new knowledge in science, are interested in learning about science, and generally have fun when learning science. However, this was the case for less than 50% of the lowest performers.”

A lot of reputable researchers urge caution in over-interpreting the PISA results, as I reported from a gathering of top U.S. ed statistics folks last week. There’s also disagreement about the connection between students’ enthusiasm for subjects like science and math, and their performance in it. And some American officials are less than thrilled with the OECD issuing what sounds like policy recommendations based on its research. Here's a statement from the OECD's "Top of the Class" report:

“In sum, educational excellence goes hand in hand with promoting student engagement and enjoyment of science learning both inside and outside school,” the executive summary states. “The payoff is quite significant: a large and diverse talent pool ready to take up the challenge of a career in science. In today’s global economy, it is the opportunity
to compete on innovation and technology.”

What do you make of the OECD findings about elite performers in science? And does the report provide clues on how U.S. schools better nurture this talent?

June 12, 2009

Williamson Evers on Anti-Intellectualism in America

Williamson "Bill" Evers, a research fellow at Stanford University's Hoover Institution and a conservative, expounds on why students in the U.S. don't perform as well in math and science as students do in some other countries. His views are published in a Q&A in the Stanford Review. (It's promoted on Evers' Ed Policy blog, which he infrequently updates.)

Textbooks in the United States lack depth, and teachers here aren't as well prepared as teachers in some countries, Evers contends.

In addition, Evers notes that U.S. culture has a current of anti-intellectualism, as Americans admire characters such as Huck Finn and Davy Crockett for not liking school. ("Scout" in the well-loved To Kill a Mockingbird, which I read for the first time this spring, is another famous fictional character who doesn't much care for formal education.)

Evers says that in countries such as Hungary and Israel and in East Asian countries, people place a "high value on book learning." (I'm thinking, too, of how a Russian-born friend of mine talks about how he and his classmates were required to read a long list of classics during school breaks in his home country.)

Readers, what do you think? Does a love of book learning or anti-intellectualism have the upper hand in our society?

June 11, 2009

A Note from Home (1600 Pennsylvania Avenue)

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Teachers, principals, and and other authority figures are used to having students who miss school hand them notes—sometimes of dubious authenticity—explaining or excusing their absences.

Now a young girl named Kennedy has taken that tradition of handwritten, get-out-of-class messages to an entirely new level, by securing one from The Leader of the Free World.

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As this news item explains, President Obama diverted from a town hall-style forum on health care to offer the young girl in Green Bay, Wisc., a note excusing her from school. Her father had jokingly alluded to his daughter's absence from her classroom obligations, but Obama took him seriously, according to CNN's account.

(Photos: Cory Dellenbach/Shawano Leader/AP)


June 10, 2009

Carnegie Corporation on "Transforming" Math, Science Ed

A commission, formed by the Carnegie Corporation of New York and the Institute for Advanced Study, released a report today that calls for government, philanthropic, college, and K-12 officials to work together to raise both public awareness and student performance in math and science.

Those two goals, the report says, are firmly connected. To get there, the report's authors call for action from major players in the public and private sectors. They also endorse the recent multistate "Common Core" standards venture launched by governors and schools chiefs, and say the federal government and all states should do the same thing. It so happens that Secretary of Education Arne Duncan was expected to attend an event today in Washington to coincide with the report's unveiling.

While the "Common Core" effort is now focused on math and language arts, the report urges that the National Governors Association and the Council of Chief State School Officers take on science as the next subject. In an interview this week, Gene Wilhoit of CCSSO told me there is strong interest among state officials in that subject. "I'm pretty sure there will be an initiative around science," he said.

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If the Common Core undertaking moves ahead in science, the report recommends organizing the document around a report issued a few years ago by the National Research Council, titled "Taking Science to School," which identified "strands" for student proficiency in science.

The report calls for significant changes in how colleges train aspiring math and science teachers, asking them to redesign courses to align with the curricular priorities outlined in the report. It also asks those institutions to revamp their programs to encourage more of their students to enter math and science teaching, and to do much more to track their experiences, and their success, after graduation.

Philanthropies are asked to fund research "that strengthens the evidence base" in math and science, and the federal government is asked to back research on the effects of new standards and assessments on student performance and classroom instruction. Many people and organizations, including the National Mathematics Advisory Panel, have called for higher-quality research on what strategies in curriculum, pedagogy, and evaluating teacher quality work best. Many panelists were surprised by the lack of such research, given the strong national interest in improving math teaching.

One more intriguing item about math. The report is one of the first I've seen that calls for government officials, colleges, and K-12 leaders to create a pathway to college that doesn't necessarily involve going through calculus. This path should be "equally rigorous" to the calculus path, and it could feature a deep study of statistics, data analysis, and applied math, the report says.

There's been growing interest among organizations like Achieve in creating these alternative-to-calculus high school courses. It's a tricky issue. As I reported last year, some researchers and K-12 officials believe the push to get more students into calculus is in fact scaring students away from taking rigorous math late in high school and in college. Some high school seniors worry they're not ready for calculus, but they don't have any other options—like, say, a demanding applied-math class. So they take no math as a senior, and struggle with college-level math (or avoid it entirely) as a result.

After you've looked at the report, give me your thoughts. Could the momentum that has built around the Common Core effort also occur with the priorities identified in the report? Or are their goals unrealistic?

June 10, 2009

Compulsory Education Is Topic in Carnival of Education

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Joanne Jacobs and Robert Pondiscio over at Core Knowledge blog are both skeptical about the practicality of former New York City schools Chancellor Harold Levy's proposal that compulsory schooling should include one year of postsecondary education. If you missed their posts this week, you have another chance to read them as part of this week's Carnival of Education, a collection of posts by education bloggers.

Pondiscio writes: "College entrance is still something largely driven by interest and merit. Might that have something to do with the generally sound state of U.S. higher ed and the relatively poor state of our K-12 system?"

Jacobs writes: "There are people for whom K-12 schooling isn’t working. More of the same isn’t likely to work any better."

June 09, 2009

Evolution, Enthusiasm, and Science Learning

Academic scholars, as well as educators, have debated the link between students' enthusiasm for academic work and its connection to learning. If an activity can be made fun, will that help a child pick up new knowledge?

David Geary, a professor of psychological sciences at the University of Missouri, explores this topic in a recent, provocative study in the journal Educational Psychologist. Some of you may be familiar with Geary through his work as a member of the National Mathematics Advisory Panel, but he has an extensive background in cognitive developmental psychology. His study, published late last year, examines what he calls "evolutionary educational psychology," or the connection between evolution and culture, and the role the schools play in helping students acquire new knowledge.

The process of evolution, Geary says in the study, has resulted in students being able to acquire certain types of new knowledge and skills in a relatively "effortless" manner, through processes that are "child-centered" and fun. These evolutionary processes have helped ease students' acquisition of language, for instance, and their understanding of living and nonliving things. Children are “motivated to develop social relationships and learn social skills from their peers, because we are a social species and thus biases to learn social skills are built-in and evolved,” Geary explained to me in an e-mail.

Schools have attempted to use child-centered and fun methods, in the belief that students' natural curiosity will lead them to take on certain, more difficult tasks, like learning to read or do fractions, in the same way they learn language or how to count, he says. But Geary argues that explicit, teacher-directed instruction will be needed for many children to learn more unfamiliar and difficult, or “evolutionarily novel information.” Evolution “has not provided the scaffolding for this learning,” Geary told me. And so “the scaffolding must come from instructional materials and teachers.” Schools should not expect students to be motivated to learn this evolutionarily novel information in the same way they are motivated to learn through social relationships. “There is no such inherent motivation to learn linear algebra or Newtonian physics,” he said. If schools help students understand that effort is necessary and important, children will have a “greater sense of personal control over their learning,” and more sustained focus and motivation as they get older, he writes in the study.

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Geary noted that he is not arguing that classroom activities such as strict repetition are always the best way to teach all “evolutionarily novel” knowledge and abilities, only that they will be needed in some cases. Here’s a press release from the University of Missouri that explains some of the study’s main points. Geary fully acknowledges that the study’s conclusions have proved controversial. He’s had a number of researchers challenge his arguments since his paper was published, and he’s responded to them.

Educators—and evolutionary biologists: What do you make of Geary’s arguments?

Photo of the godfather of evolution, Charles Darwin, to the right.


June 09, 2009

Three More States Sign on to '21st-Century Skills"

From Guest Blogger Stephen Sawchuk

Nevada, Illinois, and Louisiana are the latest states to join the Partnership for 21st Century Skills, according to a release from the partnership this morning. That brings the number to 13. As part of membership, the states agree to retool their standards, tests, and professional development to integrate into core-content classes an emphasis on tech literacy, communication, and entrepreneurship.

It's especially interesting that Illinois is on board, with Obama in the White House and EdSec Arne Duncan at 400 Maryland Ave. So far, I haven't been able to get a really good read on where the administration stands on 21st-century skills, although the folks there have certainly picked up on some of the rhetoric, as I pointed out in this blog entry over at the Teacher Beat (scroll to the last paragraph).

It will also be interesting to see how this development affects the brewing voluntary national standards movement.

June 09, 2009

And the Sequel to Reading First?

Alyson Klein reports over at Politics K-12 that members of the U.S. House of Representatives are writing a bill that could replace the federal Reading First program under the No Child Left Behind Act. Our colleague Kathleen Kennedy Manzo already blogged about a literacy bill being drafted in the U.S. Senate that would do the same.

I'm working on an article about these literacy bills for the next issue of Education Week.

June 08, 2009

Schwarzenegger Makes His Case for Digital Ed

California Gov. Arnold Schwarzenegger, who recently announced plans to have his state digitalize its math and science textbooks, took to the opinion pages recently to make his case.

In this op-ed piece in the San Jose Mercury-News, the governor basically makes three main arguments in favor of putting textbooks online, as I read it: 1) The move will save his revenue-challenged state a lot of money, as in many millions of dollars over time; 2) many of the texts used in classrooms become outdated not long after they're printed; and 3) the digital wave may scare us old fogies, but the Twitter generation is completely ready for the change. He also says the state can ensure that digital texts meet the state's academic standards and are high-quality.

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Should be interesting to see where opposition to this proposal—"those who ardently defend the status quo," as the governor puts it—comes from. This item, published by Ars Technica, a group that writes about technology, including "open source" efforts, says that there was talk of putting free classroom materials online a few years ago, in history, but that went nowhere.

Schwarzenegger caps his commentary by suggesting that education officials can learn from the music and newspaper industries, which have discovered that "those who adapt quickly to changing consumer and business demands will thrive in our increasingly digital society and worldwide economy."

And the world's print journalists breathe an anguished sigh.

UPDATE: I’d asked who might be opposed to this digital education effort in California. Well, this story in the San Francisco Chronicle isn’t discussing the opposition, exactly, but it lays out the potential hurdles to making this online program happen. One major concern of the education officials quoted in the article, including state schools superintendent Jack O’Connell, is that the digital effort, despite promises of cost savings, will bring new costs of its own. Schools will have to add technology; teachers will have to be trained, the story says. A spokeswoman for the state’s secretary of education, however, argues that the savings will come, as districts find ways to print, download, and otherwise make innovative use of the free, online math and science curricula.


June 08, 2009

Online Chat: Informal Science Education

This is just a reminder to our readers that EdWeek is hosting an online chat tomorrow, Tuesday, at 1 p.m. Eastern, on the role of informal science activities in education. What activities are we talking about? They could include everything from trips to zoos, museums, and science centers to TV shows, films, computer games, and talks between parents and children.

Our guests are two experts in the field: Heidi Schweingruber of the National Research Council, and Andrew Shouse of the University of Washington's Institute for Science and Mathematics Education. See this story I wrote on a major study released by the research council earlier this year, which both our guests worked on, for background.

So get your questions ready. To view the chat, or sign up for an e-mail reminding you to do so, go to this site.

June 05, 2009

Toward a Better State Science Test?

This opinion piece, published in Florida's Gainesville Sun, explores some of the issues that worry science educators about the high-stakes testing movement. Brandon Haught, a spokesman for Florida Citizens for Science, argues that the design of Florida's state science tests, and way test results are used, aren't promoting good teaching and learning in that subject.

At a glance, Florida seems like an unlikely locale for a science advocate to make that argument. Just last year, Florida approved new science standards, which despite a major tussle over the teaching of evolution, won general praise from the scientific community for their broad and deep approach to science. Another fact in Florida's favor: Florida uses science test scores for state accountability purposes, which I believe makes it one of only a few.

Haught, whose organization was heavily involved in the evolution fight, argues that scores from Florida's science test, which is currently given at grades 5, 8, and 11, should also be used in determining whether students are retained in a grade and whether they graduate. They don't now. As a result, he argues, schools are continually "scrambling to find ways to motivate students to take the test seriously and to even show up in the first place."

He also says that the science tested at various grade levels on the FCAT, as the state's test is known, is too broad. Teachers wind up rushing to cover certain science topics, out of sequence, Haught says. In addition, the test is more about reading comprehension than understanding science, he contends. This is a common complaint about testing, across subjects.

What do you make of Haught's concerns about the science FCAT? Do other states' tests have similar flaws, in your view?

UPDATE: See Haught's comment, below. He says I misunderstood one of his points, and that he's not arguing for using the FCAT science for retention/graduation purposes. He says he would merely like to see the 11th grade science test replaced with an end-of-course exam. He explains this in more detail in a blog post found in his comment.

June 05, 2009

NCTM on Standards: Don't Forget About Us!

As state leaders and school chiefs from 46 states press ahead with plans for common standards, an organization that has held major sway on how math is taught in this country is asking for a seat at the table.

The National Council of Teachers of Mathematics, which has 100,000 members, this week released “Guiding Principles for Mathematics Curriculum and Assessments.” It's basically a statement describing the organization’s extensive work on standards, and more importantly, its beliefs about the core content and ideas that should guide math teaching. NCTM released voluntary national standards in 1989 and a revised version of them in 2000. For two decades, those documents have shaped how math is taught in classrooms from coast to coast, from elementary through high school.

NCTM has its critics, of course, who accuse it of foisting “fuzzy math,” which strays from basic skills, on teachers and students. But it also has legions of supporters, and there’s no denying the group’s influence. More recently, NCTM in 2006 published “Curriculum Focal Points” which offered focused guidance for how to teach elementary and middle school math. That document won praise from some of NCTM’s former detractors. It was also cited by the National Mathematics Advisory Panel as an important reference document, in its examination of how to prepare students for algebra (the panel also cited the curricula of high-performing countries like South Korea, Japan, and Singapore).

“The continuing discussions about common core standards or a national curriculum should be based on the work that has already been done,” NCTM President Hank Kepner, Jr., said in a statement. “Since any discussion of true national standards relates to the fundamental issue of local control in education, effective policy should be formed by the best current information on mathematics teaching and learning. The development of any curriculum or standards should take advantage of what has already been carefully crafted by a consensus of mathematics teachers, teacher leaders, mathematics educators, mathematicians, and researchers.”

And that investment has already been made by NCTM, he suggests. The “principles” cited by the NCTM include a focused curriculum, connections across grades, and the organization’s definition and understanding of algebra, among other topics. How these ideas would mesh with the ideas put forward by state leaders is an open question.

For instance, at a time when some state and local officials, and business types, are urging that more students take algebra earlier, NCTM’s principles say: “Algebra readiness is determined not at a prescribed grade level but when students exhibit demonstrable success with prerequisite skills. Only then should students focus explicitly and extensively on algebra, either in a course called Algebra 1 or within an integrated mathematics curriculum. Exposing students to such coursework before they are ready often leads to frustration, failure, and negative attitudes toward mathematics and learning.”

I should note that a lot of experts, some of whom very different ideas of how to teach math, share NCTM's wariness about pushing students into algebra too quickly.

The state and city officials leading the march toward multi-state standards plan to set up a "validation" committee to help shape the process. It's unclear if NCTM could be a player in that, or in some other informal capacity. My colleague Michele McNeil will have more on the common standards effort in a story this week. What role, if any, do you believe NCTM should have in the effort to create common standards? Or would that somehow complicate the process?

June 04, 2009

Tracking Is a Hot-Button Issue—Follow-Up to Recent Post

As you know I'm new to this curriculum beat, and I gather from the comments on the blog entry I just posted today, "The Problem of Tracking in Middle Schools," that I've hit on a hot topic.

Prompted by reader Jginberg, I just called Stacey A. Kopnitsky, the assistant principal at Cabin John Middle School, to ask her what happened to the performance of the gifted and talented students at her school after they were mixed in English-language arts classes with the low-performing students.

She says that those students scored "advanced," the highest of three levels, on the Maryland state English-language-arts test both before and after the change in policy. "They were maintaining and doing as well as before," she said.

But she also acknowledged that the teachers and administrators in the school didn't look at the test-score data in any more detail than to make sure that the top-performing students were staying within the advanced level. She said they were more focused on the progress of the students with basic skills.

Kopnitsky added that no parents have complained about the policy change. She believes that with her school's reducing tracking in English-language arts, it was important to have two teachers in the classroom (before the change, each class had only one teacher), so that instruction could be differentiated. "When you have two adults in the classroom, it makes the opportunity for groupings, transitions, and delivery of curriculum much smoother," she noted.

Which causes me to wonder, what's the difference between "tracking" and "differentiated instruction" within a classroom? I can see how one answer leads to another question.

June 04, 2009

Mrs. Obama, on Inspiring Students

First Lady Michelle Obama talks about her interest in encouraging young students, such as those she's visited in the Washington DC schools, in an interview with NBC's Brian Williams. She talks about some of the steps on the way to her attending Princeton (watching her older brother make it to college was a big influence).

"There are always a stream of doubts that run through these kids," Mrs. Obama says. "Because there are a lot of people around who tell you what you can't do."

If you don't see the video, try this link.

June 04, 2009

The Problem of Tracking in Middle Schools

At a seminar hosted last week by ACT on improving the quality of education for students in middle schools, Nancy M. Doda, a consultant for Teacher to Teacher, expressed a strong dislike of tracking in middle schools. She explained that she'd recently visited a middle school in Long Island where tracking of successful students and unsuccessful students was so evident that it seemed to be a form of "apartheid." She observed students who referred to themselves as being in the "dumb class," she recalled. "What are we doing about that?," she asked members of a panel who were presenting possible solutions for improving education in the middle grades.

Kati Haycock, the president of the Education Trust, replied that combating tracking, where students are placed in classes according to their level of academic performance, "is about calling it malpractice and acting on it."

But interestingly, Stacey A. Kopnitsky, an assistant principal at Cabin John Middle School, in Montgomery County, Md., schools, replied with an anecdote about how her school made a move to reduce tracking in English-language arts classes. The school decided to do away with a remedial class in English-language arts for the lowest performing students, and mix the students from that class in with students from two other classes of gifted and talented students. So the school blended the lowest-performing and highest-performing students in classes to learn English-language arts together. She said that each class was then taught by a team of two teachers. In one of the classes, one of the teachers who was part of the team was a special education teacher.

Kopnitsky said that test scores show that the change benefited the students who had been in the remedial class. Before the change, all of them scored at the lowest of three possible levels on Maryland's English-language arts test. After the change, most of them scored at the second of the three levels in English-language arts.

So the school is continuing the plan for its second year*, this school year.

By the way, one reason that many schools do have tracking is because parents of high-performing students contend that it ensures their children aren't held back academically.

If you have a story about a school doing away with tracking and what impact that had, share it with us here on the blog.

*Updated

June 04, 2009

A Former Ed-Sec Speaks on Math and Science

Former U.S. Education Secretary Richard Riley has written an opinion piece about the state of math and science education in this country, which I meant to post a couple days ago.

Riley, a former South Carolina governor who served as secretary under Bill Clinton, makes the oft-repeated case that the future job market is going to require students with sharper math and science skills. In addition to making the pitch for “common standards” around the country, he argues that school officials need to promote “entrepreneurial approaches” in education that spark changes to “the marketplace for functions such as teacher recruitment, data management, and professional development.” The column was written for the Huffington Post, a liberal blog.

He also seems to convey a message similar to one that President Obama did recently, in a speech before the National Academies: that one way to bolster the teaching of science in K-12 schools is by having actual scientists and academic researchers contribute to education programs, and get involved in promoting that subject to students and teachers.

“We must insist that our colleges and universities are at the table as full partners to the K-12 community, that science-rich institutions are fully accessed and integrated into core math and science curriculum, and that the business and philanthropic communities are pushing math and science education to the fore at every opportunity.”

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I’ve written quite a bit about universities taking an interest in K-12 science, sometimes in connection to their own research projects on student achievement and engagement. In other cases, universities have taken a very different approach, sponsoring science camps and activities targeting female and minority students, in an effort to keep them interested in the subjects. And some school districts, like New York City, have formed partnerships with the “institutions” Riley refers to—zoos, museums, science centers—using their resources to supplement the science curriculum. (NYC's program is called "Urban Advantage." See a photo of a participating student, to the right.) It’s a merging of formal and informal science lessons.

I realize this may be a preposterously broad question, but how do you think schools, universities, and science institutions can work together more effectively to improve math and science education in K-12?

June 03, 2009

Lessons, and Caution, in PISA

One of the most publicized and scrutinized tools for gauging U.S. students' progress on international tests is the Program for International Student Assessment, or PISA. Yesterday, a pair of researchers urged caution in drawing broad connections between specific education policies described in the reports that accompany the test and student performance in the United States and other countries.

The two speakers gave presentations at a forum called "What We Can Learn From PISA," held in Washington and hosted by the National Center for Education Statistics, the main federal office charged with crunching school data. All the speakers' talks have now been posted online.

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Laura Hamilton, a senior behavior scientist at RAND, examined the link between various national school policies and achievement, which were presented in the 2006 PISA results. The PISA report, for instance, finds that ability grouping within schools to have a negative connection with student performance. Another conclusion is that public posting of school-level achievement data appears to have a positive impact. "Causal interpretations of these findings could lead to several concrete policy recommendations," Hamilton notes in her presentation. But policymakers should be wary of drawing those connections, she said. PISA collects much of its information about school policies through surveys, which can be unreliable. It also collects information about education practices for a single year, while the test is measuring the educational skills that 15-year-olds have acquired over time.

Another speaker, Robert Hauser, of the University of Wisconsin, concluded that the PISA assessment, while valuable, "over-reaches in [an] effort to draw policy implications." Hauser examines the PISA report's findings about the connection between students' socioeconomic status and their science performance. He finds that the connection between students' economic background and their achievement, as described in the report, is not as strong as is what is presented in the report.

I'm summing up these presentations very broadly. Luckily, you can review them yourself at the Web site listed above.

You'll also find several other presentations included. Longtime science curriculum expert Rodger Bybee provides "An Insider's View of the PISA Science Assessment." Former NCES Commissioner Mark Schneider examines the benefits and challenges of international benchmarking (see also our EdWeek story on this topic, and Schneider's own opinion piece from a few months ago). Former NCES Deputy Jack Buckley re-examines the connection between students' interest, or lack of it, in science and their performance. And Audrey Champagne delves into how PISA assesses "science literacy." Lots of other viewpoints are available at the site, too.


June 03, 2009

Imagine that the Carnival of Education Were a List of Summer Films

The Learn Me Good blog has cleverly recast blog posts in this week's Carnival of Education as summer feature films.

For instance, my blog entry about teacher George Mayo teaching middle school students how to make films, and teaching literacy at the same time, is recast as Mr. Mayo's Opus.

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In Don't Mess with the Book Whisperer, a teacher takes to heart Donalyn Miller's recommendation that it's not a good idea to teach one novel to the whole class.

What do you think about Miller's seven reasons not to teach the whole class a single novel? Can some of you give some reasons why it is a good idea?

June 03, 2009

Ask an Expert About High School Literacy

The National High School Center, which is funded by the U.S. Department of Education and housed at the American Institutes for Research, is hosting a discussion about how literacy can be improved in high schools. Terry Salinger, the managing director and chief scientist for reading at the AIR, is available during the month of June to answer questions about that topic. Submit your questions by e-mail. Salinger hasn't posted any questions and answers yet on the site, so maybe she hasn't yet received any.

This topic is getting a lot of play within various education organizations. On June 8, the National Association of State Boards of Education is giving a congressional briefing about state actions to improve adolescent literacy. The organization recently released a policy report on what states are doing to support literacy at the secondary level. The Southern Regional Education Board also recently called on states to support adolescent reading.

Late last month, I moderated a chat about adolescent literacy with Michael L. Kamil, a reading expert from Stanford University, here at Education Week. The transcript is now available.

June 03, 2009

Introducing Students to World Hunger

Over at Digital Education, Kathleen Kennedy Manzo features online lessons about world hunger created by the United Nations World Food Program. She suggests that the lesson plans, blogs, videos, interactive games and other resources hold more promise of helping children understand world hunger issues than the standard reminders that parents use to urge kids to clean their plates at dinner. (You know the typical words: "Eat your vegetables. Children without food in India would be really happy to eat those.)

June 02, 2009

A Forum on "Informal" Science Education

Students encounter science every day, outside formal classroom settings. These informal experiences—which occur in zoos, museums, on walks through the park, even in computer games—offer the potential to increase students' understanding and love of science, a study released earlier this year found.

Next week, at 1 p.m. on June 9, EdWeek is hosting an online chat on informal science education, which will allow readers to submit questions to researchers who've studied the topic extensively. Our guests will be Philip Bell, of the University of Washington, and Heidi Schweingruber of the National Research Council. Both of them worked on the aforementioned study, titled "Learning Science in Informal Environments: People, Places and Pursuits."

So get your questions ready. You will be able to access the chat through our home page, and arrange to have an e-mail reminder sent to you, under "Featured Events," at www.edweek.org, and through this link.

June 02, 2009

A Well-Rounded Curriculum, a More Competitive Nation?

What’s the key to U.S. students keeping pace with their peers in high-performing foreign countries? The answer may lie in promoting a broad education that emphasizes the liberal arts and sciences, and not just reading and math.

That’s the argument put forward in a new report released today by Common Core, a Washington advocacy organization, which examines the curricula and assessments in nine nations that outperform the United States. A standard feature of those countries’ school systems is that they demand that students receive a well-rounded education across subjects, the authors say – and not simply in math and science, subjects in which some of them receive considerable acclaim.

Too many American schools, the authors contend, are by contrast sacrificing time spent the arts and humanities, because of the pressure to improve math and reading scores.

The report examines the standards and tests in nine jurisdictions that have topped the United States on the Program for International Student Assessment, or PISA, a much-publicized exam: Australia, Canada, Finland, Hong Kong, Japan, Netherlands, New Zealand, South Korea, and Switzerland.

“[W]hat is the common ingredient across these varied nations?” writes Lynne Munson, Common Core’s president and executive director, in an introduction to the report. “It is not a delivery mechanism or an accountability system that these high performing nations share: It is a dedication to educating their children deeply in a wide range of subjects.”

Common Core advocates for students receiving a strong grounding across disciplines, including the arts and humanities. The organization has argued – as others have – that the No Child Left behind Act’s emphasis on math and reading has crowded out teaching in other subjects.

The process for examining the standards and assessment of the various foreign nations was difficult; Ms. Munson described the task as “terribly messy.” In some cases, little information on the actual content of education in several of the countries was available. The authors collected information on standards and tests from various sources, including embassies and ministries of education. Even so, they come away concluding that the various foreign countries offer a “comprehensive, content-rich education in the liberal arts and sciences."

The report presents test content from various nations, and bores in on the subject-specific requirements in different countries. For instance, it highlights the required music curricula for 8th grade students in the Canadian province of Ontario, which includes the ability to read music and produce basic compositions. Dutch 12th graders have to know enough about the Crimean War to put seven events from that period in correct chronological order. Finnish 5th and 6th graders study how the invention of writing changed human life, and the influence of the French revolution, the report says.

How should teachers, curriculum directors, and state officials interpret the Common Core report? In some ways the report requires multiple comparisons. It’s difficult to know, for instance, how Finland’s or Canada’s treatment of the humanities compares to what's used in the United States because we don’t have a single curriculum. Instead, the report may invite comparisons of how individual states stack up against the foreign countries that are showcased. Should we care how New York’s elementary school art curriculum matches up against Hong Kong’s? If Switzerland’s students are being tested in more depth about the Cuban missile crisis than U.S. students are, should that trouble us? You be the judge.

June 02, 2009

Civics in Schools: Richard Dreyfuss and a Former U.S. Senator Have the Same Goal

Actor Richard Dreyfuss is in the media limelight today for his interest in creating a curriculum to teach civics to students in grades K-12. Former U.S. Sen. Bob Graham, a Democrat from Florida, has a similar interest in seeing civics stressed more in schools and in colleges and recently wrote a book, America, The Owner's Manual, on how this can happen. He wants to see youths get engaged in politics.

Dreyfuss characterizes civics as "political power." He fears that the nation's young don't understand well the origins of the United States and would like his new curriculum to help them learn about and appreciate it, according to the Associated Press.

Graham wants American youngsters to know how they can make a difference in society, according to a press release I got about his book. The former senator taught civics at Miami Carol City Senior High School in 1974.

I wonder if either of these two have studied the last presidential election for clues about how to get young people more engaged in politics. We had a fair amount of coverage here at Education Week about how youths were particularly interested in the election process. I got the impression that schools weren't exactly the catalyst.

But it seems that it's not too late for schools to capitalize on some of that engagement by building more civics lessons into their curricula.

June 01, 2009

Innovation: Filmmaking and Literacy

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Students from the Silver Spring International Middle School got a chance to see films they'd made in an elective class at school on the big screen this morning at a film festival at a local movie theater. The movies were made as part of the class, "Lights, Camera, Literacy!," that is taught in 15 schools in the Montgomery County, Md., district as part of a middle school reform effort. That reform effort aims to make academics more engaging for students.

George Mayo, an English teacher who taught the elective class at Silver Spring International to 84 students this school year (and has a blog), said the students learn a lot about the elements of storytelling through making films. "They have to look at what goes into stories: plot, motivation of characters, types of conflict." He said they also learn to collaborate.

Mayo, the school receptionist, and the school nurse occasionally show up in minor roles in some of the students' flicks, but mostly they feature actors who are in middle school and are doing their filming in and around their school.

One clever one-minute film using stop-motion animation features a clay figure that rides around on a skateboard. It's a very short subject that makes a point of not having a plot and conveys the idea that "any story with no plot is not a story."

A nine-minute film, "The Middle School Life of Vince Elwood," has a theme of middle school angst. "I'm so confused, don't know where I'm going," begins the central character, Vince Elwood. "Why do I always feel like I don't fit in? ... Maybe I'm overreacting." He tries to join a band with other students but quits after they ask him if he can sing, and he has to admit that he can't. The band members then treat him badly one day at school, knocking his books out of his arms. But then they later say they are sorry and invite Vince back into the band, even if he can't sing. It ends with a talent show, in which the band is a hit.

Other films have a supernatural quality with mysterious boxes and a character who finds he has superpowers after being hit by a car. The boy with supernatural powers gets some training on how to channel them properly. He then prevents a bad character, who wears a black cape, from taking control of his school. That production, "The Clumsy Ninja," ends with a battle between the good guy and bad guy in the cape, complete with special effects of a hurling blue box and lightning-like zapping.

Making films helped the students to learn more vocabulary and improve their knowledge of characterization, I was told by three students—Kaylan, Mary, and Mona—I interviewed before the start of the festival. (Update: I've deleted their last names at the request of Mayo.)

"You just have to love the technology," added Mona, who helped to make "Love to Dance" about a girl who dances well but is shy about doing so in front of others.


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