kitchen table math, the sequel

Monday, December 1, 2008

Larry Cuban on technology in the schools

Larry Cuban (author of Oversold and Underused: Computers in the Classroom): U.S. school reformers have a tradition of overselling and underusing technological innovations. Thus the chances of widespread adoption in schools of new classroom technologies in the next decade are in the 70 to 90 percent probability range, but the probability of routine use in most schools for instruction is much lower, in the 10 to 20 percent range.... Regardless of what technological enthusiasts predict, no “revolutions” in technology use have occurred in U.S. schools and classrooms....

[snip]

Slight increases in home schooling may occur—say from 1.1 million students in 2003 to 2 or 3 million by the end of the decade. The slight uptick would be due to both the availability of technology and a far broader menu of choices for parents. Online college curricula and offerings from for-profit entrepreneurs give home-schooling, anxious college-driven, and rural parents new options. [ed.: Anxious college-driven parents, you say. Well, maybe if someone listened to anxious college-driven parents once in a while, we'd have fewer SMARTBoards and more college preparation.]

[snip]

In tracking such technological innovations as film, radio, television, videocassettes, and desktop computers over the past half century, I found a common cycle. First, the promoters’ exhilaration splashes over decisionmakers as they purchase and deploy equipment in schools and classrooms. Then academics conduct studies to determine the effectiveness of the innovation as compared to standard practice; they survey teachers and occasionally visit classrooms to see student and teacher use of the innovation. Academics often find that the technological innovation is just as good as—seldom superior to—conventional instruction in conveying information and teaching skills. They also find that classroom use is less than expected. Formal adoption of high-tech innovations does not mean teachers have total access to devices or use them on a daily basis. Such studies often unleash stinging rebukes of administrators and teachers for spending scarce dollars on expensive machinery that fails to display superiority over existing techniques of instruction and, even worse, is only occasionally used.

Few earnest champions of classroom technology understand the multiple and complicated roles teachers perform, address the realities of classrooms within age-graded schools, respect teacher expertise, or consider the practical questions teachers ask about any technological innovation that a school board and superintendent decide to adopt, buy, and deploy. Is the new technology simple to use? Versatile? Reliable? Durable? How much energy and time will I as a teacher have to expend to use the new technology for what net return in enhanced student learning? Will the innovation help me solve problems that I face in the classroom? Providing teachers with economic or organizational incentives to use technology won’t answer these practical questions. Were policymakers, researchers, designers of the innovation, and business-inspired reformers to ask and then consider answers to these questions, perhaps the predictable cycle might be interrupted. [ed.: or -- and here's a thought -- policymakers, researchers, designers of the innovation, and business-inspired reformers could ask parents and taxpayers whether they feel like shelling out $4000 for SMARTBoards when a $400 data projector would serve]

[snip]

...tax-supported schools are expected to convert children into adults who are literate, law abiding, engaged in their communities, informed about issues, economically independent, and respectful of differences among Americans. [ed.: so....if a parent had written that list, would you expect to see the words "well-educated" on it? or "able to spell"? or, perhaps, "able to add, subtract, multiply, and divide without using a calculator"?] Schools are held publicly responsible for achieving those ends [ed: wrong again]

[snip]

It is a mistake to assume that if schools just adopt classroom technologies, academic achievement will improve, teaching will change dramatically, and students will be better prepared for the 21st-century workplace. Evidence for each reason to adopt technology is at best skimpy and at worst missing altogether.

Virtual Schools
by John Chubb, Terry Moe, and Larry Cuban
Education Next
Winter 2009
vol. 9, no. 1

When we toured private schools last spring, we found that the better the school, the less the reliance on technology, generally speaking. Dalton didn't have a single SMARTBoard. [see Anonymous, in Comments below]

The principal of Hogwarts told us that they've been considering investing in technology for the school, but so far they haven't seen anything to convince them that the benefits justify the costs.

Then he said a pencil is technology.

cranberry on professional development

When I hear, "improving teacher quality," I don't think, "why, more teacher development courses are the way to go!" I think, prune the deadwood, and hire people who can spell, write, think, and have a thorough knowledge of their subject areas. Union contracts don't allow this, of course.

Doctors and lawyers are subject to stringent licensing standards, much more demanding than teacher licensing exams. In order to be accepted to medical school and law schools, candidates must score acceptably on the LMAT or GMAT exams. After their strenuous professional schools, they must either pass the bar exam, or the medical board exams.

As a consequence of professional misconduct, doctors can have their license revoked, and lawyers can be disbarred. This happens upon the basis of duly investigated complaints, on the authority of independent boards.

Measures such as the medical and legal professions have chosen to live under would go a long way towards "improving teacher quality."

By the way, for both doctors and lawyers, the required professional development happens on their own time. Due to the structure of professional partnerships, every day spent in training is a day they're not making money.

Diagnosis diagnosed by Galen Alessi

This is the unedited section of Galen Alessi's classic article, "Diagnosis diagnosed: A systemic reaction" that describes his study of school psychologists blaming the child:

On the completely different theme of values, I agree with Joel Meyers that a dramatic shift in conceptual models is needed in school psychology diagnostic systems. And, I agree that what is required is a switch from an individual to a systemic (ecological) perspective. Perhaps the most important, recent discovery in school psychology in the past 50 years has been that every school pupil interacts daily with teachers, peers, a basal curriculum, parents, and school administrators. Some school psychologists now are suggesting that these factors may contribute to (and perhaps even be the source of) many pupils' school problems. But such school psychologists are only a tiny minority (cf. rump group?), and considered to be egregious radicals by their individually centered colleagues. What makes school psychologists hold so tenaciously to an individually centered conception of behavior? Could it be that giving up this schema would change the professional role in fundamental ways that neither the schools nor school psychologists are prepared to accept?

The major part of the school psychology role involves case studies to determine the sources of learning and behavior problems in school. Not only are school psychologists experts in tracking down factors contributing to such problems, but they also are bound by professional ethics to report the results objectively as they are determined. Parents trust school psychologists not to adopt assessment practices that are inherently biased in ways that could hinder, rather than help, their children. But school psychologists with an individually centered perspective may have adopted naturally, and with the best intentions, inherently biased assessment models.

When a child has difficulty learning or behaving at school, the source of the problem usually can be traced to one or more of five broad areas. First, the child may be misplaced in the curriculum, or the curriculum may contain faulty teaching routines (cf. Becker, 1986; Carnine & Silbert, 1979; Engelmann & Carnine, 1982; Silbert, Carnine, & Stein, 1981). Second, the teacher may not be implementing effective teaching and/or behavior management practices (Becker, 1986; Heller, Holtzman, & Messick, 1982; Paine, Radicchi, Rosellini, Deutchman, & Darch, 1983; Sprick, 1985). Third, the principal and other school administrators may not be implementing effective school management practices (Brookover et aI., 1982). Fourth, the parents may not be providing the home-based support necessary for effective learning. Fifth, and finally, the child may have physical and/or psychological problems that may be contributing to the learning problems.

With several groups of school psychologists (about 50 each), in different areas of the country, I have replicated the following informal survey that highlights the crucial problem with current individually centered diagnostic practices. First, the psychologists were asked whether all agreed that each of the just-mentioned, five factors may play a primary role in a given school learning or behavior problem. They almost always agreed. Next, they were asked for the number of cases each had examined in the past year to determine the source of learning problems. The answer was usually about 120. Using 100 as a round number, multiplied by the group size of 50, yields about 5,000 cases studied by the group in the past year.

At the next step, the group was asked for the number of psychological reports written that concluded that the referred problem was due primarily to curriculum factors. The answer was usually none. All cases out of 5,000 examined confirmed that their schools somehow had been fortunate enough to have adopted only the most effective basal curricula.

When asked for the number of reports that concluded that the referred problem was due primarily to inappropriate teaching practices, the answer also was none. All cases out of 5,000 examined proved that their districts had been fortunate enough to have hired only the most skilled, dedicated, and best prepared teachers in the land.

When asked how many reports concluded that the referred problem was due primarily to school administrative factors, the answer again was none. All cases out of 5,000 examined demonstrated that their districts had hired and retained only the nation's very best and brightest school administrators.

When asked how many reports concluded that parent and home factors were primarily responsible for the referred problem, the answer ranged from 500 to 1,000 (10% to 20%). These positive findings indicated that we were finally getting close to the source of educational problems in their schools. Some children just don't have parents who are smart, competent, or properly motivated to help their children do well in school.

Finally, I asked how many reports concluded that child factors were primarily responsible for the referred problem. The answer was 100%. These 5,000 positive findings uncovered the true weak link in the educational process in these districts: the children themselves. If only these districts had better functioning children with a few more supportive parents, there would be no educational difficulties.

As an addendum, I offered informal data collected in local Individual Educational Planning Committee (IEPC) meetings that suggest that family factors are invoked most often when the parent does not attend the meeting or if the parent is involved in a way deemed inappropriate by the school staff. Otherwise, child factors alone seem to carry the explanatory burden for school learning and behavior problems.

One does not need complex statistical analyses to know that these results are significant beyond the .0000001 level. The set of all cases studied by these school psychologists comprises a needs assessment for their districts. And, the results indicate clearly no need to improve curricula, teaching practices, nor school administrative practices and management. The only needs involve somehow improving the stock of children enrolled in the system, and some of their parents. But, it is equally unclear how school psychologists can help resolve this kind of problem. School psychologists seem to define school problems in ways that cannot be resolved.

At this time, of course, many psychologists raise their hands to protest that all five areas are indeed responsible for problems in cases they have studied, but that informal school policy (or "school culture") dictates that conclusions be restricted to child and family factors. Many feel that they could lose their jobs were they to invoke school-related factors. Certainly, they claim, their professional lives would be made very uncomfortable. Others note that not all evaluations determine that serious problems exist. But the fact remains that no school psychologist in the group had determined that any existing problems were due to school-related factors.

School psychologists, however, appear to have come by their child-as-the-problem biases quite honestly. The bias trail leads back to graduate training programs. Graduate core requirements in school psychology programs usually focus on child factors to the virtual exclusion of school-related factors. Workshop and paper presentations at school psychology conferences share the same restricted focus. Articles in the leading journals focus on child factors.

Textbooks also stipulate the child-as-the-problem bias. An informal survey of a few widely adopted texts on diagnosing reading problems yields the following results. Sources are not referenced out of respect for the authors, but the reader can find similar results by quickly surveying texts off the shelf. The first text devotes 4 pages (7% of total coverage) to school factors related to reading problems, 2 (3%) pages to home factors, and the remaining 55 pages (90%) to child factors. The second text devotes 1 page (4% of total coverage) to school factors related to reading problems, 0 (end p. 149) pages to home factors, and 22 pages (96%) to child factors. A third text devotes 0 pages to school factors related to reading problems, 0 pages to home factors, and 250 pages (100%) to child factors. A fourth text devotes 10 pages (4% of total coverage) to school factors related to reading problems, 9 pages (3%) to home factors, and 237 pages (93%) to child factors. The classic book on reading disability edited by Money (1962) does not include chapters addressing school or home factors related to reading problems. All chapters focus on child factors.

There are isolated and recent exceptions to this long-standing bias. Carnine and Silbert's (1979) reading text devotes almost no space to the discussions of child factors (other than pres kills) and close to 100% of coverage to school-related factors (teaching and instructional management). The Silbert, Carnine, and Stein (1981) mathematics text follows this same general formula.

The widely adopted textbooks, however, also may have come by the childas-the-problem bias honestly. Texts cannot review school factors unless researchers select those kinds of factors to study. Perhaps the proportions of pages included in these texts represent fairly the amount of research available in each respective area.

A comprehensive review by Arter and Jenkins (1979) of process models for explaining and treating learning problems indicates how extensively the childas-the-problem bias pervades our research and practice. The continued wide use of such process models, in spite of clear evidence that they not only are invalid but also ineffective, indicates the persistence with which such biases are held. Coles (1978) presented an extensive review of the research on learning disabilities. He noted with some surprise that of the approximately 1,000 studies reviewed, not one examined the relation between school factors and learning disabilities. Most studies examined child factors, some home factors, and a few both child and home factors. Coles suggested that such an extensive research literature focusing on child and home factors, to the exclusion of school factors, could be interpreted as pointing to some kind of conspiracy by researchers against examining school factors as they relate to school learning problems.

Educational researchers, however, also may have come by the child-as-the-problem bias honestly. Perhaps school administrators (or teacher unions) are reluctant to permit researchers to study school factors as they relate to learning and behavior problems. Perhaps researchers are only approved for projects that focus on child and home factors. Reports from school psychologists in the informal surveys just cited seem to support this interpretation.

Recently, however, educational researchers have produced very valuable data on school factors and learning (cf. Becker, 1986; Brookover et aI., 1982; Carnine 1978; Heller, Holtzman, & Messick, 1982). As this body of research grows, school psychologists will increasingly face the burden of deciding whether they work for the schools or for the children, in cases where the interests clash.

We end with a discussion of the ethical burdens on school psychologists to be forthright and honest when reporting their findings. Are we really helping children by concluding that children alone are responsible for educational problems? Are we helping the school system at the expense of the children? How do we balance the rights of those who pay for our services against the rights of those who receive our services, when interests clash? Is the role of the school psychologist to label children to help schools avoid improving faulty educational practices, or to help schools improve faulty educational practices to avoid labeling children?

In this social context, I think Joel Meyers's proposed model will benefit school psychology if the ecological and systemic aspects are embraced. I think it will be transformed into "old wine in new bottles" if emphasis is refocused exclusively on the individually centered aspects (e.g., cognitive factors).


REFERENCES
Alessi, G. J., & Kaye, 1. G. (1983). Behavioral assessment for school psychologists. Stratford, CT: National Association of School Psychologists Publications.
Arter, 1., & Jenkins, 1. (1979). Differential diagnosis-prescriptive teaching: A critical appraisal. Review of Educational Research, 49, 517-555.
Ashlock, R. (1986). Error patterns in computation: A semi-programmed approach (4th ed.). Columbus, OH: Merrill.
Becker, W. (1986). Applied psychology for teachers: A behavioral cognitive approach. Chicago, IL: Science Research Associates.
Brookover, W., Beamer, L., Efthim, H., Hathaway, D., Lezotte, L., Miller, S., Passalacqua, J., & Tornatzky, L. (1982). Creating effective schools: An inservice program for enhancing school learning climate and achievement. Holmes Beach, FL: Learning Publications.
Carnine, D. (1978). Analysis of achievement data on six cohorts of low-income children from 20 school districts in the University of Oregon Direct Instruction Model: Appendix A, formative research studies on direct instruction. Eugene, OR: University of Oregon Follow Through Project.
Carnine, D., & Silbert, 1. (1979). Direct instruction reading. Columbus, OH: Merrill.
Coles, G. (1978). The learning disabilities test battery: Empirical and social issues. Harvard Educational Review, 48, 313-340.
Engelmann, S., & Carnine, D. (1982). Theory of instruction: Principles and applications. New York: Irvington.
Heller, K., Holtzman, W., & Messick, S. (Eds.). (1982). Placing children in special education: A strategy for equity. Washington, DC: National Academy Press.
Money, J. (1962). Reading disability: Progress and research needs in dyslexia. Baltimore, MD: Johns Hopkins University Press.
Monteiro, M., & Heiry, T. (1983). A direct instruction supervision model. Direct Instruction News, 2, 8-9.
Paine, S., Radicchi, 1., Rosellini, L., Deutchman, L., & Darch, C. (1983). Structuring your classroom for academic success. Champaign, IL: Research Press.
Silbert, J., Carnine, D., & Stein, M. (1981). Direct instruction mathematics. Columbus, OH: Merrill.
Sprick, R. (1985). Discipline in the secondary classroom: A problem-by-problem survival guide. West Nyack, NY: Center for Applied Research in Education.
Ysseldyke, 1., & Christenson, S. (1987). TIES: The Instructional Environment Scale. Austin, TX: PRO:ED.

Received April 9, 1987 Final Acceptance April 13, 1987

Requests for reprints should be sent to Galen Alessi, Western Michigan University, Department of Psychology, Kalamazoo, MI 49008.
PROFESSIONAL SCHOOL PSYCHOLOGY, 3(2),145-151 Copyright @ 1988, Lawrence Erlbaum Associates, Inc. pp. 148 – 151



Siegfried Engelmann on Galen Alessi (short)
Siegfried Engelmann on Galen Alessi (longer)
Engelmann on inputs versus outputs
Mothers from Hell 2

top ten!

Mathew's in it!

And Ken is now officially a respected independent blogger! (scroll down)


trip down memory lane

First time any of us "met" Ken was September 27, 2005, when he left his famous Comment re: engineering school and engineering school wash-outs.

Tour de force

Thursday, November 27, 2008

Mathway

From Massachussetts high-school math teacher Mr. D:

Mathway is a website where you can type in problems ranging from basic math to Calculus and not only get the answer, but a step-by-step explanation. All of the key vocabulary words in each explanation are linked to an online glossary. You can graph answers on the coordinate plane when needed as well.

This should be on every students' list of sites to use for homework help, as well as a great self-directed way for students to check their own work. You could do anything from a set of problems, project or test and then have students correct everything themselves and get detailed explanations all from one website. It's fantastic.


You might check out the rest of Mr. D's blog as well.

14-0 Hogwarts

Oh my gosh, this is fun!

Hogwarts is on TV playing its traditional Thanksgiving game against its traditional rival, another Jesuit high school in Manhattan. The traditional rival is expected to win, mostly, I gather, due to "Famous Seamus," the running back who is so good he's rated 6th in the country.

Nevertheless, Hogwarts, at half-time, is ahead 14-0 -- they just scored a touchdown on a 60-yard reception with 18 seconds left to go in the half.

We're going to the game next year!

Ed and I are having another of our near-daily Toto, I've a feeling we're not in Kansas any more* experiences. E.g.: I have never known a person named Seamus. I have never even been briefly introduced to a person named Seamus.

Of another player, a sophomore on the Hogwarts team, I believe, the announcer just told us that he is 6'1" and 240 pounds; his mom is the arm wrestling champion of New York state.

Magic.

Happy Thanksgiving, everyone!


* For passersby, I am Scots Irish Protestant, grew up on a farm in central Illinois; my husband, who is Jewish, comes from Levittown, PA. I don't know about Ed, but where Hogwarts is concerned I feel as if I've stepped off the planet I was on and landed on the planet I wasn't on. A fun planet.

the Hogwarts suite

Wednesday, November 26, 2008

inside the black box

I asked the union lackey about ATRs [Absent Teacher Reserve]. He said, they just got a great deal from the DOE. Smart principals will hire them in a minute. I reminded him of the fact that principals do not like experienced teachers, that they don't like teachers that think and have minds of their owns. Years ago, principals hid vacancies whenever they could. No one wanted a veteran teacher who would not jump when told to. He said smart principals did not think like that. I said the smart ones were few and far between. He just kept talking about the one smart principal he used to work for.

Pissed off teacher

Speaking of inside the black box, When Galaxies Collide is back!

pissed off teacher & Regents

Steve H:
Schools have to see exactly what parents are doing at home. This is not difficult information to obtain. Schools have to look at exactly why some kids do well and some kids don't. However, parent-supported kids are the best excuse for schools. They don't want to know this information.

pissed off teacher:

That is the understatement of the year. This term I am teaching geometry to kids with no algebra skills and kids who have trouble reading. The poor kids are frustrated beyond hope.

But, NCLB says every child must take this stuff.

My old principal changed grades of every kid who squeaked by with a 65 on the regents from failing to passing and my school is in a real mess because of this.

Ed is friendly with a former TFA teacher who was formally reprimanded twice for refusing to cheat on the state tests (not in New York state). Robert Cox has a post on How cheating on high-stakes tests works.

that was quick

Superintendent: Schools may need a bailout too

questions t/k

Hi everyone -

I have some questions.

Which I'm going to send by email.

Just as soon as I finish putting together a list with all 64 emails on it.

Back in a bit.

Happy Thanksgiving!!

Have a wonderfully restful next couple of days.
Enjoy friends and family and cherish time spent together.
It keeps us grounded and able to deal with all of the other stuff.
Happy Thanksgiving!

Tuesday, November 25, 2008

Not Smarter than a Fifth Grader after all

Educator, Game-Show Winner Declares Bankruptcy: Despite Declaring Chapter 7, Ga. Schools Boss to Give Away $1M Game-Show Prize

From ABC News:
Kathy Cox, the Georgia state schools superintendent who recently won $1 million on the TV game show "Are You Smarter Than a Fifth Grader?," declared bankruptcy last week, another victim of the housing crisis. A spokesman for Cox said she will uphold her promise to donate her winnings to two schools for deaf children and a school for the blind, despite declaring personal bankruptcy with more than $3.5 million in liabilities and less than $650,000 in assets -- which is separate from her winnings.


The comments get ugly.

Core Knowledge Conference

Delete
Blogger Catherine Johnson said...

oh my gosh --- how did the Core Knowledge conference go???

Last week was the National Core Knowledge Conference in Anaheim. My company shared a booth with singaporemath.com, so I didn't attend many of the sessions. (However I got plenty of feedback from teachers.)

I had high expectations for this conference. First off, there hasn't been a national conference since February, 2007 and secondly, I saw Liping Ma was presenting. (Yeah!!)

Attendance was around 1500, That's about half the attendance of the D.C. conference in 2007. We had less than 100 people visit the booth in the three days the exhibition hall was open. That's ok, they were people who were truly interested in Singapore Math. Liping Ma's session had 30 or so attendees, less than ours and she's FAMOUS! She was a bit disorganized and flustered. It wasn't her best presentation, but anything she talks about is A-o.k. with me. (During the session, my business partner sat there next to me saying "um-hmm", "yes", "absolutely" under her breath. If she had dropped to her knees and shouted "hallelujah", I wouldn't have been surprised.)

Liping Ma discussed curriculum and how the entire curriculum in China supports the fact that: "fractions build on whole numbers, period." With her permission, I'll share her powerpoint slides next week.

The rest of the conference (math-wise) was a disappointment. Dr. Frank Wang gave the same presentation he has given since I started attending the conference 5 years ago. He tells the same jokes and whips out the same newspaper picture of him as a student sitting with John Saxon (Want to know why his legs were crossed?) You can view his Dr. Frank's Math minute videos.

Not that Dr. Wang was the only repeat presentation. It seems like the same 8-10 people present the same thing each year. (Nathan Levy, Dennis Denenberg, Jim Weiss, Poetry Alive, Sheila Offman Gersh, Alex Fillipenko and of course the Hirschs) I didn't attend, however heard many teachers discussing Ruby Payne's keynote "A Framework for Understanding Poverty". "Depressing" was the consensus. Teachers come to the conference to be inspired, not to feel inadequate.

The best keynote speeches of the last several years? In my opinion: Jack Prelutsky and Bill Nye the Science Guy.

Next year's conference will be held at Disneyworld. Not my first choice, especially after attending in D.C., San Antonio & Philadelphia - great American cities rich with Core Knowledge-friendly history.


Final thoughts. Was attendance down this year because of the economy? Districts tend to plan for these pretty far out. We used to schedule a break for students around the conference so that teachers could attend. Will this economy affect the NCTM conference next spring. We aren't presenting and are debating whether to get a booth. (They are pricey!)


FYI- Our session: Core Knowledge meets Singapore Math: Integrating word problems throughtout the curriculum received great reviews!

Monday, November 24, 2008

block scheduling comment

from Anonymous:

The school my 3rd child attended as a freshman and sophomore had block scheduling and he hated it. He said that half of the period was almost always wasted, except for the (occasional) science lab. My brother taught in a high school (which his children attended) which switched to block scheduling and he says the same thing. The only way enough material can be covered is to rely on the lecture format, and most of the students cannot/will not keep up with the pace or absorb the content. There is also a significant issue with retention/continuity, especially in math and foreign languages. When we moved out of that area, one of the major factors in choosing where to live was the need to avoid districts with block scheduling.

I hear the same thing from everyone.

And from Chem Prof:
I'd second the rejection of block scheduling. I advise incoming college freshmen, and those words fill me with dread. Students who theoretically have taken calculus wind up placing into precalc consistently, because they remember almost none of it. The same thing is usually true for science coursework. Worse, if they have math in a fall block one year and a spring block the next, it can be 18 months with no math class, so they just wind up reteaching everything they learned already.

Basically, block scheduling is a way to have lots of wasted time for projects, but they really only cover one semester of material in one semester. There may be exceptions, but I haven't seen them.


"You can't cram math."

Or anything else.

Sunday, November 23, 2008

Direct Instruction Featured in City Journal: "How to do Pre-K right"

About City Journal:
City Journal is the nation’s premier urban-policy magazine, “the Bible of the new urbanism,” as London’s Daily Telegraph puts it. During the Giuliani Administration, the magazine served as an idea factory as the then-mayor revivified New York City, quickly becoming, in the words of the New York Post, “the place where Rudy gets his ideas.” The Public Interest goes further, calling City Journal “the magazine that saved the city.”

But City Journal is a national, not just a local, force, with a readership that spans the U.S.—and an especially enthusiastic audience in the nation’s capital. The country’s most thoughtful journalists are among the quarterly magazine’s subscribers, as are top businessmen and financiers. City officials from coast to coast are loyal fans, and mayors from Milwaukee’s John Norquist to Oakland’s Jerry Brown happily acknowledge City Journal’s influence on their own thinking and policy. Newspapers across the land, from the Wall Street Journal to the San Diego Union-Tribune, regularly print adaptations of City Journal articles, disseminating the magazine’s influence to millions of readers.


Here's the meat of the "How to do pre-k right" article

The strongest case against spending even more public money on preschool is the disappointing return on such investments so far. Well-designed evaluations of Head Start and state-run programs have found that children attending them show only modest gains in academic or social skills—and none that endure for long—compared with peers who stay home or go to child care. A large-scale study of Head Start by the Department of Health and Human Services compared the progress of about 5,000 three- and four-year-olds, all from poor families, some enrolled and some not enrolled in the program. Children in Head Start did no better than the control group on assessments of the skills that best predict academic success, including oral comprehension, vocabulary, and math. Both groups remained on average far below national norms in every important measure of cognitive ability. The most rigorous studies of state programs likewise have yet to demonstrate that the academic gains from pre-K show up later in the form of improved scores on states’ early elementary school reading tests, typically given in third or fourth grade.

This persistent failure deserves some sympathy. In their 1995 book, Meaningful Differences in the Everyday Experience of Young American Children, researchers Betty Hart and Todd Risley quantified a language deficit in young children from welfare families so vast that it’s hard to conceive how even the best preschool might erase it. By age three, the authors found, children from families headed by parents who were professionals had heard, on average, over 8 million more words than children from welfare families. The kids themselves had spoken over 4 million more words than the welfare children. The oral vocabularies of the professional-family kids exceeded those not just of the children but of the parents of the welfare families. This astonishing language gap has grim consequences: follow-up studies showed that it correlates closely with large deficits in vocabulary and reading ability at age nine—which, in turn, correlate with large deficits in the reading ability, and consequent prosperity, of adults.

We should temper our compassion for the overwhelmed Head Start and pre-K teachers, however, by recognizing that they have not only failed to close the education gap but have done much over the years to widen it. Like those who practiced medicine 200 years ago, most early-childhood educators demonstrate little regard for scientific findings and base their classroom efforts on theories and personal preferences that empirical evidence has repeatedly contradicted.

Central to the typical early-childhood educator’s worldview are three ideas: that it’s better for young children to learn through play than through work; that children learn best and are happiest when they can help direct the pace and content of their own learning; and that a child’s mental abilities develop at a natural pace that adults cannot do much to accelerate. If a child fails to learn something, it’s not because the teaching is faulty, in this view; it’s because the child is either “learning disabled” or not yet “developmentally ready” to learn it—a notion derived from the theories of Swiss psychologist Jean Piaget, who believed that mental abilities developed in age-determined phases.

From these premises flow a host of others. Pre-K teachers learn that it’s not “developmentally appropriate practice” to seat children at desks; to give them worksheets; to make them work to master the alphabet, letter sounds, and math; to assess their academic skills (medical, dental, and nutrition assessments are okay); and to group them by skill level for instruction (because all children should receive equal treatment and because children learn as much from one another as they do from adults). Many things that parents would call common sense are, for the preschool professional, high-risk activities.

No amount of contrary data has been able to dislodge this constellation of beliefs, which afflicts not just pre-K but elementary education as well. The largest experiment ever to compare different approaches to instruction in the early grades, sponsored by the federal government in the 1970s and known as Project Follow Through, tracked more than 75,000 K–3 students. It found that only one of the nine methods examined—the one least in keeping with educators’ traditional views—had consistently accelerated the academic achievement of poor children. The least successful approaches all shared the prevailing ideas. And if an approach fails in kindergarten, you can bet that it will fail in pre-K, too.

But Follow Through’s results proved too unpopular for the government to act on. Hence the same flawed ideas continue to absorb public funds and drive the training, accreditation standards, and state policies that shape today’s Head Start, pre-K programs, and elementary education. One can infer their ongoing failure from the lagging academic performance of children from poor families, nationally and in states like Georgia and Oklahoma, which have funded universal pre-K for years.

The one approach that Follow Through found had worked, Direct Instruction, was created by Siegfried Engelmann, who has written more than 100 curricula for reading, spelling, math, science, and other subjects. Engelmann dates DI’s inception to an experiment he performed at the University of Illinois at Champaign-Urbana in the summer of 1964. He took two groups of three- to five-year-olds—one white and affluent, one black and poor—and tried to teach them “sophisticated patterns of reasoning. . . . things that Piaget said couldn’t be taught before the age of formal operations—around 11 or 12.” These things included concepts like relative direction (A is north of B but south of C) and the behavior of light entering and leaving a mirror. Both groups learned what Piaget said they couldn’t at their age. But to Engelmann’s consternation, the affluent kids learned faster. He traced the difference to a severe language deficit in the African-American group (the deficit that Hart and Risley later quantified) and resolved to figure out how to overcome it.

Engelmann and two colleagues, Carl Bereiter and Jean Osborn, went on to open a half-day preschool for poor children in Champaign-Urbana that dramatically accelerated learning even in the most verbally deprived four-year-olds. Children who entered the preschool not knowing the meaning of “under,” “over,” or “Stand up!” went into kindergarten reading and doing math at a second-grade level. Engelmann found (and others later confirmed) that the mean IQ for the group jumped from 96 to 121. In effect, the Bereiter-Engelmann preschool proved that efforts to close the achievement gap could begin years earlier than most educators had thought possible. The effects lasted, at a minimum, until second grade—and likely longer, though studies on the longer-term effects weren’t performed.

The school also found that kids enjoyed learning “hard things” from adults and gained confidence as they gained skills. The key was to design the instruction carefully enough so that it worked even for the disadvantaged child—and to blame (and judiciously revise) the instruction, not the child, when the instruction failed. This approach in turn meant trampling the most sacred myth of the profession: that teachers always know best how to teach their kids, and hence deserve wide latitude in the classroom. Unlike other curricula, Direct Instruction programs tether teachers to a tightly scripted sequence of interactions. Engelmann’s field testing found that the scripts were the best way to prevent teacher miscommunications that could confuse the student. The scripting also improves efficiency: DI lessons consume an hour at most of the preschool day.

Engelmann’s results at the University of Illinois were replicated during the 1970s and 80s at nine sites across the country. Yet despite these successes, DI has faced little but scorn, neglect, and incomprehension from the educational establishment. Few education schools teach Direct Instruction techniques, except for special-ed classes, and few preschools or K–12 schools use DI curricula. None of the early DI preschool sites survived the whims of changing leadership, and Engelmann says that he knows of 200 places that improved student achievement after adopting DI, only to relapse after a new principal or superintendent capriciously dropped the program.

One site that has endured is Hampstead Hill Academy, a public charter school (pre-K to grade 8) operated by the Baltimore Curriculum Project, a nonprofit organization specializing in Direct Instruction. Stephanie Brown has taught DI math, reading, and language curricula there for ten years, the last five in all-day, state-funded pre-K. Eighty percent of her students come from poor homes, more than half are African-American or Latino, and one-third are immigrants still learning English. Many arrive not knowing how to hold a pair of scissors, use pronouns, speak in complete sentences, or follow simple directions. By the end of the school year, they have learned to sort objects into classes, identify opposites, recognize logical absurdities, use synonyms and if/then statements, create definitions for objects, read simple sentences, and do simple addition problems.

Brown breaks the rules of her profession. In the first months of school, she teaches her four-year-olds to sit at desks, work independently on exercises with pencil and paper, and concentrate for up to 30 minutes at a stretch (twice each morning) as she delivers the fast-paced DI lessons, one each for language and math. During DI time she breaks the class into three groups, arranged by skill level, to teach them more efficiently. She corrects mistakes quickly, firmly, and consistently.

“We’re going to start off with something really hard, but I think you can do it,” Brown says, beginning a math lesson that I observed in June. Seven children sit in a semicircle around her. Nine others are at their desks, cutting out, coloring, and ordering pictures of the life stages of a butterfly. Two others get extra practice on a language lesson with Brown’s assistant near the door.

“Read this,” Brown says, pointing at the “+2” written on the blackboard. “Everyone, get ready.” Following the script, she signals with her hand, and seven voices in unison say: “Plus two!” The simultaneity of response, a feature of all DI programs, instantly lets her know whether all her students are learning what she is trying to teach without having to take the time to call on each one individually.

“Very good! Plus two means the number that is two more. So, four plus two equals what number? Everyone . . .”

“Six!” they all shout.

The lesson lasts 20 minutes, after which the children return to their clusters of desks and five others take their place for a lesson from “Language for Thinking,” another DI curriculum. The transition takes no more than a minute. Each DI lesson reinforces and extends several strands of knowledge and skills that the children have learned in earlier sessions. Today’s language lesson includes work on the calendar, verb tenses, absurdities, questioning skills, definitions, opposites, and articulating descriptions.

“Get ready to answer some questions about a pair of scissors,” Brown starts. “Can you use a pair of scissors to cut paper?”

“Yes!”

“Can you use a pair of scissors to cut string?”

“Yes!”

“Can you tear scissors into little pieces?”

(Laughter.) “No!”

“Listen to this story and figure out what’s wrong with it. There was a woman. She wanted to wash the dishes, so she got out a broom.”

She calls on a little girl who points out the absurdity.

The least advanced group comes up for a lesson in “Language for Learning,” the program Engelmann wrote to address the language deficit in poor children. The focus today is on calendar facts, opposites, and similarities.

“Name the 12 months of the year,” Brown says.

The group answers correctly in unison.

“The story made us feel sad. Now say the sentence that tells the opposite.”

“The story made us feel happy.”

“I’m thinking of a broom and a hammer. How are they the same?”

One girl answers: “They both have handles.”

“Very good. How are they different?”

A boy says: “A hammer hurts you when it hits you, and a broom doesn’t."

Brown does DI lessons in the morning when the children are fresh. The rest of the day is devoted to standard pre-K fare: art, music, free play, gym, story time, and theme-based centers where students get to choose their activities, such as playing with blocks or kitchen utensils. “The children aren’t stressed out—they feel like the smartest kids on the planet,” Brown says. “Even the ones with behavior problems—it settles them.”

Direct Instruction rests on key findings in educational research. Children, particularly from poor homes, need lots of oral practice to master language and reading, studies have shown—hence the high number of responses-evoked-per-minute built in to DI curricula. Research has also confirmed that it’s possible to teach three-year-olds to hear and manipulate the individual sounds, known as phonemes, that make up words. Further, by three, most can learn to distinguish words that rhyme, and by four, they can understand the concept “letter” (that marks on a page correspond to specific sounds), learn the alphabet, and hear alliterations and syllables. Most middle-class children acquire these essential “pre-reading” skills—known collectively as phonological awareness—in the normal course of their upbringing. Most children in poverty and children with hearing deficits must be taught them explicitly, as DI does.

But the most significant—and least appreciated—research finding that justifies DI’s intensive, prescriptive approach remains Hart and Risley’s data on the language gap. “Time is the great enemy of the at-risk child,” Engelmann says. “He must learn more in less time, he is less experienced at learning, and he needs more practice. You can’t reproduce the form of the middle-class upbringing; you’ve got to try to reproduce the function. That means teaching kids the fast way.

The great stone in the road to a better preschool, in fact, is the dominance of pedagogical programs that don’t show teachers how to teach oral language and phonological awareness the fast way. The most popular, Creative Curriculum, controls about half the Head Start market. Another big seller is High/Scope. Absent major changes in how curricula get developed and approved for use in schools, these giants are about as likely to lose significant sales to the likes of DI as Budweiser is to get beaten by a microbrewery. So far, none of the 38 states funding pre-K has interfered with local decisions about curricula by, say, posting a list of programs that have passed rigorous field tests (or even by requiring such tests)—let alone by requiring districts that take state money to use them. Likewise, none of the studies of state pre-K programs has even compared the effects of competing curricula on student outcomes.

The other hole in the nation’s pre-K system is assessment, still a dirty word in most pre-K circles. Congress eliminated the Head Start National Reporting System, a series of cognitive tests given twice a year to Head Start children, after critics argued speciously that the tests ignored socio-emotional development and that the questions weren’t age-appropriate. Of the $3.72 billion spent by states last year on pre-K, almost nothing went to assessing children’s cognitive functioning or monitoring their progress against established norms. Without such data, states cannot set meaningful performance standards, much less hold districts accountable for meeting them.

Indeed, the nonprofit National Institute for Early Education Research doesn’t even include assessment in its ten-item Quality Standards Checklist, a popular tool for judging state pre-K programs. This is like appraising a painting with your eyes closed. The better curricula, DI included, build checkups in to their programs—another reason many educators don’t like them.

If the early-childhood education industry has persuaded states not to assess preschool children, monitor their progress, prescribe rigorously field-tested curricula, and evaluate the impact of individual preschools on student achievement—and if the state agencies don’t know how to do these things any better than the pre-K field from which their leadership is largely drawn—what can we expect the states to do to make early-childhood education more educational? Not much at this stage.

None of the bills in Congress is likely to increase rigor. Hirono’s Pre-K Act and Clinton and Bond’s Ready to Learn Act would support state plans that require “culturally and linguistically appropriate” curricula that meet the child’s “developmental needs” and are taught by teachers with degrees in early-childhood education or related fields. Either proposal would thus probably wind up spending a fortune perpetuating the fanciful doctrines that still dominate early-childhood education programs: the root of the weed.

The good news is that there are data-driven educators scattered in schools across the country, and even within a few state education agencies, who would be natural allies in a crusade for better pre-K. Alabama, Washington State, Arizona, and the federal Bureau of Indian Education have all built strong leadership in Reading First, the federal program targeted at poor children in K–3 that requires teachers to use research-backed practices. Officials there could gradually extend the use of effective curricula to pre-K. Another way to find allies is to ask vendors of the better curricula for sites that are doing well with their products. Bremerton School District in Washington State and Versa Reece Academy, a public school in Houston, both operate rigorous, data-driven preschool programs for poor children. But such areas remain in the minority.

If the philanthropists now investing in pre-K (more than $1 billion per year, by some estimates) want to try something radical, they might start a preschool modeled on Paul Weisberg’s now-defunct Early Childhood Day Care Center for at-risk kids in Tuscaloosa, Alabama. Using teachers who didn’t even have a college education, Weisberg ran a DI preschool that produced impressive student achievement gains in reading and language for a decade, vividly demonstrating that what pre-K providers need most is good training in good curricula, not (as governments are now hearing) degrees in early-childhood education.

Even teachers with fallacious assumptions want to succeed and are generally eager to learn new ways to help their kids. Wise policymakers can promote the ways that work, and wise parents can insist that teachers use them. We cherish our myths about childhood. We must cherish our children even more.

Shepard Barbash is a freelance writer and former education advisor to the Atlanta Public Schools. His most recent book is Changing Dreams.

So "Teaching Doesn't Matter"...

I disagree with the administrator that teaching doesn't matter. I believe that in order for students to experience long-term success in mathematics, excellent teachers must be allowed to use excellent curriculum. With that said, I would agree that content plays a major role.

Please refer this administrator to Hung-Hsi Wu's website.
Of particular interest:
How to Prepare Students for Algebra, American Educator, 2001
Must Content Dictate Pedagogy? (2005)

And also to this great article by William H. Schmidt (2008)
What's Missing From Math Standards? Focus, Rigor, and Coherence

Saturday, November 22, 2008

one child at a time

from a teacher:
Sometimes, in spite of all the , life is good in a problem-ridden, low-SES urban school.

We have had so many changes of administration in the last 22 months I have lost count. Are we on Principal #7, or 8? I forget. And how many assistant principals -- 4? 5? I think 5. Anyway, all chaos all the time is what it feels like at the grass roots.

But sometimes chaos can work to one's advantage, and this is such a story.

In June of 2007 I was testing children in the primary grades (reading, spelling and math levels for reporting on a project the school was engaged in). One student, finishing third grade, really concerned me. She had never been flagged for intervention, referred to the school support team, or even gotten failing report card grades. She was a nice kid, well-spoken, positive attitude. But -- she could NOT read. She had almost no understanding of the alphabetic principle: a few consonant sounds, no vowels, not even much of a "guessing" strategy. My hypothesis is that she got by on superior verbal and listening skills, good copying (nice writing and printing), and being the kind of kid all teachers like.

I made a mental note to do something about her the following school year.

So LAST fall (2007), I tried to work her into one of my reading groups. I ran into opposition from her classroom teacher, who didn't think she "needed" it and who was worried she was "missing class." (I always laugh at the though that a student who is finally learning to read is missing valuable "silent reading" time in class, but I kept my sardonic remarks to myself). I only got consent to let her work on a computerized program, Academy of Reading for 15 minutes every morning. Frankly, I think a knowledgeable teacher can do a lot more than that particular program, but I figured it was better than nothing. The student was not LD, would never meet criteria (no processing problems although the discrepancy between ability and achievement certainly could be documented), and decoding was definitely the issue.

She diligently worked on Academy of Reading three or four days a week for most of the school year (we had a computer upgrade that meant all the computers were offline for a few weeks, so that was an interruption). At the end of the school year though, I tested the child again. She had mastered CVC words using the computer program, but her overall decoding skills were at a beginning 2nd grade level, at best (she was finishing fourth grade). Her oral language was 70th percentile for her age (PPVT). Still a HUGE discrepancy.

All summer I brooded and schemed. I decided to take advantage of the fact that we had yet another change of administrators -- a complete one this time -- and probably no one knew who authorized what when. I called the child's mom the first week of school and outlined my plan. She said go, go, go! (She knew the child couldn't read). Next, I tackled the fifth grade teacher -- fortunately, a laid back sort (great teacher, just not hung up on minutiae) who wasn't at all worried the student would be damaged for life by missing a half hour of class every day. Woo hoo!

S. comes with a group of fifth graders, all working on decoding skills, and I could see that she is making excellent progress, but I didn't know exactly HOW much until yesterday. The other fifth grade was on a field trip, and S. came up by herself. I took advantage of the opportunity to give her the Word Attack part of the Woodcock . Up from 2.0 to 5.8!!! Holding my breath, I pulled out 3 Oral Reading Fluency passages at a fifth grade level. She averaged 90 WCPM (median was 92), on cold reads, with nice prosody, expression etc. She needs work on multisyllable word decoding -- fine. I know just what to do there. Her rate of 90 WPM is not fast enough (needs to be closer to 150-200), but for less than 3 months I thought it was awesome, and promptly wrote a jubilant note to her mom. By the end of the year our goal should be to have her at a seventh-eighth grade level and work on her writing as well.

One of our paraprofessionals was in the room while this was going on. She said to me (after S. left), "You can tell she knows she is successful --her whole body language, demeanor and personality have changed this year. She's so much more outgoing and confident." I had noticed it, but hadn't put two and two together. She's a smart little girl, and she knew she couldn't read before....that HAD to have affected her sense of self-worth. She was a hard worker, too, so why was she not learning? She probably blamed herself.

Not now. We high-fived each other, and I promised to keep "picking on" her (I make them correct every error, in true DI fashion) , and get her to the level she should be at.

Oh, and we can do that WITHOUT the parents. It's nice if parents have time and energy to do extra work with the children, but it is NOT necessary. I know I can count on parents to celebrate success -- and they do.

Like I say, sometimes the cr** is worth it.

Superintendent: Teaching Doesn't Matter, Curricula Trumps All?

The blogger known as MS_Teacher teaches in a financially-strapped district in Northern California. The other day she wrote,
One of the teachers in my school district was told by our superintendent yesterday that it shouldn't matter who is in the classroom that it all came down to good curriculum.
One of the commenters wrote:
I would ask him where he gets his research. Citation please! Much of the research supports the exact opposite of his claim.


Do you have the sense that this notion that "curriculum trumps all" is prevalent in your district?

I'm rummaging through the literature to find good studies to prove the opposite. Difficult, since most research on K-12 education is so bad.

Friday, November 21, 2008

The 80% Commandment

The relationship between students’ accuracy with schoolwork and their subsequent behavior is described by the 80% Commandment: “Thou shall not expect a student to do a learning task when he or she does not have the skills to complete the task with 80% success. Otherwise, that student will either act out or tune out.” Today’s frustrated students who lack basic skills most often respond by acting out.

Managing Unmanageable Students
Elaine McEwan-Adkins & Mary Damer

Tattoo that to your forehead.


constructivism as masked aggression
the 80% rule

Teaching in a Catholic school

Hello,
I have been silent for quite a long time - I am terribly overwhelmed. I used to teach in public middle school in Brooklyn. Now, because my license for NJ is still not ready (oh, DOE!), I had to get a job in private catholic high school for girls where nobody cares if you are licenced.
Here, I thought, my life is going to be heaven (the heck with the miserable pay!)- my students and parents will care and work hard with me, and instead of disciplining students I will teach them... and I can use direct instruction methods without closing my door!
Well... The life often brings you surprises - the one for me: my son will not attend a private religious or non-religious school.
So here are my commentaries to share:
a) classes are smaller so the kids should be able to receive more personal attention. Hmm, yes, the classes are small (in NY my classes were 30-34, here - 22 maximum). However, when I teach 6 classes a day (4 different subjects) I am overburdened with amount of preparation and less effective as a teacher. Grading of the works still amounts for 120 students...
b)parents pay tuition so they are investing in their daughters' education and would be interested to learn about the progress. Hmm, during parent-teacher night I saw 8 parents. None of the 20 parents I have sent personal invitation to call me, e-mail me, or see me regarding their daughters who do nothing in my class responded in any way... When I call homes that the child does not do any HW, comes for help sessions or misbehaves, the response is either "ugh-ha" or "can't be".
c)Students slack homeworks, do not come to tutoring, and generally do not care in the same ways they do in public schools.
d)A lot of teachers teach by assigning reading from textbook in class and then going over the questions at the end of the chapter without getting up from the chair.
e)Teachers in my school were not observed by a supervisor for at least 3 years. The new principal decided to start observations this year and caused quite a havoc. Teachers from 3 other schools that belong to our archdiocese (we met at convent) said they were not observed for even longer time.
d)Teachers do not cooperate, teaching is not aligned, and many "cultural" and "fun" events still take away from learning time
e)I have no intentions to continue teaching in this school...

My additional frustration comes from working with freshman group this year. They have NO math skills. Linear equations? Forget it... Positive -negative numbers? What is it? Order of operations is not clear either. How am I supposed to teach them Physical Science that includes basic chemistry and physics without touching math? (when I spoke to the math teachers of these kids, their answer was "oh, it's a very low level group. We can't teach them anything either.")
I know why curriculum continues to get dumbed down and it's impossible to find a decent physical science textbook with problems involving math published after 1970... Because of frustration! I can't teach them science because the math is not there... Grrr....

helicopter parents of the world

I am behind.

I am horribly behind.

I am so behind that, for me, it isn't today, it's still yesterday, or possibly the day before.*

......................

For the time being, here's something fun:

A 1983 study conducted by McClelland and Pilon backs up the link between achievement drive and performance. These researchers conducted achievement tests on thirty-one year old adults whose mothers had been extensively interviewed twenty-five years earlier by Sears, Maccoby and Lewin (1957) regarding their child rearing practices. This study reveals that the highest correlate to achievement drive is clearly the mother’s belief that it is very important for her child to perform well in school. This was true across all socio-economic strata, with the highest effect among the children of white collar workers.

How to Increase Your Child’s Verbal Intelligence by Carmen McGuinness & Geoffrey McGuinness, pp. 5-6

I'm going to have to finally get around to writing my Richard Elmore posts on the subject of wealthy suburban schools.


* comma splice intentional

Wednesday, November 19, 2008

petition

Via Whitney Tilson's education reform blog, a Democrats for Education Reform petition.

On my infinite to-do list, get some things up on the subject of the split within the Democratic Party on education.

Actually, that link to Kaus along with this David Brooks column is probably sufficient. Given that Linda Darling-Hammond is apparently overseeing his education transition team, it's not looking good for the DFER faction.

Joe Williams has said that when civil rights groups split off from teachers' unions the Democratic Party would be free to support charter schools.

That split appears to have happened, or to be in the process of happening.

And yet we've got Darling-Hammond.

Comments sought by Obama Administration

If you go over here you will be at an electronic form that allows you to submit suggestions for President-Elect Obama's education agenda.

Catherine Johnson has come up with three very succinct and cogent goals for education which she has submitted to her local school board (Irvington). You may wish to submit these as a suggestion--modifying as you see fit, of course. (Catherine has given permission to use these as a template for anyone in communicating with various authorities.)

I have changed Catherine's goals slightly, by substituting "U.S." for "Irvington". I also added a parenthetical about NAEP, which you may wish not to include. It is my particular beef. If you do include it, note that I use the word "test" rather than "assess". I urge you to do the same.


Here are the goals:

Goal number 1: Increase steadily the number of U.S. students whose academic achievement is on par with that of their peers in Europe and Asia.

Goal number 2: Increase steadily the number of U.S. students prepared to succeed in college work, with "Evidence of Attainment" being a steady increase in SAT scores. (NAEP scores should be disregarded until such time as the NAEP is revised to actually test age-appropriate content that students should be expected to master.)

Goal number 3: Reduce systematically the need for parents to reteach content and hire tutors.


Much thanks and appreciation to Catherine for coming up with these.

Tuesday, November 18, 2008

comments I have known and loved

Parents should have an outside assessment of their children. This should be voluntary for all parents to have their child independently tested. They would find out that the state assessments are often times flawed and their child is not proficient. This would help parents see the truth and in turn put pressure on the school to improve.

Anne Marie


I'm for national standards but only if they are standards based on Core Knowledge, Singapore Math and Direct Instruction. [ed.: hear! hear!]

Ari Haviv


We need national mathematics standards focused on CONTENT, not any specific program.

The abundance of mediocre programs, along with all of the time and money wasted on implementation, has crippled our elementary and middle school math instruction.

Investing more money on "professional development" will yield nothing. We must focus on the content first. It doesn't matter how wonderful the teaching methodology if content nonexistent.

Read the National Mathematics Panel Report.

First things first :D

concerned [ed.: I think I know this person!]


I noted that the representatives of neither candidate had anything to say about whether individual public schools should be autonomous. The empirical evidence clearly indicates that children acquire more academic skills and knowledge when such schools are self-directed.

Patrick Groff


Americans should be concerned that neither party has a serious policy with regard to education. When candidates discuss school reform, they forget about fiscal accountability. If the concern is with standards they won't respond to questions about curriculum.

Americans are sadly misinformed. The Singapore Ministry of Education developed standards and a created a curriculum that did what was promised. It was a curriculum written in English for children who's primary language was not English. Comparisons between Singapore and the US are striking. If the United States adopted Singapore standards there would be no need for standardized testing.

With a strong academic curriculum, more students would graduate from high school and be prepared for college and work. It costs Americans about $6 billion per year for every 10,000 high school dropouts. The past 10 years have been especially devastating for children as I've seen communities become increasingly resegregated. In this inflationary economy, our government is trading our children's futures by making school less efficient.

Nothing is lost by adopting the world’s best curriculum. Our great leaders should at least give communities a choice by putting Singapore on the state's list of adoptable curriculum. Eventually, the pain of not taking that risk will be greater than the reward for accepting it. We are running out of time.

Al Rode


The Singapore project is interesting and effective in a centrally-controlled educational system. The US is a long ways from agreeing that central control is a good idea. With others on this topic, I'd hope that Sens. McCain and Obama can come up with a serious solution for the conflict between federal and state/local governance of education that was started by Goals 2000 and really made worse by NCLB. [ed.: is this the case? What do people think? I haven't been able to form a solid opinion, although I tend to think this Commenter is right....] If educational content is truly a national issue, and if current NGO-type resources (like ASCD) are not up to the task of guaranteeing the content base for (e.g.) a high school diploma, then the whole US plan needs a shakeup and that will take leadership in the White House.

Terry

Monday, November 17, 2008

it's a plot

Drop everything and watch this now:

Learning in the 21st Century

(a Barry G find)


Nice to know that Digital Natives "prefer graphics before their text." I suppose preferring graphics before text would have nothing to do with the fact that today's Digital Native was taught to read using balanced literacy and sight words.


talkee-talkee

What means enduring understandings? [slide #37] My district's new 20-page Strategic Plan is chock-ful of Enduring Understandings, so I'd like to know.

speaking of 21st century skills

The New Basics. (pdf file)

1. Digital Age Literacy—Today’s Basics

Basic, Scientific, and Technological Literacies
As society changes, the skills that citizens need to negotiate the complexities of life also change. In the early 1900s, a person who had acquired simple reading, writing, and calculating skills was considered literate. It has only been in recent years that the public education system has expected all students to learn to read critically, write persuasively, think and reason logically, and solve complex problems in mathematics and science.[i]

Visual and Information Literacy
The graphic user interface of the World Wide Web and the convergence of voice, video, and data into a common digital format have increased the use of visual imagery dramatically. Advances such as digital cameras, graphics packages, streaming video, and common imagery standards,allow for the use visual imagery to communicate ideas. Students need good visualization skills to be able to decipher, interpret, detect patterns, and communicate using imagery. Information Literacy includes accessing information efficiently and effectively, evaluating information critically and competently, and using information accurately and creatively. [ii]

Cultural Literacy and Global Awareness
The world is rapidly becoming wired and the resulting globalization of commerce and trade has increased the need for cultural literacy. In such a global economy, with the U.S. concerned about interactions, partnerships and competition from around the world, there is a greater necessity for knowing, understanding and appreciating other cultures, including cultural formations established as norms in a technological society, such as virtual realities. [iii]

The Metiri Group: another vendor hard at work on behalf of America's children. Along with the Partnership, which has added the state of Arizona to its list, joining Iowa, Kansas, Maine, Massachusetts, New Jersey, North Carolina, South Dakota, Wisconsin and West Virginia.

Let the infusing begin!


in case you've got anything that needs containing

what to do when your kids get taller than you


The Professional Chef's Clogs at Hammacher Schlemmer

in case you've got anything that needs containing

Container Store coupon: 20% off (pdf file)

good thru Wednesday

If think tanks keep emailing me stuff about 21st century skills, I'm going to need a whole lot more containers around here, that's for sure.

bonus points:

They've got great stocking stuffers.

aim high

The greater danger for most of us lies not in setting our aim too high and falling short; but in setting our aim too low, and achieving our mark.

Michelangelo

book party

tomorrow (pdf file)

Is there an award for Best Book Nobody On the Planet Understood and/or Listened To?

Or, alternatively, Best Book Used to Justify Doing Stuff the Book Has Nothing to Do With?

Because if not, we need one.

a person without a party, part 2

excuse me while I bang my head against the wall

. . . . . . . . . . . . . . . . . . . . . .

While we're on the subject of things that cause head-banging, here is Margaret Spellings evoking The Race Between Technology and Education to flog Clayton Christensen's technology will save us argument. Goldin and Katz are Harvard economists who've spent 20 years studying the economics of education; Clayton Christensen is a b-school professor who has applied a Big Idea to education.

My point: these two works are not on a level, and technology will not save us.

Bonus points:
Over the past 18 months, Kevin and I have held a series of conversations on educational technology with educators, executives, and students.

Why is it "executives" rate attention from the Secretary of Education while parents, college professors, and taxpayers do not?


Lawrence Katz: publications
Claudia Goldin: publications
Clayton Christensen: publications

Steve Levitt summarizes The Race in 2 sentences
Jimmy graduates

Sunday, November 16, 2008

Mary Damer asks Barack Obama a question



One of my heroes. I finally ordered her book last week. (Was holding off only because of cost.)

French spelling

Ed's translation of Part 4 of Comment en est-on arrivé là?

4. Une orthographe ardue

Pas de chance pour les écoliers français. Notre orthographe est l’une des plus difficiles au monde. Pour une raison bête comme chou. Ce n’est pas parce qu’on entend un son qu’on saura l’écrire (« saint » se prononce comme « ceint », « sein » ou « sain », etc.) Les linguistes parlent de régularité entre les sons et les lettres. D’un pays a l’autre, elle varie du simple au double. Elle est de 97%, par exemple, pour l’espagnol ou l’italien, de 98-99% pour le finlandais ou le danois, mais seulement de 55% pour le français. Sans parler des problèmes d’accord, de lettres qui ne sont pas prononcées. De quoi s’arracher les cheveux. Là où un petit Espagnol mettra quelques mois à maîtriser les bases orthographiques, il faudra des années pour un Français. C’est que, dans beaucoup de pays, l’orthographe s’est simplifiée, « phonetisée », au fil des siècles. En France, non. « Notre langue est très conservatrice », reconnaît le linguiste Alain Bentolila, qui vient de publier « Urgence école : le droit d’apprendre, le devoir de transmettre » (Odile Jacob). Centralisme linguistique, institutionnalisation…Dès le XVII siècle, avec la naissance de l’Académie française, s’instaure le pouvoir du dictionnaire, référence de la langue. « Le français a été crée par des professionnels de l’écrit qui ont voulu faire une orthographe pour l’œil », indique Jean-Pierre Jaffre, linguiste au CNRS. Avec ses rigidités et ses absurdités. Pour la troisième édition du dictionnaire de l’Académie, en 1738, les imprimeurs n’avaient plus assez d’accents, ils ont mélangé les aigus, les graves et les circonflexes, quand ils n’en ont pas tout simplement oublié. Et les écoliers, trois siècles plus tard, continuent d’apprendre consciencieusement la liste des exceptions. D’où le débat, récurrent, sur une simplification de l’orthographe française. Les tentatives sont pour l’instant restées lettre morte. L’ »arrêté de tolérances orthographiques », en 1901, qui nettoyait notamment les règles des accords, n’a jamais été applique. Pas plus que le toilettage de 1990, qui a modifié la graphie d’environ 2 000 mots.Vous ne le savez sans doute pas, mais vous avez le droit d’écrire portemonnaie, naitre, évènement, nénufar et ognon…
N.F.

No luck for French school children. Our spelling is one of the most difficult in the world. For one simple reason: just because we hear a sound doesn’t mean we know how to write it (“saint” is pronounced as “ceint,” “sein” the same as “sain.”). Linguists refer to “transparency” between sounds and letters. From one country to another that transparency varies by a factor of two. For Spanish and Italian, the transparency of sounds and letters is 97%; for Finish and Danish it’s 98-99%. But for French, it’s only 55%. And that’s without taking account of agreement problems [e.g. noun-adjective], with so many letters not pronounced. It’s enough to make you yank out your hair. While it takes a young Spanish student a few months to master the basics of spelling, it takes his French counterpart several years. In many countries, spelling has been simplified, “phoneticized” over the centuries. But not in France. “Our language is very conservative,” explains the linguist Alain Bentolila, who has just published, School Emergency: the Right to Learn, the Duty to Transmit (Odile Jacob). Linguistic centralism, institutionalization: With the birth of the Academic Francaise in the 17th century, we see the beginning of dictionary’s reign as the supreme arbiter of the language. “The French language was created by professionals of the written word who devised a spelling system to please the eye,” says Jean-Pierre Jaffre, a linguist at the CNRS. It’s rigid and absurd. For the 3rd edition of the Academie Francaise’s dictionary, in 1738, the printers didn’t have enough accents, so they mixed up the aigu accents with the grave accents and both with circonflexes—and that’s when they didn’t just forget accents altogether. Three centuries later, school kids continue to conscientiously learn the messy list of exceptions these early printers created. Thus the recurrent debate over simplifying French spelling, though all efforts to do so have remained a dead letter. The 1901 “decree on orthographic tolerance,” designed to cleanse the rules of agreement, was never applied. Just like the language sprucing effort of 1990 that did nonetheless modify the spelling of 2000 words. You doubtless didn’t know it, but you’re allowed to write “portemonnaie,” “naitre” “évènement,” “nénufar” and “ognon”…




Le scandale de l'illetrrisme (nouvel obs: the scandal of illiteracy)
dyslexie, vraiment? ) (nouvel obs: true dyslexia? - whole language in France)
Comment en est-on arrivé là? (nouvel obs: How did we get here?)
French spelling

4 year olds learning to read in 10 to 12 weeks
Why English speaking children can't read

Lucy Calkins on teaching children to write
Becky C on starting at the top

instructional casualties in America
curriculum casualties: figures
forcing hearing children to learn as deaf children must
decline at the top: hidden reading deficits in good students
Rory: I frickin' hate whole language!

thank you, whole language

Have you "sporcled" today?

My children and I recently discovered Sporcle. It's a fun (and free) site with 603 trivia games to date. The thing is, many of the games aren't so trivial at all.

Just today, the kids and I attempted to list the names of as many Countries of the World that we could think of before the timer ran out. We also have enjoyed U.S. State Capitals and the Periodic Table. Greek and Roman gods are fun too.

There's a category for history and one for language and my son's favorite, gaming. Just about anything you can imagine. So many of the categories really are a great review of important content knowledge: grammar, geography, science, and other important "stuff". And yes, some of it is just plain silly.

I'm not doing a very good job of describing what Sporcle is, but if you sporcle you'll know what I mean.

Not a Book Club, But an Article Club? Shall we All Read and Discuss?

One of the good parts of graduate work is group discussions of scholarly articles.

Anyone interested in reading and discussing this article? (I haven't read the whole article yet -- just the abstract). I think I can get a PDF of the whole article, which I'd share with anyone interested in participating. The discussion would be in the form of comments on a blog post.

If this idea appeals, it can be a regular feature here.


Annu Rev Psychol. 2008;59:451-75.

The education of dyslexic children from childhood to young adulthood.
Shaywitz SE, Morris R, Shaywitz BA.

Department of Pediatrics, Yale University School of Medicine, New Haven, Connecticut 06510, USA. sally.shaywitz@yale.edu


Abstract

The past two decades have witnessed an explosion in our understanding of dyslexia (or specific reading disability), the most common and most carefully studied of the learning disabilities. We first review the core concepts of dyslexia: its definition, prevalence, and developmental course. Next we examine the cognitive model of dyslexia, especially the phonological theory, and review empiric data suggesting genetic and neurobiological influences on the development of dyslexia. With the scientific underpinnings of dyslexia serving as a foundation, we turn our attention to evidence-based approaches to diagnosis and treatment, including interventions and accommodations. Teaching reading represents a major focus. We first review those reading interventions effective in early grades, and then review interventions for older students. To date the preponderance of intervention studies have focused on word-level reading; newer studies are beginning to examine reading interventions that have gone beyond word reading to affect reading fluency and reading comprehension. The article concludes with a discussion of the critical role of accommodations for dyslexic students and the recent neurobiological evidence supporting the need for such accommodations.


PMID: 18154503 [PubMed - indexed for MEDLINE]

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