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| ACHIEVEMENT GAP | |
April 10, 2001 |
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A conversation on a recent report that shows a widening gap between the best and worst performing students. |
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RAY SUAREZ: There is a growing achievement gap in math and reading among grade school students. According to a report released yesterday by the National Education Goals Panel, reading and math skills improved slightly during the 1990s, but the gap between the best- and worst-performing students also grew. The seven-year study showed that the best students in 16 states seem to be improving, while the worst students are losing ground. We get more details now from Emily Wurtz, the acting executive director of the panel. And they call this report the "Report Card". What kind of report card did we get?
The story is very heartening in mathematics. Nationally we've made statistically significant improvement. Twenty-eight of the 36 states that participated in this made significant improvement, and that's very difficult to do. Some people are just astonished at it. So it's a very good news story, particularly at 8th grade math. But what fascinated us is that the results for reading didn't parallel the results for math. As you've indicated, there, half of all of the states that participated in the reading test showed that students in the bottom 25 percentile had actually performed less well at the end of the decade than at the beginning, whereas students in the top 25 percent were improving. That startled us. It wasn't something that we were aware was happening, but the National Assessment of Educational Progress released new data last Friday that showed in the year 2000 the same pattern held. Best readers are getting better, the worst readers are not doing as well.
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MILY WURTZ: Well, one of the things we have to bear in mind is that it's virtually the same fourth graders who were being tested in math and in reading, and those children one way or another managed to do fine in mathematics. So there are many factors that might account for this, but we can hardly dismiss it as the group of people in the fourth grade because they were making significant improvement, especially those in the bottom 25 percentile at the same period. I don't know, because this study just looked at state-by-state, what were the scores at a couple of points in time and what are the patterns. But some of our speculation may be that in the field of mathematics, there was some agreement among professionals as to the direction in which to try to move to get student performance up. Whereas in reading, for a long time, there have been debates as to what the best reading techniques have been. If you're not yourself caught up in that debate, sometimes it seems crazy because what they advocate on the one hand helping students understand phonics so that they can decode what it is they're reading as they begin seems sensible.
RAY SUAREZ: Some things that didn't change during the '90s are almost intuitive. If you had a kid from a poor family at the beginning of the '90s, he was likely to do less well than a kid from a wealthy family at the end of the decade. If you had parents who didn't go very far in school themselves at the beginning and the end of the '90s you weren't likely to do very well. How do we go to work on those kinds of things? EMILY WURTZ: You have identified the second part of this study that mattered a lot to us, which is the achievement gaps between different groups of people. Our study looked at what the gap was between the top performing students and the bottom, and likewise between white students and minority students. And the kind of dramatic progress that we saw in mathematics education, the improvement of its student achievement there, wasn't paralleled by a narrowing of this gap.
RAY SUAREZ: Is averaging all the students at a grade level in the United States very useful? If you cream off the top dozen or so achieving states, they score better than anybody in the developed world. If you take the bottom, they're just about behind everybody from every rich society in the world. If you lump them together and get a middle figure, does it tell you anything really useful to know? EMILY WURTZ: It's a perfectly good question. We are all kind of curious to know state by state what was the average performance and we're heartened, I mean, we really are heartened when 28 states show statistically significant progress of that average. But we agree with you; and the whole premise of this new report was that you ought to look more finely than that as well. Look at what's happening to students at the top and the bottom. Look at whether you're having any success narrowing the achievement gap. And I think you're right. You have to, as you're a policy maker or a principal or an educator you want to look at the fine details to get hints as to what I'm supposed to do next to fix this. |
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RAY SUAREZ: Well, your report is not a prescriptive document. EMILY WURTZ: Right. RAY SUAREZ: It clearly avoids that, but can it be used when you take it numbers at a school on a principal's desk, can he or she sift the numbers and figure out what to do next?
RAY SUAREZ: Will you be doing this close an examination in the numbers every time there's a set of NAEP data coming out? EMILY WURTZ: There will be new information on mathematics and science coming out this summer and this fall. We feel this has been so productive in telling us things we didn't know that we're asking that that same kind of analysis be done then. RAY SUAREZ: Emily Wurtz, thanks for coming by. EMILY WURTZ: Thank you, Ray. |
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