Hope Reed saw stark disparities in math classes at Blythewood High School about a decade ago.

At the school, in suburban Columbia, South Carolina, nearly half of students were white. In the freshman remedial math classes, however, almost all the students were Black. Many of those in the remedial classes came from lower-income families. 

Reed, then chair of the school’s math department, intervened. She wanted to experiment with detracking, or eliminating classes that separated students by level.

She started with a small test.

In 2013, she took on leading a ninth-grade remedial class and taught nearly 50 students the regular Algebra 1 curriculum.

“You’re in honors class, so you’re gonna do honors work,” she recalled telling them. 

At the end of the year, about 90 percent of the students passed. 

The success of that single class spurred Reed to expand the program. Rather than sorting ninth graders with high test scores into Algebra 1 and giving those with lower test scores remedial instruction, the school enrolled everyone into Algebra 1 classes. 

That year, 90 percent of Blythewood students passed the Algebra 1 end-of-course exam, an increase from the previous year’s passage rate of 87 percent. The average score for Black students on the exam was 80, up two points from the year prior. Meanwhile, the average for white students was 83, an increase by less than one point from the year prior.

The experiment convinced Reed that detracking math classes could be a key component in narrowing achievement gaps between student groups.  

Gaps between how minority students perform academically in comparison to their white peers have long been an issue across the country. The disparities often stem from larger structural issues — a lack of access to quality curricula, for instance, or teachers expecting students to perform poorly. 

Recently, the gaps have worsened in the wake of the pandemic and its disruptions to learning.

“It’s like ironing a shirt. When you run the iron over one time, some wrinkles fall out but when you run it back over the second time, it’s crisp. That’s what it did for them.”

Hope Reed, former chair of Blythewood High School math department

Math scores for Black 13-year-olds had dropped by 13 points between the 2019-20 school year and the 2022-23 school year, shows the latest data from the National Assessment of Educational Progress, often referred to as the nation’s report card. White students had a six-point decrease between the three years.

As a result, the difference between Black and white students’ scores widened from 35 points in 2020 to 42 points in 2023.

Addressing those disparities is more critical than ever then, for both strengthening students’ understanding of math and increasing their opportunities to higher-paying jobs in STEM fields. And nearly a decade ago, Reed’s experiment with detracking showed some promise as an aid. 

Related: Why it matters that Americans are comparatively bad at math

Step into any American school and you’ll most likely find tracked classes, especially for math.

Tracking students took root during the 20th century. Following immigration waves, desegregation orders and the inclusion of special education students in classes, tracking grew in use and separated those students deemed fit for higher learning at college from those who were viewed as less intelligent and only capable of learning a trade or craft, said Kevin Welner, an educational policy professor at the University of Colorado Boulder. 

As a result, tracking reflected the country’s larger societal inequalities then and it continues to do so today given some students, often from marginalized backgrounds, come to kindergarten or first grade already with measured achievement gaps. 

While offering students more support in a separate class may sound ideal, lower-level classes often linger on remediation and watered down curricula. That exacerbates opportunity and achievement gaps, Welner said. 

Tracked systems are also fairly rigid, he added. Students placed in higher tracks have the flexibility to move down to a lower track if necessary, but few students in lower tracks have the opportunity to advance to the higher track.

Detracking, in theory, then aims to level the playing field by exposing students to the same higher concepts and standards. 

“If you have kids who are really struggling at mathematics, they really need to be identified and probably treated differently in terms of curriculum and instruction than kids who are just sailing through math courses.”

Tom Loveless, an education researcher and former senior fellow at the Brookings Institution

Welner said studies of schools that have detracked classes show that achievement gaps have been narrowed to varying levels of success. Students who would have been otherwise placed in lower-track classes improve academically, while students who would have been in a higher track see no significant differences in their performances, he added. 

Welner pointed to the Rockville Centre school district on Long Island, N.Y., as the gold standard for detracking. In the ‘90s, the district got rid of many tracked classes in its middle school and high school, and provided significant professional development for teachers so they could properly handle students of varying levels in the same classroom. As a result, the district has seen more students take more advanced classes later in high school.

Ultimately, Welner views tracking as a structural tool that places obstacles in the way of learning for kids in lower-track classes. Detracking alone doesn’t improve student achievement, but it addresses those obstacles.

“It’s just removing the harm,” he said.

Related: How Texas plans to make access to advanced math more equitable

When Reed expanded detracking across ninth-grade math classes in the 2014-15 school year at Blythewood High, the effort involved more than just bringing all students together into several Algebra 1 courses. 

One key component to Reed’s detracking program was the math seminar, an additional class period required for students who would have otherwise been placed in lower-level math classes. Students took the seminar in the morning, where they would pre-learn Algebra 1 lessons, as Reed said, and then they took their Algebra 1 class later in the day with the other students. 

The additional learning time offered yet another boost in confidence for students, Reed said. By the time they arrived in their Algebra 1 class, she joked those students thought they were geniuses. Teachers would ask questions during lessons and students would eagerly answer.  

“It’s like ironing a shirt. When you run the iron over one time, some wrinkles fall out but when you run it back over the second time, it’s crisp. That’s what it did for them,” Reed said. “They didn’t go in there just blindsided, lost.”

The goal was always to keep the students focused on progressing ahead in concepts rather than pausing and slowing down to remediate. 

The math seminar also ensured that, for students who would have regularly been placed in a higher-level class, lessons did not slow down their learning. 

Kianna Livingston was one of the ninth-graders enrolled in the math seminar and detracked Algebra 1 in 2014-15. She initially believed she wasn’t good at math, but saw her skills grow through the two classes.

Livingston, who is Black, also said she saw how the class instilled confidence in herself and other Black ninth-graders at the school; the classes gave the students attention and access to support many hadn’t had previously. Livingston recalled feeling so assured of her knowledge that she would help other students during the Algebra 1 course.

“It really allowed me to really own my leadership skills,” she said.

By the end of the school year — and to her surprise — she had been recommended for Honors Geometry for the following year. 

Related: Is it time to stop segregating kids by ability in middle school math?  

Still, tracking seeped back into Blythewood’s math classes, partially out of necessity.

Despite the support from the math seminar, a small group of students continued to struggle with the material, Reed said. By the middle of the 2014-15 school year, she realized they might fail and not receive math credit. 

That struggle highlights what some education experts, such as Tom Loveless, believe is one troubling aspect of detracking: The approach lacks flexibility for when some students genuinely need more support. 

Loveless, an education researcher and former senior fellow at the Brookings Institution, has been studying detracking for three decades. He cited San Francisco as an example where detracking hasn’t helped. When the school district eliminated tracks in middle and high schools starting in 2014, middle school students could no longer take Algebra 1. Instead, all students would take the course in ninth grade.

But Loveless said his analysis of assessment data indicates gaps between Black and Latino students and their white peers in San Francisco have only widened since the district detracked math.

“If you have kids who are really struggling at mathematics, they really need to be identified and probably treated differently in terms of curriculum and instruction than kids who are just sailing through math courses,” Loveless said. 

At Blythewood, Reed decided to act after realizing several students were falling further behind.

She and the nine other teachers leading the detracked classes identified four students from each class who needed the most support. Those 40 students were then dropped down to a remedial math class starting in January 2015 for the rest of the school year.  

Related: Teachers conquering their math anxiety

Despite having to group some students into a lower-track class, Reed, who now works with just freshmen at Blythewood, said she still believes in the promise of detracking. She highlights the school’s 90-percent passing rate on the Algebra 1 exam in 2014-15 as proof. And while 40 students had to drop down to a lower-level class, she emphasizes that they were still a fraction of the nearly 400 students who had been in the detracked Algebra 1 classes. 

More detailed end-of-course data also showed more signs of progress. While the percentage of Blythewood’s Black students who scored within the “A” range on Algebra 1 stayed the same as the year prior, the percentage of students who scored in the “B” range increased from 14 percent in 2013-14 to 25 percent in 2014-15. 

But after that first year of Algebra 1 detracking, Blythewood approached the set-up differently. Rather than dropping struggling students down to a lower-level math class midyear, teachers started the school year with two lower-level math classes, each with 20 students. 

In 2015-16, Blythewood’s passing rate on the Algebra 1 end-of-course exam dropped back to 87 percent. 

Still, with teachers concerned about struggling students falling through the cracks, the school stuck with offering some lower-level math classes, and continues to do so, Reed said. 

The school’s end-of-course passing rate has never been as high as it was in 2014-15, when for at least half a year the school had completely detracked Algebra 1. Reed believes that all students being exposed to the regular Algebra 1 curriculum, even for just half a year, made a difference. 

The last remnant of her program, the math seminar, ended with the 2022-23 school year. Due to a scheduling change with class length, the school no longer offers the seminar to be taken concurrently with Algebra 1.

Reed isn’t critical of the school’s changes. Students’ scores still might improve this year, she said. But she’s keen on seeing this year’s end-of-course data. Then maybe she and school leaders could have a conversation about detracking and the seminar again.

At the core of Reed’s efforts is creating equity for all students. 

“They just need to know they matter,” she said.

This story about detracking was produced by The Post and Courier as part of The Math Problem, an ongoing series about math instruction. The series is a collaboration with the Education Reporting Collaborative, a coalition of eight newsrooms that includes AL.com, The Associated Press, The Christian Science Monitor, The Dallas Morning News, The Hechinger Report, Idaho Education News, The Post and Courier in South Carolina, and The Seattle Times. Sign up for the Hechinger newsletter.

The post Racial gaps in math have grown. Could detracking help? appeared first on The Hechinger Report.

This story on math scores is the first in a series, The Math Problem, produced by the Education Reporting Collaborative, a coalition of eight newsrooms that includes AL.com, The Associated Press, The Christian Science Monitor, The Dallas Morning News, The Hechinger Report, Idaho Education News, The Post and Courier in South Carolina, and The Seattle Times. The series will explore the challenges schools face in helping kids make progress in math, a pre-pandemic problem that has snowballed into an education crisis, and highlight examples of success.

On a breezy July morning in South Seattle, a dozen elementary-aged students ran math relays behind Dearborn Park International School.

One by one, they raced to a table where a tutor watched them scribble down the answers to multiplication questions before sprinting back to high-five their teammate. These students are part of a summer program run by nonprofit School Connect WA, designed to help them catch up on math and literacy skills they lost during the pandemic. There are 25 students in the program hosted at the elementary school, and all of them are one to three grades behind.

James, 11, couldn’t do two-digit subtraction last week. Thanks to the program and his mother, who has helped him each night, he’s caught up.

“I don’t really like math but I kind of do,” James said. “It’s challenging but I like it.”

Across the country, schools are scrambling to get students caught up in math as post-pandemic test scores reveal the depth of kids’ missing skills. On average students’ math knowledge is about half a school year behind where it should be, according to education analysts.

Children lost ground on reading tests, too, but the math declines were particularly striking. Experts say virtual learning complicated math instruction, making it tricky for teachers to guide students over a screen or spot weaknesses in their problem-solving skills. Plus, parents were more likely to read with their children at home than practice math.

The result: Students’ math skills plummeted across the board, exacerbating racial and socioeconomic inequities in math performance that existed before the pandemic. And students aren’t bouncing back as quickly as educators hoped, supercharging worries about how they will fare as they enter high school and college-level math courses that rely on strong foundational knowledge.

Data from the National Assessment of Educational Progress, known as the ‘Nation’s Report Card,’ showed that fourth graders and eighth graders’ math scores slipped to levels not seen in about 20 years. 

Students had been making incremental progress on national math tests since 1990. But over the past year, data from the National Assessment of Educational Progress, known as the “Nation’s Report Card,” showed that fourth graders and eighth graders’ math scores slipped to the lowest levels in about 20 years.

“Another way to put it is that it’s a generation’s worth of progress lost,” said Andrew Ho, a professor at Harvard University’s Graduate School of Education.

Related: How can we improve math education in America? Help us count the ways

At Moultrie Middle School in Mount Pleasant, South Carolina, Jennifer Matthews has seen the pandemic fallout in her eighth grade classes.

Some days this past academic year, for example, only half of her students in a given class did their homework.

Matthews, who is entering her 34th year of teaching, said in the last few years, students seem indifferent to understanding her pre-Algebra and Algebra I lessons.

“They don’t allow themselves to process the material. They don’t allow themselves to think, ‘This might take a day to understand or learn,’” she said. “They’re much more instantaneous.”

And recently students have been coming to her classes with gaps in their understanding of math concepts. Working with basic fractions, for instance, continues to stump many of them, she said.

Because math builds on itself more than other subjects each year, students have struggled to catch up, said Kevin Dykema, president of the National Council of Teachers of Mathematics. For example, if students had a hard time mastering fractions in third grade, they will likely find it hard to learn percentages in fourth grade.

Math teachers will play a crucial role in helping students catch up, but finding those teachers in this tight labor market is a challenge for many districts.

“We’re struggling to find highly qualified people to put in the classrooms,” Dykema said.

Like other districts across the country, Jefferson County Schools in Birmingham, Alabama, saw students’ math skills take a nosedive from 2019 to 2021, when students not only dealt with the pandemic and its fallout, but also a new, tougher math test. Math scores plunged 20 percentage points or more across 11 schools that serve middle school students.

The district’s International Baccalaureate school had higher scores — about 30 percent of students were proficient — but that was a far cry from having 90 percent of students proficient in 2019.

It raised the inevitable question: What now?

Using federal pandemic relief money, some schools have added tutors, offered extended learning programs, made staffing changes or piloted new curriculum approaches in the name of academic recovery. But that money has a looming expiration date: The September 2024 deadline for allocating funds will arrive before many children have caught up.

Progress is possible in upper grades, said Sarah Powell, an associate professor at the University of Texas at Austin whose research focuses on teaching math. But she said it’s easy for students to feel frustrated and lean into the idea that they’re not a “math person.”

“As the math gets harder, more students struggle,” she said. “And so we need to provide earlier intervention for students, or we also need to think in middle school and high school, how are we supporting students?”

Related: Inside the new middle school math crisis

Jefferson County educators took that approach and, leveraging pandemic funds, placed math coaches in all of their middle schools starting in the 2021-2022 school year.

The math coaches work with teachers to help them learn new and better ways to teach students, while math specialists oversee those coaches. About 1 in 5 public schools in the United States have a math coach, according to federal data.

Jefferson County math specialist Jessica Silas — who oversees middle school math coaches — said she and her colleagues weren’t sure what to expect. But efforts appear to be paying off: State testing shows math scores have started to inch back up for most of the district’s middle schools.

Silas is confident they’re headed in the right direction in boosting middle school math achievement, which was a challenge even before the pandemic. “It exacerbated a problem that already existed,” she said.

“Stereotypically, math is that class that people don’t like. And I believe part of the reason is because for so many adults, math was taught just as memorization.”

Kevin Dykema, president of the National Council for the Teachers of Mathematics

Ebonie Lamb, a special education teacher in Pittsburgh Public Schools, said it’s “emotionally exhausting” to see the inequities between student groups and try to close those academic gaps. Her district, the second-largest in Pennsylvania, serves a student population that is 53 percent African American and 33 percent white.

But she believes those gaps can be closed through culturally relevant and differentiated teaching. Lamb said she typically asks students to do a “walk a mile in my shoes” project in which they design shoes and describe their lives. It’s a way she can learn more about them as individuals.

“We have to continue that throughout the school year — not just the first week or the second week,” she said.

Ultimately, Lamb said those personal connections help on the academic front. Last year, she and a co-teacher taught math in a small group format that allowed students to master skills at their own pace. By February, Lamb said she observed an increase in math self-esteem among her students who have individualized education plans. They were participating and asking questions more often.

“All students in the class cannot follow the same, scripted curriculum and be on the same problem all the time,” she said.

Related: Is it time to stop segregating kids by ability in middle school math?

Adding to the complexity of the math catch-up challenge is debate over how the subject should be taught. Over the years, experts say, the pendulum has swung between procedural learning, such as teaching kids to memorize how to solve problems step-by-step, and conceptual understanding, in which students grasp underlying math relationships, sometimes making these discoveries on their own.

“Stereotypically, math is that class that people don’t like. And I believe part of the reason is because for so many adults, math was taught just as memorization. You had to memorize exactly what to do, and there wasn’t as much focus on understanding the material,” said Dykema, of the National Council of Teachers of Mathematics. “And I believe that when people start to understand what’s going on, in whatever you’re learning but especially in math, you develop a new appreciation for it.”

Powell, the University of Texas professor, said teaching math should not be an either-or situation. A shift too far in the conceptual direction, she said, risks alienating students who haven’t mastered the foundational skills.

“We actually do have to teach, and it is less sexy and it’s not as interesting,” she said.

“As the math gets harder, more students struggle. And so we need to provide earlier intervention for students, or we also need to think in middle school and high school, how are we supporting students?”

Sarah Powell, an associate professor at the University of Texas at Austin 

Diane Manahan, a mother from Summit, New Jersey, said she watched the pandemic chip away at her daughter’s math confidence and abilities. Her daughter, a rising sophomore, has dyscalculia, a math learning disability characterized by difficulties understanding number concepts and logic.

For years, Manahan paid tutors to work with her daughter, a privilege she acknowledges many families could not afford. But, Manahan said, the problems in math instruction are not limited to students with learning disabilities. She often hears parents complain that their children lack basic math skills, or are unable to calculate time or money exchanges.

Manahan wants to see school districts overhaul their curriculum and approach to emphasize those foundational skills.

“If you do not have math fluency, it will affect you all the way through school,” she said.

Related: Proof points: How a debate over the science of math could ignite the math wars

Halfway across the country in Spring, Texas, parent Aggie Gambino has often found herself searching YouTube for math videos. Giada, one of her twin 10-year-old daughters, has dyslexia and also struggles with math, especially the word problems. Gambino says she has strong math skills, but helping her daughter has proved challenging, given instructional approaches that differ from the way she was taught.

She wishes her daughter’s school would send home information to walk parents through how students are being taught to solve problems.

“The more parents understand how they’re being taught, the better participant they can be in their child’s learning,” she said.

It doesn’t take high-level calculations to realize that schools could run out of time and pandemic aid before math skills recover. With schools typically operating on nine-month calendars, some districts are adding learning hours elsewhere.

Lance Barasch recently looked out at two dozen incoming freshmen and knew he had some explaining to do. The students were part of a summer camp designed to help acclimate them to high school.

The math teacher works at the Townview School of Science and Engineering, a Dallas magnet school. It’s a nationally recognized school with selective entrance criteria, but even here, the lingering impact of Covid on students’ math skills is apparent.

“There’s just been more gaps,” Barasch said.

When he tried to lead students through an exercise in factoring polynomials — something he’s used to being able to do with freshmen — he found that his current group of teenagers had misconceptions about basic math terminology.

He had to stop to teach a vocabulary lesson, leading the class through the meaning of words like “term” and “coefficient.”

“Then you can go back to what you’re really trying to teach,” he said.

Barasch wasn’t surprised that the teens were missing some skills after their chaotic middle school years. His expectations have shifted since the pandemic: He knows he has to do more direct teaching so that he can rebuild a solid math foundation for his students.

Filling those gaps won’t happen overnight. For teachers, moving on from the pandemic will require a lot of rewinding and repeating. But the hope is that by taking a step back, students can begin to move forward.

This story on math scores is the first in a series, The Math Problem, produced by the Education Reporting Collaborative, a coalition of eight newsrooms that includes AL.com, The Associated Press, The Christian Science Monitor, The Dallas Morning News, The Hechinger Report, Idaho Education News, The Post and Courier in South Carolina, and The Seattle Times. The series will explore the challenges schools face in helping kids make progress in math, a pre-pandemic problem that has snowballed into an education crisis, and highlight examples of success.

The post How can schools dig out from a generation’s worth of lost math progress? appeared first on The Hechinger Report.