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Is the Conventional Wisdom on Educational Spending All Wrong?

AI Summary. US schools serving Black and Latino students receive $229.53 and $126.15 more per pupil respectively than schools serving White students, with additional private grant and foundation funding also directed toward high-minority and low-income schools. Education spending has risen from under 3% of GDP in 1950 to about 7%, without proportionate gains in outcomes.

Freddie deBoer Freddie deBoer
Date Posted:
August 25, 2021
Is Database:
Database

Despite the belief that lower education expenditures per student contribute to race and income gaps, data shows that schools serving Black and poorer students receive more per-pupil funding than those serving White and wealthier students. @FreddieDeboer

Do schools serving minority students receive less funding per pupil?

Core argument: Predominantly Black and Latinx schools receive $229.53 and $126.15 more per pupil on average, respectively, than White schools, countering the belief that lower per-student spending drives race and income achievement gaps.

Despite the belief that lower education expenditures per student contribute to race and income gaps, data shows that schools serving Black and poorer students receive more per-pupil funding than those serving White and wealthier students. On average, Black and Latinx schools receive $229.53 and $126.15 more per pupil, respectively, than White schools. This trend is supported by additional private funding through grants and foundations, primarily directed at high-minority and low-income schools. However, despite increased spending—rising from less than 3% of GDP in 1950 to about 7% today—educational outcomes have not improved proportionately. This suggests that simply increasing funding is not sufficient to close achievement gaps, as evidenced by the persistent underperformance of the bottom quintile of students. The challenge remains to identify effective spending strategies that yield tangible improvements in educational performance.

Takeaways by Macro Roundup® AI

  1. Predominantly Black and Latinx schools receive $229.53 and $126.15 more per pupil on average, respectively, than White schools, countering the belief that lower per-student spending drives race and income achievement gaps.
  2. Private funding through grants and foundations flows primarily to high-minority and low-income schools, adding to the per-pupil funding those schools receive.
  3. U.S. education spending rose from less than 3% of GDP in 1950 to about 7% today without proportionate gains in outcomes, with the bottom quintile of students continuing to underperform.

Freddie deBoer, "Is the Conventional Wisdom on Educational Spending All Wrong?," Freddie deBoer, August 23, 2021, https://freddiedeboer.substack.com/p/is-the-conventional-wisdom-on-educational

Is the Conventional Wisdom on Educational Spending All Wrong?

Is the Conventional Wisdom on Educational Spending All Wrong?: Extended Excerpt Image 1


Do school expenditures determine student performance? Are our educational gaps resource gaps? I would have thought that I could confidently answer with a no and not be challenged, at this point. People have regressed spending by countries, states, and districts on outcome metrics for a long time, and they pretty much universally show that there is no relationship between spending and success as defined in traditional terms. Neither countries that spend more nor states that spend more consistently outperform their stingier counterparts. We haven’t been able to make real causal statements, but in education we almost never can, nor is it easy to do so at the scales we’re talking about here. Perhaps the most commonly-cited review comes from the Hoover Institution’s Eric Hanushek1, who is a zealous advocate of teacher quality measures (and their nastier consequences) and who since the 1980s has been a loud voice saying that we can’t spend our way out of our problems. In the intervening decades this view has become the conventional wisdom. But lately, there’s been a growing sense that it’s wrong.

I doubt that anyone would object to the claim that the United States has been trying to spend its way out of educational inequality for decades. Though you sometimes hear, absurdly, that we are “defunding” education, we are spending as much as we ever have, in inflation-adjusted dollars, and that is significantly more than we spent for the great bulk of the history of public education. And this funding increase has been steered in dominant majorities towards “need,” which means poorer schools and disproportionately higher-minority schools2. It’s typical for left-leaning people to lament that poor districts are broadly underfunded relative to others, but it’s hard to justify this belief. Part of the perception problem is that people are operating in a local-spending dominant mindset, when that reality doesn’t really exist anymore.

Is the Conventional Wisdom on Educational Spending All Wrong?: Extended Excerpt Image 2


The growth of state spending has been a quiet but major story in recent decades, in part due to the massive expenditures necessitated by NCLB and ESSA testing requirements. State funding sources are now at parity with local sources and while federal education spending is still far behind, that expense has grown to something like.5% of GDP. Discretionary fed money tends to be heavily concentrated in the worst-performing schools, and state expenditures also are often steered towards struggling schools and districts. Here’s Title I spending as a convenient indicator of the larger dynamic, again old data but the trend hasn’t changed.

Is the Conventional Wisdom on Educational Spending All Wrong?: Extended Excerpt Image 3


We’re spending more, and we’re steering the money where people say they want it to go. It just hasn’t worked.

I really need to underline this point: lower educational expenditures per student can’t be the source of race and income gaps because Blacker and poorer schools receive more per-pupil funding than whiter and richer schools. Sosina and Weathers 2019: “On average, both Black and Latinx total per pupil expenditures exceed White total per pupil expenditures by $229.53 and $126.15, respectively.” Check the tables in the study for more. And this does not encompass the small but growing amount of private dollars that are finding their way into public schools through various grant programs and foundation spending, which likely almost all goes to struggling poor and high-minority schools. This finding flies so directly in the face of the progressive conversation that I find people just can’t hear it, but it actually makes perfect sense. Of course those schools have more funding; we’ve been throwing money at our achievement gaps for 40 years.

(I also urge you to investigate special education funding if you are interested in these topics, as special ed tends to be hideously expensive and devoted to children who have unique difficulties in meeting standards.)

Combine this with the widespread sense that these costs haven’t resulted in better schools and you get some understandable bipartisan exasperation. Frustration about our “failing” schools is potentially misleading; we are arguably one of the best school systems in the world when you match for relevant demographic data in PISA scores, and our median and top 5% of students are competitive with anywhere else in the world. We suffer from truly terrible performance in our bottom quintile which drags our overall numbers way down. But that quintile exists, and it’s the case that we have large and troubling gaps and haven’t closed them despite it being a policy obsession since before I was born. We’ve burned money on it and gotten nowhere. It’s not hard to understand why people conclude that money doesn’t seem to matter much.

This point has frequently been argued through scatterplots, not unreasonably given how consistently they show little or no relationship.

Is the Conventional Wisdom on Educational Spending All Wrong?: Extended Excerpt Image 4


There’s a relationship but the overall line is remarkably flat. The trend that exists is largely a product of outliers where truly poor countries have truly bad results; among developed nations there’s simply no trend. Poorer countries like the Ivory Coast, Uganda, Kyrgyzstan, Indonesia and Mexico would seem to suggest a relationship, but developed countries show no such thing. The USA spends something like 8 times what Vietnam spends per student and performs just about exactly as well, while Luxemburg spends more than anyone else in the world and performs worse. Is there a visualization to help with this? Yes indeed; different Y-axis variable but same overall dynamics:

Is the Conventional Wisdom on Educational Spending All Wrong?: Extended Excerpt Image 5


I find this intuitively understandable; the poorest countries lack the ability to consistently house students in minimal comfort and to provide them with even the most basic learning materials. But past a certain level of spending the returns diminish and the power of money runs up against its limits. How about between states, though?

Is the Conventional Wisdom on Educational Spending All Wrong?: Extended Excerpt Image 6


Not much. Also DC is a great sadness and would bend out whatever relationship is there if we don’t drop it as an outlier, which we probably should. Middle-of-the-pack performer Utah spends less than anybody; barely-better New York spends profligately. How about changes over time?

Is the Conventional Wisdom on Educational Spending All Wrong?: Extended Excerpt Image 7


NAEP gains on spending increases rather than raw scores on raw spending. Still a lot of nothing. School districts? Here’s some plots, which have the added virtue of avoiding the NAEP so we don’t fixate too much on one DV.

Is the Conventional Wisdom on Educational Spending All Wrong?: Extended Excerpt Image 8


Nothing and really nothing. Same concepts as above, different visualization:

Is the Conventional Wisdom on Educational Spending All Wrong?: Extended Excerpt Image 9


So you’d think this would be pretty damning. But more and more often I read people questioning this conventional wisdom. I’ll use this post from Dave Evans of the World Bank as a jumping off point. Evans reports that in recent years researchers have undertaken causal studies that supposedly show that expenditures matter a great deal. Evans argues that the scatterplot data is not dispositive. As he correctly says, this is all correlative. Against it he advances several newer studies that purport to find significant effects from increased spending. Evans uses the word “causal” to refer to a quasi-experimental design and a design utilizing quasi-random sorting, which makes my trick knee act up, but I will leave the causality wars to others and as usual my commenters will pick apart the methodologies.

My intent is not to critique either paper, but rather to offer what to me seems like some serious problems we might have interpreting them from a policy standpoint. For now I will take their findings as given: despite the historical failure of spending or spending increases to result in proportional improvements in educational metrics, there is a causal relationship between higher spending and greater performance.

Which is not necessarily a contradiction. Causation does not erase the influence of correlates. For example, all manner of causal variables related to disease are not correlated with infection rates compared across countries because of different levels of sophistication of medical science and other variables. (Hepatitis C causes liver cancer, but not among those who have access to the pricy new medications, which means that as those medicines become more widely available the correlation between Hep C and liver cancer will be reduced.) But this leaves Evans et al. with a pretty glaring question staring them in the face: if school spending leads to student learning… why isn’t school spending leading to student learning? As far as I’m aware not even these researchers dispute the headline national numbers, which show ever-increasing resources spent on schools and nothing to show for it in comparative educational measures. The obvious assumption is that there must be some unexamined variable that is acting as a headwind on the power of additional resources to improve outcomes. But… what?

To my frustration…

1. Neither Evans nor either paper offers a plausible mechanism that could explain the failure of large-scale funding differences to produce the educational gains their research suggests we should observe. If spending more does produce learning gains, why does Vietnam perform as well as the United States? Why does Colorado get equal performance for a small fraction of New York’s costs?

2. Neither Evans nor either paper estimates a threshold of spending past which point student achievement should actually be expected to rise in contradiction with the historical trend, or alternatively, where returns start to diminish.

3. Neither Evans nor either paper can explain what aspects of higher spending actually provide efficient returns, or what this causal relationship actually looks like in simple real-world terms, although Jackson offers useful supposition.

Evans and Jackson both stress that how you spend the money matters. For that matter, Hanushek himself has conceded that targeted strategic spending could move the needle. The problem is that, despite decades of data from armies of researchers, no one really knows what kind of spending actually is strategic3, and the question is so inherently political and contested that it’s hard to imagine a scenario where some sort of useful best practices emerges, especially given that you can make ed data say what you want it to if you try hard enough. I don’t know anyone who says that money never matters or that there aren’t scenarios in which more spending would help. The problem is that we’re talking about big ungainly bureaucracies (yes, even in charter contexts) that have a vast number of gatekeepers and influences, making efficient spending difficult, especially considering that different students have different needs, and we have a profound dearth of compelling evidence for how to spend even if we could do so nimbly. Remember, small effect sizes, huge variances, no or questionable randomization….

Personally, I’m affronted by the fact that there are American schools that, thanks to faddishness and the influence of profiteering, have state-of-the-art computer classrooms but rotting walls full of asbestos. (This school district spent more than a billion dollars on iPads.) To repeat a mantra, the first priority is to make sure that schools are warm, safe, nourishing spaces for children, before we start to worry about quantifying learning at all. But can I prove that my intuitive priorities align with what would raise test scores? I cannot.

As usual, further study is needed. I don’t think the current scholarship is sufficient to outweigh the consistent observation, across many contexts and framed in many different ways, that those that spend more don’t consistently get better quantitative educational metrics in return. I do think that it’s an intriguing line of research. In the short term, though, I can’t see how it impacts the basic political calculus. If I want to spend more on schools, how do I take the current research to the public and ask them to accept tax increases? The political ask remains as hard to make as ever, by my lights. In 1950 we spent less than 3% of GDP on education in this country. Now it’s more like 7%. It’s hard to say that we have better educational or economic outcomes commensurate with that growing price tag. I am a free-spending, let’s-use-the-printing-press kind of a guy. But even I have to ask, how much are we ultimately going to have to spend, and at what point does just cutting people checks become a more efficient option?

1 Hanushek is the husband of the director of Stanford’s much-ballyhooed CREDO project, which…. I’m going to stop before I get conspiratorial.

2 It is worth saying that the view of a struggling American public school student as an urban Black child is not really justified. Because of America’s white majority, a very large portion of struggling students are white, even though their proportion is smaller than in the country writ large. Until recently a plurality of struggling students were white, although both changing demographics and the declining percentage of white students attending public schools have changed that, I believe.

3 I am on record as saying that the best bang for our buck may lie in small group tutoring.

Ed Comment, “He makes an interesting point: If spending improves test scores, why hasn’t spending increased test scores? Of course, we know the answer: It doesn’t. If it did, researchers would be able to (easily) identify what spending increases test scores. They can’t. DeBoar implies that it’s money-consuming bureaucracy which comes at the expense of small-group tutoring. But Bill Gate tested both of those hypothesis with hundreds of million of dollars of his own money and achieved ZERO results. (I do think we should adjust money spent on urban schools for their higher costs, costs that don’t teach students. And also that we need to segment out special education.) Therfore, look carefully at the two studies for selection bias. In my opinion, for example, the CREDO studies, the supposed “gold standard,” intentionally overlooks the obvious bias in charter school studies. The noh-excuses school with lotteries work by biasing the admitted sample to students-parents who applied to many schools, which shows ambition. I do think that if we spend the money to divert talent from more useful and profitable endeavors to teaching the least-likely-to-succeed students, we can make a modicum of improvement albeit at opportunity costs that the studies do not fully capture. The problem, of course is that the opportunity cost grow at the margin as the programs scale up. And it’s likely the case that had we devoted those resources to more capable students, the results would have been greater, especially the results captured by others, which are the results we care most about. That is, I don’t think the expenditures, even if they show improvement, are necessarily the best use of the money/resources. My problem with all the deBoar date is that it looks at averages. Analysis needs to segment markets. I think smart people are like Russians—a small amount of spending tops out quickly. (For the smartest it can top out at a much higher level, but only if they choose their education wisely—generally, performing tasks that people wouldn’t choose to do were it not for the money, e.g., doctors looking up asses with flashlights vs contemplating economics.) That doesn’t mean that spending toping out quickly for dumb people is also the case, although I suspect it’s worse—they top out even sooner. But they inflict a lot of cost on society (i.e. they contribute less than they receive). So, education aimed specifically at reducing those costs, which is a far cry from what we are doing, may have returns not captured in his analysis.”

“That quintile exists” Freddie DeBoer continues grapple with the world as it is, “…I really need to underline this point: lower educational expenditures per student can’t be the source of race and income gaps because Blacker and poorer schools receive more per-pupil funding than whiter and richer schools. Sosina and Weathers 2019: “On average, both Black and Latinx total per pupil expenditures exceed White total per pupil expenditures by $229.53 and $126.15, respectively.”Check the tables in the study for more. And this does not encompass the small but growing amount of private dollars that are finding their way into public schools through various grant programs and foundation spending, which likely almost all goes to struggling poor and high-minority schools. This finding flies so directly in the face of the progressive conversation that I find people just can’t hear it, but it actually makes perfect sense. Of course those schools have more funding; we’ve been throwing money at our achievement gaps for 40 years…. Combine this with the widespread sense that these costs haven’t resulted in better schools and you get some understandable bipartisan exasperation. Frustration about our “failing” schools is potentially misleading; we are arguably one of the best school systems in the world when you match for relevant demographic data in PISA scores, and our median and top 5% of students are competitive with anywhere else in the world. We suffer from truly terrible performance in our bottom quintile which drags our overall numbers way down.But that quintile exists, and it’s the case that we have large and troubling gaps and haven’t closed them despite it being a policy obsession since before I was born. We’ve burned money on it and gotten nowhere. It’s not hard to understand why people conclude that money doesn’t seem to matter much…. In 1950 we spent less than 3% of GDP on education in this country. Now it’s more like 7%. It’s hard to say that we have better educational or economic outcomes commensurate with that growing price tag. I am a free-spending, let’s-use-the-printing-press kind of a guy. But even I have to ask, how much are we ultimately going to have to spend, and at what point does just cutting people checks become a more efficient option…”

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Showing 83 database articles primarily about Test Scores

PISA 2025 Results (Volume I)

AI Summary. International student assessment results show mathematics performance held near earlier levels for about 15 years before falling sharply, with mean scores down 9 points in math and about 14 in reading in the latest cycle. Reported student motivation and school engagement declined, and hasty incorrect answering rose to 11%.

OECD Staff Organisation for Economic Co-operation and Development
Date Posted:
September 8, 2026
Is Database:
Database

Mean OECD math and reading scores fell roughly 25 PISA points—about a year of schooling—between 2018 and 2025, alongside reduced motivation and engagement and increased carelessness, exemplified by a near-doubling of “hasty readers.”

Are international student test scores falling alongside declining motivation and engagement?

Core argument: PISA 2025 mean performance fell by 9 score points in mathematics and about 14 points in reading between 2022 and 2025, after mathematics scores had remained close to their 2003 level through 2018.

In math, performance remained close to the 2003 level up to 2018, then dropped sharply btw 2018 and 2025. Mean performance dropped by 9 score points in mathematics and about 14 score points in reading btw 2022 and 2025. Over the 2018-2025 period, the largest drops [in reading] were among the most advantaged 25% of socio-economic status, and the socio-economic gap with the most disadvantaged students reduced somewhat, by 11 points, on average across 35 OECD countries. In mathematics, the share of disadvantaged students scoring below proficiency Level 2 increased in previous cycles and remained high in 2025; among advantaged students, the share scoring below proficiency Level 2 increased, reaching 18% in 2025, about 4pp. Students’ reports of their motivation for learning and engagement with school also declined between 2022 and 2025. The proportion of “hasty readers” – those who gave fast and incorrect responses – increased by about five percentage points, on average, from almost 7% in 2018 to 11% in 2025. Analyses for math, also show an increase in the proportion of hasty responses between 2022 and 2025.

Takeaways by Macro Roundup® AI

  1. PISA 2025 mean performance fell by 9 score points in mathematics and about 14 points in reading between 2022 and 2025, after mathematics scores had remained close to their 2003 level through 2018.
  2. Over 2018–2025, the largest reading declines came among the most advantaged 25% by socio-economic status, and the gap with the most disadvantaged students narrowed by 11 points on average across 35 OECD countries.
  3. The share of "hasty readers," who gave fast and incorrect responses, rose about five percentage points, from almost 7% in 2018 to 11% in 2025, with hasty responses in mathematics also increasing between 2022 and 2025.

Related Articles:

  • Do Adults Have the Skills They Need to Thrive in a Changing World? — An international assessment of adult skills describes numeracy proficiency levels ranging from counting objects and adding small whole numbers at the lowest level, to extracting information from tables and graphs and performing basic arithmetic with money and percentages at Level 1, up to analysing complex mathematical information and critically evaluating whether data support a claim at Level 5.
  • Are China’s Students Really Number One? A Statistical Riddle — China's reported 65-point jump in mean international student test scores between testing rounds coincided with a change in which provinces represented the country, swapping the most populous province for a richer, much smaller one. The author argues such swings, including a fall in low performers from 43% to 19% in reading, are unmatched elsewhere.
  • Have Humans Passed Peak Brain Power? — The share of Americans reporting they read a book in the past year has fallen below half, alongside declining performance in numeracy and problem-solving in most countries. The share of adults unable to use mathematical reasoning to evaluate the validity of statements averages 25% in high-income countries and 35% in the US.
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Standardized Test Scores and Academic Performance at a Public University System

AI Summary. A study of a large public urban university system finds that high school grade point average is a far stronger predictor of student academic success than SAT scores, contrasting with analyses of highly selective colleges that found the SAT superior. Under-represented minority students were less likely to graduate within six years at every grade point average level.

Theodore Joyce, Mina Afrouzi Khosroshahi, Sarah Truelsch, Kerstin Gentsch, et al. National Bureau of Economic Research
Date Posted:
March 25, 2026
Is Database:
Database
Is Important:
Important

SAT scores are known to be better predictors of college and post-college success in Ivy+ universities. By contrast, this study of a public urban university system with 11 colleges shows that for the 2010–2019 cohort, high school GPA strongly dominates SAT scores.

Do high school grades predict college success better than test scores?

Core argument: In a study of 2010–2019 cohorts at a large public urban university system, high school GPA predicts student academic success far better than the SAT, contrary to analyses of Ivy-plus colleges that found the SAT superior.

Many of the country’s most selective colleges have returned to requiring the SAT, based on evidence that the test not only predicts student success, but facilitates the identification of qualified applicants from disadvantaged backgrounds. The results from our study of a large public urban university system find the opposite: high school grades are a vastly superior predictor of student academic success than is the SAT. We undertake an exercise with binned scatter plots of six year graduation rates against HSGPA [High School Grade Point Average] stratified by URM [under-represented minority] and whether the student received the maximum Pell grant (Figures 1a and 1b). [Note that SAT is included in the regression so the monotonic linear effect of GDP remains after controlling for SAT score]. We find that URM are less likely to graduate in six years at every level of HSGPA than are non-URM. In contrast, we find no similar difference when we stratify the plot by whether the student received the max Pell grant or not, a strong proxy for a low-income household (Figure 1b). The clear takeaway from the analysis of the 2010-2019 cohorts is the dominance of HSGPA in predicting student academic success. The results are in direct contrast to recent high-profile analyses of students from Ivy-plus colleges that demonstrated the superiority of SAT over HSGPA in predicting not only first-year academic outcomes, but post-college success as well.

Takeaways by Macro Roundup® AI

  1. In a study of 2010–2019 cohorts at a large public urban university system, high school GPA predicts student academic success far better than the SAT, contrary to analyses of Ivy-plus colleges that found the SAT superior.
  2. Binned scatter plots of six-year graduation rates against high school GPA, controlling for SAT score, show under-represented minority students are less likely to graduate in six years at every level of high school GPA than non-URM students.
  3. Stratifying six-year graduation rates by receipt of the maximum Pell grant, a proxy for a low-income household, shows no similar gap to the one found between under-represented minority and non-URM students.

Related Articles:

  • Diversifying Society’s Leaders? The Determinants and Causal Effects of Admission to Highly Selective Private Colleges — Children from top-1% families are more than 2x as likely as middle-class students with comparable SAT/ACT scores to attend an Ivy-Plus college, with two-thirds of the gap attributable to higher admissions rates. The authors attribute this advantage to legacy preferences, weight on non-academic credentials, and athlete recruitment.
  • Military Officer Quality in the All-Volunteer Force — The authors find a steady decline in U.S. Marine Corps officers' General Classification Test scores, which is statistically associated with the expansion of college attendance and explains 96% of the measured change. They also find a positive association between African American officers and mean test scores, arguing affirmative action has not lowered officer quality.
  • Do Adults Have the Skills They Need to Thrive in a Changing World? — An international assessment of adult skills describes numeracy proficiency levels ranging from counting objects and adding small whole numbers at the lowest level, to extracting information from tables and graphs and performing basic arithmetic with money and percentages at Level 1, up to analysing complex mathematical information and critically evaluating whether data support a claim at Level 5.
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The Lost Generation

AI Summary. White men's share of positions across US culture and technology industries declined markedly over roughly a decade: from 48% to 11.9% of lower-level TV writers, 39% to 18% of Harvard humanities tenure-track posts, nearly half to under a third of Google's workforce, and 55.8% to 33.8% of mid-level Amazon managers.

Jacob Savage Compact Magazine
Date Posted:
December 17, 2025
Is Database:
Database
Is Important:
Important

Jacob Savage argues that the widespread discrimination against young white men in “high-status” sectors such as media and tech during the 2010s is a key driver of contemporary political dynamics among young men.

Jacob Savage argues that the widespread discrimination against young white men in “high-status” sectors such as media and...

How much has white men's share of culture and tech jobs fallen?

Core argument: White men fell from 48% of lower-level TV writers in 2011 to 11.9% in 2024, and from 39% of Harvard humanities tenure-track positions in 2014 to 18% in 2023.

In 2011, the year I moved to Los Angeles, white men were 48% of lower-level TV writers; by 2024, they accounted for just 11.9%. The Atlantic’s editorial staff went from 53% male and 89% white in 2013 to 36% male and 66% white in 2024. White men fell from 39% of tenure-track positions in the humanities at Harvard in 2014 to 18% in 2023. The white men shut out of the culture industries didn’t surge into other high-status fields. At Google, white men went from nearly half the workforce in 2014 to less than a third by 2024—a 34% decline. In 2014, at Amazon, entry-level “professionals”—college graduates just starting out—were 42.3% white male. These were the employees who, if they’d advanced normally over the next decade, would be the mid-level managers of today. But mid-level Amazon managers fell from 55.8% white male in 2014 to just 33.8% in 2024—a decline of nearly 40%. In retrospect, 2014 was the hinge, the year DEI became institutionalized across American life.

Takeaways by Macro Roundup® AI

  1. White men fell from 48% of lower-level TV writers in 2011 to 11.9% in 2024, and from 39% of Harvard humanities tenure-track positions in 2014 to 18% in 2023.
  2. Mid-level Amazon managers went from 55.8% white male in 2014 to 33.8% in 2024, a decline of nearly 40%, while entry-level Amazon professionals were 42.3% white male in 2014.
  3. At Google, white men fell from nearly half the workforce in 2014 to under a third by 2024, a 34% decline, part of the author's case that 2014 was the hinge year when DEI became institutionalized.

Related Articles:

  • Do Adults Have the Skills They Need to Thrive in a Changing World? — An international assessment of adult skills describes numeracy proficiency levels ranging from counting objects and adding small whole numbers at the lowest level, to extracting information from tables and graphs and performing basic arithmetic with money and percentages at Level 1, up to analysing complex mathematical information and critically evaluating whether data support a claim at Level 5.
  • Military Officer Quality in the All-Volunteer Force — The authors find a steady decline in U.S. Marine Corps officers' General Classification Test scores, which is statistically associated with the expansion of college attendance and explains 96% of the measured change. They also find a positive association between African American officers and mean test scores, arguing affirmative action has not lowered officer quality.
  • US PISA Results By Subpopulation — On the international PISA student assessments, American Asian and White students ranked at the top, American Hispanic students outscored Hispanic students elsewhere, and American Black students performed well. In reading, American Asian students placed first and American White students third.
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Twelfth-Grade Math and Reading Scores in U.S. Hit New Low

AI Summary. U.S. twelfth-graders' average math and reading scores on the National Assessment of Educational Progress fell to their lowest levels on record, with math the worst since that test began in 2005 and reading below any point since 1992. The share rated proficient slid 2 percentage points to 35% in reading and 22% in math.

Matt Barnum Wall Street Journal
Date Posted:
September 9, 2025
Is Database:
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Is Important:
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New National Assessment of Educational Progress results show the share of American high school seniors who scored basic or above on national tests fell to the lowest level on record: 68% in reading and 55% in math.

Have U.S. twelfth-grade math and reading scores fallen to record lows?

Core argument: U.S. twelfth-graders' average math score was the worst since the current National Assessment of Educational Progress math test began in 2005, and their reading score fell below any point since that assessment started in 1992.

American high-school seniors’ scores on major math and reading tests fell to their lowest levels on record, according to results released Tuesday by the U.S. Education Department. Twelfth-graders’ average math score was the worst since the current test began in 2005, and reading was below any point since that assessment started in 1992. The share of 12th-graders who were proficient slid by 2 percentage points between 2019 and 2024—to 35% in reading and 22% in math. The results are from tests that are part of the National Assessment of Educational Progress, administered to tens of thousands of students in early 2024. In reading, two-thirds of seniors could determine the purpose of a persuasive essay, but only one in five was able to draw a conclusion from such an essay, supported by the text. In math, 60% of students deduced the population of an area using information on size and density, while just under half correctly turned a real-world scenario into an algebraic expression.

Takeaways by Macro Roundup® AI

  1. U.S. twelfth-graders' average math score was the worst since the current National Assessment of Educational Progress math test began in 2005, and their reading score fell below any point since that assessment started in 1992.
  2. The share of U.S. 12th-graders scoring proficient fell 2 percentage points between 2019 and 2024, to 35% in reading and 22% in math, according to results released by the U.S. Education Department.
  3. In reading, two-thirds of seniors could determine the purpose of a persuasive essay but only one in five could draw a text-supported conclusion from it, while in math just under half converted a real-world scenario into an algebraic expression.

Related Articles:

  • Do Adults Have the Skills They Need to Thrive in a Changing World? — An international assessment of adult skills describes numeracy proficiency levels ranging from counting objects and adding small whole numbers at the lowest level, to extracting information from tables and graphs and performing basic arithmetic with money and percentages at Level 1, up to analysing complex mathematical information and critically evaluating whether data support a claim at Level 5.
  • Many Children Left Behind: The 2024 National Assessment of Educational Progress Results Indicate a Five-Alarm Fire — The share of US fourth-grade students meeting the National Assessment of Educational Progress reading proficiency standard fell from 35% in 2019 to 33% in 2022 and 30% in 2024. More fourth-graders now score below the basic level than score proficient.
  • Have Humans Passed Peak Brain Power? — The share of Americans reporting they read a book in the past year has fallen below half, alongside declining performance in numeracy and problem-solving in most countries. The share of adults unable to use mathematical reasoning to evaluate the validity of statements averages 25% in high-income countries and 35% in the US.
  • Test Scores
  • Workforce
    • Education
      • K-12

Standardized Test Scores and Academic Performance at Ivy-Plus Colleges

AI Summary. An analysis of admissions and transcript records at Ivy-Plus colleges finds standardized test scores predict first-year college grades with a normalized slope 4x greater than high school grade point average, controlling for race, gender, and socioeconomic status. The authors find no evidence test scores underpredict college performance for students from less advantaged backgrounds.

John Friedman, Bruce Sacerdote, Douglas Staiger, and Michele Tine National Bureau of Economic Research
Date Posted:
March 18, 2025
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Database
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Students at Ivy-plus colleges whose SAT/ACT scores were at the 99th percentile had 1st-year college GPAs 0.43 points higher than those who had scored at the 75th percentile, while high school GPAs had little predictive power. @John_N_Friedman

Do standardized test scores predict college grades better than high school GPA?

Core argument: Analyzing admissions and transcript records at multiple Ivy-Plus colleges, the authors find SAT/ACT scores predict first-year college grades with a normalized slope four times greater than high school GPA, conditional on race, gender, and socioeconomic status.

We analyze admissions and transcript records for students at multiple Ivy-Plus colleges to study the relationship between standardized (SAT/ACT) test scores, high school GPA, and first-year college grades. Standardized test scores predict academic outcomes with a normalized slope four times greater than that from high school GPA, all conditional on students’ race, gender, and socioeconomic status. Standardized test scores do not underpredict college performance for students from less advantaged backgrounds. Collectively these results suggest that standardized test scores provide important information to measure applicants’ academic preparation that is not available elsewhere in the application file. While some of the raw correlation between these variables relates to students’ demographic characteristics, much remains even when controlling for these variables. In contrast, high school GPA does not predict academic performance nearly as well. We also find no evidence of bias against students from less advantaged backgrounds, as students from such backgrounds do not outperform (and in some cases underperform) other students with the same test score

Takeaways by Macro Roundup® AI

  1. Analyzing admissions and transcript records at multiple Ivy-Plus colleges, the authors find SAT/ACT scores predict first-year college grades with a normalized slope four times greater than high school GPA, conditional on race, gender, and socioeconomic status.
  2. Standardized test scores do not underpredict college performance for students from less advantaged backgrounds, who do not outperform and in some cases underperform other students with the same test score.
  3. Much of the correlation between test scores and academic performance remains after controlling for demographic characteristics, which the authors suggest indicates test scores provide information on applicants' academic preparation not available elsewhere in the application file.

Related Articles:

  • Diversifying Society’s Leaders? The Determinants and Causal Effects of Admission to Highly Selective Private Colleges — Children from top-1% families are more than 2x as likely as middle-class students with comparable SAT/ACT scores to attend an Ivy-Plus college, with two-thirds of the gap attributable to higher admissions rates. The authors attribute this advantage to legacy preferences, weight on non-academic credentials, and athlete recruitment.
  • Standardized Test Scores and Academic Performance at Ivy-Plus Colleges — Using admissions records and first-year grades at multiple Ivy-Plus colleges, the authors find SAT and ACT scores substantially predict college academic success even among students with the same high school grades, while high school grade point average does little to predict it. Conditional on test scores, students from lower- and higher-resourced high schools have virtually identical college grades.
  • Do Adults Have the Skills They Need to Thrive in a Changing World? — An international assessment of adult skills describes numeracy proficiency levels ranging from counting objects and adding small whole numbers at the lowest level, to extracting information from tables and graphs and performing basic arithmetic with money and percentages at Level 1, up to analysing complex mathematical information and critically evaluating whether data support a claim at Level 5.
  • Test Scores
  • Workforce
    • Education

Can Gifted Education Help Higher-Ability Boys from Disadvantaged Backgrounds?

AI Summary. A regression discontinuity study of a large urban school district, where disadvantaged students qualify for gifted status at a lower IQ threshold, estimates that being identified as gifted raises the college entry rate of marginally eligible boys by 28 percentage points, from 46% to 74%. That matches the 74% rate of marginally ineligible girls, closing the gender gap.

David Card, Eric Chyn, and Laura Giuliano National Bureau of Economic Research
Date Posted:
February 21, 2025
Is Database:
Database

Card et al, find that the 25-30 percentage point college enrollment gap between disadvantaged boys and girls with IQs of ~116 closed among students who qualified for a “gifted” program. @EricChyn

Does gifted identification raise college entry for disadvantaged boys?

Core argument: Gifted identification raises the estimated college entry rate of marginally eligible disadvantaged boys by 28 percentage points, from 46% for those narrowly missing the threshold to 74%, in a large urban school district.

We study the effects of being identified as gifted in elementary school on subsequent test scores, courses and grades, and on the probability of entering college, for disadvantaged children in a large urban school district (“the District”). The law specifies a threshold of 130 [IQ] points for non-disadvantaged students, but allows districts to select a lower “Plan B” threshold [116 pts] for FRL and ELL students. The strict IQ threshold for gifted status provides the basis for a regression discontinuity (RD) evaluation of the impacts of being identified as gifted. Figure 6 illustrates how these impacts affect gender gaps by presenting the estimated mean potential outcomes for the complying boys (left side) and complying girls (right side) using an 8-point bandwidth. The estimated college entry rate for male compliers who narrowly miss the gifted threshold is 46%; the 28 ppt treatment effect of passing the threshold raises this to 74%, which equals the rate for female compliers who narrowly miss the threshold - being identified as gifted raises the college entry rate of marginally eligible boys to the same rate as girls.

Takeaways by Macro Roundup® AI

  1. Gifted identification raises the estimated college entry rate of marginally eligible disadvantaged boys by 28 percentage points, from 46% for those narrowly missing the threshold to 74%, in a large urban school district.
  2. The estimated 74% college entry rate for marginally eligible boys identified as gifted equals the rate for female compliers who narrowly miss the threshold.
  3. The study uses a regression discontinuity design around the IQ threshold for gifted status, 130 points for non-disadvantaged students and a "Plan B" threshold of 116 points for free-lunch and English-learner students.

Related Articles:

  • Do Adults Have the Skills They Need to Thrive in a Changing World? — An international assessment of adult skills describes numeracy proficiency levels ranging from counting objects and adding small whole numbers at the lowest level, to extracting information from tables and graphs and performing basic arithmetic with money and percentages at Level 1, up to analysing complex mathematical information and critically evaluating whether data support a claim at Level 5.
  • Skills and Human Capital in the Labor Market — Labor market earnings are strongly associated with measures of personality traits and preferences, and over the last two decades returns to cognitive skills have been flat or declined in the US, Sweden, and Finland while returns to "soft" skills such as conscientiousness, extraversion, emotional stability, and social skills have grown rapidly.
  • Multidimensional Human Capital and the Wage Structure — The wage return to cognitive skills has declined, from about 10% higher hourly wages per standard deviation of test score in the 1980s and early 1990s to 4.5% in the 2000s and early 2010s, while returns to a bachelor's degree rose. Social skill-intensive occupations grew as a share of US jobs, with faster real wage growth.
  • Test Scores
  • Workforce
    • Education
      • K-12
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