The Fight to Revive Europe’s Shrinking Rural Areas
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AI Summary. Israel is the only wealthy democracy where fertility has risen over the past generation, reaching a total fertility rate of 3.0, driven entirely by Jewish fertility growth; secular Jewish Israelis average nearly 2 births per woman—2x the rate of secular Jewish Americans.
Nicholas Eberstadt and Patrick Norrick American Enterprise InstituteAI Summary. Global fertility has fallen below replacement level, meaning population will peak at roughly 9 billion around 2056 and then decline, driven by large existing generations masking the underlying shortfall in births.
Jesús Fernández-Villaverde and Patrick Norrick University of PennsylvaniaCore argument: Global fertility has fallen below replacement level as of 2026, ending humanity’s ability to sustain long-run population stability without a reversal in trends.
In Table A1 we compare the World Population Prospects (WPP) estimates of births in 2022-2023 with the official numbers reported by several countries. [A2 shows the full sample with the deviations.] As of 2026, humanity is likely to be below the replacement fertility level: we are having fewer births than we need to keep population constant in the long run. This astonishing fact does not mean that population has stopped growing. Because of momentum effects (the large cohorts of women born two or three decades ago are having their children now, and their own parents have not died yet), world population will keep growing for another 30 years or so. But unless trends change, it will peak at roughly 9 billion around 2056 and then start falling, first slowly, then fast.AI Summary. Japan's birth count has fallen below levels recorded over 150 years ago, with 2024 births at roughly 686,000 — less than 25% of the 1947 peak and lower than figures from the earliest available records.
Nicholas Eberstadt American Enterprise InstituteCore argument: Japan’s 686,000 births in 2024 represent barely one-quarter of the 1947 peak of 2.7 million and fall below the country’s 1873 baseline, erasing more than 150 years of demographic growth.
The admirable Human Mortality Database, pioneered by researchers at Berkeley and Rostock, Germany, offers careful reconstructions of such historical birth numbers for dozens of developed countries. We can use their figures for our comparisons. Start with Japan. By 2024, the Japanese birth level was barely a quarter of its peak in 1947, 77 years earlier (686,000 vs. over 2.7 million). But Japan’s 2024 level was also significantly lower than the corresponding total for 1873—over 150 years earlier, at the dawn of the Meiji era, when Japan first started gathering such numbers. And remember—fertility levels around the world are still falling.AI Summary. After 2010, U.S. life expectancy stagnated or declined despite continued income growth, reversing a decades-long pattern in which rising income reliably produced longer lives. The breakdown was also unequal: the gap in life expectancy between richer and poorer places widened, meaning income increasingly predicted longevity outcomes more strongly across locations.
Ritikaa Khanna, Rourke O'Brien, Andrew Stokes, Atheendar Venkataramani, et al. National Bureau of Economic ResearchCore argument: After 2010, U.S. states and counties continued accumulating real per capita income yet recorded stagnant or declining life expectancy, breaking the classic Preston-curve pattern that held consistently from 1980 through 2010.
Figure 1 shows Preston curves relating life expectancy to log real per capita income across U.S. states and counties. Among states, the curves follow the classic pattern from 1980 through 2010: states became richer and longer-lived [as did counties from 2000 to 2010]. That pattern changed after 2010. Between 2010 and 2019, states and counties continued to become richer, but the curves did not shift upward: resource accumulation continued, but commensurate longevity gains did not. The post-2010 period involved both decoupling and divergence: rising income no longer translated into broad longevity improvement, and places became more unequal in their capacity to convert aggregate resources into longer lives. Figure 4 asks a simple counterfactual question: if earlier covariate–life expectancy relationships had persisted, how much life expectancy would later years have achieved, given the actual changes in these covariates? Together, the decomposition results sharpen the central interpretation. The 2010s mortality crisis did not occur because income, education, wealth, or insurance coverage simply moved in the wrong direction. In many respects, aggregate socioeconomic conditions improved. Instead, what changed was the relationship between those conditions and longevity. The United States became less successful at converting collective resources into population-level longevity gains.AI Summary. Intermarriage across racial and ethnic lines is rising across all major demographic groups in the United States, producing a growing share of the population that does not fit neatly into any single government-defined racial or ethnic category.
Justin Fox BloombergCore argument: Post-1960s immigration from Asia and Latin America is the primary driver of rising U.S. demographic diversity and the declining non-Hispanic White population share.
The increase in immigration from Asia and Latin America since the 1960s has been the chief driver of the rise in diversity and decline in the non-Hispanic White share of the population. But those immigrants have been doing what generations of immigrants before them did and, well, becoming Americans. Marriages across racial and ethnic lines are much more prevalent among Hispanic and Asian Americans than Black or non-Hispanic White Americans, while intermarriage rates have been rising steadily for the latter two groups, too. As a result, a growing share of Americans just isn’t going to fit neatly into any single racial or ethnic category that the US government can come up with.AI Summary. A surge in labor force entrants during the 1970s created a persistent worker glut that suppressed wages and hiring demand for decades, as the oversupply remained embedded in the workforce until retirement rather than dissipating at entry.
Steven Ruggles Proceedings of the National Academy of SciencesCore argument: Baby-boom labor-force entry during 1960–1980 suppressed young-worker wages, which declined sharply after peaking in 1973, reducing economic opportunity for new.
Figure 3A highlights the influx of workers that occurred between 1960 and 1980, as the large baby-boom cohort entered the labor force, female labor-force participation expanded, and immigration rose [see Figure 2 for a detailed breakdown]. It was difficult for the economy to absorb all the new workers, and wages for young people declined sharply after peaking in 1973. Figure 3A does not, however, provide a valid measure of labor-market competition because the baby boomers and newly employed women and immigrants did not suddenly vanish after they entered the labor force; they kept working and occupying jobs until they eventually retired decades later. The glut of workers entering the labor force in the 1970s would continue to stifle demand for new workers until their eventual exit from the labor force, a process that is still in progress. The index of employment competition shown in Figure 3B is [a better] measure of relative cohort size than 3A. It represents the cumulative net labor-market entries over the previous five decades as a % of the working-age population in the current decade. As shown in Figure 1C, we are already seeing signs of an uptick in the wages of young workers, and as the demographic shortage accelerates we may finally see real wages of the young exceed the levels of the early 1970s.