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Imagine sport not just as fun, but as an engine capable of linking economic growth and planetary health. A recent study analyzed the Beijing-Tianjin-Hebei region in China from 2012 to 2020 to see if the sports industry can bridge these two worlds.

Researchers used advanced statistical models to observe three systems: sport, quality economy, and environmental protection. The result? Coordination improved, moving from an "initial" level to a slightly higher one, but the road is long. Some run fast, like Hebei, some keep pace, like Beijing, and some struggle, like Tianjin.

The most interesting finding is the virtuous circle: a strong economy boosts sport, which in turn relaunches the economy. Not only that: sport and environment together can predict future economic growth. Positive "shocks" in sport, like new facilities or major events, ripple through economy and environment for years.

Caution, though: sport is no magic wand. It works as a sustainable bridge only if policies, industrial structure, and environmental governance row in the same direction. Without coordination, the trio falls apart.

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The study employs a rigorous methodological approach to overcome the limits of static bilateral analyses. The Coupling Coordination Degree (CCD) model quantifies synchronization among the three subsystems (sports industry, quality economic development, ecological protection), revealing a mean index rising from 0.5423 to 0.5958 over 2012-2020. The 'initial coordination' threshold (0.5-0.6) indicates the system remains fragile.

The Panel Vector Autoregression (PVAR) captures temporal dynamics and endogeneity. Granger causality tests show quality economic development is the primary driver for the sports industry (significant at 1 lag), while the sports industry Granger-causes subsequent economic development. Forecast Error Variance Decomposition (FEVD) highlights that the share of economic development variance explained by sports shocks rises from ~5% at 1 year to ~15% at 10 years; for environment, from ~3% to ~12%.

Regional heterogeneity is crucial: Hebei shows the fastest CCD growth due to integrated industry-sport-ecology policies; Beijing has high sports intensity but saturation; Tianjin suffers from structural misalignment. Impulse Response Functions confirm positive sports shocks generate persistent positive responses in economy and environment, but magnitude depends on local absorptive capacity (human capital, green infrastructure).

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Authors:
Song YangShangrong ChenDongye LyuCheng Zhang
Date Published:
Original Article www.frontiersin.org
Fact-check verified on 23/10/2026
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Creative Commons License CC BY-NC-SA 4.0

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