Resource allocation efficiency and population alignment of community health centers: a home-based healthcare perspective
Abstract
BackgroundFaced with the dual pressures of a global aging population and strained health resources, community health service centers serve as a hub connecting hospitals with home-based healthcare. The efficiency of their resource allocation and their alignment with population needs directly impact the operational effectiveness of the primary health care system. Given the significant disparities in socioeconomic development across China’s 31 provincial-level administrative regions, a systematic assessment is needed to determine whether the spatial distribution of community health service resources aligns with population size and to evaluate their operational efficiency.MethodsBased on official data from China’s National Bureau of Statistics and the National Health Commission for the period 2015–2024, this study uses the Health Resource Aggregation Degree (HRAD) index to measure the spatial alignment between community health service resources and the permanent resident population, employs a three-stage DEA model to evaluate their static allocation efficiency, and utilizes the Malmquist index to track dynamic trends in total factor productivity (TFP).ResultsHRAD analysis showed that the density of community health service resources in eastern provinces was significantly higher than in central and western provinces, with the difference between the highest and lowest HRAD values exceeding 10,000-fold, indicating stark interprovincial disparities in the alignment of resources and population. After three-stage DEA adjustment, the TE decreased from 0.635 to 0.624, with PTE rising slightly and SE declining; The TFP was 0.942, showing an annual decline of 5.8%. Five provinces achieved efficiency improvements, one province remained stable, and the remaining 25 provinces all showed a downward trend. The lag in technological progress (TC = 0.943) was a key contributing factor to the decline in efficiency.ConclusionChina’s community health care resources face significant interprovincial spatial imbalances and declining efficiency, and lagging technological progress is one of the key factors contributing to this decline in efficiency. It is recommended that, while increasing the total investment in resources, priority be given to promoting technology transfer and service model innovation in central and western regions, and that differentiated regional resource allocation strategies be implemented. This study provides empirical evidence for community health resource planning at the provincial level and offers a practical, evidence-based model for other countries and regions facing population aging to improve their primary healthcare systems.
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BibTeX
@article{ba2026resource,
title = {{Resource allocation efficiency and population alignment of community health centers: a home-based healthcare perspective}},
author = {Yahui Ba and Zhonghua Luo and Yaning Zhang and Binghong Guo and Yilan Chen and Lanqiu Liu},
journal = {Frontiers in Public Health},
year = {2026},
month = oct,
doi = {10.3389/fpubh.2026.1936096},
url = {https://www.frontiersin.org/articles/10.3389/fpubh.2026.1936096},
note = {CC BY 4.0},
}
RIS
TY - JOUR
TI - Resource allocation efficiency and population alignment of community health centers: a home-based healthcare perspective
AU - Yahui Ba
AU - Zhonghua Luo
AU - Yaning Zhang
AU - Binghong Guo
AU - Yilan Chen
AU - Lanqiu Liu
PY - 2026
DA - 2026/10/30
JO - Frontiers in Public Health
DO - 10.3389/fpubh.2026.1936096
UR - https://www.frontiersin.org/articles/10.3389/fpubh.2026.1936096
AB - BackgroundFaced with the dual pressures of a global aging population and strained health resources, community health service centers serve as a hub connecting hospitals with home-based healthcare. The efficiency of their resource allocation and their alignment with population needs directly impact the operational effectiveness of the primary health care system. Given the significant disparities in socioeconomic development across China’s 31 provincial-level administrative regions, a systematic assessment is needed to determine whether the spatial distribution of community health service resources aligns with population size and to evaluate their operational efficiency.MethodsBased on official data from China’s National Bureau of Statistics and the National Health Commission for the period 2015–2024, this study uses the Health Resource Aggregation Degree (HRAD) index to measure the spatial alignment between community health service resources and the permanent resident population, employs a three-stage DEA model to evaluate their static allocation efficiency, and utilizes the Malmquist index to track dynamic trends in total factor productivity (TFP).ResultsHRAD analysis showed that the density of community health service resources in eastern provinces was significantly higher than in central and western provinces, with the difference between the highest and lowest HRAD values exceeding 10,000-fold, indicating stark interprovincial disparities in the alignment of resources and population. After three-stage DEA adjustment, the TE decreased from 0.635 to 0.624, with PTE rising slightly and SE declining; The TFP was 0.942, showing an annual decline of 5.8%. Five provinces achieved efficiency improvements, one province remained stable, and the remaining 25 provinces all showed a downward trend. The lag in technological progress (TC = 0.943) was a key contributing factor to the decline in efficiency.ConclusionChina’s community health care resources face significant interprovincial spatial imbalances and declining efficiency, and lagging technological progress is one of the key factors contributing to this decline in efficiency. It is recommended that, while increasing the total investment in resources, priority be given to promoting technology transfer and service model innovation in central and western regions, and that differentiated regional resource allocation strategies be implemented. This study provides empirical evidence for community health resource planning at the provincial level and offers a practical, evidence-based model for other countries and regions facing population aging to improve their primary healthcare systems.
SN - 2296-2565
ER -