Coordinating socio-economic development and ecological protection in the Yellow River Basin: Pathways to new quality productivity

Water scarcity, rapid urbanization, and regional disparities challenge the coordinated development of ecological and socio-economic systems in global river basins. Focusing on Yellow River Basin, this study investigates how “new quality productive forces”—driven by innovation, digitalization, low-carbon transitions, and green growth—can foster synergies between ecological protection and socio-economic progress through historical assessment, spatiotemporal analysis (2000–2020), and comparative case studies. Findings reveal a governance shift from flood control toward integrated management that links ecological restoration, industrial upgrading, and rural revitalization. Concurrent ecological and economic gains are evident: forest, grassland, and water body coverage increased (9.76%→11.41%, 56.86%→57.21%, and 0.59%→0.79%, respectively), impervious surfaces nearly doubled (1.71%→3.06%), and Net Primary Productivity (NPP) improved, with low-NPP areas declining from 55.14% to 44.88% and high-NPP areas more than doubling to 10.40%. However, persistent regional disparities remain—over 85% of the basin is sparsely populated, and 90% falls within low-GDP categories. Drawing on domestic and international insights, we propose spatially differentiated strategies: water-efficient agriculture in the lower reaches, sustainable urban-industrial transformation in the middle reaches, and large-scale ecological restoration with renewable energy deployment in the upper reaches. Policy recommendations emphasize digital technologies, ecological compensation, and basin-wide governance to advance resource efficiency, decarbonization, and equitable development. This study provides actionable pathways for sustainable transformation in the Yellow River Basin and analogous socio-ecological systems worldwide. • New quality productive forces drive ecological and socio-economic synergies in the Yellow River Basin. • Integrated governance shifted focus from flood control to ecological restoration and industrial upgrading. • Ecological indicators improved, including increased vegetation and water coverage and higher Net Primary Productivity. • Spatially tailored strategies are needed to address regional disparities and promote equitable, sustainable development.

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Publication Details

Journal
Environmental and Sustainability Indicators
Published
2025-10-25
DOI
https://doi.org/10.1016/j.indic.2025.100987
Citations
1
Primary Topic
Water Resources and Sustainability
Type
article
Field-Weighted Citation Impact
0.82
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Coordinating socio-economic development and ecological protection in the Yellow River Basin: Pathways to new quality productivity

Madhab Rijal, Ahmed Elbeltagi, Pingping Luo, Jianxin Zhang et al.
1 citations
Environmental and Sustainability Indicators
Water Resources and Sustainability
0.82
article

Coordinating socio-economic development and ecological protection in the Yellow River Basin: Pathways to new quality productivity

Madhab Rijal, Ahmed Elbeltagi, Pingping Luo, Jianxin Zhang, Zhihui Yang, Zhao Yang, Peiyao Yan, Jiachao Chen
article en
1 citations

Abstract

Water scarcity, rapid urbanization, and regional disparities challenge the coordinated development of ecological and socio-economic systems in global river basins. Focusing on Yellow River Basin, this study investigates how “new quality productive forces”—driven by innovation, digitalization, low-carbon transitions, and green growth—can foster synergies between ecological protection and socio-economic progress through historical assessment, spatiotemporal analysis (2000–2020), and comparative case studies. Findings reveal a governance shift from flood control toward integrated management that links ecological restoration, industrial upgrading, and rural revitalization. Concurrent ecological and economic gains are evident: forest, grassland, and water body coverage increased (9.76%→11.41%, 56.86%→57.21%, and 0.59%→0.79%, respectively), impervious surfaces nearly doubled (1.71%→3.06%), and Net Primary Productivity (NPP) improved, with low-NPP areas declining from 55.14% to 44.88% and high-NPP areas more than doubling to 10.40%. However, persistent regional disparities remain—over 85% of the basin is sparsely populated, and 90% falls within low-GDP categories. Drawing on domestic and international insights, we propose spatially differentiated strategies: water-efficient agriculture in the lower reaches, sustainable urban-industrial transformation in the middle reaches, and large-scale ecological restoration with renewable energy deployment in the upper reaches. Policy recommendations emphasize digital technologies, ecological compensation, and basin-wide governance to advance resource efficiency, decarbonization, and equitable development. This study provides actionable pathways for sustainable transformation in the Yellow River Basin and analogous socio-ecological systems worldwide. • New quality productive forces drive ecological and socio-economic synergies in the Yellow River Basin. • Integrated governance shifted focus from flood control to ecological restoration and industrial upgrading. • Ecological indicators improved, including increased vegetation and water coverage and higher Net Primary Productivity. • Spatially tailored strategies are needed to address regional disparities and promote equitable, sustainable development.

Environmental and Sustainability IndicatorsVol. 28
Central South University (CN), Xi'an University of Architecture and Technology (CN), Mansoura University (EG), Kyoto University (JP), Chang'an University (CN), Ministry of Housing and Urban-Rural Development (CN), Xi'an University of Technology (CN), Ministry of Education (BD)
Openalex Percentile: Top 22%
Water Resources and Sustainability
0.82
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