How do trade-offs between ecological construction and urbanization affect regional carbon balance? A case study from China’s Yellow River Basin

• Trade-offs between urbanization and ecological construction were spatially depicted. • Areas with a carbon imbalance have grown and developed enormous networks. • Trade-offs between ecological construction and urbanization have become more intense. • Degree of compromise between ecological constructing and urbanization has increased. • Trade-offs relationships can intensify carbon imbalances. Anthropogenic activities , including trade-offs between ecological construction and urbanization, alter land use by either adding or subtracting from the carbon balance . Therefore, it is unknown how the trade-offs between ecological construction and urbanization impact the regional carbon balance . We selected the Yellow River Basin for this study to shed light on how human activity affects the carbon balance and promote the advancement of the objective of becoming carbon–neutral. Using panel data, soil respiration data, and GEM-CO 2 models, carbon emissions and sinks in multiple fields were quantified on a raster scale based on multi-source remote sensing data. The trade-offs between urbanization and ecological construction were then spatially illustrated through changes in ground cover. Finally, a raster-scale study was conducted to investigate the ways in which trade-offs between urbanization and ecological construction impact the regional carbon balance. The basin was able to maintain a carbon balance in 2001; however, by 2019, it experienced a severe carbon imbalance. The primary causes of this were rapid growth in energy consumption and direct household waste incineration . By 2019, 84.79% of rasters had a trade-off connection, indicating an increasing trend in the degree of trade-off between ecological construction and urbanization. This affected the pattern of land use in the basin, which in turn affected the carbon balance. Rapid urbanization has exacerbated the carbon imbalance, but ecological construction can reverse this trend. The carbon balance was negatively correlated with the trade-off between ecological construction and urbanization, and the conversion of natural resources by human activity hastened the spread of regional carbon imbalances.

Authors

Publication Details

Journal
CATENA
Published
2024-11-07
DOI
https://doi.org/10.1016/j.catena.2024.108534
Citations
17
Primary Topic
Land Use and Ecosystem Services
Type
article
Field-Weighted Citation Impact
4.80

Funders

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article

How do trade-offs between ecological construction and urbanization affect regional carbon balance? A case study from China’s Yellow River Basin

Jinghu Pan, Wenle Yang
17 citations
CATENA
Land Use and Ecosystem Services
4.80
article

How do trade-offs between ecological construction and urbanization affect regional carbon balance? A case study from China’s Yellow River Basin

Jinghu Pan, Wenle Yang
article en
17 citations

Abstract

• Trade-offs between urbanization and ecological construction were spatially depicted. • Areas with a carbon imbalance have grown and developed enormous networks. • Trade-offs between ecological construction and urbanization have become more intense. • Degree of compromise between ecological constructing and urbanization has increased. • Trade-offs relationships can intensify carbon imbalances. Anthropogenic activities , including trade-offs between ecological construction and urbanization, alter land use by either adding or subtracting from the carbon balance . Therefore, it is unknown how the trade-offs between ecological construction and urbanization impact the regional carbon balance . We selected the Yellow River Basin for this study to shed light on how human activity affects the carbon balance and promote the advancement of the objective of becoming carbon–neutral. Using panel data, soil respiration data, and GEM-CO 2 models, carbon emissions and sinks in multiple fields were quantified on a raster scale based on multi-source remote sensing data. The trade-offs between urbanization and ecological construction were then spatially illustrated through changes in ground cover. Finally, a raster-scale study was conducted to investigate the ways in which trade-offs between urbanization and ecological construction impact the regional carbon balance. The basin was able to maintain a carbon balance in 2001; however, by 2019, it experienced a severe carbon imbalance. The primary causes of this were rapid growth in energy consumption and direct household waste incineration . By 2019, 84.79% of rasters had a trade-off connection, indicating an increasing trend in the degree of trade-off between ecological construction and urbanization. This affected the pattern of land use in the basin, which in turn affected the carbon balance. Rapid urbanization has exacerbated the carbon imbalance, but ecological construction can reverse this trend. The carbon balance was negatively correlated with the trade-off between ecological construction and urbanization, and the conversion of natural resources by human activity hastened the spread of regional carbon imbalances.

CATENAVol. 247
National Natural Science Foundation of China
Sustainable cities and communities
Openalex Percentile: Top 4%
Land Use and Ecosystem Services
4.80
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