数字农科院2.0

How Ecological Compensation Reshapes Ecosystem Service Trade-Offs and Synergies: A Multi-Scale Analysis of the Miyun Reservoir Basin (2010-2023)

文献类型： 外文期刊

作者： Zhang, Liwen;Zheng, Haixia;Bi, Jieying;Zhang, Xuebiao

作者机构：

关键词： ecosystem services;ecological compensation;trade-offs and synergies;land use change;watershed management;scale effect

期刊名称： LAND

ISSN：

年卷期： 2025 年 14 卷 12 期

页码：

收录情况： SSCI（2025版）

摘要： Understanding how ecological compensation policies reshape ecosystem service (ES) interactions is critical for sustainable watershed management. Using the Miyun Reservoir Basin in northern China as a case study, we examined the dynamic changes in land use, provision of ES, and their trade-offs and synergies (TOS) from 2010 to 2023. Four ES-food production (FP), water yield (WY), nutrient retention (nitrogen and phosphorus, NR and PR), and soil retention (SR)-were quantified using the InVEST model. Spearman's rank correlation was employed to assess TOS at 1 km, 3 km, and township-level administrative units, and geographically weighted regression (GWR) was applied to explore spatial heterogeneity of ES TOS. Results show: (1) Land use change reflected ecological restoration efforts, with cropland decreasing by 1.69% and forest expanding by 2.16%. (2) ES exhibited spatial heterogeneity; regulating services (WY, NR, PR, SR) improved substantially after 2018, while the FP centroid shifted from downstream to upstream areas. (3) Before 2018, FP showed strong trade-offs with regulating services; following intensified policy implementation, these relationships transformed into synergies. (4) Scale effects were evident: grid-scale TOS were stable, while township-level interactions weakened due to administrative aggregation. Overall, ecological compensation reduced ES trade-offs and enhanced synergies, supporting ecological protection in key water source areas while highlighting the need for performance-based policy refinement.

分类号：

  • 相关文献

[1]Mapping ecosystem service supply and demand dynamics under rapid urban expansion: A case study in the Yangtze River Delta of China. Yu Tao,Qin Tao,Xiao Sun,Jiangxiao Qiu,Steven G. Pueppke,Weixin Ou,Jie Guo,Jiaguo Qi. 2022

[2]Study on Environmental Risk and Economic Benefits of Rotation Systems in Farmland of Erhai Lake Basin. Tang Qiu-xiang,Ren Tian-zhi,Schweers, Wilko,Liu Hong-bin,Lei Bao-kun,Zhang Gui-long,Lin Tao. 2012

[3]Are riparian buffer strips effective for nutrient retention under cold frozen conditions?. Mathieu Nsenga Kumwimba,Xuyong Li,Jinlou Huang,Mawuli Dzakpasu,Binessi Edouard Ifon,Diana Kavidia Muyembe,Salma Akter,Yufan Zhang,Awoke Guadie,Benjamin Manirakiza. 2025

[4]Urbanization and energy equity: an urban-rural gap perspective. Hua, Wenyuan,Wang, Lu,Fang, Xingming,Luo, Liangguo. 2023

[5]A machine learning scheme for estimating fine-resolution grassland aboveground biomass over China with Sentinel-1/2 satellite images. Huaqiang Li,Fei Li,Jingfeng Xiao,Jiquan Chen,Kejian Lin,Gang Bao,Aijun Liu,Guo Wei. 2024

[6]Gully erosion: Impacts, factors and control. Valentin, C,Poesen, J,Li, Y. 2005

[7]From meta-studies to modeling: Using synthesis knowledge to build broadly applicable process-based land change models. Magliocca, Nicholas R.,van Vliet, Jasper,Ornetsmuller, Christine,Verburg, Peter H.,Brown, Calum,Evans, Tom P.,Evans, Tom P.,Houet, Thomas,Messerli, Peter,Messina, Joseph P.,Messina, Joseph P.,Nicholas, Kimberly A.,Sagebiel, Julian,Sagebiel, Julian,Schweizer, Vanessa,Yu, Qiangyi. 2015

[8]Cost-effective sampling of Cs-137-derived net soil redistribution: part 2-estimating the spatial mean change over time. Chappell, A.,Li, Y.,Yu, H. Q.,Zhang, Y. Z.,Li, X. Y..

[9]Analysis of land use change and its driving force in the Longitudinal Range-Gorge Region. Ll ZhengHai,Song GuoBao,Bao YaJing,Song GuoBao,Lo HaiYan,Ll ZhengHai,Wang HaiMei,Xu Tian,Cheng Yan.

[10]Spatial explorations of land use change and grain production in China. Verburg, PH,Chen, YQ,Veldkamp, TA.

[11]Model-based analysis of spatio-temporal changes in land use in Northeast China. Xia Tian,Wu Wenbin,Xia Tian,Wu Wenbin,Zhou Qingbo,Yu Qiangyi,Yang Peng,Verburg, Peter H.,Ye Liming,Ye Liming. 2016

[12]Global-scale modelling of future changes in sown areas of major crops. Wu, Wenbin,Shibasaki, Ryosuke,Yang, Peng,Tan, Guoxin,Matsumura, Kan-ichiro,Sugimoto, Kenji.

[13]Assessment of grassland degradation in Guinan county, Qinghai Province, China, in the past 30 years. Feng, Y.,Lu, Q.,Wang, X.,Tokola, T.,Liu, H..

[14]An integrated model to simulate sown area changes for major crops at a global scale. Wu WenBin,Ryosuke, Shibasaki,Shi Yun,Wu WenBin,Yang Peng,Zhou QingBo,Tang HuaJun,Wu WenBin,Yang Peng,Zhou QingBo,Tang HuaJun,Meng ChaoYing. 2008

[15]Effects of Grassland Conversion From Cropland on Soil Respiration on the Semi-Arid Loess Plateau, China. Wang, Dong,Liu, Yu,Shang, Zhan-Huan,Wu, Gao-Lin,Chang, Xiao-Feng,Warrington, David,Wang, Dong,Liu, Yu,Wu, Gao-Lin,Chang, Xiao-Feng,Warrington, David,Wang, Dong,Liu, Yu,Wu, Gao-Lin,Chang, Xiao-Feng,Warrington, David,Shang, Zhan-Huan,Wu, Gao-Lin,Tian, Fu-Ping. 2015

[16]Harvested Area Gaps In China B.etween 1981 And 2010: E ffects Of Climatic And Land Management Factors. Yu, QY, van Vliet, J, Verburg, PH, You, LZ, Yang, P, Wu, WB. 2018

[17]Globeland30 Shows Little Cropland Area L.oss But Greater Fragmentation I n China. Yu, QY, Hu, Q, van Vliet, J, Verburg, PH, Wu, WB. 2018

[18]Land Use Changes In The Zoige Plateau Based On The Object-Oriented Method And Their Effects On Landscape Patterns. Shen, G, Yang, XC, Jin, YX, Luo, S, Xu, B, Zhou, QB. 2020

[19]World Spread of Tropical Soda Apple (Solanum viarum) under Global Change: Historical Reconstruction, Niche Shift, and Potential Geographic Distribution. Yuhan Qi,Xiaoqing Xian,Haoxiang Zhao,Ming Yang,Yu Zhang,Wentao Yu,Wanxue Liu. 2023

[20]Changes In Global Cropland Area A.nd Cereal Production: An I nter-Country Comparison. Yu, QY, Xiang, MT, Wu, WB, Tang, HJ. 2019

作者其他论文 更多>>