Identification, Attribution, and Mitigation of Agricultural–Ecological Functional Conflicts in Urban Agglomerations DOI Open Access
Mengjie Wang,

Xian-Chao Zhao,

Fanmin Liu

et al.

Sustainability, Journal Year: 2025, Volume and Issue: 17(6), P. 2565 - 2565

Published: March 14, 2025

Amid the increasing demands for ecological civilization and food security, addressing conflicts between agricultural functions has become a critical priority in spatial governance. Focusing on Chang-Zhu-Tan Urban Cluster, this study establishes multi-indicator evaluation framework employs weighted model to measure functions. The ESDA characterizes distribution clustering patterns of conflicts, while RF identifies key drivers underlying mechanisms. results indicate following: (1) Agricultural exhibit “center-weak, periphery-strong” pattern, with high-function zones covering over 60% area, whereas are primarily concentrated low-function zones, areas localized northeast. Overall, agro-ecological functionality declined from 2000 2020, accompanied by increased gradient differentiation. (2) High-conflict decreased 7.73% during period, medium-conflict conflict-free expanded. Spatially, trend “peripheral mitigation high central expansion low conflicts” emerged. (3) Natural environmental factors were primary conflict dynamics, land use gained significance time. Elevation slope dominated economic density crop planting area more influential 2010. Synergistic effects observed, slope–precipitation interactions providing strongest explanatory power. This offers empirical insights into managing agricultural–ecological thereby contributing enhanced governance sustainable development practices.

Language: Английский

Identification, Attribution, and Mitigation of Agricultural–Ecological Functional Conflicts in Urban Agglomerations DOI Open Access
Mengjie Wang,

Xian-Chao Zhao,

Fanmin Liu

et al.

Sustainability, Journal Year: 2025, Volume and Issue: 17(6), P. 2565 - 2565

Published: March 14, 2025

Amid the increasing demands for ecological civilization and food security, addressing conflicts between agricultural functions has become a critical priority in spatial governance. Focusing on Chang-Zhu-Tan Urban Cluster, this study establishes multi-indicator evaluation framework employs weighted model to measure functions. The ESDA characterizes distribution clustering patterns of conflicts, while RF identifies key drivers underlying mechanisms. results indicate following: (1) Agricultural exhibit “center-weak, periphery-strong” pattern, with high-function zones covering over 60% area, whereas are primarily concentrated low-function zones, areas localized northeast. Overall, agro-ecological functionality declined from 2000 2020, accompanied by increased gradient differentiation. (2) High-conflict decreased 7.73% during period, medium-conflict conflict-free expanded. Spatially, trend “peripheral mitigation high central expansion low conflicts” emerged. (3) Natural environmental factors were primary conflict dynamics, land use gained significance time. Elevation slope dominated economic density crop planting area more influential 2010. Synergistic effects observed, slope–precipitation interactions providing strongest explanatory power. This offers empirical insights into managing agricultural–ecological thereby contributing enhanced governance sustainable development practices.

Language: Английский

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