Accurately understanding ecosystem service (ES) interactions and an analysis of the
complex, multiscale driving mechanisms are foundational prerequisites for implementing …

Land use simulation under different development strategies is the key research direction of
quantitative analysis of land use planning. Recent studies coupled the spatial optimization of …

Urban land has been expanding under the background of rapid urbanization, which leads to
the increasingly prominent problem of regional ecological security in multi-mountainous …

Clarifying the marginal effects of dominant factors influencing ecosystem services in different
land use policy zones and the resulting changes in trade-offs and synergies within …

Ensuring ecological sustainability in urbanizing mega-regions like the Yangtze River Middle
Reaches (YRMR) city cluster is crucial. Distinct dynamics in ecosystem service supply and …

Exploring the spatiotemporal characteristics of ecosystem services (ESs) and their drivers is
crucial for managers to develop significant scientific policies that further sustainable …

Interactions among ecosystem services (ESs) involve tradeoffs and synergies. Quantitatively
studying the trade-off and synergistic relationships between land use/land cover change …

The supply-demand balance of ecosystem services (ESs balance) has become a hotspot for
human-land relationship research. Promoting ESs balance by land use regulation has …

Understanding the relationships among ecosystem services (ESs) and their interactions with
influencing factors is essential for spatially targeted ecosystem governance. However …

Uncovering the spatiotemporal features of ecosystem services (ESs) and their intricate
interrelations in large lake basins can facilitate the development of scientific management …