Exploring future changes in land use and carbon storage (CS) under different climate
scenarios is important for optimizing regional ecosystem service functions and formulating …

Understanding the complex relationships of tradeoffs and synergies among ecosystem
services (ESs) is essential to achieve a comprehensive, coordinated, and sustainable …

Exploring the spatial distribution of land use/cover change (LUCC) and ecosystem carbon
storage under future climate change scenarios can provide the scientific basis for optimizing …

Carbon sink in terrestrial ecosystems is critical for achieving carbon neutrality; however, its
environmental sensitivity and potential remain uncertain. A comprehensive framework was …

Ecological security and ecosystem stability in Central Asia depend heavily on the local
vegetation. Vegetation dynamics and the response and hysteresis relationships to climate …

Global climate change and rapid urbanization, mainly driven by anthropogenic activities,
lead to urban flood vulnerability and uncertainty in sustainable stormwater management …

As the highest level of urbanization in the Qinghai-Tibet Plateau, the **ning metropolitan
area has unique development conditions and its own characteristics. Based on land use …

Improving our knowledge of future dynamics of ecosystem services (ESs) in the face of
climate change and human activities provides a crucial foundation to navigate complex …

Land use and land cover (LULC) contribute to both carbon storage and carbon emissions.
Therefore, regulating the LULC is an important means of achieving carbon neutrality under …

The delivery of ecosystem services (ESs), particularly in urban agglomerations, faces
substantial threats from impending future climate change and human activity. Assessing ES …