Rapid urbanization, human demands with dynamic hydrology, and land resources impact
the carbon cycle and ecosystem resilience at the city level. The expansion of urban areas is …

Forests are vital in combating climate change by storing and sequestrating CO 2 from the
atmosphere. Measuring the influence of land use/land cover (LULC) changes on the …

Human pressures, combined with changing hydrology and land resources, have a distinct
effect on the carbon chain and ecosystem resilience. The increase in urban areas …

Rapid urbanization owing to population growth and economic development has made
thermal environment-related studies increasingly prominent. This study aims to monitor and …

Against the backdrop of global warming, carbon emissions have become a major concern.
Carbon emissions from land use (CELU) play a significant role in sha** the efforts to …

Environmental quality is a global concern, and an accurate assessment of environmental
progress has emerged as a key element in achieving sustainable development goals. The …

Comprehensive and accurate grasp of land-use carbon emissions (LCE) level and its
driving mechanism is key to success in China's pursuit of low-carbon development, and it is …

Global land cover dynamics alter energy, water, and greenhouse gas exchange between
land and atmosphere, affecting local to global weather and climate change. Although …

As the largest global carbon pool system, terrestrial ecosystems have an important role to
maintain the stability of ecosystems. Human activities affect the structural changes in the …