All human beings contribute to climate change; however, their contributions are not equal.
Using China as an example, the core objective of this study is to explore the city-level …

Block morphology is critical to building energy efficiency (BEE) and outdoor thermal comfort
(OTC), meaning optimizing block morphology is conducive to improving built environment …

The speedy raise of residential buildings' carbon emissions is a hindrance to achieving
China's 2030 carbon peak goal. This study constructs an assessment framework for …

A comprehensive understanding of the logistics decoupling status and driving factors is of
immense theoretical and practical importance for rationally formulating low-carbon logistics …

The current study aims to test the usage of econometric and machine learning approaches
to study the relationship between methane (CH 4), a hydrocarbon component of natural gas …

In the process of advancing China's carbon peak strategy, the residential building is a
crucial sector for carbon mitigation. The energy demand for residential buildings, which is …

The role of carbon emissions resulting from land use change in the compilation of national
greenhouse gas emission inventories is of paramount significance. This study is centered on …

As the world becomes increasingly aware of the need to shift towards sustainable energy
sources, China and the United States are two global superpowers leading this transition …

Timely and accurate implementation of carbon emissions (CE) analysis and evaluation is
necessary for policymaking and management. However, previous inventories, most of which …

The study aims to gauge the impact of economic policy uncertainty, ICT, and environmental
tax on environmental sustainability, which is measured by carbon emission and ecological …