The pace of energy transition plays a pivotal role in realizing cleaner air and combating
climate change in the forthcoming decades. In this study, using a system-based model, we …

With high carbon emission, the low-carbon transition of power sector will be critical for China
to achieve the carbon peaking and carbon neutrality goals. The power transition will have an …

China has steadfastly pledged its dedication to accomplishing carbon peaking by 2030 and
achieving carbon neutrality before 2060, a commitment widely recognized as the Dual …

The main aim of this study is to investigate how the different drivers regulating incremental
CO 2 emissions have evolved in China over seven five-year plans (1991–2022). The study …

As the economy grows, the continued increase in global carbon emissions poses a threat to
human health and climate change. Identifying the role and mechanism of innovation vitality …

Effective capture of the radionuclide strontium is essential for the sustainable development
of nuclear energy. Zirconium phosphate, with its tunable interlayer spacing and excellent ion …

Atmospheric greenhouse gas (GHG) concentrations have been rising in recent decades,
with global average surface air temperatures rising by 1.1 C above preindustrial levels …

The analysis of urban carbon metabolism will help to mitigate global warming and achieve
China's “Dual Carbon” targets. Taking the main urban area of Chongqing (MUAC) as an …

China's double carbon target aims to improve human well-being and sustainable
development. Energy transformation welfare performance (ETWP) is the efficiency of energy …

Prefabricated building systems that take advantage of modern manufacturing, transportation,
and assembly approach have attracted great attention as solutions for sustainable cities and …