Rural buildings have high optimization potential as a major source of carbon emissions.
However, the current research on carbon reduction in rural buildings is rough and lacks …

Despite a gradual decline in rural population due to urbanization, as of 2022, approximately
35% of China's total population still resides in villages. Over a span of 40 years, carbon …

With the continuous development of the social economy, carbon emissions from various
buildings are increasing. As the most important category of building carbon emissions, the …

Using data on carbon emissions and carbon sinks in the villages of the Yangtze River Delta
region of China, this research utilised the management function of grassroots government …

The scientific evaluation of carbon-emission trends and pathways for carbon reduction in
China's provincial buildings can play a crucial role in achieving the goals of carbon peaking …

Owing to the carbonation of concrete, urban buildings can continuously absorb carbon
dioxide in the air and have carbon fixation functions. Buildings, greenbelts, soil, etc …

As a major contributor to the energy consumption and carbon emissions of the whole
society, carbon reduction from residential building operation holds significant importance for …

The carbon emission pattern of the built environment is closely associated with its
morphological and functional structures. Based on the online volunteered geographic …

The carbon emissions released from buildings are correlated with various factors in social
and economic systems. Thus, quantifying and then controlling those factors can decrease …

China is the world's largest energy consumer and carbon emitter. Cities account for 85% of
China's total carbon emissions, making them key areas for implementing carbon reduction …