Rapid urbanization has significant effects on China's CO 2 emissions and contributes to
climate change. Using a cross–city panel of 64 cities from four large urban agglomerations …

Residential energy consumption has increased sharply in China and is further expected to
grow owing to rapid economic growth and improved living standards. The residential sector …

The extant literature has debated the impact of urbanization on CO 2 emissions with a focus
on population urbanization but has paid little attention to the other dimensions of …

To comprehensively capture the spatio-temporal effects of urbanization on CO 2 emissions,
we develop an innovative hybrid spatial model (SLX-GTWR) that incorporates spatial …

To reduce carbon dioxide (CO 2) emissions attributed widely to human activities, previous
studies have paid great attention to the relationships between socioeconomic development …

Urban agglomerations are major generators of CO 2 emissions owing to human
socioeconomic activities. Evaluating the trade-offs between urban expansion and ecological …

Rapid urbanization has exerted substantial pressure on China's energy system and
contributed to climate change. To find the key drivers of urban residential energy …

Timely and accurate understanding of spatiotemporal variations of urban CO 2 emissions is
important in the interaction between human activities and the environment. However, studies …

We examined the influence of urbanization on CO 2 emission at different development
levels employing the stochastic impacts by regression on population, affluence and …

The reduction of carbon dioxide (CO 2) emissions and sustainable development in low-
carbon ways are of great significance to urban agglomerations. However, few studies are …