Cities are both the primary cause of global climate change and the key to the mitigation
agenda. China's unprecedented urbanization has paralleled a growth in energy demand …

Exploring the mechanisms influencing carbon dioxide (CO2) emissions is crucial to seeking
low-carbon development paths. Previous studies have analyzed the effects of …

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 …

This study explores the empirical relationship between city-level urban forms and CO 2
emissions in 104 Chinese prefectural-level cities. Although the analytical focus is on …

Excessive anthropogenic carbon emissions due to rapid socioeconomic development and
urban expansion have resulted in significant climate change. Different levels of …

With rapid urbanization, cities plays an increasingly key role in addressing CO 2 emission-
related issues. This study aims at analysing the spatial relation between city size and CO 2 …

The accurate estimation of the impact of urban form on CO2 emissions is essential for the
proposal of effective low-carbon spatial planning strategies. However, few studies have …

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

Although several studies have explained the effect of urbanization on China's carbon
emissions, most have focused on population urbanization, while ignoring the urban spatial …

Understanding the spatial variability of CO 2 emissions among and within cities and its
driving factors is a prerequisite for emission reductions. Using 10× 10 km national grid …