Vegetation sequester and store carbon in their tissue, at the same time, vegetation
plantation and maintenance practice release carbon back to the atmosphere based on …

The carbon balance in urban areas has become a major research challenge and a principal
policy concern in efforts to address anthropogenic climate change. Rapid urbanization and …

Complex changes in carbon sources and sinks caused by rapid urbanization have been
observed with extensive changes in the quantity, structure, and spatial pattern of land use …

Vegetation cover significantly improves the terrestrial environment by increasing carbon
sequestration capacity. It is projected that a major threat to China's terrestrial environment …

Carbon-sink and carbon-source estimation are of significance for carbon-emissions
reduction. In this paper, we evaluated Shenzhen's annual carbon budget from 2000 to 2008 …

Urban green spaces play essential roles in regulating the global carbon cycle and reducing
carbon dioxide (CO 2) emissions. However, research on the carbon sequestration efficiency …

Urban green spaces provide manifold environmental benefits and promote human well‐
being. Unfortunately, these services are largely undervalued, and the potential of urban …

Rapid growth of the Chinese urban population and the expansion of urban areas have led to
changes in urban forest structure and composition, and consequently changes in vegetation …

Background Continuous increasing carbon dioxide (CO2) has aggravated global warming
and promoted urban tree planting projects for many countries. So it's imperative to select …

Faced with climate change, rapid urbanization, and ecosystem degradation, comprehensive
analysis of carbon balance are urgently required to achieve the envisioned sustainable …