Globally, urbanization has dramatically changed land cover, causing a rapid growth in
carbon emissions and related risk of climate change. This study estimated city-level land use …

Carbon dioxide emissions are the main drivers of global warming and extreme weather
disasters caused by global warming have posed a threat to sustainable development and …

Land use/land cover (LULC) change has greatly altered ecosystem carbon storage capacity
and can eventually profoundly impact global climate change. Characterizing the LULC …

为了有效评估中原城市群碳储量, 运用灰色预测模型获取动态碳密度数据, 结合Dyna-CLUE
模型和InVEST 模型, 动态评估2005~ 2030 年土地利用变化下不同情景的碳储量演变特征 …

The carbon storage service of terrestrial ecosystems has an veritable impact on the global
carbon cycle and, in turn, on global climate change. Hence, both assessing and predicting …

Clarifying the interactive relationship between urban land-use efficiency (ULUE), industrial
transformation, and carbon emissions is of great realistic significance for promoting the …

Natural vegetation plays a vital role in ecosystem services, while anthropogenic land-use
change causes extensive damage to natural vegetation, decreasing ecosystem services …

Urbanization and associated land-use change is one of the major sources of cumulative
greenhouse gas emissions and has become a serious concern for climate change and …

The process of rapid and uncontrolled urbanization has a strong relation with growing
carbon emissions. This study analyses the urban expansion of the Monterrey Metropolitan …

The São Francisco River Basin (SFRB) is one of the largest basins in Brazil and hosts
several economic activities. However, it is under socioeconomic and environmental …