Climate change and population aging are inevitably the two most significant global
challenges. Senior population growth in China is accompanied by an increase in …

With burgeoning economic development, a surging influx of greenhouse gases, notably
carbon dioxide (CO2), has precipitated global warming, thus accentuating the critical …

China's long-term sustainability faces socioeconomic and environmental uncertainties. We
identify five key systemic risk drivers, called disruptors, which could push China into a …

Research over the past three decades has provided rich empirical evidence for the inverted
U-shaped EKC theory, but current problems facing advancing climate mitigation actions …

To achieve the high-quality model of green, low-carbon, and sustainable development in
China, it is necessary to clarify the relationship between population aging and carbon …

With the intensification of population aging in rural areas, it becomes increasingly important
to analyze the post-retirement migration intention of rural residents and the variables …

Green innovation (GI) plays a vital role in mitigating urban carbon dioxide (CO 2) emissions
and fostering sustainable development in China. This study examines the impact of GI on …

For the first time, this research aims to reveal how population age changes the nexus of
industrial structure upgrading-carbon emissions under urban growth and shrinkage using a …

Since the Industrial Revolution, the economies have played well to make progress in
economic growth. Besides, rapid growth has brought severe challenges, and environmental …

High carbon emissions and population aging are two obstacles to China's development as
an emerging economy. It is urgent to scientifically examine the impacts of population aging …