The industrial production requires the input of water, land and energy, and the water-land-
energy interaction generates carbon emissions. Investigating the industrial water-land …

As the total water resources consumption control and carbon mitigation continuous
improvement, the weak water-carbon incorporate management is increasingly exposed. In …

In order to quantitatively analyze the correlation between carbon emissions and water
consumption and identify the main driving factors. Energy consumption and water …

Exploring the effect of water & land resource exploitation on agricultural carbon emissions
helps explain agricultural “water-land-energy-carbon”(WLEC) nexus and improve the …

The rapid urban expansion of China has led to a large amount of water and energy
consumption, and caused drastic growth of carbon emissions. Discovering the water–energy …

Agricultural carbon emissions are supposed to be a fundamental component of the regional
carbon cycle in regions with intense agricultural activities. However, the patterns and …

Existing index system on the resource–environment pressure (REP) measure is mostly
based on the multi-index comprehensive evaluation method. However, the selection of …

The current water shortage in China is critical. Moreover, the water shortage has become the
main bottleneck hindering sustainable economic growth. Against the background of China's …

Water consumption, energy use, and carbon emission are three related key anthropogenic
impacts on the natural environment. China is the largest carbon emitter and energy …

Improving carbon productivity is the main way to deal with climate change under China's
targets for carbon emissions to peak by 2030 and carbon neutrality by 2060. This study …