In the globalized world, water utilization and carbon emissions are two important indicators for water and energy resources evaluation. This paper investigates the inter-sectoral linkage and external trade of virtual water (water embodied in products) and embodied carbon emissions in China based on input⁻output tables during 1997⁻2015. Results indicate that: inside China, agriculture, the electric and water industry are major virtual water suppliers, while heavy industrial sectors including the metal products industry, the petrochemical industry, other nonmetallic mineral products industry, and the mining industry are major embodied carbon emissions suppliers. China is the net exporter of virtual water (137.15 × 109 m3) and...
The literature on carbon leakage and embodied carbon in regional trade is extensive. However, many s...
As the world's largest energy consumer, China contributes significantly to the global atmospher...
The escalating challenges regarding the sustainable utilization of coupled energy and water resource...
Water consumption, energy use, and carbon emission are three related key anthropogenic impacts on th...
Water resources are embodied in global trade. Although China is the largest water withdrawal economy...
Water embodied in traded commodities is important for water sustainability management. This study pr...
AbstractThere exists a large amount of water consumption embodied in the global energy trade. Global...
The success of China's economic development has left deep marks on resource availability and quality...
In the context of increasing focus on the climate change China is being blamed for its large contrib...
This study provides an insight into the impact of China's international trade of goods and services ...
Interprovincial trade has expanded China’s virtual water consumption and economic development. This ...
The globalization of trade has numerous environmental implications. Trade creates a mechanism for co...
This paper attempts to discuss the CO2 emissions embodied in Sino-US international trade using a sec...
The success of China’s economic development has brought increasing pressures on its water resources,...
The development of globalization has separated the production and consumption of products spatially,...
The literature on carbon leakage and embodied carbon in regional trade is extensive. However, many s...
As the world's largest energy consumer, China contributes significantly to the global atmospher...
The escalating challenges regarding the sustainable utilization of coupled energy and water resource...
Water consumption, energy use, and carbon emission are three related key anthropogenic impacts on th...
Water resources are embodied in global trade. Although China is the largest water withdrawal economy...
Water embodied in traded commodities is important for water sustainability management. This study pr...
AbstractThere exists a large amount of water consumption embodied in the global energy trade. Global...
The success of China's economic development has left deep marks on resource availability and quality...
In the context of increasing focus on the climate change China is being blamed for its large contrib...
This study provides an insight into the impact of China's international trade of goods and services ...
Interprovincial trade has expanded China’s virtual water consumption and economic development. This ...
The globalization of trade has numerous environmental implications. Trade creates a mechanism for co...
This paper attempts to discuss the CO2 emissions embodied in Sino-US international trade using a sec...
The success of China’s economic development has brought increasing pressures on its water resources,...
The development of globalization has separated the production and consumption of products spatially,...
The literature on carbon leakage and embodied carbon in regional trade is extensive. However, many s...
As the world's largest energy consumer, China contributes significantly to the global atmospher...
The escalating challenges regarding the sustainable utilization of coupled energy and water resource...