China’s Pinglu Canal construction emitted 9.26 million tonnes of CO2 equivalent by early 2026, study finds
A new study finds that construction of China's Pinglu Canal produced 9.26 million tonnes of CO2 equivalent by early 2026, ...
A new study finds that construction of China's Pinglu Canal produced 9.26 million tonnes of CO2 equivalent by early 2026, ...
An XGBoost machine learning analysis of the Nansi Lake Basin revealed key community-scale carbon emission drivers and simulated potential reductions ...
A new study in Geography and Sustainability reveals that while greenhouse agriculture in China boosts yields, it incurs significantly higher ...
A study finds that full solid waste binders can increase cemented tailings backfill strength while reducing carbon emissions by over ...
A dynamic panel study reveals that national innovation capacity and institutional quality steadily decouple economic growth from carbon emissions across ...
An assessment of wastewater treatment plants reveals how rising temperatures and rainfall challenge operations while aeration drives electricity use and ...
A multi-stock-driven model estimates that electric vehicle adoption in China could drive 230 million early retirements of conventional vehicles while ...
A machine-learning framework analyzing cellular mobility networks accurately predicts city-level carbon dioxide emissions in near real time across four countries.
A study of 989 Chinese counties and 1,835 farm households finds that rural digitalization significantly raises grain output and lowers ...
A study of 266 Chinese prefecture-level cities from 2010 to 2023 finds that digital economy development is significantly associated with ...
© 2026 Scienmag - Science Magazine
© 2026 Scienmag - Science Magazine