A long-term high-resolution national assessment of N2O emissions from Chinese lakes and reservoirs

Underestimated methane emissions from natural gas consumption in the Yangtze River Delta cities of China

Driving factors of atmospheric nitrogen oxides emissions and pollution in China.

Methane Emissions From U.S. Lakes Dominated by Ebullition, Shallow Zones, and Anthropogenic Drivers

Lakes are globally important sources of atmospheric methane (CH4), yet a process‐based understanding of their emissions and drivers at regional scales remains limited. Here we developed and applied a one‐dimensional lake model to 42,948 natural lakes across the contiguous United States (CONUS). Simulations indicate tha...

Contrasting Responses of Peak Summer Surface Ozone to Anthropogenic Emission Changes Across Two Major Emission Hotspots in Eastern China

Peak summer surface ozone (O3) threatens human health, crop productivity, and ecosystem stability in eastern China, but similar O3 trends may reflect contrasting anthropogenic drivers. Using the Weather Research and Forecasting model coupled with Chemistry (WRF-Chem) and the Multi-Resolution Emission Inventory for Chin...

Uncovering the Underestimated Greenhouse Gas Emissions of Hydropower Reservoirs: A Global Synthesis

Hydropower reservoirs, long considered as a clean energy solution, are increasingly recognized as major greenhouse gas (GHG) emissions hotspots. However, over 97% of these hydropower reservoirs remain unmonitored, creating major uncertainties in global GHG budgets. Here, machine learning models were employed to predict...

Spatiotemporal Variability in and Factors Associated with Wet Deposition of Atmospheric Mercury in China from 2000 to 2022

The wet deposition of atmospheric mercury (Hg) transfers Hg to terrestrial and aquatic ecosystems, yet China lacks spatially consistent, long-term monitoring, a critical gap given its high and spatially heterogeneous anthropogenic Hg emissions. We compiled candidate observations from 58 published studies at 120 coordin...