Atmospheric reactive nitrogen (N) has induced large impacts on air pollution and ecosystem
health worldwide. Atmospheric reactive N emission and deposition have largely increased …

Emissions of reactive nitrogen (N) species can affect surrounding ecosystems via
atmospheric deposition. However, few long-term and multi-site measurements have focused …

Nitrogen (N) deposition is an important component in the global N cycle that has induced
large impacts on the health and services of terrestrial and aquatic ecosystems worldwide …

Atmospheric reactive nitrogen (Nr) has been a cause of serious environmental pollution in
China. Historically, China used too little Nr in its agriculture to feed its population. However …

A Nationwide Nitrogen Deposition Monitoring Network (NNDMN) containing 43 monitoring
sites was established in China to measure gaseous NH 3, NO 2, and HNO 3 and particulate …

As one of the regions with intensive agriculture and rapid economic development in China,
North China also has a high nitrogen (N) deposition. This study characterized the spatial …

Anthropogenic nitrogen (N) emission has been the major cause of rapidly increasing
atmospheric N deposition in many regions of the world. However, fluxes, distributions, and …

China has experienced a dramatic change in atmospheric reactive nitrogen (Nr) emissions
over the past four decades. However, it remains unclear how nitrogen (N) deposition has …

Atmospheric nitrogen (N) deposition has increased substantially across China since 1980;
however, data for N deposition fluxes since the 2000s has been very limited. Understanding …

Human activities have intensely altered the global nitrogen cycle and produced nitrogenous
gases of environmental significance, especially in China where the most serious …