The nitrate radical, NO3, is photochemically unstable but is one of the most chemically
important species in the nocturnal atmosphere. It is accompanied by the presence of …

Aerosol− cloud interactions account for the largest uncertainty in current estimates of
changes in radiative forcing according to the most recent IPCC report. 1 The term “aerosol …

Global gains in food production over the past decades have been associated with
substantial agricultural nitrogen overuse and ammonia emissions, which have caused …

The burning of fossil fuels–especially coal, petrol, and diesel–is a major source of airborne
fine particulate matter (PM 2.5), and a key contributor to the global burden of mortality and …

Increasing atmospheric nitrogen deposition can influence food production, environmental
quality and climate change from the regional to global scales. As the largest develo** …

We estimated global fine particulate matter (PM2. 5) concentrations using information from
satellite-, simulation-and monitor-based sources by applying a Geographically Weighted …

Excessive nitrogen (N) deposition affects aquatic ecosystems worldwide, but effectiveness of
emissions controls and their impact on water pollution remains uncertain. In this modeling …

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 …

The deposition of atmospheric nitrogen sourced from emissions has broad environmental
consequences, but long-term measurements of recent air pollution control and nitrogen …

Satellite observations of tropospheric NO 2 columns are extensively used to infer trends in
anthropogenic emissions of nitrogen oxides (NO x≡ NO+ NO 2), but this may be …