Wildfires have increased in frequency and area burned, trends expected to continue with
climate change. Among other effects, fires release pollutants into the atmosphere …

This review summarizes the state of the science of measurements of dry deposition of
reactive nitrogen (Nr) compounds in North America, beginning with current understanding of …

Atmospheric nitrogen and sulfur pollution increased over much of the United States during
the twentieth century from fossil fuel combustion and industrial agriculture. Despite recent …

Climate change and atmospheric deposition of nitrogen (N) and sulfur (S) impact the health
and productivity of forests. Here, we explored the potential impacts of these environmental …

Increases in reactive nitrogen (N) production and consumption have caused ammonia (NH
3) emissions to the atmosphere to increase up to five times since the industrial revolution …

Atmospheric deposition of nitrogen (N) influences forest demographics and carbon (C)
uptake through multiple mechanisms that vary among tree species. Prior studies have …

Atmospheric nitrogen (N) and sulfur (S) deposition can significantly affect forest biodiversity
and production by altering the growth and survival of trees. Three decades of air quality …

Critical loads are thresholds of atmospheric deposition below which harmful ecological
effects do not occur. Because lichens are sensitive to atmospheric deposition, lichen-based …

The rapid development of China's industrial economy and implementation of air pollution
controls have led to great changes in sulfur (S), nitrogen (N) and base cation (BC) …

Atmospheric nitrogen (N) deposition, climatic variables and anthropogenic management
affect grassland‐ecosystem stability by driving changes in plant community and loss of plant …