Not exact matches
The process, known as
nitrogen deposition, can do great damage to ecosystems,
causing soil acidification, fertilizing harmful algal blooms and threatening biodiversity, says Zhang.
Progress is however markedly slower for eutrophication, which is
caused by excess
nitrogen deposition resulting from emissions of
nitrogen oxides (NOx) and ammonia (NH3).
Modeling and field studies confirm a major role of
nitrogen deposition, working in concert with CO2 fertilization, in
causing a large increase in net primary productivity of temperate and boreal forests.