Feed management decisions are an important element of managing greenhouse gas (GHG)
and nitrogen (N) emissions in livestock farming systems. This review aims to a) discuss the …

Ammonia (NH3) emissions mainly originate from agricultural practices and can have
multiple adverse impacts on the environment. With the substantial increase in synthetic …

Ammonia (NH 3) has significant impacts on the environment, which can influence climate
and air quality and cause acidification and eutrophication in terrestrial and aquatic …

Ammonia is a crucial component in the biogeochemical cycle of nitrogen, with various
harmful environmental effects. The primary source of NH3 is agriculture, particularly the …

Volatilization of ammonia (NH 3) from fertilizers and livestock wastes forms a significant
pathway of nitrogen losses in agricultural ecosystems and constitutes the largest source of …

The quantification of ammonia (NH 3) emissions is still a challenge and the corresponding
emission factor for grazed pastures is uncertain. This study presents NH 3 emission …

Tropospheric ammonia (NH 3) is a threat to the environment and human health and is
mainly emitted by agriculture. Ammonia volatilisation following application of nitrogen in the …

The accurate representation of bidirectional ammonia (NH 3) biosphere–atmosphere
exchange is an important part of modern air quality models. However, the cuticular (or …

Seabird colonies alter the biogeochemistry of nearby ecosystems, while the associated
emissions of ammonia (NH 3) may cause acidification and eutrophication of finely balanced …

Ammonia (NH 3) fluxes were estimated from a field being grazed by dairy cattle during
spring by applying a backward Lagrangian stochastic model (bLS) model combined with …