Emission of greenhouse gases from liquid animal manure (slurry) can be reduced if slurry is
treated through anaerobic digestion. The effluent from the reactor (digestate) can be utilized …

Volatilization of ammonia from field-applied animal slurry is a significant problem. Accurate
emission measurements are needed for inventories and research, but are not provided by …

Field-applied liquid animal manure (slurry) is a significant source of ammonia (NH 3)
emission, which is harmful to the environment and human health. To evaluate mitigation …

Ammonia (NH3) and methane (CH4) emission rates from cattle deep litter and horse manure
deep litter in farm-scale stockpiles were measured using an inverse dispersion method …

Ammonia volatilization from animal slurry applied to agricultural fields reduces nitrogen use
efficiency in agriculture and pollutes the environment. This work presents new versions of a …

Ammonia emission following field application of animal slurry is a significant problem for the
environment and human health. Accurate emission measurements are crucial for …

Field applied liquid animal manure (slurry) is a significant source of ammonia (NH 3)
emission, which is harmful to the environment and human health. To evaluate mitigation …

Poultry litter, a mix of excreta, bedding material, and discarded feed, is extracted from poultry
houses, and used as fertiliser. The litter is often stored in stockpiles outside before field …

Ammonia (NH3) emissions negatively impact air, soil, and water quality, hence human
health and biodiversity. Significant emissions, including the largest sources, originate from …

Most emission factors estimating national emission inventories from agriculture have a large
uncertainty. These emission factors are mainly based on small-scale studies with intrusive …