Lower emissions of ammonia		Lower emissions of ammonia from slurry spreading		Increase infiltration of slurry into the soil		Irrigate field with water after slurry application
						Use mechanical separation to remove solids from slurry
						Dilute slurry with water
				Keep ammonia in solution within slurry		Decrease the pH of slurry		Add acid to slurry
				Increase the amount of ammonium-N that is bound to soil particles		Increase the degree of contact between the slurry applied and the soil		Use injection to spread slurry
								Rapid incorporation of FYM and slurry into the soil (24 hours at the latest, preferably within 6 hours of application)
				Decrease surface area of slurry that has been applied to land		Use injection to spread slurry
						Rapid incorporation of FYM and slurry into the soil (24 hours at the latest, preferably within 6 hours of application)
						Use band spreader / trailing shoe to spread slurry
		Lower emissions of ammonia from slurry stores		Place covers over slurry stores
		Lower emissions of ammonia from poultry housing		Remove ammonia from ventilated houses		Equip pig housing with air scrubbers or filters
						Equip poultry housing with air scrubbers or filters
				Keep poultry litter/manure dry		Reduce water spillages in poultry housing
						Regular cleaning of manure belts to prevent build up of droppings
						Provide adequate litter to soak up liquid in droppings
						Reduce leaks and drips from poultry drinkers
				Decrease the amount of nitrogen excreted by poultry		Reduce protein content of poultry diet
		Lower emissions of ammonia from fertilisers		Reduce the use of urea as a fertiliser
				Increase recapture of ammonia		Apply fertilisers and manures under the growing canopy of the crop
				Avoid the use of ammonium sulphate on alkaline soils (>pH 7)
				Rapid incorporation of urea into the soil
				Slow down the breakdown process of urea		Use urease inhibitors