Intensive farm systems handle large volume of livestock wastes, resulting in adverse environmental effects, such as gaseous losses into the atmosphere in form of ammonia (NH3) and greenhouse gases (GHG), i.e. methane (CH4), carbon dioxide (CO2) and nitrous oxide (N2O). In this study, the manure management continuum of slurry storage with impermeable cover and following cattle slurry band spreading and incorporation to soil was assessed for NH3 and GHG emissions. The experiment was conducted in an outdoor covered storage (flexible bag system) (study I), which collected the slurry produced in 7 dairy cattle farms (2,000 m3 slurry) during 12 days in the northern Spain
Bovine slurry and its subsequent storage are significant sources of ammonia (NH3) and greenhouse gas...
Much animal manure is being applied to small land areas close to animal confinements, resulting in e...
Organic manures arising from livestock production provide a source of plant nutrients when applied t...
Intensive farm systems handle large volume of livestock wastes, resulting in adverse environmental ...
The reduction of ammonia (NH3) emissions associated with manure management requires identification a...
Storage of livestock slurries is a significant source of methane (CH4) and ammonia (NH3) emissions t...
Livestock manure contributes considerably to global emissions of ammonia (NH3) and greenhouse gases ...
The reduction of ammonia (NH3) emissions associated with manure management requires identification a...
Animal slurry contains plant nutrients such as nitrogen (N) that are essential for crop production. ...
Animal slurry contains plant nutrients such as nitrogen (N) that are essential for crop production. ...
Animal slurry contains plant nutrients such as nitrogen (N) that are essential for crop production. ...
Animal slurry contains plant nutrients such as nitrogen (N) that are essential for crop production. ...
Animal slurry contains plant nutrients such as nitrogen (N) that are essential for crop production. ...
Animal slurry contains plant nutrients such as nitrogen (N) that are essential for crop production. ...
High livestock densities and the subsequent generation of large quantities of manure, in some areas ...
Bovine slurry and its subsequent storage are significant sources of ammonia (NH3) and greenhouse gas...
Much animal manure is being applied to small land areas close to animal confinements, resulting in e...
Organic manures arising from livestock production provide a source of plant nutrients when applied t...
Intensive farm systems handle large volume of livestock wastes, resulting in adverse environmental ...
The reduction of ammonia (NH3) emissions associated with manure management requires identification a...
Storage of livestock slurries is a significant source of methane (CH4) and ammonia (NH3) emissions t...
Livestock manure contributes considerably to global emissions of ammonia (NH3) and greenhouse gases ...
The reduction of ammonia (NH3) emissions associated with manure management requires identification a...
Animal slurry contains plant nutrients such as nitrogen (N) that are essential for crop production. ...
Animal slurry contains plant nutrients such as nitrogen (N) that are essential for crop production. ...
Animal slurry contains plant nutrients such as nitrogen (N) that are essential for crop production. ...
Animal slurry contains plant nutrients such as nitrogen (N) that are essential for crop production. ...
Animal slurry contains plant nutrients such as nitrogen (N) that are essential for crop production. ...
Animal slurry contains plant nutrients such as nitrogen (N) that are essential for crop production. ...
High livestock densities and the subsequent generation of large quantities of manure, in some areas ...
Bovine slurry and its subsequent storage are significant sources of ammonia (NH3) and greenhouse gas...
Much animal manure is being applied to small land areas close to animal confinements, resulting in e...
Organic manures arising from livestock production provide a source of plant nutrients when applied t...