S9.06.
|
Acidification
of slurry in barns, stores, and during application: review of Danish research,
trials and experience |
S9.07.
|
The
effect of biochar and digestate on Green-house gas and NH3 emissions during
composting of different organic inputs in small scale livestock farm in Vietnam |
S9.08. |
Ammonia
emissions and potential nitrate leaching in soil amended with cattle slurry:
Effect of pre-treatment by acidification and/or soil application method |
S9.09.
|
Effects
of soil application techniques and cattle slurry pre-treatment on NH3 emissions
and soil solution composition – a pot experiment. |
S9.10.
|
Influence
of animal slurry pre-treatment and soil application technique on leachates
composition: a soil column experiment |
S9.11. |
Greenhouse
gases emissions during open pit storage and composting of swine slurry |
S9.12.
|
Improvement
of fertilizing efficiency and reduction of ammonia emissions from slurry by
means of biochar and hydrochar |
S9.13. |
Recycling
crop residues of arable crops as a method to reduce the CO2 emission in the
cropping operations, and improve the yield and water balance |
S9.14. | Ammonia
emissions following surface application of acidified and untreated animal
slurry vs. soil injection |
S9.15. | Reducing
NH3 and GHG emissions during poultry manure on-farm composting |
S9.16. | Use of
biochar or hydrochar to reduce ammonia emissions from soils fertilized with
slurry |