S2.25. |
Slurry
application techniques to reduce ammonia emissions: field experiments in Basque
Country and Navarra |
S2.26.
|
Organic
carbon and nitrogen evolution in soil after application of digestates:
influence of digestate origin and post-treatment |
S2.27. |
Potential
of kenaf (Hibiscus cannabinus L.) for phytoremediation of land irrigated by
waste water |
S2.28.
|
Predictive
modelling of the long-term accumulation of trace metals in tropical soils
amended with organic wastes – field trial validation |
S2.29.
|
Twenty
years of continued application of treated sewage sludge: nitrous oxide
emissions induced in agricultural soils |
S2.30. |
Quantification
and modelling of the changing mobility of trace metals in cultivated plots
amended by composts of organic urban residues |
S2.31.
|
Effect
of biochar amendment on N2O emissions in two types of soil under laboratory
conditions |
S2.32. |
Transport
of organic contaminants in subsoil horizons and effects of dissolved organic
matter related to organic waste recycling practices |
S2.33. |
A
first semi-quantitative study of the emission of volatile organic compounds
after the application of organic amendments in the field |
S2.34. |
Analysis
of antibiotics in aqueous and particulate phases of soil and of organic
residues: critical points to ensure quality of the results |
S2.35. |
Survival
of Bacterial Pathogens in Sewage Sludge and Soil Microcosms |
S2.36. |
Slurry
amendments reduce incidental P losses –
but what about N and GHG losses? |
S2.37.
|
A
laboratory volatilization standardized set-up for the characterization of ammonia
volatilization from soils and organic manure applied in the field |
S2.38. |
Modelling
the effects of application technique and dry matter content on nitrous oxide
and ammonia emissions following manure application |
S2.39. |
Impact
of compost addition on the mineralisation of pesticides non-extractable
residues in soil? |
S2.40. |
Effect
of the land spreading technique on ammonia volatilization from different pig
slurries applied on wheat stubble |
S2.41. |
Effect
of compost amendment and compaction on the fate and ecotoxicological impact of
isoproturon in soil |
S2.42.
|
Getting
train to manage biowastes: The e-learning curriculum "Agronomic and
environmental impacts of organic residues recycling in agriculture. Application
to The South" |
S2.43. |
Agronomic
implications of different types of agro-industrial and municipal wastes |
S2.44. |
Leachate
losses from temporary solid livestock manure field heaps |
S2.45. |
Ammonia
volatilization from soil amended with swine slurry: effect of application
method and use of nitrification inhibitor |
S2.46.
|
Cattle
slurry to grassland in northern Sweden |
S2.47. |
Chemical
fractionation of trace elements in an amphibolite soil amended with municipal
solid waste composts |
S2.48. |
Magnetic
susceptibility and trace element distribution in compost |
S2.49. |
Modelling
environmental impacts of land application of organic waste products with the
DAISY model |
S2.50. |
Organic
residues valorisation by fertilisation: Coupling models to assess the impact of
spreader performances on nitrogenous emissions and related environmental
impacts |
S2.51. |
Nitrous
oxide (N2O) emissions of soils amended with exogenous organic matter (EOM) from
agricultural and urban activities in tropical areas |
S2.52. |
How to
use a process-based model for generating simple ammonia volatilization
functions after manure application to arable land |
S2.53. |
Reduction
of ammonia emissions by acidification of cattle slurry applied to grassland |
S2.54. | Cultivated
mussels as a mean to reduce eutrophication - case study of mussels cultivated
on the east coast of Sweden used as fertiliser |
S2.55. | Potential
global warming of manure management for household pig producers with and
without biogas digester in Vietnam |
S2.56. | Reduction
of greenhouse gases (N2O, CH4) after land application of sewage sludge under
Swedish conditions |
S2.57. | Fate
of nitrogen following shallow injection of livestock slurry to grassland |