This large session looks for effects beyond crop yield, including trace elements, pathogens and greenhouse gases. It is a useful map of endpoints to check before calling a recycling route environmentally beneficial.
This section preserves 57 historical presentation titles. A title documents a research question, not the result or a recommendation for current practice.
Questions in this session
57 of 57 entries shown
- S2.01Quantification of Trace Elements fluxes (As, Cd, Cu, Pb, Zn) into agricultural fields amended with pig slurry
- S2.02Long-term compost amendment of a Mediterranean agricultural soil. Part II: Assessment of heavy metals and nitrates contamination risk for soil, groundwater and crops
- S2.03Combining X-ray absorption spectroscopy (XAS) and diffusive gradients in thin films (DGT) to probe speciation and dynamic of heavy metals in soils amended with organic wastes
- S2.04Negative externalities of intensive use of organic wastes products on two tropical soils in the context of urban agriculture in the region of Dakar
- S2.05Dynamic of organic micropollutants during anaerobic digestion of sewage slude: link between characterization of slude compartment and localizarion of micropollutans in sludge compartments
- S2.06The COP-SOIL model for mineralization and bioavailability of organic micropollutants during composts decomposition in soil
- S2.07Mineralization in an alkaline soil treated with sewage sludge with and without lime
- S2.08Measures to mitigate nitrogen and phosphorous losses can reduce the risk of disease transmission from manure
- S2.09The detection and enumeration of zoonotic pathogens in agricultural effluents
- S2.10Modelling cattle exposure to Salmonella in pasture after application of organic fertiliser
- S2.11Microbiological and toxicological qualities of Solanum macrocarpon Linn (Solanaceae) cultivated with chicken’s manure and water of marsh in Cotonou (Benin)
- S2.12Persistence of fluoroquinolones and of ciprofloxacin resistant Enterobacteriacae in soil after poultry manure application
- S2.13Impact of the spreading of urban waste on agricultural soil bacterial communities in the periphery of Ouagadougou, Burkina Faso
- S2.14Evaluation of gaseous pollutants arising from slurry containing recycled plasterboard
- S2.15Greenhouse gas emissions after soil application of fresh, composted or biocharred manure
- S2.16How does the timing and form of organic fertiliser application affect greenhouse gas emissions from arable soil?
- S2.17Modelling the carbon and nitrogen balances from energy crops in Denmark: Effect of crop types, soil, climate, residues management, initial carbon level and turnover time
- S2.18Long term assessment of the dual manure steam concept for improving crop recovery of N and P from liquid dairy manure
- S2.19Nitrogen losses to air and water following cattle slurry applications to a drained arable soil
- S2.20Reassessment of ammonia emission factors after slurry application
- S2.21Ammonia emissions from field applied digestates and related cross media effects Abstract type
- S2.22Ammonia volatilization from manure application to field: extrapolation from semi-controlled and controlled measurements to emissions in real agricultural conditions
- S2.23Ammonia emission after field application of biogas digestates: measurements in two energy crop rotations across 5 sites in Germany
- S2.24Assessing N emissions from organic residues spreading: study of the on-field distribution patterns influence and of emission models sensibility
- S2.25Slurry 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
- S2.27Potential of kenaf (Hibiscus cannabinus L.) for phytoremediation of land irrigated by waste water
- S2.28Predictive modelling of the long-term accumulation of trace metals in tropical soils amended with organic wastes – field trial validation
- S2.29Twenty years of continued application of treated sewage sludge: nitrous oxide emissions induced in agricultural soils
- S2.30Quantification and modelling of the changing mobility of trace metals in cultivated plots amended by composts of organic urban residues
- S2.31Effect of biochar amendment on N2O emissions in two types of soil under laboratory conditions
- S2.32Transport of organic contaminants in subsoil horizons and effects of dissolved organic matter related to organic waste recycling practices
- S2.33A first semi-quantitative study of the emission of volatile organic compounds after the application of organic amendments in the field
- S2.34Analysis of antibiotics in aqueous and particulate phases of soil and of organic residues: critical points to ensure quality of the results
- S2.35Survival of Bacterial Pathogens in Sewage Sludge and Soil Microcosms
- S2.36S lurry amendments reduce incidental P losses – but what about N and GHG losses?
- S2.37A laboratory volatilization standardized set-up for the characterization of ammonia volatilization from soils and organic manure applied in the field
- S2.38Modelling the effects of application technique and dry matter content on nitrous oxide and ammonia emissions following manure application
- S2.39Impact of compost addition on the mineralisation of pesticides non-extractable residues in soil?
- S2.40Effect of the land spreading technique on ammonia volatilization from different pig slurries applied on wheat stubble
- S2.41Effect of compost amendment and compaction on the fate and ecotoxicological impact of isoproturon in soil
- S2.42Getting train to manage biowastes: The e-learning curriculum "Agronomic and environmental impacts of organic residues recycling in agriculture. Application to The South"
- S2.43Agronomic implications of different types of agro-industrial and municipal wastes
- S2.44Leachate losses from temporary solid livestock manure field heaps
- S2.45Ammonia volatilization from soil amended with swine slurry: effect of application method and use of nitrification inhibitor
- S2.46Cattle slurry to grassland in northern Sweden
- S2.47Chemical fractionation of trace elements in an amphibolite soil amended with municipal solid waste composts
- S2.48Magnetic susceptibility and trace element distribution in compost
- S2.49Modelling environmental impacts of land application of organic waste products with the DAISY model
- S2.50Organic residues valorisation by fertilisation: Coupling models to assess the impact of spreader performances on nitrogenous emissions and related environmental impacts
- S2.51Nitrous oxide (N2O) emissions of soils amended with exogenous organic matter (EOM) from agricultural and urban activities in tropical areas
- S2.52How to use a process-based model for generating simple ammonia volatilization functions after manure application to arable land
- S2.53Reduction of ammonia emissions by acidification of cattle slurry applied to grassland
- S2.54Cultivated mussels as a mean to reduce eutrophication - case study of mussels cultivated on the east coast of Sweden used as fertiliser
- S2.55Potential global warming of manure management for household pig producers with and without biogas digester in Vietnam
- S2.56Reduction of greenhouse gases (N2O, CH4) after land application of sewage sludge under Swedish conditions
- S2.57Fate of nitrogen following shallow injection of livestock slurry to grassland
Read in context
This is a historical bibliographic index. For the full meeting overview, see RAMIRAN 2013; for current explanations of nutrient and material pathways, visit the research guides.