Whole-farm recycling of manure
Why this meeting matters
The Danish meeting framed manure and organic residues as part of a whole-farm system, connecting energy recovery, nutrient losses, livestock diets and field management.
Programme title index
This is a transcription of 38 presentation titles from the historical programme. The index preserves a bibliographic trail; it does not reproduce the papers or imply that their original files are still available.
38 of 38 research titles shown
- 001A farm level approach for mitigating greenhouse gas emissions from ruminant livestock systems
- 002Nutrient losses from manure management
- 003Manure as a key resource to sustainability of smallholder farming systems in Africa: An introduction to the NUANCES framework
- 004Impact of nutrition on nitrogen, phosphorus and trace elements in pig manure and emissions in the air
- 005Modelling methane emission from dairy cows
- 006Dietary electrolytes affect slurry composition and volume from dairy cows
- 007Chicken manure treatment and application – an overview of the ASIA-PRO-ECO project CHIMATRA
- 008Manure management practices in Mexico and In-vessel composting of food wastes in the UK: feedstock and output characteristics
- 009Farm location and manure management practices - Insights from a case study on pig production in Central Thailand
- 010The contribution of separation technologies to the management of livestock manure
- 011Interactions between biomass energy technologies and nutrient and carbon balances at the farm level
- 012Biosecurity and arable use of manure and biowaste
- 013The present status of rapid methods for on-farm analysis of manure composition with emphasis on N and P: What is available and what is lacking?
- 014Slurry acidification – consequences for losses and plant availability of nitrogen and sulphur
- 015Innovative technology for recycling of manure phosphorus with rapid amorphous phosphate precipitation
- 016Removal of Salmonella contamination before using plant nutrients from household waste and wastewater in agriculture
- 017Effects of slurry additives and ozone treatment on odour emissions from pig slurry
- 018Wet oxidation pre-treatment– the way to improve economics of energy production from manure?
- 019Optimal plant nutrient distribution in and biogasification of manure separation products, separated with FeCl3 as coagulant
- 020Monitoring and optimisation of biogas production
- 021Anaerobic co-digestion of pig manure with fruit wastes. Process development for the recycling in decentralised farm scale plants
- 022A new technology to process swine manure
- 023Behaviour of enteric micro-organisms in Canadian and French swine manure treatments
- 024Managing manure by a greater understanding of its metabolic profile? Adopting new technologies
- 025The effect of bioaugmentation on selected microbial parameters of swine slurry pit
- 026Strategies to reduce diffuse nitrogen pollution from cattle slurry applications
- 027Nitrous oxide emissions from riparian buffers and treatment wetlands
- 028Land application of solid and liquid fractions from sedimented dairy slurry
- 029Utilization and losses of nitrogen and phosphorus from field-applied slurry separation products
- 030Uptake of cation micronutrients by wheat from two different animal manures applied to a sandy loam soil
- 031NH3 and GHG emissions from a straw flow system for fattening pigs: housing, and manure storage
- 032Effect of littered systems on pollutant emissions in gestating sows
- 033Nitrous oxide and di-nitrogen losses following application of livestock manures to agricultural land
- 034Inventory of gaseous emissions (CH4, N2O, NH3) from livestock manure management in France using a mass flow approach
- 035A farm-scale internet-based tool for assessing the effect of intensification on losses of nitrogen to the environment
- 036Ammonia concentrations around 5 farms in the Central Plateau of Spain
- 037Simulation of Odour dispersion by natural windbreaks
- 038Comparison of models and measurements for whole-farm ammonia emissions
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