Treatment can change emissions during storage and after application. This session compares forms of digestate, slurry and biochar as research questions, keeping ammonia and greenhouse-gas endpoints in view together.
This section preserves 16 historical presentation titles. A title documents a research question, not the result or a recommendation for current practice.
Questions in this session
16 of 16 entries shown
- S9.01Ammonia emission from a flexible bag storage system for cattle slurry
- S9.02Effect of mechanical separation of digested slurry on greenhouse gas and ammonia emissions during storage
- S9.03Composting as digestate post-treatment: composting behavior and gaseous emissions of three types of digestate compared to non-digested waste
- S9.04Ammonia and nitrous oxide emissions during swine slurry composting
- S9.05Importance of injector design on ammonia volatilization and crop yield when soil injecting pig slurry to a winter wheat crop
- S9.06. Acidification of slurry in barns, stores, and during application: review of Danish research, trials and experience
- S9.07The 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
- S9.08Ammonia emissions and potential nitrate leaching in soil amended with cattle slurry: Effect of pre-treatment by acidification and/or soil application method
- S9.09Effects of soil application techniques and cattle slurry pre-treatment on NH3 emissions and soil solution composition – a pot experiment.
- S9.10Influence of animal slurry pre-treatment and soil application technique on leachates composition: a soil column experiment
- S9.11Greenhouse gases emissions during open pit storage and composting of swine slurry
- S9.12Improvement of fertilizing efficiency and reduction of ammonia emissions from slurry by means of biochar and hydrochar
- S9.13Recycling crop residues of arable crops as a method to reduce the CO2 emission in the cropping operations, and improve the yield and water balance
- S9.14Ammonia emissions following surface application of acidified and untreated animal slurry vs. soil injection
- S9.15Reducing NH3 and GHG emissions during poultry manure on-farm composting
- S9.16Use of biochar or hydrochar to reduce ammonia emissions from soils fertilized with slurry
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.