Highlights•Acidification acts as a benchmark in mitigating methane emissions in stored
slurry.•Efficacy of chemical additives to mitigate methane emissions varied with …

Mitigation of methane (CH 4) emissions from slurry pits within pig barns can be achieved
through treatment of residual slurry left after frequent flushing of the slurry pits. In this study …

Ruminant livestock contribute significantly to global methane production and mitigation of
which is of utmost importance. Feed additives represent a cost-effective means of achieving …

Cattle slurry storage is a major point source for methane (CH 4) and ammonia (NH 3)
emissions globally. Efficacy of an oxygen-based amendment in reducing these emissions …

Reducing methane (CH 4) emission from livestock production can be achieved by the
treatment of manure in slurry pits and storage tanks. In the case of slurry pits, treating …

Enteric methane (CH 4) produced by ruminant livestock is a potent greenhouse gas and
represents significant energy loss for the animal. The novel application of oxidising …

Hydrogen sulphide (H 2 S) is a malodorous gas that is produced in anaerobic environments
where sulphur containing matter is present. Globally, farms in which liquid manure/slurry is …

The price of fertiliser, which is one of the most important inputs of agricultural production, has
increased significantly in recent years. In this study, we empirically analysed the effect of …

Pig slurry is an agricultural residue with potential for utilisation as organic fertiliser and
biomethane feedstock. That potential value is typically diminished via greenhouse and …

Ammonium (NH4+) content is one of the most important parameters in manure assessment.
The accurate and rapid determination of this inorganic form of nitrogen is therefore important …