Unknown effectiveness (limited evidence) Mow shrubland to reduce impact of pollutants One randomized, replicated, controlled study in the UK found that mowing to reduce the impact of nitrogen deposition did not alter shoot length of common heather or the number of purple moor grass seedlings. One controlled study in the UK found that mowing a heathland affected by nitrogen pollution did not alter the cover or shoot length of heather compared to areas where prescribed burning was used. Assessm..
Ammonia (NH3) is emitted mainly from agricultural practices, with NH3 concentrations decreasing rapi...
Nitrogen (N) deposition is a major cause of plant biodiversity loss, with serious implications for a...
1. The increased deposition of nitrogen (N) from the atmosphere over the last century has been assoc...
Unknown effectiveness (limited evidence) ● Mow shrubland to reduce impact of pollutants One randomiz...
<p>Ammonia is easily lost after land spreading of livestock slurries. Low-emission techniques entail...
<p>Ammonia is easily lost after land spreading of livestock slurries. Low-emission techniques entail...
6.9.1 Multiple sources of pollution Likely to be beneficial Divert/replace polluted water source (s...
Unknown effectiveness (limited evidence) ● Maintain/create buffer zones One site comparison study in...
Unknown effectiveness (limited evidence) Change the timing of manure application • One controlled, r...
Beneficial Reduce number of livestock Two before-and-after trials in the UK and South Africa and one...
A recent study has raised doubts about the ammonia emission reduction achieved in the Netherlands wh...
Damage to terrestrial ecosystems from long-term atmospheric nitrogen pollution is a key conservation...
1.9.1 Agricultural pollution Unknown effectiveness (limited evidence) Create walls or barriers to e...
Several studies have shown that the estimated decreases in emissions of ammonia in the Netherlands a...
Atmospheric nitrogen (N) deposition is a significant threat to semi-natural habitats and species in ...
Ammonia (NH3) is emitted mainly from agricultural practices, with NH3 concentrations decreasing rapi...
Nitrogen (N) deposition is a major cause of plant biodiversity loss, with serious implications for a...
1. The increased deposition of nitrogen (N) from the atmosphere over the last century has been assoc...
Unknown effectiveness (limited evidence) ● Mow shrubland to reduce impact of pollutants One randomiz...
<p>Ammonia is easily lost after land spreading of livestock slurries. Low-emission techniques entail...
<p>Ammonia is easily lost after land spreading of livestock slurries. Low-emission techniques entail...
6.9.1 Multiple sources of pollution Likely to be beneficial Divert/replace polluted water source (s...
Unknown effectiveness (limited evidence) ● Maintain/create buffer zones One site comparison study in...
Unknown effectiveness (limited evidence) Change the timing of manure application • One controlled, r...
Beneficial Reduce number of livestock Two before-and-after trials in the UK and South Africa and one...
A recent study has raised doubts about the ammonia emission reduction achieved in the Netherlands wh...
Damage to terrestrial ecosystems from long-term atmospheric nitrogen pollution is a key conservation...
1.9.1 Agricultural pollution Unknown effectiveness (limited evidence) Create walls or barriers to e...
Several studies have shown that the estimated decreases in emissions of ammonia in the Netherlands a...
Atmospheric nitrogen (N) deposition is a significant threat to semi-natural habitats and species in ...
Ammonia (NH3) is emitted mainly from agricultural practices, with NH3 concentrations decreasing rapi...
Nitrogen (N) deposition is a major cause of plant biodiversity loss, with serious implications for a...
1. The increased deposition of nitrogen (N) from the atmosphere over the last century has been assoc...