The impact of ammonia emissions from agriculture on biodiversity : an evidence synthesis /
Guthrie, Susan,author.
Giles, Sarah,author.
Dunkerley, Fay,author.
Tabaqchali, Hadeel,author.
Harshfield, Amelia,author.
Ioppolo, Becky,author.
Manville, Catriona,author.
RAND Corporation,publisher.
RAND Europe.
Royal Society (Great Britain)
As levels of other air pollutants have declined, ammonia emissions in the UK have been rising since 2013, with significant implications for ecosystems and human health. The main source of ammonia is agriculture, where it is released from manure and slurry and through the application of manmade fertiliser. The agricultural sector produced 82 per cent of all UK ammonia emissions in 2016. Our review and synthesis of the evidence suggests that the impacts of ammonia on biodiversity can be significant, with certain species and habitats, such as bog and peatland, particularly susceptible. Putting together the costs of this biodiversity loss with the costs to human health and projected emissions, the impact of ammonia emissions in the UK could be equivalent to costs of over £700 million per year by 2020. Many interventions exist to address ammonia emissions from agriculture, though their level of implementation at present is mixed. Policy options to support wider implementation of emission reduction measures are likely to include a mix of regulation, incentives, and education.
Title from front cover
Includes bibliographical references (pages 41-54).
Introduction -- Impacts on biodiversity -- Methods for reducing ammonia emissions from agriculture -- Reflections -- Appendix A: Methodology -- Appendix B: Key informant interview protocol.
As levels of other air pollutants have declined, ammonia emissions in the UK have been rising since 2013, with significant implications for ecosystems and human health. The main source of ammonia is agriculture, where it is released from manure and slurry and through the application of manmade fertiliser. The agricultural sector produced 82 per cent of all UK ammonia emissions in 2016. Our review and synthesis of the evidence suggests that the impacts of ammonia on biodiversity can be significant, with certain species and habitats, such as bog and peatland, particularly susceptible. Putting together the costs of this biodiversity loss with the costs to human health and projected emissions, the impact of ammonia emissions in the UK could be equivalent to costs of over £700 million per year by 2020. Many interventions exist to address ammonia emissions from agriculture, though their level of implementation at present is mixed. Policy options to support wider implementation of emission reduction measures are likely to include a mix of regulation, incentives, and education.