This paper presents the costs of controlling ammonia emissions in 27 countries in Europe. Abatement options are low nitrogen feed, stable adaptations, covering manure storage, cleaning stable air and low ammonia applications of manure. Cost estimates are based on country-, animal-, and technology-specific data such as stable size, fertilizer price, manure per hectare and the investments per animal place. The results suggest that a 30 per cent flat rate reduction would cost 5.5 billion Deutsche Marks/year, but would not be feasible everywhere in Europe. The maximum feasible reduction in total European emissions is 40 per cent. The associated costs are 67 billion Deutsche Marks/year
Agriculture contributes to global warming through emissions of nitrous oxide, and methane, and to ac...
The revision of the IIASA's integrated assessment model GAINS allowed for adoption of new cost estim...
Agriculture is an important source of emissions of the greenhouse gases nitrous oxide (N2O) and meth...
Ammonia emissions contribute to acidification in Europe. The major emission sources are livestock a...
This paper presents a submodule which computes the costs of controlling ammonia emissions in 27 Euro...
Ammonia emissions contribute to acidification in Europe. The major emission sources are livestock an...
Ammonia emissions contribute to acidification in Europe. The major emission sources are livestock an...
Although public concern about the detrimental impacts of acidification in Europe initially centered ...
This paper explores the potential cost savings which would result from a combined control of emissio...
This paper explores the potential cost savings which would result from a combined control of emissio...
This book examines the costs involved in reducing ammonia emissions from agricultural practices as w...
This report reviews recent developments that are potentially relevant for the control of agricultura...
Background In Europe, ammonia (NH3) emissions strongly contribute to fine particulate matter (PM2.5)...
The ammonia emissions of the RAINS (Regional Acidification INformation and Simulation) model are pre...
Agriculture is an important source of ammonia (NH3), which contributes to acidification and eutrophi...
Agriculture contributes to global warming through emissions of nitrous oxide, and methane, and to ac...
The revision of the IIASA's integrated assessment model GAINS allowed for adoption of new cost estim...
Agriculture is an important source of emissions of the greenhouse gases nitrous oxide (N2O) and meth...
Ammonia emissions contribute to acidification in Europe. The major emission sources are livestock a...
This paper presents a submodule which computes the costs of controlling ammonia emissions in 27 Euro...
Ammonia emissions contribute to acidification in Europe. The major emission sources are livestock an...
Ammonia emissions contribute to acidification in Europe. The major emission sources are livestock an...
Although public concern about the detrimental impacts of acidification in Europe initially centered ...
This paper explores the potential cost savings which would result from a combined control of emissio...
This paper explores the potential cost savings which would result from a combined control of emissio...
This book examines the costs involved in reducing ammonia emissions from agricultural practices as w...
This report reviews recent developments that are potentially relevant for the control of agricultura...
Background In Europe, ammonia (NH3) emissions strongly contribute to fine particulate matter (PM2.5)...
The ammonia emissions of the RAINS (Regional Acidification INformation and Simulation) model are pre...
Agriculture is an important source of ammonia (NH3), which contributes to acidification and eutrophi...
Agriculture contributes to global warming through emissions of nitrous oxide, and methane, and to ac...
The revision of the IIASA's integrated assessment model GAINS allowed for adoption of new cost estim...
Agriculture is an important source of emissions of the greenhouse gases nitrous oxide (N2O) and meth...