Three dynamic soil acidification models have been developed for application on local, national and continental (European) scales, namely NUCSAM, RESAM and SMART. This paper gives an overview of results of various model validation and scenario studies for the effects of SOx, NOx and NHx deposition on soils. Furthermore, the various strong and weak points of the models are evaluated in terms of uncertainties in model predictions, the use of the models in acidification abatement policies, and the limitations and possibilities of using the models in other scenario studies, such as changes in land use, hydrology and heavy-metal deposition
Acidification caused by emissions of Nitrogen and Sulphur and associated adverse effects on forest e...
Enhanced soil, ground water and surface water acidification by elevated deposition of S and N compou...
A semi-empirical soil acidification model was developed for use in integrated assessment models on a...
Three dynamic soil acidification models have been developed for application on local, national and c...
An overview is given of three dynamic soil acidification models for application on different spatial...
A one-layer (SMART) and a multi-layer (RESAM) soil acidification model with temporal resolutions of ...
<FONT FACE="Garamond" SIZE=3>Additional index words: nutrient cycling, soil modelling, uncertainty a...
International audienceGreat effort has been dedicated to developing soil acidification models for us...
Different soil acidification models have been developed for use on different scales, i.e., NUCSAM fo...
Three well-known dynamic acidification models (MAGIC, SAFE, SMART) were applied to data sets from fi...
Three well-known dynamic acidification models (MAGIC, SAFE, SMART) were applied to data sets from fi...
The Nutrient Cycling and Soil Acidification Model (NUCSAM) was applied to a spruce site at Solling, ...
Atmospheric deposition of SO x , NOx and NHx will cause major changes in the chemical composition of...
Atmospheric deposition of SO <sub>x</sub> , NOx and NHx will cause major changes in the chemical com...
This chapter presents four geochemical dynamic models (VSD, MAGIC, ForSAFE and SMARTml) that have be...
Acidification caused by emissions of Nitrogen and Sulphur and associated adverse effects on forest e...
Enhanced soil, ground water and surface water acidification by elevated deposition of S and N compou...
A semi-empirical soil acidification model was developed for use in integrated assessment models on a...
Three dynamic soil acidification models have been developed for application on local, national and c...
An overview is given of three dynamic soil acidification models for application on different spatial...
A one-layer (SMART) and a multi-layer (RESAM) soil acidification model with temporal resolutions of ...
<FONT FACE="Garamond" SIZE=3>Additional index words: nutrient cycling, soil modelling, uncertainty a...
International audienceGreat effort has been dedicated to developing soil acidification models for us...
Different soil acidification models have been developed for use on different scales, i.e., NUCSAM fo...
Three well-known dynamic acidification models (MAGIC, SAFE, SMART) were applied to data sets from fi...
Three well-known dynamic acidification models (MAGIC, SAFE, SMART) were applied to data sets from fi...
The Nutrient Cycling and Soil Acidification Model (NUCSAM) was applied to a spruce site at Solling, ...
Atmospheric deposition of SO x , NOx and NHx will cause major changes in the chemical composition of...
Atmospheric deposition of SO <sub>x</sub> , NOx and NHx will cause major changes in the chemical com...
This chapter presents four geochemical dynamic models (VSD, MAGIC, ForSAFE and SMARTml) that have be...
Acidification caused by emissions of Nitrogen and Sulphur and associated adverse effects on forest e...
Enhanced soil, ground water and surface water acidification by elevated deposition of S and N compou...
A semi-empirical soil acidification model was developed for use in integrated assessment models on a...