Several factors affect whether the ground is prone to acidification and nitrogen loss. Removal of biological materials is an important factor that can trigger this. In Sweden, three dominant forest tree species are spruce, pine and birch trees. For forestry purposes, these trees are being logged at their potimal harvesting ages which are averaged at 70 years of age. This is of interest beacuse the forest ages can be used to predict future forestry practices, specifically in Dalarna, Sweden. The forest ages were observed at a catchment based level so that the effects of forestry can easily be measured. It was found that cathcments in the north of Dalarna consist of higher percentages of forest over the age of 70 in comparsion to the south an...
Forests in Sweden are undergoing rapid and considerable changes regarding both management methods an...
Soil and water acidification was internationally recognised as a severe environmental problem in the...
In European forests, plant N supply varies from regions where N deposition is negligible and a low n...
Nitrogen (N) is often considered to be the major factor limiting tree growth in northern forest ecos...
Nitrogen leaching from boreal and temporal forests, where normally most of the nitrogen is retained,...
Sweden's forests are one of its most important natural resources, as well as being important from ec...
The input of acidity to Swedish forest soils through forestry between 1955 and 2010 is compared with...
Emissions from agriculture and the combustion of fossil fuels increase the atmospheric load of react...
Aim The aim of this work was to estimate on a regional scale the effects of nitrogen (N) deposition ...
The study investigated the effects of forest residue extraction on tree growth and base cations conc...
Knowledge about the nutrient and carbon budgets in forest soils is essential to maintain sustainable...
Demands for forest biomass production for energy, construction and carbon storage purposes are incre...
The ForSAFE model, designed for modelling biogeochemical cycles (water, acidity, base cation, nitrog...
Nitrogen deposition leads to environmental damage in areas where the nitrogen deposition is high. So...
The dynamic forest ecosystem model ForSAFE was applied at 16 coniferous forest sites in Sweden to in...
Forests in Sweden are undergoing rapid and considerable changes regarding both management methods an...
Soil and water acidification was internationally recognised as a severe environmental problem in the...
In European forests, plant N supply varies from regions where N deposition is negligible and a low n...
Nitrogen (N) is often considered to be the major factor limiting tree growth in northern forest ecos...
Nitrogen leaching from boreal and temporal forests, where normally most of the nitrogen is retained,...
Sweden's forests are one of its most important natural resources, as well as being important from ec...
The input of acidity to Swedish forest soils through forestry between 1955 and 2010 is compared with...
Emissions from agriculture and the combustion of fossil fuels increase the atmospheric load of react...
Aim The aim of this work was to estimate on a regional scale the effects of nitrogen (N) deposition ...
The study investigated the effects of forest residue extraction on tree growth and base cations conc...
Knowledge about the nutrient and carbon budgets in forest soils is essential to maintain sustainable...
Demands for forest biomass production for energy, construction and carbon storage purposes are incre...
The ForSAFE model, designed for modelling biogeochemical cycles (water, acidity, base cation, nitrog...
Nitrogen deposition leads to environmental damage in areas where the nitrogen deposition is high. So...
The dynamic forest ecosystem model ForSAFE was applied at 16 coniferous forest sites in Sweden to in...
Forests in Sweden are undergoing rapid and considerable changes regarding both management methods an...
Soil and water acidification was internationally recognised as a severe environmental problem in the...
In European forests, plant N supply varies from regions where N deposition is negligible and a low n...