Titlebook: Biogeochemical Investigations of Terrestrial, Freshwater, and Wetland Ecosystems across the Globe; R. Kelman Wieder,Martin Novák,Melanie A

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Modelling Acidification and Recovery of Swedish Lakes,y of Agricultural Sciences (SLU). Soil characteristics of the lake catchments were obtained from the National Survey of Forest Soils and Vegetation also carried out by SLU. Deposition data were provided by the Swedish Meteorological and Hydrological Institute (SMHI). The model successfully simulated

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Integrated Nitrogen and Flow Modelling (INCA) in a Boreal River Basin Dominated by Forestry: Scenarnd. The INCA model is a semi-distributed, dynamic nitrogen (N) process model which simulates N transport and processes in catchments. The INCA model was applied to model flow and seasonal inorganic N dynamics of the river Simojoki basin over the period 1994–1996, and validated for two more years. Bo

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Forest Ecosystem Responses to Atmospheric Pollution: Linking Comparative with Experimental Studies,isons of sites across a gradient of the stress, through long-term studies at a single site, or through theoretical or modelling approaches. Although the former three techniques often are used to develop and test models, it is much rarer to explicitly link experimental, comparative or long-term studi

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Spectral Analysis of Chemical Time Series from Long-Term Catchment Monitoring Studies: Hydrochemicaontaminants through catchments. Spectral analysis is particularly powerful for studying the hydrological and chemical dynamics of catchments across a wide range of time scales. Here, recent work is reviewed that illustrates how spectral analyses of long-term monitoring data can be used to infer the

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Neutralisation of Sulphur Dioxide Deposition in a Coniferous Canopy,e (SO.). Here we show that this correlation was not changed when the forest floor is covered with a roof. The reaction takes place in the canopy and is not influenced by deposition and root uptake of calcium and sulphate. The ion leakage of calcium is linked to the loss of acidity in throughfall. Th

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Fire Effects on Carbon And Nitrogen Budgets in Forests,ed to potential losses in more mesic forests in the Integrated Forest Study (IFS). In Little Valley, the fire consumed the forest floor, foliage, and an unknown amount of soil organic matter, but little standing large woody material. on an ecosystem level, the fire consumed approximately equal perce

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