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Showing 1-12 of 12 results

  1. Dynamic Geochemical Models to Assess Deposition Impacts and Target Loads of Acidity for Soils and Surface Waters

    This chapter presents four geochemical dynamic models (VSD, MAGIC, ForSAFE and SMARTml) that have been used to assess impacts of nitrogen and acidity...
    Luc T. C. Bonten, Gert Jan Reinds, ... Daniel Kurz in Critical Loads and Dynamic Risk Assessments
    Chapter 2015

  2. On the Calculation and Interpretation of Target Load Functions

    In this study critical load functions and target load functions of nitrogen and sulphur deposition with respect to acidity and minimum base cation to...

    Mattias Alveteg, Liisa Martinson in Water, Air, & Soil Pollution: Focus
    Article 09 January 2007

  3. On the Calculation and Interpretation of Target Load Functions

    In this study critical load functions and target load functions of nitrogen and sulphur deposition with respect to acidity and minimum base cation to...
    Mattias Alveteg, Liisa Martinson in Acid Rain - Deposition to Recovery
    Chapter 2007

  4. Modeling Acidification Recovery on Threatened Ecosystems: Application to the Evaluation of the Gothenburg Protocol in France

    To evaluate the acid deposition reduction negotiated for 2010 within the UNECE LRTAP Gothenburg Protocol, sulphur and nitrogen deposition timeseries...
    David Moncoulon, Anne Probst, Liisa Martinson in Acid Rain - Deposition to Recovery
    Chapter 2007

  5. Modeling Acidification Recovery on Threatened Ecosystems: Application to the Evaluation of the Gothenburg Protocol in France

    To evaluate the acid deposition reduction negotiated for 2010 within the UNECE LRTAP Gothenburg Protocol, sulphur and nitrogen deposition time-series...

    David Moncoulon, Anne Probst, Liisa Martinson in Water, Air, & Soil Pollution: Focus
    Article 27 January 2007

  6. Modelling Change in Ground Vegetation Response to Acid and Nitrogen Pollution, Climate Change and Forest Management at in Sweden 1500–2100 a.d.

    The ForSAFE model, designed for modelling biogeochemical cycles (water, acidity, base cation, nitrogen and carbon) in terrestrial ecosystems, was...

    Harald Sverdrup, Salim Belyazid, ... Lars Ericson in Water, Air, & Soil Pollution: Focus
    Article 14 March 2007

  7. Modelling Change in Ground Vegetation Response to Acid and Nitrogen Pollution, Climate Change and Forest Management at in Sweden 1500–2100 A.D.

    The ForSAFE model, designed for modelling biogeochemical cycles (water, acidity, base cation, nitrogen and carbon) in terrestrial ecosystems, was...
    Harald Sverdrup, Salim Belyazid, ... Lars Ericson in Acid Rain - Deposition to Recovery
    Chapter 2007

  8. A Regional Perspective on Present and Future Soil Chemistry at 16 Swedish Forest Sites

    Assessing the timescales of recovery, by the use of dynamic models, will be used as input to the policy process to abate acidification. In this study...

    Liisa Martinson, Mattias Alveteg, ... Per Warfvinge in Water, Air, and Soil Pollution
    Article 01 March 2005

  9. Projecting Regional Patterns of Future Soil Chemistry Status in Swedish Forests using SAFE

    As part of the Abatement Strategies for Transboundary Air Pollution (ASTA) research program, the dynamic soil chemistry model SAFE was used to make...

    Mattias Alveteg in Water, Air and Soil Pollution: Focus
    Article 01 June 2004

  10. Steady-State and Dynamic Assessment of Forest Soil Acidification in Switzerland

    The European steady-state Simple Mass Balance (SMB) model and the dynamic soil acidification model SAFE were used to assess the risk of future forest...
    Daniel Kurz, Beat Rihm, ... Harald Sverdrup in Acid rain 2000
    Chapter 2001

  11. Reconstructing Historic Atmospheric Deposition and Nutrient Uptake from Present Day Values Using MAKEDEP

    A model, MAKEDEP, was developed for reconstructing historic atmospheric deposition and nutrient uptake for forests using present day values....

    M. Alveteg, C. Walse, P. Warfvinge in Water, Air, and Soil Pollution
    Article 01 June 1998

  12. Integrated Assessment of Soil Chemical Status. 1. Integration of Existing Models and Derivation of a Regional Database for Switzerland

    A regional soil acidification model was developed by integration and adaptation of existing models. The regional model consists of the dynamic...

    M. Alveteg, H. Sverdrup, D. Kurz in Water, Air, and Soil Pollution
    Article 01 July 1998
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