Manderscheid, B; Jungnickel, C; Alewell, C: Spatial variability of sulfate isotherms in forest soils at different scales and its implications for the modeling of soil sulfate fluxes, Soil Science, 165, 848-857 (2000) | |
Abstract: To predict reversibility of soil and water acidification under conditions of decreasing S-input into forested ecosystems, the amount of reversibly bound SO The Langmuir isotherm parameters in two forested catchments (one deciduous, one coniferous stand) and their spatial distribution at two different scales (site and catchment scale) were investigated. The soil samples (250 cm Significant relationships were found between sulfate sorption isotherm parameters and soil chemical properties for each site. It would be useful to be able to replace the experimental determination of isotherm parameters with the less costly measurements of soil chemical properties such as pH, Al- and Fe-oxides, and C The semivariance of the isotherm parameters revealed no spatial patterns. The influence of isotherm variability on the prediction of SO |
BayCEER-Kolloquium: |
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Do. 16.05.2024 Dimethylated thioarsenates: potentially dangerous hidden arsenic species in rice and rice products |
Dialog: |
Fr. 17.05.2024 Forum Zukunftswald: Bodenvegetation: Erkennen und deren Bedeutung für den Waldbau |
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So. 05.05.2024 Führung | Faszination Englische Gärten: Gestaltung und Pflanzen |
So. 05.05.2024 Midissage | da capo - Ausstellung von Doris Bocka |
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