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Results: 1-5 |
Results: 5
COMPARISON OF SOIL SOLUTION CHEMISTRY ASSESSMENT USING ZERO-TENSION LYSIMETERS OR CENTRIFUGATION
Authors: GIESLER R LUNDSTROM US GRIP H
Citation: R. Giesler et al., COMPARISON OF SOIL SOLUTION CHEMISTRY ASSESSMENT USING ZERO-TENSION LYSIMETERS OR CENTRIFUGATION, European journal of soil science, 47(3), 1996, pp. 395-405
SEPARATION OF ORGANIC LOW-MOLECULAR-WEIGHT ALUMINUM COMPLEXES IN SOILSOLUTION BY LIQUID-CHROMATOGRAPHY
Authors: VANHEES PAW ANDERSSON AMT LUNDSTROM US
Citation: Paw. Vanhees et al., SEPARATION OF ORGANIC LOW-MOLECULAR-WEIGHT ALUMINUM COMPLEXES IN SOILSOLUTION BY LIQUID-CHROMATOGRAPHY, Chemosphere, 33(10), 1996, pp. 1951-1966
EVIDENCE FOR MICROBIAL DECOMPOSITION OF ORGANIC-ACIDS DURING PODZOLIZATION
Authors: LUNDSTROM US VANBREEMEN N JONGMANS AG
Citation: Us. Lundstrom et al., EVIDENCE FOR MICROBIAL DECOMPOSITION OF ORGANIC-ACIDS DURING PODZOLIZATION, European journal of soil science, 46(4), 1995, pp. 489-496
SIGNIFICANCE OF ORGANIC-ACIDS FOR WEATHERING AND THE PODZOLIZATION PROCESS
Authors: LUNDSTROM US
Citation: Us. Lundstrom, SIGNIFICANCE OF ORGANIC-ACIDS FOR WEATHERING AND THE PODZOLIZATION PROCESS, Environment international, 20(1), 1994, pp. 21-30
THE ROLE OF ORGANIC-ACIDS IN THE SOIL SOLUTION CHEMISTRY OF A PODZOLIZED SOIL
Authors: LUNDSTROM US
Citation: Us. Lundstrom, THE ROLE OF ORGANIC-ACIDS IN THE SOIL SOLUTION CHEMISTRY OF A PODZOLIZED SOIL, Journal of soil science, 44(1), 1993, pp. 121-133
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